LOCUS_NAME	GERMPLASM_NAME	PHENOTYPE	PUBMED_ID
ACL2	CS273	"flower stems are much reduced in length, semi-dwarf (defect in elongation of type 2 metamer-internode), reduced number of flower-bearing phytomers; weak apical dominance; altered leaf morphology (rosette leaves irregularly buckled, twisted, tend to curl downwards and have short petioles); wild-type phenotype partially restored at 28C."	
ADE1	CS3760	"sustained and enhanced levels of ABA-regulated gene expression; expression of other Arabidopsis ABA-responsive genes (cor47, rab18 and kin2) in ade1 plants are also enhanced and prolonged; pale green plants; kanamycin resistant."	
ALB2	CS27	"white embryo and seedling (albino), lethal."	
ALR-104	CS3851	"incomplete penetrance; increased aluminum resistance; enhanced root growth in the presence of levels of aluminum (e.g. 0.75 - 1.50 mM AlCl3) that strongly inhibits root growth in wild type seedlings; accumulates lower levels of Al in the root tips, suggesting Al exclusion from roots by alkalinization of the rhizosphere to a greater extent than for wild type roots"	
ALR-128	CS3852	"incomplete penetrance; increased aluminum resistance; enhanced root growth in the presence of a wide range of aluminum concentrations that strongly inhibits root growth in wild type seedlings; strong root growth inhibition only observed at concentrations greater than 1.25 mM AlCl3; accumulates lower levels of Al in the root tips, suggesting Al exclusion from roots by increased exudation of Al-chelating organic acids."	
ALS4	CS3849	increased aluminum sensitivity; poor root growth in the presence of levels of aluminum (e.g. 0.25 - 0.75 mM AlCl3) that slightly inhibits root growth in wild type seedlings.	
ALS5	CS3850	incomplete penetrance; increased aluminum sensitivity; poor root growth in the presence of levels of aluminum (e.g. 0.25 - 0.75 mM AlCl3) that slightly inhibits root growth in wild type seedlings.	
ARC10	CS282	no visible whole plant phenotypic effect; mean chloroplast number per cell = 38 (cf. wild type 83); mean chloroplast size = 170µm2 (cf. wild type 53µm2);  each mesophyll cell contains 2 large and several smaller chloroplasts.	
ARC2	CS263	mesophyll cells contain approximately half the chloroplast number of wild type and mean chloroplast plan area is about twice that of wild type; plant slightly more pale than wild type.	
ARC4	CS289	fewer and larger chloroplasts than wild type in mesophyll cells; size is 1000-4000µm2.	
ARC7	CS285	pale first leaves in early seedling growth; mean chloroplast number per cell = 82 (cf. wild type 83); mean chloroplast size = 40µm2 (cf. wild type 53µm2)	
ARC8	CS284	no visible whole plant phenotypic effect;  mean chloroplast number per cell = 45 (cf. wild type 83); mean chloroplast size = 110µm2 (cf. wild type 53µm2).	
ARC9	CS283	no visible whole plant phenotypic effect; mean chloroplast number per cell = 34 (cf. wild type 83); mean chloroplast size = 140µm2 (cf. w.t. 53µm2);  each mesophyll cell contains 2 large and several smaller chloroplasts.	
ARS1	CS68520	Semi-dominant arsenic resistance phenotype. Increased tolerance to arsenate and increased phosphate uptake compared to wild type.	
AT1G01040	CS16068	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G01040	CS16069	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G01040	CS16070	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G01040	CS16071	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G01040	CS24092	embryo defective; globular	
AT1G01040	CS24094	embryo defective; globular	
AT1G01040	CS3089	"female sterile; altered ovule development; integuments fail to cover nucellus; reduced plant height; reduced length in inflorescence internodes; reduced levels of pollen, smaller leaves; late flowering, slow growth."	
AT1G01040	CS3828	Increased abundance of miRNA precursors.	17369351
AT1G01040	CS3828	"indeterminate floral meristems, producing extra whorls of stamens and an indefinite number of carpels; unregulated cell division in the center of the flower with normal floral organ identity; plants also show other developmental defects including absence of axillary inflorescence meristems and abnormally shaped cotyledons, leaves, sepals, stamens and carpels"	10556049
AT1G01040	CS6338	developmental arrest of mutant embryos occurs at globular stage; white to pale green seeds; pale yellow-green embryo; 23.5% mutant; 56.9% aborted seeds in top half of silique.	
AT1G01040	CS66326	dcl1 mutant-like defects in embryo development in 17% of the selfed progeny. Partial supression of the early embryonic dcl1 phenotype.	
AT1G01040	CS66327	dcl1 mutant-like defects in embryo development in 25% of the selfed progeny. Full penetrance of the dcl1 phenotype.	
AT1G01040	CS66328	Supression of dcl1 phenotypes in early stages of embryo development (globular and early heart stage). Full penetrance of dcl1 phenotype in later stages (late heart and torpedo stage).	
AT1G01040	CS68113	"Homozygous mutants are embryo lethal. Early embryos of homozygous mutants accumulate more chlorophyll, mature earlier than the wild-type, and have abnormal patterns of cell division. A second segregating T-DNA insertion slightly increases carpel number."	
AT1G01040	CS6953	Altered ovule development; integuments fail to cover nucellus; female sterile; reduced levels of pollen. Smaller leaves than wild type; late flowering; slow growth; reduced length of inflorescence internodes; reduced plant height.	
AT1G01040	CS84713	"developmental arrest of mutant embryos occurs at globular stage, altered suspensor; white to pale yellow-green seeds; white to pale yellow-green embryo; 24.4% mutant; 50.5% aborted seeds in top half of silique."	
AT1G01040	CS84714	"developmental arrest of mutant embryos occurs at globular stage, abnormally large suspensor; pale yellow-green seeds; white embryo; 25.8% mutant; 49.3% aborted seeds in top half of silique."	
AT1G01050	 fugu5-1/ppa1-1	Leaf atrophy and root defects.	29691313
AT1G01060	CS9379	"Altered circadian regulation; expression patterns of mRNA have a diurnal rhythm in plants grown in light/dark cycles, with peak levels occurring at dawn; when moved to constant light or constant dark conditions, plants express the gene in a circadian rhythm"	
AT1G01060	CS9380	Late elongated hypocotyl and circadian clock-associated double mutant.	
AT1G01060	CS9809	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT1G01060	CS9810	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT1G01060	CS9811	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT1G01060	CS9812	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT1G01060	lhy-101	"The mutant plants are hypersensitive to both FRc and Rc light treatments in hypocotyl elongation and exhibits a small reciprocal enlargement in cotyledon area, albeit not statistically significant."	16891401
AT1G01070	umamit28	Significantly elevated levels of amino acids in the seeds. Reduced seed volume.	26628011
AT1G01120	kcs1	"Thin stems, sensitive to low humidity"	
AT1G01140	SALK_058629	hypersensitive to low potassium media	17486125
AT1G01160	an3 gif2	Strong disorganization of quiescent center of root meristem.	29352064
AT1G01160	an3 gif2 gif3	Strong disorganization of quiescent center of root meristem.	29352064
AT1G01220	SALK_012400C	"fkgp-1 mutants have about 40 times more L-fucose than wild type Arabidopsis plants, but the levels of other monosaccharides do not appear to differ significantly in the mutants. No obvious phenotypic abnormalities were observed in the fkgp-1 mutants, nor were any differences in the sugar composition of cell wall polysaccharides detected."	18199744
AT1G01220	fkgp-2	"fkgp-2 mutants have about 40 times more L-fucose than wild type Arabidopsis plants. No obvious phenotypic abnormalities were observed in the fkgp-2 mutants, nor were any differences in the sugar composition of cell wall polysaccharides detected."	18199744
AT1G01280	SALK_119582	"Slightly longer inflorescences, an extended period of blooming, a reduced number of elongated siliques, and overall reduced seed set. About a third of the siliques failed to develop. Pollen was not developed (lower and middle part of the inflorescence) or reduced (apical flowers)."	17496121
AT1G01280	dex2-1	"Slightly longer inflorescences, an extended period of blooming, a reduced number of elongated siliques, and overall reduced seed set. About a third of the siliques failed to develop. Pollen was not developed (lower and middle part of the inflorescence) or reduced (apical flowers)."	17496121
AT1G01370	CS66982	"cenh3-1 GFP-tailswap progeny have short stature, altered rosette leaf morphology and a high degree of male sterility. Other progeny have a wild type phenotype."	
AT1G01370	SALK_036200	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT1G01480	CS16564	"enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height"	
AT1G01480	CS16565	decreased plant height	
AT1G01480	CS16572	no dramatic change in phenotype	
AT1G01480	CS16573	no dramatic change in phenotype	
AT1G01480	CS16578	increased plant height	
AT1G01480	CS16579	no dramatic change in phenotype	
AT1G01480	CS16580	no dramatic change in phenotype	
AT1G01480	CS16581	no dramatic change in phenotype	
AT1G01480	CS16582	increased plant height	
AT1G01480	CS16583	increased plant height	
AT1G01480	CS16584	no dramatic change in phenotype	
AT1G01480	CS16585	no dramatic change in phenotype	
AT1G01480	CS16586	no dramatic change in phenotype	
AT1G01480	CS16587	increased plant height	
AT1G01480	CS16597	no dramatic change in phenotype	
AT1G01480	CS16601	no dramatic change in phenotype	
AT1G01480	CS16602	no dramatic change in phenotype	
AT1G01480	CS16603	no dramatic change in phenotype	
AT1G01480	CS16604	no dramatic change in phenotype	
AT1G01480	CS16605	no dramatic change in phenotype	
AT1G01480	CS16606	no dramatic change in phenotype	
AT1G01480	CS16607	no dramatic change in phenotype	
AT1G01480	CS16608	no dramatic change in phenotype	
AT1G01480	CS16609	no dramatic change in phenotype	
AT1G01480	CS16610	no dramatic change in phenotype	
AT1G01480	CS16611	no dramatic change in phenotype	
AT1G01480	CS16612	no dramatic change in phenotype	
AT1G01480	CS16613	no dramatic change in phenotype	
AT1G01480	CS16614	no dramatic change in phenotype	
AT1G01480	CS16615	no dramatic change in phenotype	
AT1G01480	CS16616	no dramatic change in phenotype	
AT1G01480	CS16617	no dramatic change in phenotype	
AT1G01480	CS16618	no dramatic change in phenotype	
AT1G01480	CS16626	no dramatic change in phenotype	
AT1G01480	CS16627	no dramatic change in phenotype	
AT1G01480	CS16628	no dramatic change in phenotype	
AT1G01480	CS16629	no dramatic change in phenotype	
AT1G01480	CS16630	no dramatic change in phenotype	
AT1G01480	CS16631	no dramatic change in phenotype	
AT1G01480	CS16632	no dramatic change in phenotype	
AT1G01480	CS16633	no dramatic change in phenotype	
AT1G01480	CS16634	no dramatic change in phenotype	
AT1G01480	CS16635	no dramatic change in phenotype	
AT1G01480	CS16636	no dramatic change in phenotype	
AT1G01480	CS16637	no dramatic change in phenotype	
AT1G01480	CS16638	no dramatic change in phenotype	
AT1G01480	CS16639	no dramatic change in phenotype	
AT1G01480	CS16640	no dramatic change in phenotype	
AT1G01480	CS16643	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT1G01480	CS16644	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT1G01480	CS16645	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT1G01480	CS16646	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT1G01480	CS16647	phenotype not determined	
AT1G01480	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT1G01480	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT1G01480	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT1G01510	CS3137	"lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins, narrow leaves."	
AT1G01510	CS3139	"lacks trichomes on stems and leaves; narrow leaves; yellow seeds (lacks brown pigment in seed coat); light green plants, sensitive to some amino acids."	
AT1G01510	CS3144	"yellow-green cotyledons, leaf margins yellow; narrow leaves."	
AT1G01510	CS3237	"narrow, thick and slightly serrated leaves; lacks trichomes on leaf surface and stems, some rudimentary trichomes in leaf margins; yellow seeds (lacks brown pigment in seed coat)."	
AT1G01510	CS3259	"narrow leaves; bright green stems and siliques, abnormal wax layer; fully fertile; compact habit, short petioles, blunt siliques; lacks trichomes on leaves and stems (glabrous), some trichomes in leaf margins."	
AT1G01510	CS3322	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; narrow leaves."	
AT1G01510	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT1G01510	CS3400	"narrow and thick leaves, slightly twisted blunt siliques; compact rosettes and inflorescences; reduced plant height."	
AT1G01510	CS3436	"narrow and thick leaves; leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; narrow leaves; yellow seeds (lacks brown pigment in seed coat); lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G01510	CS3595	"narrow leaves, slightly twisted siliques; compact rosette and inflorescences, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; lacks trichomes on stems and leaves."	
AT1G01510	CS8073	narrow leaves; increased number of rosette leaves; slightly twisted siliques; background line for R. Wilson gai and gar mutants.	
AT1G01510	CS8074	"gibberellin insensitive; increased endogenous levels of gibberellic acid; reduced stature (dwarf), apical dominance, and seed germination; delayed flowering in short days; narrow leaves; increased number of rosette leaves; slightly twisted siliques"	
AT1G01510	CS8076	"gar1 is semi-dominant or dominant, depending on GAI genotype; gar1 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores normal stature, flowering time, apical dominance and seed germination to gai mutants (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques; gar1 closely linked to gai - not genetically separable."	
AT1G01510	CS8078	"gar2 is dominant; gar2 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores flowering time, apical dominance and seed germination to gai mutants: partially restore normal stature (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques."	
AT1G01510	CS8079	"gar3 is semi-dominant; essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8080	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8081	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8082	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8083	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8084	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8085	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8086	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8087	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8088	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8089	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8090	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8091	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8092	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	CS8093	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G01510	SALK_026489C	"Impaired dark-induced nuclear positioning in pavement and mesophyll cells, smoother pavement cells, actin filaments in dark-adapted pavement cells aligned aberrantly along anticlinal walls, reduced number of actin filaments at the cell surface"	30404821
AT1G01510	an-2	Phenotype not described.	11889033
AT1G01510	an-EM1	Trichomes of mutant undergo primary but not secondary branching.	11889034
AT1G01510	an-EM1 nok-122	Trichomes of mutant undergo primary but not secondary branching.	11889034
AT1G01510	an-EM1 sta-23	Unbranched trichomes.	11889034
AT1G01510	frc1-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT1G01510	frc2-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT1G01510	frc3-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT1G01510	frc4-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT1G01510	gl-3 an-EM1	"Reduced, but still significant, number of branched trichomes."	9367433
AT1G01510	try-EM1 an-EM1	Trichomes have only one branch point.	9367433
AT1G01550	aba3-2 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	abi1-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	abi4-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	bps1-2	"Growth of bps1-2 mutants on CPTA-supplemented medium resulted in partial rescue of both leaf and root defects. bps1-2 mutants grown on control growth medium have small radialized leaves with very little vascular tissue, and very short misshapen knotted-looking roots. By contrast, bps1-2 mutants grown on CPTA-supplemented medium produced larger flattened leaves that contained primary and secondary veins, and smooth elongated roots."	17217459
AT1G01550	bps1-2	"Mutant roots were abnormal; primary and lateral roots were short, root hairs formed close to the root apex, and root defects were most severe when plants were grown at low temperature."	15458645
AT1G01550	bps1-2	"Mutants produced two radially symmetric organs in the place of leaves; these organs were typically devoid of vascular tissue and lacked trichomes. Prolonged 16°C growth did not result in additional organs being produced, indicating that shoot meristem (SAM) activity was also lost. Mutants grown at 22°C showed a similar, albeit less severe, phenotype. The first leaf pair was slightly larger and flatter than those of 16°C-grown mutants and contained some vascular tissue, and additional radial organs were produced by the SAM. Mutants grown at 29°C showed an even less-severe phenotype; these plants produced flattened, irregularly shaped leaves with slightly lobed margins and an abnormal vein pattern."	15458645
AT1G01550	bps1-2	"Under high light conditions (approximately 200 &mu;E.m-2.sec-1), CPTA-treated seedlings were completely photobleached and mutants showed rescue of both leaf and root development. Under moderate (approximately 100 &mu;E.m-2.sec-1) and low (30 &mu;E.m-2.sec-1) light intensities, seedlings are incompletely photobleached, but leaf and root development continue to show partial rescue."	17217459
AT1G01550	bsp1-2 gun2-1	"In double mutant seedlings grown on CPTA, a partial rescue of the bps1 phenotype was observed."	17217459
AT1G01550	bsp1-2 gun5-1	"In double mutant seedlings grown on CPTA, a partial rescue of the bps1 phenotype was observed."	17217459
AT1G01550	ccd1-1 bsp1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	ccd4 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	lut1-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	lut2-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	max3-11 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	max4-5 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	nced2 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	nced6 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01550	nced9 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G01610	gpat4/gpat8	This double knock-out mutant has a 60-70% overall decrease in cutin monomer content in leaf and stem. The plant grew slowly. The water loss rate for rosettes was 4-fold greater than wild type. The mutant has an increased sensitivity to fungal pathogen. Defects in stomata structure.	17991776
AT1G01640	SALK_011721C	Comparison of SALK_011721C to Columbia wildtype resulted in a trend toward earlier flowering in the mutant (P=0.1).	
AT1G01690	Atprd3-4	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT1G01790	kea1-1 kea2-2	Reduced growth and pale yellowish leaves. Reduced photosynthetic protein complex accumulation.	27443603
AT1G01860	pfc1	Chilling-induced chlorosis	
AT1G01910	SALK_012980C	Short root hairs.	28096354
AT1G01910	SALK_033189	Short root hairs.	28096354
AT1G01910	SALK_100424	Short root hairs.	28096354
AT1G01950	ark2-1	Roots show right handed cell file rotation leading to a twisted root phenotype.	
AT1G01950	ark2-3	Roots show right handed cell file rotation leading to a twisted root phenotype.	
AT1G01950	ark2-4	Roots show right handed cell file rotation leading to a twisted root phenotype.	
AT1G02050	CS68659	Abnormal exine patterning. Pollen has a more extensively covered surface with broader muri and smaller lacunae. Reduced accumulation of flavonoid precursors and flavonoids in developing anthers.	
AT1G02090	CS3833	"accumulation of high levels of anthocyanins (purple coloration) in cotyledons, during both seed and seedling stages of development; seedlings grow slower than the wild type; lethal after the seedling stage; dark-grown seedlings resemble light-grown wild type seedlings having short hypocotyl, and open and expanded cotyledons; dark-grown seedlings express high levels of light-inducible genes and have altered plastid development in cotyledons"	
AT1G02090	CS5223	"Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants  develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness."	10330469
AT1G02090	CS5223	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT1G02090	CS5223	"In the homozygous progeny, dark purple seeds."	10330469
AT1G02090	CS5223	"In the homozygous progeny, the mutation leads to CSN1, CSN3, CSN4, CSN6, and CSN8 instability, accompanied by a mild reduction of CSN5."	17307927
AT1G02090	CS5223	Mutation is lethal in the homozygous state.	10330469
AT1G02090	CS5223	"accumulation of anthocyanins (purple coloration) in developing embryos, dark purple seeds; lethal."	
AT1G02090	fus5-2	"Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants  develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness."	10330469
AT1G02090	fus5-2	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	10330469
AT1G02090	fus5-2	"In the homozygous progeny, dark purple seeds."	10330469
AT1G02090	fus5-2	Mutation is lethal in the homozygous state.	10330469
AT1G02090	fus5-3	"Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants  develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness."	10330469
AT1G02090	fus5-3	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	10330469
AT1G02090	fus5-3	"In the homozygous progeny, dark purple seeds."	10330469
AT1G02090	fus5-3	Mutation is lethal in the homozygous state.	10330469
AT1G02090	fus5-4	"Dark-grown mutants exhibit short hypocotyls and open, expanded cotyledons similar to light-grown mutant and wild-type seedlings, and accumulate high levels of anthocyanin. In addition, mutants  develop chloroplasts in the dark, express high levels of light-inducible genes, although grown in darkness, and die after the seedling stage in light and darkness."	10330469
AT1G02090	fus5-4	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	10330469
AT1G02090	fus5-4	"In the homozygous progeny, dark purple seeds."	10330469
AT1G02090	fus5-4	Mutation is lethal in the homozygous state.	10330469
AT1G02120	vad1-1	lesion mimic mutant; exhibits light conditional appearance of propagative HR (hypersensitive response)-like lesions along the vascular system.	15269331
AT1G02120	vad1-2	lesion mimic mutant; exhibits light conditional appearance of propagative HR (hypersensitive response)-like lesions along the vascular system.	
AT1G02140	CS16307	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; strong, but not complete impact on pollen function; pollen tubes fail to leave the septum."	
AT1G02170	CS68732	No visible phenotype.	
AT1G02170	CS68734	No visible phenotype.	
AT1G02170	CS68736	No visible phenotype.	
AT1G02170	CS68737	No visible phenotype.	
AT1G02205	CS31	"very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer, reduced fertility under conditions of low humidity, reduced plant height, phenotype similar to cer3 and cer6-1"	
AT1G02280	ppi1	Defective in POR B uptake into chlorolasts	15842619
AT1G02280	ppi1	Pale plants	
AT1G02330	csu2-4	"Under high fluence light (33.3 and most evidently 112.5 micromol/m2/s), displayed statistically significantly longer hypocotyls than did WT seedlings."	26714275
AT1G02340	hfr1	Long hypocotyl in far-red light	
AT1G02340	hfr1-101	"Fluence response curves in both R and FR light confirmed that rsf1 seedlings responded normally to R light and are less sensitive to all the tested fluences of FR light. However, unlike phyA null mutants (phyA-211), they clearly responded to increasing fluences of FR light."	
	10982420		
AT1G02340	hfr1-101	Hypocotyl elongation is less inhibited than in wild-type plants in both FR and blue light. Hypocotyl length in rsf1 seedlings was intermediate between the wild type and a photoreceptor null mutant under both light conditions.	10982420
AT1G02340	hfr1-101	"In short days (SD), flowering time is unaffected. rsf1 plants were indistinguishable from wild type both in LD and SD using two criteria to measure flowering time (days until flowering and leaf number at flowering)."	
	10982420		
AT1G02340	hfr1-101	"rsf1 mutants accumulated slightly, but significantly lower, levels of anthocyanins than the wild type."	10982420
AT1G02580	CS6996	"Autonomous seed development is initiated in absence of fertilization, with a penetrance of about 40-50%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Abnormal development of the endosperm posterior pole with a cyst and nodules larger than in the wild type; ectopic location of nodules in the peripheral endosperm; absence of cellularisation and overproliferation at late stages. Embryos are indistinguishable from wild-type siblings during early stages of embryogenesis, visible differences begin at the late globular stage. Gametophytic maternal effect results in embryo lethality."	
AT1G02580	CS6997	"Autonomous seed development is initiated in absence of fertilization, with a penetrance of about 40-50%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Abnormal development of the endosperm posterior pole with a cyst and nodules larger than in the wild type; ectopic location of nodules in the peripheral endosperm; absence of cellularisation and overproliferation at late stages. Embryos are indistinguishable from wild-type siblings during early stages of embryogenesis, visible differences begin at the late globular stage. Gametophytic maternal effect results in embryo lethality."	
AT1G02580	mea-1	"Heterozygous  embryos abort if the mutant allele is  derived from the female, but develop  normally if it is derived from the male. Embryos derived  from mutant eggs abort irrespective of the  paternal contribution. Thus, the mea  mutant displays maternal-effect embryo lethality."	
	9545225		
AT1G02580	mea-1	"In the homozygous progeny:  During early stages of embryogenesis the  development of mea-1 embryos is indistinguishable  from wild-type siblings in cleared  or sectioned specimens. Visible differences  between wild-type and mea-1 embryos  began at the late globular stage. Globular mea-1 embryos show excess  cell proliferation and enlarge radially  symmetrical. When wild-type embryos  reach the mid to late heart stage, sibling  mea-1 embryos are still globular and contain  small vacuolated cells with curvilinear cell  walls and sometimes irregular cell divisions  in the ground tissue and procambium. Suspensor  and hypophysis are normal, and cotyledons  initiate synchronously as in the  wild type. Thus, despite increased cell proliferation  and occasional irregular cytokinesis,  morphogenetic progression is normal.  However, each stage is prolonged and includes  more division cycles, and morphogenesis  is delayed. As a consequence, giant  heart stage mea-1 embryos  are present along with late torpedo or cotyledonary  stage wild-type embryos. mea-1  heart stage embryos have supernumerary  cell layers. When wild-type siblings are  fully differentiated, most mea-1 embryos  have reached the late heart stage and are up  to 10 times larger than normal. mea embryos  degenerate during desiccation. These results  suggest that mea controls cell proliferation  during embryogenesis, allowing morphogenesis  to progress normally, albeit  slowly.  Endosperm development in mea-1 seeds  is indistinguishable from that of the wild  type at early stages. When cellularization  begins normally in wild-type seeds at the  transition from the globular to the heart  stage, no cellularization is observed in sibling  mea-1 seeds. Although nuclear divisions  take place more slowly in mea-1 endosperm,  the distribution of endosperm nuclei  is as in the wild type. Partial cellularization  occurs at the micropyle when mea-1  embryos reach the late heart stage in desiccating  seeds, but because fewer nuclei have  been generated, most of the central cell is  devoid of nuclei. Thus, in mea-1 seeds, the  development of both fertilization products  is delayed but morphogenesis proceeds normally,  and it appears that the embryo shows  increased cell proliferation at the expense  of the endosperm. "	9545225
AT1G02580	mea-1	The homozygous progeny is embryo-lethal.	9545225
AT1G02580	mea-2	"Mutant homozygous mea embryo  sacs accumulated 45 times more maternal transcripts  than wild-type before fertilization,  and it persisted after fertilization (7.5 times more transcripts  4 d after pollination."	
	16651654		
AT1G02580	mea-2	Similar to non-revertant mea-1 mutant.	9545225
AT1G02580	mea-2	The homozygous progeny is embryo-lethal.	9545225
AT1G02660	SALK_052897	Homozygotes are embryo lethal. Somewhat reduced transmission through the pollen.	26555280
AT1G02780	CS16052	embryo defective; developmental arrest of mutant embryos	
AT1G02860	bah1-D	Exhibits spontaneous cell death in leaves after bolting and increased salicylic acid levels and localized cell death after inoculation with Pst DC3000.	18753285
AT1G02860	nla	"In contrast to wild type, anthocyanin accumulation did not occur in the senescing mutant rosette leaves."	17355433
AT1G02860	nla	"Mutants failed to adapt to the conditions of nitrogen limitation and started senescence much earlier and more rapidly than did wild-type plants supplied with 3 mM nitrate: mutant plants supplied with 10 mM nitrate had a similar pattern of growth and development to wild type. When the nitrate concentration was reduced to 3 mM, the mutant plants started senescence in the fifth rosette leaf at 24 DAG, and after this point senescence progressed rapidly with all rosette leaves showing senescence symptoms at 26 DAG, and the whole rosette dying at 32 DAG. In contrast, wild-type plants displayed no senescence symptoms in the fifth rosette leaf until 32 DAG. In wild-type plants, the process of senescence proceeded slowly and gradually from the fifth to the youngest rosette leaves, and it took at least 2 weeks for all rosette leaves to show the senescence symptoms."	17355433
AT1G02860	nla	"The cauline leaves in the mutant plants started senescence at 28 DAG, at least 10 days earlier than those in the wild-type plants. Further, the developing mutant siliques initiated senescence in their tips at 32 DAG, while the wild-type siliques showed no senescence symptoms  throughout their development but accumulated abundant anthocyanin which was not observed in the mutant siliques."	17355433
AT1G02860	nla	The early senescence process was arrested when nitrate was added after depletion.	17355433
AT1G02860	nla	"The occurrence (at 24 DAG) and progression (at 28 DAG) of senescence in mutant rosette leaves were not accompanied by a significant reduction in the amounts of nitrogen-containing compounds: nitrate, total amino acids, soluble proteins, and total nitrogen. By contrast, they were largely reduced in the wild-type plants."	17355433
AT1G02860	nla	"With the reduction of the nitrate concentration to 1 mM, the occurrence of the senescence phenotype in the rosette leaves of mutant plants was accelerated to 20 DAG, and severe senescence in the developing mutant siliques resulted in their death around 30 DAG without producing viable seeds. Under the same growth condition (1 mM nitrate), wild-type plants did not start senescence in their rosette leaves until 26 DAG, and produced fecund siliques."	17355433
AT1G02880	AtTPK1-KO	"The AtTPK1-KO single mutant does not have any obvious aberrant phenotypes, but, the AtTPK1-KO /AtTPK2-KO double mutant demonstrates that these enzymes are required to produce thiamine pyrophosphate from thiamine."	17611796
AT1G02880	AtTPK1/2-KO	"These double knock-out mutants are thiamine auxotrophs that have a seedling lethal phenotype unless they are supplied with exogenous thiamine pyrophosphate (TPP) through a spray-based application. In addition, these mutants have 2-fold higher levels of thiamine and 32-fold lower levels of TPP than wild type plants."	17611796
AT1G02910	SALK_124398	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT1G02910	lpa1	"The leaves of the mutant are paler than those of the wild type, and growth is significantly reduced. The leaf area of the mutant is ~75% lower than that of wild-type plants 26 d after germination."	16531500
AT1G02910	lpa1	The mutants have defects in energy transfer within PSII or a partial loss of PSII capacity.	16531500
AT1G02910	lpa1	"The relative amounts of the PSII core subunits CP47, CP43, D1, and D2 is greatly reduced in the mutant, especially the PSII dimer."	16531500
AT1G02910	lpa1	"Wild-type chloroplasts are larger than those of the mutant and have a larger number of discs per grana stack on average. In addition, the wild-type chloroplasts display well-developed membrane systems composed of grana connected by the stroma lamellae, but the thylakoid membrane systems in mutant chloroplasts are disturbed, and the membrane spacing is not as clear."	16531500
AT1G02970	wee1-1	"significant decreased root elongation rates, densely clustered hairs at the root tip and outgrowth of lateral roots"	17209125
AT1G03000	pex6	"Resistant to root elongation inhibition by IBA but responds normally to IAA.  Fails to respond to the stimulatory effects of IBA on lateral root initiation but makes lateral roots in response to IAA.  Specifically defective in IBA responses.  Has several peroxisome-defective phenotypes:  does not develop normally without exogenous sucrose, dramatic defects in hypocotyl and root elongation in the absence of sucrose. Shorter root and hypocotyl than WT.  Plants grown in soil have smaller rosettes, fewer rosette leaves, and shorter primary inflorescence stems than WT.  Also has shorter siliques containing fewer seeds than WT.  Pale green in color."	14745029
AT1G03050	picalm5a-1/picalm5b-1	Double mutant pollen tubes are shorter and rupture early. Plants have reduced fertility with most seed set occurring at the tip of the ovary. On a molecular level the localization of ANXUR proteins in the tip of the pollen tube is disrupted.	30272028
AT1G03050	picalm5a-1/picalm5b-1	Double mutant pollen tubes are shorter and rupture early. Plants have reduced fertility with most seed set occurring at the tip of the ovary. On a molecular level the localization of ANXUR proteins in the tip of the pollen tube is disrupted.	
AT1G03060	CS340424	Reduced seed coat mucilage.	26133670
AT1G03060	spi-11	"Trichome cells have shorter branches, reduced stalk length and width.  Epidermal pavement cells are less complex, with less lobing.  Root hairs are shorter and root hair vacuoles are fragmented."	19392685
AT1G03060	spi-12	"Trichome cells have shorter branches, reduced stalk length and width.  Epidermal pavement cells are less complex, with less lobing.  Root hairs are shorter and root hair vacuoles are fragmented."	19392685
AT1G03060	spi-139	"Trichome cells have shorter branches, reduced stalk length and width.  Epidermal pavement cells are less complex, with less lobing.  Root hairs are shorter and root hair vacuoles are fragmented."	19392685
AT1G03060	spi-4.2	"Trichome cells have shorter branches, reduced stalk length and width.  Epidermal pavement cells are less complex, with less lobing.  Root hairs are shorter and root hair vacuoles are fragmented."	19392685
AT1G03060	spi-4/lip5-1	Significant reduction in seed coat mucilage. On a subcellular level there are defects in vacuolar trafficking.	29209342
AT1G03090	CS66518	"Seeds have high levels of free branched-chain amino acids (Ile, Leu and Val), also high levels of Arg, His and Ser, and low levels of Gln and Glu."	
AT1G03140	CS69984	Low GFP protein levels relative to the wild-type T line (CS69640) due to decreased splicing of the non-canonical AT-AC intron and increased splicing of the canonical GT-AG intron in GFP pre-mRNA. Short roots and small siliques compared to CS69640.	
AT1G03140	CS69984	"Reduced silique length, reduced root length."	29487188
AT1G03160	SALK_009051	Similar to SALK_033745 line	16617119
AT1G03160	SALK_033745	"The leaves were visibly pale, and flowering was delayed by 5-7 days compared with the wild type plants. Mature mesophyll cells in mutant leaves contained fewer, larger chloroplasts than in wild type, and these were heterogeneous in size. This phenotype was more pronounced in older than in younger leaves. Mesophyll cell chloroplasts in wild type and mutant plants also differed ultrastructurally. In mutants, grana lamellae were less uniform in length and stacked in a staggered fashion, giving rise to a disorganized thylakoid array. Stroma thylakoids appeared less abundant than in wild type chloroplasts. In contrast, stroma thylakoids in mutants were similar in length to those in wild type but constituted a smaller proportion of the total thylakoid network."	16617119
AT1G03160	SALK_152584C	"Compared with Col-0 leaves, leaves of fzl-2 and fzl-3 mutants appeared to be paler but did not show obvious cell death."	27898102
AT1G03190	CS6375	"Increased sensitivity to ultraviolet (UV) radiation; hypersensitive to heat; yellow-green plants; leaves contain approximately one-third less chlorophyll than wt leaves; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G03270	SALK_033189	Short root hairs.	28096354
AT1G03290	atduf1-1	same as smb-3 single mutant	19795213
AT1G03300	atduf1-1	same as smb-3 single mutant	19795213
AT1G03310	CTI15	Modification of amylopectine structure. Strong increase of number of small chain (degree of polymerisation between 5 and 9) and decrease in number of longer chains (11-17 degree of polymerisation).	15849301
AT1G03310	CTI15	No significant alteration of amylase-to-amylopectine ratio.	15849301
AT1G03310	CTI15	Reduced starch in leaves	15849301
AT1G03310	CTI15	Strong increase in water soluble polysaccharides (WSPs) content.	15849301
AT1G03310	N529442	Modification of amylopectine structure. Strong increase of number of small chain (degree of polymerisation between 5 and 9) and decrease in number of longer chains (11-17 degree of polymerisation).	15849301
AT1G03310	N529442	Reduced starch in leaves	15849301
AT1G03310	adg1 be2-1 be3-2	No visible phenotype.	17028209
AT1G03310	adg1 be2-1 be3-2	Strong reduction in maltose accumulation compared to the be2-1 be3-2 double mutant.	17028209
AT1G03310	atisa1-1 atisa2-1	Accumulates reduced amounts of starch relative to wildtype but large amounts of soluble glucan.	15743447
AT1G03310	atisa1-1 atisa2-1	No reduction in maltose and matotriose production.	16495218
AT1G03310	atisa2-1	Accumulates reduced amounts of starch relative to wildtype but large amounts of soluble glucan.	15743447
AT1G03310	atisa2-1	Mutants have abnormal starch accumulation. Composition of amylopectin and phytogylcogens are abnormal compared to wild type. Mutants lack D1 isoamlyase activity.	
AT1G03310	atpu1-1 atisa2-1	Modification of amylopectine structure. Strong increase of number of small chain (degree of polymerisation between 5 and 9) and decrease in number of longer chains (11-17 degree of polymerisation).	15849301
AT1G03310	atpu1-1 atisa2-1	Strong increase in water soluble polysaccharides (WSPs) content.	15849301
AT1G03310	atpu1-1 atisa2-1	Strong reduction in starch accumulation in double mutant.	15849301
AT1G03310	be1-1 be2-1	Displays the same profile of polymerization (DP) as the corresponding be2 or be3 mutant.	17028209
AT1G03310	be1-1 be2-1	Increased starch phosphorylase activity compared to wild type.	17028209
AT1G03310	be1-1 be2-1	No starch branching enzyme activity detected.	17028209
AT1G03310	be2-1	"DP 6-7 and DP 5-9 chains are slightly decreased, whereas DP 10-16 chains are slightly increased (DP, degree of polymerization)."	17028209
AT1G03310	be2-1	No starch branching enzyme activity detected.	17028209
AT1G03310	be2-1	Starch granules are slightly larger than those of wild type.	17028209
AT1G03310	be2-1 be3-2	Absence of starch and accumulation of very high levels of water-soluble glucans.	17028209
AT1G03310	be2-1 be3-2	Contains 90% of &alpha;-maltose and 10% of &beta;-maltose.	17028209
AT1G03310	be2-1 be3-2	Increased starch phosphorylase activity compared to wild type.	17028209
AT1G03310	be2-1 be3-2	Low growth and flowering rates.	17028209
AT1G03310	be2-1 be3-2	No starch branching enzyme activity detected.	17028209
AT1G03310	be2-1 be3-2	Pale colour.	17028209
AT1G03310	be2-1 be3-2	"Reduced size of the mature plant. Thirty days after seed germination, the fresh weight of this mutant is one-fifth of that of wild type."	17028209
AT1G03310	be2-1 be3-2	"The levels of sucrose, fructose, glucose 6-phosphate and glucose 1-phosphate are not significantly deviating from those of wild type or the single mutants."	17028209
AT1G03310	be2-1 be3-2	The maltose accumulates mostly in the cytosol (~80%).	17028209
AT1G03310	be2-1 be3-2	The mutant is still able to produce siliques and viable seeds.	17028209
AT1G03310	be2-1 be3-2	"Water-soluble glycans are composed of very short malto-oligosaccharides made of 80% maltose, 14% maltotriose and 6% glucose."	17028209
AT1G03310	be2-1 be3-2	Wilting of the inflorescence.	17028209
AT1G03310	be2-2	"DP 6-7 and DP 5-9 chains are slightly decreased, whereas DP 10-16 chains are slightly increased (DP, degree of polymerization)."	17028209
AT1G03310	be2-2	No starch branching enzyme activity detected.	17028209
AT1G03310	be2-2	Starch granules are slightly larger than those of wild type.	17028209
AT1G03430	CS3000	Constructed transgenic plants contain the AHP5 protein in higher amounts than in wt plants; morphological phenotype similar to wt.	
AT1G03430	CS860147	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860148	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860153	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860155	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860156	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860157	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT1G03430	CS860160	Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media.	
AT1G03430	CS860161	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT1G03430	CS860162	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT1G03430	CS860164	"Abnormal growth and development: reduced vascular development in primary root; very short and narrow primary root; adventitious root development; smaller rosettes, shorter siliques, fewer seeds per silique; larger seeds and larger embryos than the wild type; reduced fertility;  increased  hypocotyl elongation in the presence of cytokinin."	
AT1G03475	lin2	Plant have pale green leaves and develop lesions on the young leaves.  Lesions begin as a small spot or stripe of collapsed tissue usually appearing in the middle part of the young leaves.	11489187
AT1G03600	SALK_004769C	"Defective in response to changing light intensity.Retarded growth under greenhouse conditions, and produces less anthocyanin under high light."	25605904
AT1G03770	ring1a/ring1b	"Plieotrophic defects. Leaves may be lobed, downward curving or make ectopic meristems. The SAM is enlarged and phyllotaxy is abnormal and the shoot apex may terminate in a cluster of flowers with extra floral organs.Occasional homeotic conversion of petals to stamens."	19097900
AT1G03770	ring1a/ring1b/clf-26	"lants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested. Cotyledons are relatively well expanded.Enhanced de-repression of KNOX gene expression."	19097900
AT1G03770	ring1a/ring1b/tfl2-2	"Plants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested.Enhanced de-repression of KNOX gene expression."	18799658
AT1G03790	SALK_090314C	Wild-type seeds germinate when PHYB is activated by red light but not when PHYB is inactivated by far-red light.  som mutant seeds germinate at rates of almost 100% irrespective of light conditions.	18487351
AT1G03790	som-1	Wild-type seeds germinate when PHYB is activated by red light but not when PHYB is inactivated by far-red light.  som mutant seeds germinate at rates of almost 100% irrespective of light conditions.	18487351
AT1G03790	som-3	Wild-type seeds germinate when PHYB is activated by red light but not when PHYB is inactivated by far-red light.  som mutant seeds germinate at rates of almost 100% irrespective of light conditions.	18487351
AT1G03980	&#916;PCS1 &#916;PCS2	Exposure of seedlings to 50 &#956;M Cd2+ for 2 days does not induce phytochelatin biosynthesis.	17253989
AT1G03980	&#916;PCS2	Exposure of seedlings to 50 &#956;M Cd2+ for 2 days does phytochelatin biosynthesis as it does in wild type.	17253989
AT1G04007	an3 gif2	Strong disorganization of quiescent center of root meristem.	29352064
AT1G04007	an3 gif2 gif3	Strong disorganization of quiescent center of root meristem.	29352064
AT1G04020	SALK_031862	Sensitive to mitomycin C.  Intrachromosomal homologous recombination is reduced in the mutant plants and less inducible by genotoxic stress.	
AT1G04020	SALK_097601	Sensitive to mitomycin C.  Intrachromosomal homologous recombination is reduced in the mutant plants and less inducible by genotoxic stress.	16957774
AT1G04020	bard1-3	Mutant meristems develop abnormally.The meristem is enlarged shortly after germination and appears disorganized. Primordia are irregular and lateral organs produced include tubular and finger-like structures. Also affects the development of roots. Primary root growth is inhibited. The root apical meristems are enlarged and lack distinct columella cells or starch granules.	18591352
AT1G04080	CS69936	"Elevated levels of GFP protein compared to wild-type T line (CS69640) due to preferential splicing of a U2-type AT-AC intron in GFP pre-mRNA. Somewhat delayed flowering, shorter stature, and reduced seed set compared to CS69640."	
AT1G04080	CS69937	"Elevated levels of GFP protein compared to wild-type T line (CS69640) due to preferential splicing of a U2-type AT-AC intron in GFP pre-mRNA. Somewhat delayed flowering, shorter stature, and reduced seed set compared to CS69640."	
AT1G04080	CS69938	"Elevated levels of GFP protein compared to wild-type T line (CS69640) due to preferential splicing of a U2-type AT-AC intron in GFP pre-mRNA. Somewhat delayed flowering, shorter stature, and reduced seed set compared to CS69640."	
AT1G04080	CS69939	"Elevated levels of GFP protein compared to wild-type T line (CS69640) due to preferential splicing of a U2-type AT-AC intron in GFP pre-mRNA. Somewhat delayed flowering, shorter stature, and reduced seed set compared to CS69640."	
AT1G04080	prp39-1-1	"Mutant plants are indistinguishable from WT, except for a delay in time to flowering measured as the number of days to bolting and the total leaf numbers at flowering. On average, the mutant plants flower 10 days and 44 days later than WT plants under long day and short day growth conditions, respectively."	17380304
AT1G04080	prp39-1-1	"The mutant is responsive to a vernalization treatment, the treated mutant plants flowering earlier than mutant plants not subjected to the vernalizaiton treatment."	17380304
AT1G04080	prp39-1-1	The mutant plants treated with GA flowered earlier than the at prp39-1-1 plants without GA treatment and at similar times as wild-type plants without GA treatment.	17380304
AT1G04080	prp39-1-2	"Mutant plants are indistinguishable from WT, except for a delay in time to flowering measured as the number of days to bolting and the total leaf numbers at flowering. On average, the mutant plants flower 10 days and 44 days later than WT plants under long day and short day growth conditions, respectively."	17380304
AT1G04110	sdd1	Increased stomatal density	
AT1G04120	CS68519	"Decreased root growth, increased lateral root formation, and increased auxin levels in the roots. Impaired in glibenclamide, ABA, and calcium-induced stomatal movements. Drought-resistant."	
AT1G04120	mrp5	"Decreased root growth, increased lateral root formation"	
AT1G04140	SALK_054867	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT1G04160	CS859930	"There are no obvious defects in the aerial tissues, roots, or root hairs of xi-b mutant plants grown under normal conditions. There are also no obvious defects in organelle trafficking. Double mutant analysis reveals a role for xi-b in root hair elongation (see xi-2/xi-b)."	18178669
AT1G04160	SALK_113062C	"There are no obvious defects in the aerial tissues, roots, or root hairs of xi-b mutant plants grown under normal conditions. There are also no obvious defects in organelle trafficking. Double mutant analysis reveals a role for xi-b in root hair elongation (see xi-2/xi-b)"	18178669
AT1G04160	xi-2 / xi-b	"The overall growth of the xi-2 / xi-b double mutant is normal. In the leaf epidermis, Golgi stacks and peroxisomes move more slowly in these mutant cells than in wild-type cells. The rate of mitochondrial movement is also slightly reduced. Root hair length is reduced to ~15% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT1G04180	CS69869	Disruption of shade avoidance response reflected in failure to increase hypocotyl and petiole length under end-of-the-day far-red light treatment and under low red to far-red conditions. Reduced fertility.	
AT1G04180	CS69942	Reduced hypocotyl and petiole length under end-of-day far-red light treatment (EOD-FR). Slight reduction in hypocotyl length under both high and low red to far-red (R:FR) conditions.	
AT1G04220	CS71727	Reduced root growth and amount of epicuticular wax crystals.	
AT1G04220	CS71729	Glossy green appearance due to significant reduction of the amount of epicuticular wax crystals on stems and siliques. Total wax content decreased in stems and leaves. Roots exhibit growth retardation and abnormal lamellation of the suberin layer in the endodermis. Accumulation of C20 very-long-chain fatty acid (VLCFA) derivatives and reduction of C22 and C24 VLCFA derivatives compared to single mutants kcs2/daisy-1 (CS71727) and kcs20 (CS71728).	
AT1G04220	SALK_033206C	no obvious phenotype	18786002
AT1G04220	SALK_033206C	no obvious phenotype.	18786002
AT1G04220	daisy-2	significantly reduced root growth	18786002
AT1G04240	1626	suppressor of superoot2-1 phenotype	24596172
AT1G04240	shy2-2	"Large cotyledons, short hypocotyls, adult plants extremely dwarfed with curled-up leaves, short roots when grown in light"	
AT1G04250	CS25215	No visible phenotype.	
AT1G04250	CS25216	No visible phenotype.	
AT1G04250	CS57504	"Increased amplitude of auxin responses, increased apical dominance, leaf rolling, reduced leaf expansion, short hypocotyl in darkness, agravitropic hypocotyl and roots, increased adventitious rooting, reduced root growth and no root hairs."	
AT1G04250	CS57505	"Increased amplitude of auxin responses, increased apical dominance, leaf rolling, reduced leaf expansion, short hypocotyl in darkness, agravitropic hypocotyl and roots, increased adventitious rooting, reduced root growth and no root hairs."	
AT1G04250	CS57505	"Less sensitive to brassinolide than wildtype, in terms of dark-grown hypocotyl elongation."	16367964
AT1G04250	CS57505	The mutant is less affected by brassinolide than wildtype with regard to inhibition of root elongation.	16367964
AT1G04250	CS9569	"mild root growth phenotypes; root length slightly shorter than wild type; roots grow downward in response to gravity, but are abnormally straight"	
AT1G04250	axr3 mutant	"auxin resistant, small uprolled leaf, agrotropic root"	
AT1G04250	axr3-1R4 revertant	Reversion of axr3-1 phenotype to WT-like	
AT1G04300	CS69988	No visible phenotype.	
AT1G04300	CS69990	Extremely dwarfed plants when grown at room temperature (22C). Indistinguishable from wild-type Col-0 plants when grown at 28C. Elevated expression of SNC1 and Pathogenesis Related (PR) Resistant to P. syringae 2 (RPS2) genes. Enhanced resistance against oomycete pathogen Hpa Noco2.	
AT1G04310	CS67822	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT1G04310	CS71771	Constitutive ethylene response phenotype. Small rosette.	
AT1G04310	CS71814	No visible phenotype.	
AT1G04310	CS8854	ethylene insensitive; acts upstream of the ctr1 protein kinase gene in the ethylene-response pathway; kanamycin resistant.	
AT1G04400	CS108	"late flowering, unaffected by short days or vernalization, increased number of rosette leaves."	
AT1G04400	CS186	late flowering; small but significant effect of short days and vernalization on flowering time; flowering occurs about 6 days later than wild type.	
AT1G04400	CS187	late flowering; small but significant effect of short days and vernalization on flowering time; flowering occurs about 7 days later than wild type.	
AT1G04400	CS3732	"photoperiod insensitive late-flowering; flowers later than wild type in long day or continuous white light, but not in short day; long hypocotyl under blue light (especially low fluence rate blue light)"	
AT1G04400	CS9854	extremely spindly and weak seedling; almost etiolated in full light	
AT1G04400	CS9856	Photoreceptor multiple deficiency. hy1 is phytochrome chromophore deficient. cry2 is null for cryptochrome 2. Combined they cause a stronger deetiolation phenotype than that of single mutants alone.	
AT1G04400	cry1 cry2	"In contrast to wild type, blue light does not inhibit hypocotyl elongation in the double mutant."	17217468
AT1G04400	cry1 cry2	"Unlike wild type, mutant seedlings in higher light conditions (12 &mu;mol.m-2.sec-1) respond to increasing concerntrations of benzylaminopurine (BAP). At lower light intensities or in darkness, cytokinins caused identical growth inhibition in both wild-type and double mutant seedlings."	17217468
AT1G04477	SALK_104888	Plants produce 50% nonviable pollen.	24214397
AT1G04510	CS69985	"Late flowering, slightly small plants with dark leaves. Compromised basal defense and R protein-mediated bacterial resistance."	
AT1G04510	mac3a mac3b	defective in R protein-mediated defense response	19629177
AT1G04520	SALK_118839C	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT1G04520	pdlp2-1 / pdlp3-1	The movement of GFP between cells is increased in this double mutant.	18215111
AT1G04550	CS25213	No visible phenotype.	
AT1G04580	aao3-1 aao4	The endogenous levels of ABA are significantly lower than those of the aao3 single mutant.	15574845
AT1G04580	aao4	No significant changes in ABA levels were observed.	15574845
AT1G04580	aao4-2	Reduced Levels of Total BA and of  Benzoylated Glucosinolates	
	19297586		
AT1G04650	flip-1	No obvious morphological phenotype.	29608566
AT1G04650	hei10-2/flip-2	Double mutant increases number of bivalents from hei10-2 single.	29608566
AT1G04710	CS2105642	No Visible Phenotype	
AT1G04710	CS2105651	No Visible Phenotype	
AT1G04820	CS68879	Right-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT1G04820	CS68880	Right-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT1G04820	CS68881	Left-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT1G04820	CS68882	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT1G04820	CS68883	Left-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT1G04820	CS9892	"Twisting hypocotyls, petioles and petals"	
AT1G04820	SALK_097816	Delayed leaf development.	29142022
AT1G04860	CS860082	No visible phenotype.	
AT1G04860	CS860083	No visible phenotype.	
AT1G04870	SALK_047046c	This mutant has delayed flowering compared to wild type plants when grown under long day conditions. Analysis of growth under short day conditions indicates that these mutants are not disrupted in the photoperiod pathway. They also seem to be able to respond to vernalization signals and to gibberellin. But they have an impaired autonomous pathway to flowering. FLC transcripts are up-regulated and SOC1 transcripts are down-regulated in these mutants through an unknown mechanism. There are no discernible changes in several types of histone modifications examined at the FLC locus in this mutant background nor are there changes in transcript levels for several autonomous pathway genes.	
AT1G04870	atprmt10-2	This mutant has delayed flowering compared to wild type plants when grown under long day conditions. Analysis of growth under short day conditions indicates that these mutants are not disrupted in the photoperiod pathway. They also seem to be able to respond to vernalization signals and to gibberellin. But they have an impaired autonomous pathway to flowering. FLC transcripts are up-regulated and SOC1 transcripts are down-regulated in these mutants through an unknown mechanism. There are no discernible changes in several types of histone modifications examined at the FLC locus in this mutant background nor are there changes in transcript levels for several autonomous pathway genes.	
AT1G04870	atprmt10-3	This mutant has delayed flowering compared to wild type plants when grown under long day conditions.	
AT1G04880	athmgb15-1	"Reduced fertility, shorter siliques, lower seed set."	24923357
AT1G04940	cia5-2 tic20-I	"Albino phenotype even in the youngest part of the seedling, which often accumulates anthocyanins."	16891400
AT1G04940	cia5-2 tic20-I	"Seedlings grown in artificial media supplemented with sucrose are able to produce a few irregularly shaped leaves, followed by an arrest in growth. The timing of growth arrest varies from one seedling to the next leading to a variety of sizes and morphologies."	16891400
AT1G04940	tic20-I	"Albino phenotype even in the youngest part of the seedling, which often accumulates anthocyanins."	16891400
AT1G04940	tic20-I	"Seedlings grown in artificial media supplemented with sucrose are able to produce a few irregularly shaped leaves, followed by an arrest in growth. The timing of growth arrest varies from one seedling to the next leading to a variety of sizes and morphologies."	16891400
AT1G04945	cia5-2 tic20-I	"Albino phenotype even in the youngest part of the seedling, which often accumulates anthocyanins."	16891400
AT1G04945	cia5-2 tic20-I	"Seedlings grown in artificial media supplemented with sucrose are able to produce a few irregularly shaped leaves, followed by an arrest in growth. The timing of growth arrest varies from one seedling to the next leading to a variety of sizes and morphologies."	16891400
AT1G04945	tic20-I	"Albino phenotype even in the youngest part of the seedling, which often accumulates anthocyanins."	16891400
AT1G04945	tic20-I	"Seedlings grown in artificial media supplemented with sucrose are able to produce a few irregularly shaped leaves, followed by an arrest in growth. The timing of growth arrest varies from one seedling to the next leading to a variety of sizes and morphologies."	16891400
AT1G04950	atttaf6	Embryonic lethal in homozygotes.	16039640
AT1G04950	atttaf6	"Pollen tube development from mutant homozygote pollen is affected, growth rate is reduced."	16039640
AT1G04977	CS69652	No visible phenotype	
AT1G04977	CS69653	"Resistant to IAA, dwarfed."	
AT1G04977	CS69654	"Resistant to IAA, dwarfed."	
AT1G04977	CS69682	No visible phenotype.	
AT1G05000	SALK_063500	Plants segregating as heterozygotes for insertion into AT1G05290 have reduced seed set and decreased pollen tube germination and thus reduced transmission of the allele.	29900258
AT1G05180	2244	suppressor of superoot2-1 phenotype	24596172
AT1G05180	AXL/axl-1 axr1-12	"Homozygous axr1-12 plants that are heterozygous for axl-1 display severe growth defects. These seedlings developed short, slow growing roots compared with wild-type roots, and were arrested at the late seedling stage."	17655650
AT1G05180	AXL/axl-1 axr1-12	Plants with the genotype AXL/axl-1 axr1-12/axr1-12 had a slight but consistent reduction in RUB-CUL1 levels.	
	17655650		
AT1G05180	AXL/axl-1 axr1-12	"The axr1-12/axr1-12 AXL/axl-1 line are nearly completely resistant to auxin, a much more severe phenotype than for axr1-12 alone."	17655650
AT1G05180	AXL/axl-1 axr1-12	"The columella of AXL/axl-1 axr1-12/axr1-12 root tips is highly disorganized during early seedling root growth, and is completely disrupted at the time when root growth ceases."	17655650
AT1G05180	CS16705	Altered DR5:GUS expression	
AT1G05180	CS3075	"irregular rosette leaves, tend to curl downward; short petioles; slightly reduced plant height; increased number of lateral branches (ca. 2x)."	
AT1G05180	CS3076	Decrease in SCF<sup>TIR1</sup> ligase activity.	8321287
AT1G05180	CS3076	Reduced RUB modification of CUL1.	17655650
AT1G05180	CS3076	Slight decrease in the number of columella columns in axr1-12 seedlings compared with wild type.	17655650
AT1G05180	CS3076	The mutant is resistant to auxin.	17655650
AT1G05180	CS3076	irregular rosette leaves (same as axr1-3 except more pronounced); plant height reduced to less than half of wild type; inflorescences more highly branched; reduced fertility.	
AT1G05180	CS67933	"Reduced height, crinkled leaves, partial male sterility, and susceptible to Pythium irregulare infection. Decreased sensitivity to methyl jasmonate (MeJA), indole-3-acetic acid (IAA), 1-aminocyclopropane-1-carboxylic acid (ACC), 6-benzylamino-purine (BAP), epi-brassinolide, and abscisic acid (ABA)."	
AT1G05180	CS67934	Decreased sensitivity to MeJA-induced root growth inhibition. Increased susceptibility to Pythium irregulare infection compared to single mutants jar1-1 and axr1-3.	
AT1G05180	CS69047	GUS expression at root tip under alkaline stress conditions.	
AT1G05180	CS8038	"auxin resistant; irregular rosette leaves, slightly curled around leaf axis; roots very auxin resistant; defective root gravitropism; reduced number of lateral roots; plant appearance similar to axr1-12, but more pronounced; dwarf, bushy plants; reduced plant height; reduced fertility."	7704045
AT1G05180	as1;axr1	"Leaf phenotypes are enhanced with respect to either single mutant, with deeply lobed margins and ectopic stipules present in the sinus of each lobe."	16971475
AT1G05180	as1;axr1;bp	Ectopic stipules observed in cauline leaves of as1;axr1 plants are not found.  Leaves have an as1-like morphology.	16971475
AT1G05180	axl-1 AXR1/axr1-12	Double homozygous mutant seedlings are completely deficient in RUB-modified CUL1.	17655650
AT1G05180	axl-1 AXR1/axr1-12	"Double homozygous progeny has severe growth and developmental defects. The phenotype of these plants resembled the bdl/iaa12 and mp/arf5 mutants. These seedlings did not segregate at the expected 1/16 ratio. Instead, we identified three double mutant seedlings in 176 F2 plants, suggesting the homozygous double mutants are arrested during embryogenesis."	
	17655650		
AT1G05180	axl-1 AXR1/axr1-12	"In the double mutant progeny, great reduction in vascular development."	17655650
AT1G05180	axl-1 AXR1/axr1-12	"The AXR1/axr1-12, axl-1/axl-1 plants were similar to wild type with respect to overall morphology and fertility."	17655650
AT1G05180	axl-1 AXR1/axr1-12	The double homozygous progeny is seedling lethal.	17655650
AT1G05180	axl-1 AXR1/axr1-12	Very strong embryo defects were observed in homozygous axl-1 plants segregating the axr1-12 mutation.	17655650
AT1G05180	axr1-12 rglg1 rglg2	The triple mutant had an approximately additive phenotype. They were bushy and displayed the reduced fertility of axr1-12 plants.	17586653
AT1G05190	emb2394	embryo lethal.	28011633
AT1G05290	SALK_063500	Plants segregating as heterozygotes for insertion into AT1G05290 have reduced seed set and decreased pollen tube germination and thus reduced transmission of the allele.	29900258
AT1G05347	SALK_115805C	Higher trypsin activity. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G05470	CS69207	"Aberrant vascular patterning phenotype, including failure of vascular bundles to form closed loops in the cotyledons and in foliar leaves. This phenotype does not appear to compromise photosynthetic competency based on the wildtype appearance of the cvp mutants. Hypersensitivity to abscisic acid."	
AT1G05470	cvp2-1	"cvp2-1 mutants have defective foliar vascular patterning due to a reduced recruitment of cells into vascular tissue. cvp2-1 cotyledons have an aberrant open reticulum, an increased number of free vein endings, and vascular islands. cvp2-1 leaves have abnormal secondary, tertiary, and quarternary venation patterns. IP3 levels are increased in cvp2-1 seedlings and these mutants are hypersensitive to ABA in a seed germination assay."	16943276
AT1G05490	clsy1-7 clsy2-2 clsy3-1 clsy4-1	"greater than 98% of all pol-iv-dependent 24nt-siRNA clusters were reduced, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT1G05490	clsy3-1	reduced 24nt-siRNA levels	29736015
AT1G05490	clsy3-1 clsy4-1	"synergistic relationship resulting in stronger reductions in 24nt-siRNA levels, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT1G05560	ugt75b1	"Extracts from mutant leaves, flowers, and siliques show a 95% reduction in  p-acylglucosyltransferase activity relative to wild type extracts, and p-ABA-glucose formation is severely diminished when assayed in a radiotracer feeding experiment using mutant and wild type leaves. Though the ratio of glucosylated to non-glucosylated pABA is much lower in mutant plants, they have comparable levels of total pABA."	18385129
AT1G05630	SAIL_350_F1	"Compared to wild-type plants, cotyledon veins of At5pt13-1 were with altered numbers (4%), in incorrect vein orientation (16.3%), with additional or altered loops (1.7%), with branches (1.3%), with intersections (1.3%) and fusions (5.3%) of the distal and proximal secondary veins, or  with acute angles (3.3%). In addition, the  cotyledon veins of At5pt13-1 were asymmetric, with flexed secondary veins and often multiple abnormalities,  such as asymmetry, abnormal caecal orientation, or  flex (10.7%). Statistical analyses revealed that around  64.7% of the total cotyledons showed obvious abnormality,  while the ratio of seedlings with abnormal cotyledons  reaches to approximately 90%."	16299182
AT1G05690	bt1-4;bt2-3/+;bt3-1/+;bt4-1;bt5-1	Reduced seed set and shortened siliques. Phenotype is identical to bt2-3/+;bt3-1/+	19054356
AT1G05690	bt1-4;bt2-3;bt3-1;bt4-1;bt5-1	Embryo lethal - not recovered.	19054356
AT1G05690	bt1-4;bt3-1;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT1G05690	bt2-3;bt3-1	Double homozygotes are embryo lethal.  Double heterozygotes have short siliques and a reduced seed set.	19054356
AT1G05690	bt3-1	same as smb-3 single mutant	19054356
AT1G05700	CS2998	semi-sterile; resistant to kanamycin	
AT1G05750	CS16065	pigment defective embryo	
AT1G05760	rtm1	Altered movement of tobacco etch virus	
AT1G05830	CS71692	No visible phenotype.	
AT1G05830	CS71693	Elongated leaves and accelerated production of leaves with abaxial trichomes.	
AT1G05850	elp	"Altered cell shape, variety of developmental abnormalities"	
AT1G05850	hot2–1	defect in thermotolerance	12805605
AT1G05850	pom1-1	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
AT1G05850	pom1-1	The greenhouse-grown mutant was slightly dwarfed.	17540573
AT1G05850	pom1-1	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-10	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-11	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-2	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-26	"exhibited a decrease in total extractives, and a concomitant increase in total lignins relative to wild-type plants, more H units relative to wild-type lignins in pom1, arabinose was more abundant in the insoluble residue from pom1,"	16159327
AT1G05850	pom1-26det3	det3/pom1 double mutants were severely compromised with respect to plant growth and development. Many of the det3/pom1 double mutants died before bolting	16159327
AT1G05850	pom1-26eli1-3	"The pom1/eli1 double mutant was compromised in growth and the rate of development was slow relative to the single mutants. The pom1/eli1 double mutants had very small rosettes, and their leaves accumulated anthocyanins."	16159327
AT1G05850	pom1-3	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-4	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-5	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-6	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-7	"When grown on media containing 0.5% sucrose, the mutant had reduced root length but no apparent radial cell expansion."	7743935
AT1G05850	pom1-7	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-8	"When grown on media containing 0.5% sucrose, the mutant had reduced root length but no apparent radial cell expansion."	7743935
AT1G05850	pom1-8	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	pom1-9	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
AT1G05850	the1-3 pom1-2	Partial reversion of the hypocotyl-elongation defect of pom1-2.	17540573
AT1G05890	SALK_043717	"Comparison of SALK_043717C to Columbia resulted in a trend toward less biomass in the mutant (P=0.16) and more growth over time in the Columbia (exponential growth curve fit began at same level and slope increased more in Columbia, although statistical comparison of curve fits for mutant and wildtype gave P=0.3)."	
AT1G06000	CS71671	Both known Arabidopsis thaliana flavonol rhamnosyltransferases are disrupted.	
AT1G06000	CS71673	"Reduced cell wall rhamnose, but significantly more than the rhm1-3 single mutant (CS71668)."	
AT1G06000	CS71675	Petals have slight helical twisting.	
AT1G06002	CS71671	Both known Arabidopsis thaliana flavonol rhamnosyltransferases are disrupted.	
AT1G06002	CS71673	"Reduced cell wall rhamnose, but significantly more than the rhm1-3 single mutant (CS71668)."	
AT1G06002	CS71675	Petals have slight helical twisting.	
AT1G06040	SALK_067473	"shorter hypocotyl under Rc, FRc, Bc, and larger cotyledon area than wt/increased anthocyanin accumulation under FRc and Bc."	17605755
AT1G06040	SALK_067473C	"Faster germination rate, increase in anthocyanins and narrow, curled leaves."	24498334
AT1G06160	RNAi-ora59	No accumulation of ORA59 transcripts upon JA or ethephon treatment.  Increased susceptibility to B.cinera infection.	
	18467450		
AT1G06170	bhlh010 bhlh089	"Anthers on early flowers fail to produce pollen grains, anthers on later flowers produce a small number of pollen grains. Tapetum does not develop normally. Callose cell wall is thinner."	26216374
AT1G06170	bhlh010 bhlh089	Normal vegetative growth and floral organs.	26216374
AT1G06290	acx3-2	"Plants display decreased sensitivity to the inhibitory effect of indole-3-butyric acid (IBA) on root elongation, while remaining sensitive to inhibitory concentrations of indole-3-acetic acid.  They maintain their ability to initiate lateral roots in response to IBA."	15743450
AT1G06290	acx3-4	"Plants display decreased sensitivity to the inhibitory effect of indole-3-butyric acid (IBA) on root elongation, while remaining sensitive to inhibitory concentrations of indole-3-acetic acid.  They maintain their ability to initiate lateral roots in response to IBA."	15743450
AT1G06430	ftsh2 ftsh8	Completely white seedlings. Restoration of Heterozygocity of FTSH8 allows chloroplast development in the cotyledons.	16126834
AT1G06430	ftsh8	no visible difference in leaf morphology and variegation when grown under normal light and temperature conditions compared to wild-type.	14630971
AT1G06490	SAIL_114_A01	"Callose deposition in the phloem, especially in the sieve elements, is greatly redicued in cs7-1. During sieve lement development, callose fails to accumulate in the plasmodesmata of incipient sieve plates, resulting in the formation of sieve plates with less pores and no callose. Wounding can induce callose accumulation in leaves of cs7-1, but cannot induce callose accumulation in the sieve plates in this mutant. The mutant plants exhibite moderate reduction in seedling height and produce aberrant pollen grains and short siliques with aborted embryos."	21175885
AT1G06490	SAIL_232_C06	"Callose deposition in the phloem, especially in the sieve elements, is greatly redicued in cs7-1. During sieve lement development, callose fails to accumulate in the plasmodesmata of incipient sieve plates, resulting in the formation of sieve plates with less pores and no callose. Wounding can induce callose accumulation in leaves of cs7-1, but cannot induce callose accumulation in the sieve plates in this mutant. The mutant plants exhibite moderate reduction in seedling height and produce aberrant pollen grains and short siliques with aborted embryos."	21175885
AT1G06490	SALK_040051C	"Callose deposition in the phloem, especially in the sieve elements, is greatly redicued in cs7-1. During sieve lement development, callose fails to accumulate in the plasmodesmata of incipient sieve plates, resulting in the formation of sieve plates with less pores and no callose. Wounding can induce callose accumulation in leaves of cs7-1, but cannot induce callose accumulation in the sieve plates in this mutant. The mutant plants exhibite moderate reduction in seedling height and produce aberrant pollen grains and short siliques with aborted embryos."	21175885
AT1G06490	SALK_048921	"Callose deposition in the phloem, especially in the sieve elements, is greatly redicued in cs7-1. During sieve lement development, callose fails to accumulate in the plasmodesmata of incipient sieve plates, resulting in the formation of sieve plates with less pores and no callose. Wounding can induce callose accumulation in leaves of cs7-1, but cannot induce callose accumulation in the sieve plates in this mutant. The mutant plants exhibite moderate reduction in seedling height and produce aberrant pollen grains and short siliques with aborted embryos."	21175885
AT1G06515	SALK_054659	Early flowering phenotype. The lateral shoot branching capacity of the mutant plants was higher than that of wild-type plants. The mutant plants were about 30% shorter than the wild type in stature.	16623890
AT1G06515	SALK_104888	Plants produce 50% nonviable pollen.	24214397
AT1G06520	atgpat1-1	Reduced fertility due to male sterility. Pollen collapsed and outcompeted by wild type pollen. Phenotype apparent at microspore release stage II. Tapetum differentitation is abnormal which causes a sporophytic defect on microgametogenesis.	12897259
AT1G06660	jas-3/adm-1	Reduced abortion of triploid seeds. In the presence of adm-1 the seed abortion phenotype due to the jas-3 allele is reduced from 30% to 2%.	24012484
AT1G06770	drip1-1	"There are no obvious morphological defects in the drip1-1 mutant, but the drip1-1 drip 2-1 double mutant has altered gene expression levels and dehydration tolerance. In addition, higher levels of GFP-DREB2A protein are observed in drip1-1 mutants than in wild type seedlings transformed with the same construct."	18552202
AT1G06770	drip1-1 drip 2-1	"drip1-1 drip1-2 double mutants are developmentally delayed and bolt, flower, and set seed later than wild type plants. However, their overall size can exceed that of wild type plants if they receive adequate water. The transcript profile of these mutants differs from wild type under normal conditions, and in response to dehydration stress. Levels of numerous stress-inducible transcripts are increased in the double mutant. In addition, the double mutants appear to be more tolerant to dehydration stress than wild type plants, based on ion leakage assays and recovery after dehydration stress experiments."	18552202
AT1G06790	CS69991	"Dwarf plants with stunted siliques and serrated, light green leaves. Short roots when grown on half-strength MS medium. Defects in RNA levels."	
AT1G06790	CS69992	No visible phenotype.	
AT1G06790	nrpc7-1	"Pleiotropic developmental defects. Serrated leaves, stunted growth, shorter roots on half strength MS medium, smaller siliques than wild type."	26865731
AT1G06820	CS68150	"Accumulation of acyclic carotene isomers in the etioplast, and reduced lutein in the chloroplast. Delayed greening."	
AT1G06830	cepd1-1/cepd2-1	Insensitive to CEP1 induction of NRT2.1. Longer lateral roots with slightly pale green leaves.	28319056
AT1G06890	uxt1 uxt2 uxt3	"Delayed growth, darker leaf color, shorter stems, vessels severely collapsed, thin interfascicular fiber cells, reduced secondary cell walls, reduced cell wall. Reduced Xyl, XyG, xylan, lignin content, increased Ara content (leaf, stem, anther filament). Reduced length of xylan backbone, modified xylan structure (methylation of alpha-GlcA residues). Reduced silique development and seed production, reduced anther filament length, indehiscent anthers with little pollen produced."	29300997
AT1G07050	SALK_140249C	"At later stages of development, leaves slightly narrower due to downward curling of their borders, significantly higher amount of seeds per plant, photorespiratory pathway less active, "	
"reduced expression of genes encoding glycine decarboxylase subunits, and chloroplast envelope transporters; higher expression of genes encoding enzymes involved in the metabolic recycling of carbon and nitrogen, accumulation of higher levels of citrate. After treatment with methyl viologen significantly higher chlorophyll a content as well lower electrolyte leakage."	29852518		
AT1G07050	fitness-2	"At later stages of development, leaves slightly narrower due to downward curling of their borders, significantly higher amount of seeds per plant, photorespiratory pathway less active, "	
"reduced expression of genes encoding glycine decarboxylase subunits, and chloroplast envelope transporters; higher expression of genes encoding enzymes involved in the metabolic recycling of carbon and nitrogen, accumulation of higher levels of citrate. After treatment with methyl viologen significantly higher chlorophyll a content as well lower electrolyte leakage."	29852518		
AT1G07128	stn1-1	"Plants exhibit loss of apical dominance, fasciation, abberrant phyllotaxy, and reduced leaf size. Over generations, the germination rate also decreases to below 20%."	19064932
AT1G07128	stn1-2	"Plants exhibit loss of apical dominance, fasciation, abberrant phyllotaxy, and reduced leaf size. Over generations, the germination rate also decreases to below 20%."	19064932
AT1G07130	stn1-1	"Plants exhibit loss of apical dominance, fasciation, abberrant phyllotaxy, and reduced leaf size. Over generations, the germination rate also decreases to below 20%."	19064932
AT1G07130	stn1-2	"Plants exhibit loss of apical dominance, fasciation, abberrant phyllotaxy, and reduced leaf size. Over generations, the germination rate also decreases to below 20%."	19064932
AT1G07240	ugt71c5	More resistant to drought stress than wild type. Reduced levels of ABA-glucose ester with respect to wild type. Expression of ABA-responsive genes is upregulated with respect to wild type.	25713337
AT1G07380	ncer1/ncer3	Protoplasts show increased sensitivity to ceramide induced cell death	26150824
AT1G07390	CS65431	No visible phenotype.	
AT1G07390	CS65432	No visible phenotype.	
AT1G07430	CS69625	Increased proline and osmoregulatory solute accumulation under low water potential conditions.	
AT1G07430	CS69626	Increased proline and osmoregulatory solute accumulation under low water potential conditions.	
AT1G07430	CS69628	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT1G07430	CS69630	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT1G07530	SALK_126931C	"The levels of transcripts for several genes, such as At3g28740 (CYP81D11) and At5g16980 (NADP-dependent oxidoreductase) are altered in scl14 mutant plants. Some of these genes have as-1-like elements in their promoters."	18984675
AT1G07630	pll5-1	Abnormal leaf shape- semidominant.	16112663
AT1G07640	CS69188	No visible phenotype.	
AT1G07640	pear1 pear2 dof6 obp2 hca2	30% of plants have slowly elongating roots that show a reduction in radial growth.	30626969
AT1G07910	ZYG3-1/zyg3-1	Segregate zygote lethal (no division in the arrested zygote) at 25%.	28631407
AT1G07910	ZYG3-2/zyg3-2	Segregate zygote lethal (no division in the arrested zygote) at 25%.	28631407
AT1G07950	CS16508	No visible phenotype.	
AT1G08030	SALK_009847	"Seedlings of tpst-1 had stunted roots and smaller cotyledons compared with the WT.  tpst-1 has an abnormally shaped root apical meristem due to disorganized cell division and expansion. At 15 days after germination, the leaves of the tpst-1 plants are small and pale green, the number of higher order veins is reduced, and the secondary veins often do not close.  At the flowering stage, tpst-1 has smaller rosettes, tiny leaves showing early senescence, shorter inflorescence, and a reduced number of flowers and siliques. The fertility and seed set of tpst-1 are normal."	19666544
AT1G08047	sagl1-2	"Small, thick and glossy leaves. Increased anthocyanin biosynthesis produces purple leaf color. Increased lignin in leaves."	30542810
AT1G08060	CS69181	"No visible phenotype. Molecular phenotype: GFP expression patterns in areas of cytokinin signaling, such as the shoot and root."	
AT1G08060	CS9607	impaired gene silencing with normal methylation.	
AT1G08060	mom	Release of transcriptional silencing of methylated genes	
AT1G08090	lin1	Initiate large numbers of lateral roots when grown on high ratios of sucrose to nitrogen conditions. Lateral root initiation levels in lin1 and WT plants  were similar when the external nitrate concentration was increased.	
AT1G08090	nrt2	Impaired in nitrate uptake	
AT1G08250	CS860137	No visible phenotype	
AT1G08260	CS16046	embryo defective; developmental arrest of mutant embryos	
AT1G08260	CS6946	"Weak allele. Embryos have altered placement of the root pole, slow embryonic development, longer cell cycles (~35%) and larger cells. Abnormal division of the hypophysis in the developing root of the embryo, generating a lens cell that is abnormal in shape or abnormally positioned; asymmetric development of the provasculature, this ultimately leads to an abnormal root pole which  is displaced laterally causing the root-shoot axis to be at an angle to the long axis of the suspensor, giving the embryo a tilted appearance. Embryos are viable, have larger cells and nuclei than wild-type embryos but the same DNA content, mutant embryos are larger than wild-type embryos at the same developmental stage. Plants have slow growing roots, slightly delayed flowering, altered floral phyllotaxis, reduced number of ovules, abnormally developing ovules, and reduced fertility."	
AT1G08260	CS6947	"Weak allele. Embryos have altered placement of the root pole, slow embryonic development, longer cell cycles (~35%) and larger cells. Abnormal division of the hypophysis in the developing root of the embryo, generating a lens cell that is abnormal in shape or abnormally positioned; asymmetric development of the provasculature, this ultimately leads to an abnormal root pole which  is displaced laterally causing the root-shoot axis to be at an angle to the long axis of the suspensor, giving the embryo a tilted appearance. Embryos are viable, have larger cells and nuclei than wild-type embryos but the same DNA content, mutant embryos are larger than wild-type embryos at the same developmental stage. Plants have slow growing roots, slightly delayed flowering, altered floral phyllotaxis, reduced number of ovules, abnormally developing ovules, and reduced fertility."	
AT1G08260	CS84667	developmental arrest of mutant embryos occurs at early globular stage; altered protoderm; pale yellow-green seeds; white to pale yellow-green embryo; 27.3% mutant; 47.3% aborted seeds in top half of silique.	
AT1G08260	CS860137	No visible phenotype	
AT1G08260	esd7-1	Early flowering.	19947980
AT1G08260	til1-4/til2-1	"Arrests earlier than til1-4 single mutant.Zygote , one or two celled embryo arrest."	
AT1G08260	tilted1-4	"Twenty-five percent of embryos show abnormal cell divisions during embryogenesis-large cells- decreased rate of cell division. Division of the hypohyseal cell abnormal leading to abnormal placement of the root pole. Homozygotes show delayed flowering, abnormal floraly phyllotaxy and abnormal ovules."	16278345
AT1G08297	SALK_081993	Lower leaf temperature due to higher transpiration; less CAR9 protein accumulated and more  ubiquitinated; hyposensitive to ABA; sensitive to drought stress.	31102784
AT1G08370	dcp1-2	The homozygous progeny does not form flower buds.	17485080
AT1G08370	dcp1-2	"The homozygous progeny is seedling lethal, showed arrested postembryonic development including cotyledon expansion, development of vascular networks, root elongation, and shoot development."	17485080
AT1G08410	dig6	"Plants are defective in lateral root growth, seedlings grew slower than the wild-type and had a slightly yellowish colour, with fewer emerging lateral roots, and a strong incurvature phenotype in young leaves."	26272902
AT1G08430	AtALMT1-KO AtMATE-KD	Al resistance measured as a percentage of relative net root growth (RRG%) decreased by 75%	22413742
AT1G08430	Atalm1-KO	Al resistance measured as a percentage of relative net root growth (RRG%) decreased by 66%	
AT1G08430	Atalm1-KO	"On Al3+ medium, the mutant has significantly shorter roots than the Col wild type. In the absence of aluminum stress, the roots of mutant and wild type grew similarly."	16740662
AT1G08430	Atalm1-KO	The mutant exhibits very low levels of root  growth and malate release in the presence of  Al (0.2 nmol plant-1 24 h-1).	
	17885092		
AT1G08430	CS1586	"round to spade shaped leaves, leaf margins irregular, height = 35-41 cm."	
AT1G08450	SALK_051336C	compromised in EFR but not FLS2 signaling.	19717464
AT1G08510	CS6525	"Altered lipid metabolism; two-thirds reduction in saturated fatty acids, largely palmitate, in the leaf extra-plastidic phospholipids compared to wild type; reduced growth rate; although plants grow more slowly than wild type, the rate of fatty acid synthesis in leaves of the mutant increases by 40%; resulting in approximately the same amount of palmitate exported from the plastid as in wild type but an increase in oleate export of about 55%; Basta resistant."	
AT1G08510	fatb	embryo defective	
AT1G08520	CS26	"cream-colored embryo and seedling, lethal."	
AT1G08520	CS5986	"white embryo and seedling, lethal."	
AT1G08540	abc1	Pale green plants	
AT1G08550	CS3771	altered nonphotochemical quenching of chlorophyll fluorescence; unable to convert violaxanthin to zeaxanthin in excessive light via the xanthophyll cycle; affects the structural gene encoding violaxanthin deepoxidase; exhibits greatly reduced nonphotochemical quenching. demonstrating that violaxanthin deepoxidation is required for the bulk of rapidly reversible nonphotochemical qenching; altered regulation of photosynthetic energy conversion is associated with increased sensitivity to photoinhibition.	9668132
AT1G08550	CS66023	Partially restores NPQ defects of npq1-2 mutant. Slightly decreased rosette size when compared with wild type and npq1-2 mutant.	
AT1G08550	CS69600	exhibit greatly reduced nonphotochemical quenching due to absence of zeaxanthin formation under high light	
AT1G08550	CS69604	Reduced Fv/Fm and stunted growth under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT1G08550	aba4-1 npq1	aba4-1 npq1 underwent a significant reduction in leaf chlorophyll content and a strong accumulation of the antioxidant molecule tocopherol with respect to npq1 aba4-1 npq1 was photoinhibited further and had only recovered to similar levels as the other genotypes after 6 d decrease of the chlorophyll/carotenoid ratio and an increase in tocopherol content	
	17351115		
AT1G08550	npq1 vte1	Lacks both zeaxanthin and tocopherols.	16258032
AT1G08550	npq1 vte1	"Molecules produced during oxidative stress (MDA) accumulate in vte1 npq1 leaves after 7 d in high light, confirming the occurrence of lipid peroxidation. Also, fatty acids and chlorophylls levels decrease in npq1 vte1 leaves."	
	16258032		
AT1G08550	npq1 vte1	PSII is strongly photoinhibited and lipid peroxidation is enhanced in the double mutant.	
	16258032		
AT1G08550	npq1 vte1	"Very sensitive to high light stress. When exposed to high light at low temperature,most of the mature leaves of npq1 vte1 bleached in contrast with wild-type, npq1, or vte1 leaves, which did not exhibit visual symptoms of oxidative stress."	16258032
AT1G08550	npq1-1	Mutants does not convert violaxanthin to antheraxanthin and zeaxanthin during exposure to high light.	
	9668132		
AT1G08560	CS8152	"surface of seedling appears rough due to lack of a well-formed epidermal layer (radial pattern deffect which affects only development of the pattern); large cells enclose lumps of vascular tissue; the outer layer of epidermal precursor cells of knolle globular embryos cannot be distinquished from inner cells; large, irregularly spaced cells are present at this stage."	
AT1G08630	CS23881	"Seeds have high free Thr and Cys. This phenotype is presumably due to tha1-3 based upon simlarity to the tha1-1 phenotype in the literature. The IAA33 insertion causes overexpression of IAA33 mRNA, but this is not sufficient for producing the high seed amino acid phenotype (Yan Lu and Rob Last, unpublished)."	
AT1G08630	GK-767E02	has a large increase of seed threonine content and a small decrease of most other seed amino acids. glycine content is significantly lower in seedlings.	17172352
AT1G08630	tha1-1	has a large increase of seed threonine content and a small decrease of most other seed amino acids. glycine content is significantly lower in seedlings.	17172352
AT1G08640	CS66132	Altered ratio of polyunsaturated fatty acids to monounsaturated fatty acids in plastidic lipids.	
AT1G08720	CS67952	"Decreased sensitivity to glucose. Suppression of all known edr1 phenotypes such as enhanced disease resistance to powdery mildew, enhanced ethylene-induced senescence, drought-induced growth inhibition, and ABA hypersensitivity."	
AT1G08720	CS67953	Enhanced edr1 disease resistance phenotype; severe growth retardation; spontaneous lesion formation and elevated PR-1 gene expression in the absence of pathogen infection.	
AT1G08720	CS67954	Enhanced edr1 phenotype resulting in dwarfed plants with lesions.	
AT1G08720	CS67959	Enhanced disease resistance to Erysiphe cichoracearum.	
AT1G08720	CS67959	displays enhanced disease resistance to powdery mildew	9634583
AT1G08750	atgpi8-1/atgpi8-1	"Forms stomatal clusters on leaf surface.Root growth and   hypocotyl elongation are significantly reduced.Reduced internode and pedicel elongation, increased number of cauline branches, delayed flowering. Decreased plasmodesmata conductivity."	27208238
AT1G08750	atgpi8-1/atgpi8-2	"Seedlings displayed strong stomata clustering in cotyledons.In addition, atgpi8-1/atgpi8-2 plants were severely dwarfed, never flowered, and did not survive into maturity."	27208238
AT1G08760	cord1-1/cord2-1	Reduced secondary cell wall pit diameter (20% smaller than wild type). Cortical microtubules	29133465
AT1G08810	atmyb60-1	mutant plants do not show any morphological or developmental abnormalities under normal growth conditions; mutant has an enhanced droght tolerance	
AT1G08817	SALK_077745	Embryo lethal. Embryo development was arrested before the globular stage.	17194770
AT1G08840	CS24053	embryo defective; globular	
AT1G08840	CS24084	embryo defective; globular	
AT1G08840	CS24085	embryo defective; globular	
AT1G08840	CS24093	embryo defective; preglobular	
AT1G08840	jhs1/jhs1	"Enlarged SAM, fasciated, abnormal roots with disorganized cell files."	26951435
AT1G08860	bon1-1/bon2-2/bon3-3	Seedling lethal at 22 and 28C.	16367962
AT1G08860	bon1-1/bon3-3	Seedling lethal at 22C. Viable at 28C.	16367962
AT1G08860	bon3-3	"No effect of mutant allele on growth, development or defense responses."	
AT1G08970	nf-yc3/nf-yc4/nf-yc9	Delayed flowering in long days. Plants produce (on average) almost twice as many leaves before bolting as wild type.	20487380
AT1G08980	toc64-I	No visible phenotype.	17655652
AT1G08980	toc64-III-1 toc64-I	No visible phenotype.	17655652
AT1G08980	toc64-III-1 toc64-V toc64-I	No visible phenotype.	17655652
AT1G08980	toc64-V toc64-I	No visible phenotype.	17655652
AT1G09020	CS92981	Short internodes; short siliques; average height = 33 cm; segregating for 15% yellow seeds.	
AT1G09060	GK-085H03	"No obvious, morphological defects.  Expression of AtSN1,typically used as a marker gene silenced by RdDM, is reduced in jmj24-1 plants. Also , the mutant has increased methylation on solo LTR and SDC."	26119694
AT1G09060	rdr2-1/jmj24-1	The expression levels of solo LTR  were  elevated in the rdr2-1/jmj24-1 double mutant compared to the rdr2-1 single mutant. SDC  which is derepressed in rdr2-1 is further activated in rdr2-1/jmj24-1 double mutant.	26119694
AT1G09090	CS24365	Mutants fail to after-ripen and show reduced protein oxidation.	19761445
AT1G09090	CS24365	"Tissue specificity of GUS expression: Endosperm cap and root, strong signal."	
AT1G09100	SALK_069366	No visible phenotype	19223514
AT1G09100	rpt5a-1 (FLAG_218D02) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT1G09100	rpt5a-4 (SALK_046321) rpt5b-2 (SAIL681C04)	double mutants are both male and female gametophyte lethal	19223514
AT1G09100	rpt5a-4(SALK_046321) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT1G09100	rpt5b	"Insensitive to high-glucose repression of cotyledon expansion, chlorophyll accumulation, true-leaf development and root elongation. The response is specific to glucose but not to osmotic changes."	17081979
AT1G09100	rpt5b-2	No visible phenotype	19223514
AT1G09110	SALK_069366	No visible phenotype	19223514
AT1G09110	rpt5a-1 (FLAG_218D02) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT1G09110	rpt5a-4(SALK_046321) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT1G09110	rpt5b	"Insensitive to high-glucose repression of cotyledon expansion, chlorophyll accumulation, true-leaf development and root elongation. The response is specific to glucose but not to osmotic changes."	17081979
AT1G09200	N522688	No visible phenotype.	16262706
AT1G09270	impa-4	Decreased susceptibility to Agrobacterium-mediated transformation.	18836040
AT1G09320	SALK_130936	reduction of DNA methylation	30382101
AT1G09320	SALK_134878	reduction of DNA methylation	30382101
AT1G09330	SALK_107566C	Smaller and paler than wild-type plants.  Reduction in both chlorophyll a and chlorophyll b.  Impaired photosynthesis.	17617174
AT1G09340	SALK_107566C	Smaller and paler than wild-type plants.  Reduction in both chlorophyll a and chlorophyll b.  Impaired photosynthesis.	17617174
AT1G09340	csp41b-1/csp41a-1*	"Pale green seedlings, short shoots, short siliques and reduced seed set. Mutants do not accumulate CSP41b protein and CSP41a protein levels are reduced."	18398686
AT1G09340	csp41b-2	Smaller and paler than wild-type plants.  Reduction in both chlorophyll a and chlorophyll b.  Impaired photosynthesis.	17617174
AT1G09470	neap1-1/neap3-1	atneap1 atneap3 double- knockout showed significantly reduced primary root growth from day 2 to day 8 post-germination.	27630107
AT1G09517	SAIL867_F07	Segregates 25% embryo lethal. Leaves abnormally shaped (serrated).	17965268
AT1G09530	CS66042	Shorter hypocotyls than the wild type when grown under red light. Delayed chlorophyll accumulation.	
AT1G09530	CS66045	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation."	
AT1G09530	CS66046	Hypocotyl hypersensitivity to red light is greater than the one of either single mutant.	
AT1G09530	CS66047	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. They also show separated cotyledons under true dark conditions."	
AT1G09530	CS66048	"Seedlings show mild deetiolation phenotype in ""pseudo-dark"" conditions, with separated cotyledons."	
AT1G09530	CS66049	"Seedlings show severe cop-like deetiolation phenotype in ""pseudo-dark"" and true dark conditions, with an unfolded hook and cotyledon separation."	
AT1G09530	CS66500	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. "	
AT1G09530	CS68810	Shorter hypocotyls than wildtype in continuous red light. More severe phenotype than the pif7 single mutant (CS68809).	
AT1G09530	CS68812	Shorter hypocotyls than wildtype in shade (low R/FR light).	
AT1G09530	CS69961	Slightly elongated hypocotyls after growth in continuous red light for 4 days.	
AT1G09530	CS69962	Shortened hypocotyls after growth in darkness for 4 days.	
AT1G09530	CS71662	Short hypocotyl in darkness (D). Hypocotyl does not shorten with increasing amount of R light.	
AT1G09530	CS71664	Slightly elongated hypocotyl in continuous red light (Rc).	
AT1G09530	CS71665	YFP fluorescence in the nuclei. Long hypocotyl in red light (R).	
AT1G09530	CS71749	Elongated hypocotyl in continuous R light.	
AT1G09530	CS72167	Hypocotyl of 4-day-old seedlings longer than the wild type Col-0 in continuous red light conditions.	
AT1G09530	pif3-1	Mutant plants contained chlorophyll amounts comparable to those of the wild-type controls.	14508006
AT1G09530	pif3-1	The mutant responds hypersensitively to red light but normally to far-red light for the inhibition of hypocotyl elongation.	14508006
AT1G09530	pif3-1	"Under red and far-red light growth conditions, mutant plants have larger than normal cotyledons."	14508006
AT1G09530	pif3-1	"When grown under constant red light, the mutant had shorter hypocotyls compared with wild type plants."	17319847
AT1G09530	pif3-1 hy5-221	"Under constant red-light conditions, the hypocotyl length of the double mutant was intermediate to that of the parental single mutants."	17319847
AT1G09530	pil5-1 pif3-1	"When grown under red light, double mutants had a short hypocotyl length similar to that of the pif3 single mutant, whereas the pil5 pif3 double mutant grown under far-red light had short hypocotyl length similar to that of the pil5 single mutant. Compared with wild-type seedlings, higher percentages of double mutant seedlings grew flat in the dark, i.e., inhibition of hypocotyl negative gravitropism was observed in the dark in the double mutant (similar to pil5 single mutant)."	15486102
AT1G09530	poc1	Enhanced responsiveness to red light	
AT1G09540	CS2106727	Seed mucilage defects.	
AT1G09540	CS2106728	Seed mucilage defects.	
AT1G09540	myb61	Defective in regulation of stomatal pore size. Increased stomatal pore opening in light and dark.	16005292
AT1G09540	myb61	Deficient in seed mucilage	
AT1G09550	SALK_074069	Embryo lethal. Embryos arrest at globular stage.	18505803
AT1G09560	glp5	No increased tolerance to arsenic compared to wild type.	17335514
AT1G09570	CS6219	strong allele; long hypocotyl and unexpanded cotyledons in far-red light; hypocotyl elongation not affected in white or red light; reduced ability to de-etiolate after growth in the dark; mature plants grown under continuous white light have similar phenotype and flowering time to wild type	
AT1G09570	CS6220	strong allele; long hypocotyl and unexpanded cotyledons in far-red light; hypocotyl elongation not affected in white or red light; reduced ability to de-etiolate after growth in the dark; mature plants grown under continuous white light have similar phenotype and flowering time to wild type	
AT1G09570	CS6221	weak allele; medium hypocotyl and unexpanded cotyledons in far-red light; hypocotyl elongation not affected in white or red light; reduced ability to de-etiolate after growth in the dark; mature plants grown under continuous white light have similar phenotype and flowering time to wild type	
AT1G09570	CS6222	weak allele; medium hypocotyl and unexpanded cotyledons in far-red light; hypocotyl elongation not affected in white or red light; reduced ability to de-etiolate after growth in the dark; mature plants grown under continuous white light have similar phenotype and flowering time to wild type	
AT1G09570	CS6223	"Arsenic accumulation appeared slightly decreased in the mutants, but it did not differ significantly from that of wild type."	17335514
AT1G09570	CS6223	"Mutant showed no light dependence of arsenic  tolerance, whereas wild-type seedlings showed an increased arsenate tolerance when grown in the dark compared with WT seedlings grown in the light."	17335514
AT1G09570	CS6223	"When grown under constant light, mutant seeds showed a significantly higher rate of survival than WT seeds in the presence of arsenate."	17335514
AT1G09570	CS6223	"Whereas, in WT seeds, germination could be promoted by a single red or far-red pulse given after 48 h but not after 3 h (matching the time of highest phyA abundance), the germination was no longer promoted in the mutant in either treatment."	
	17566111		
AT1G09570	CS6223	strong allele; long hypocotyl and unexpanded cotyledons in far-red light; hypocotyl elongation not affected in white or red light; reduced ability to de-etiolate after growth in the dark compared to wild type; mature plants grown under continuous white light have similar phenotype and flowering time to wild type	
AT1G09570	CS6224	"double mutant; slightly longer hypocotyl than the phy B single mutant in white light; longer hypocotyl than the phyB single mutant in red light and same length as that of the phyA mutant in far-red light; poorly developed cotyledons in red light unlike the single mutants, reduced red-light induction of CAB gene expression and reduced chlorophyll induction."	
AT1G09570	CS66038	Late flowering under long day conditions compared with the wild type and phyA single mutant.	
AT1G09570	CS68524	Increased arsenic tolerance. Shows reduced arsenic tolerance compared to ars5 (CS68525).	
AT1G09570	CS68526	Elongated hypocotyl phenotype when grown under far-red light conditions. Increased arsenic tolerance.	
AT1G09570	ars4	"Arsenic accumulation appeared slightly decreased in the mutants, but it did not differ significantly from that of wild type."	17335514
AT1G09570	ars4	Less inhibition of thiol synthesis was observed in the mutant.	17335514
AT1G09570	ars4	No clear differences in arsenic speciation (arsenate or arsenite) in the mutant compared to wild type.	17335514
AT1G09570	hy8-2	The responsiveness of the mutant to increasing fluence rates of Rc was essentially identical to  the wild type.	8400877
AT1G09570	hy8-3	The responsiveness of the mutant to increasing fluence rates of Rc was essentially identical to  the wild type.	8400877
AT1G09570	phyA-101	"During cFR irradiation, mutant seedlings were almost completely unresponsive compared to WT."	7630933
AT1G09570	phyA-101	"No other significant differences from WT were detected in mutant seedlings in response to cR, cB, or cW."	
	7630933		
AT1G09570	phyA-101	Phenotype not described.	8400877
AT1G09570	phyA-101 prr7-1	"The prr7 mutant phenotype in Rc was more dramatic in the phyA-101 background,  especially in the range from 0.1 to 10  &#956;mol·m-2·s-1. However, in FRc, phyA prr7  double mutant seedlings were indistinguishable from phyA seedlings."	14563930
AT1G09570	phyA-101 prr7-2	"The prr7 mutant phenotype in Rc was more dramatic in the phyA-101 background,  especially in the range from 0.1 to 10  &#956;mol·m-2·s-1. However, in FRc, phyA prr7  double mutant seedlings were indistinguishable from phyA seedlings."	14563930
AT1G09570	phyA-201	"PhyA-201 is also known as fre1-1. Under normal growth conditions, phyA-201 mutant plants are indistinguishable from wild-type plants. However, when partially shaded to very low light intensities, but not darkened, mature leaves of phyA-201 show an enhanced rate of leaf yellowing compared to wild-type plants. For more information on this line, see the original reports by Nagatani et al 1993, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1104/&#8203;pp.&#8203;102.&#8203;1.&#8203;269 and by Reed et al 1994, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1104/&#8203;pp.&#8203;104.&#8203;4.&#8203;1139"	24604733
AT1G09570	phyA-211	"Under normal growth conditions, phyA-211 mutant plants are indistinguishable from wild-type plants. However, when partially shaded to very low light intensities, but not darkened, mature leaves of phyA-211 show an enhanced rate of leaf yellowing compared to wild-type plants. For more information on this line, see the original report by Reed et al 1994, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1104/&#8203;pp.&#8203;104.&#8203;4.&#8203;1139 (PMID:12232154)"	22171633
AT1G09570	phyA-211 pks1-1	"Under hourly R pulses, the pks mutation also had no effect in the phyA background."	14615593
AT1G09570	phyA-211 pks2-1	"Under hourly R pulses, the pks mutation also had no effect in the phyA background."	14615593
AT1G09570	phyA-302	"When partially shaded, mature leaves of phyA-302 show similar rates of leaf yellowing as phyA null-mutants, which show an enhanced rate of leaf yellowing under very low light intensities. Under mild partial shading or darkening, both phyA-302 and phyA null-mutants behave like the wild-type. For more information on the phenotype, see the original report of Yanovski et al 2002, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;000521"	24604733
AT1G09570	phyA-401	"When partially shaded or darkened, mature leaves of phyA-401 show a reduced rate of leaf yellowing compared to wild-type plants. For more information on the phenotype, see the original report of Dieterle et al 2005, doi: 10.1111/j.1365-313X.2004.02286.x"	24604733
AT1G09570	phyA-5	"Under normal growth conditions, phyA-5 mutant plants are indistinguishable from wild-type plants. However, when partially shaded to very low light intensities, but not darkened, mature leaves of phyA-5 show an enhanced rate of leaf yellowing compared to wild-type plants. For more information on this line, see the original report by Aukermann et al 1997, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;9.&#8203;8.&#8203;1317"	24604733
AT1G09570	phyA-5 phyB-10	"Under normal growth conditons, phyA-5 phyB-10 double mutant plants have less leaves compared to wild-type plants and the double mutant leaves exhibit elongated petioles and a reduced leaf blade surface. Furthermore, mature leaves of phyA-5 phyB-10 double-mutant plants have a reduced chlorophyll content compared to either wild-type and single mutant plants and, when partially shaded, exhibit an enhanced leaf yellowing. For more information on this line, see the original report by Aukermann et al 1997, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;9.&#8203;8.&#8203;1317"	24604733
AT1G09570	phyA-t	"After 5 days growth under far-red light, the double mutant showed the same elongated hypocotyl phenotype as the loss-of-function allele phyA-211."	17335514
AT1G09570	phyA-t	"When grown under constant light, mutant seeds showed a significantly higher rate of survival than WT seeds in the presence of arsenate."	17335514
AT1G09570	pil5-1phyA-211	"When treated with a short pulse of far-red light after seed surface sterilization, double mutant seeds germinated, while majority of wild-type seeds did not."	15486102
AT1G09575	SALK_082151	Reduced root length and abnormal mitochondria.	28031475
AT1G09680	SALK_084471	Both heterozygoytes and homozygotes have a WT phenotype	19054356
AT1G09700	CS71723	Altered vegetative morphology and responses to hormones. Delayed flowering and reduced fertility. Roots exhibit decreased rate of growth and altered gravitropic response. Increased abundance of miRNA precursors.	
AT1G09700	SALK_093308	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT1G09700	hyl1-1	Altered vegetative morphology and response to hormones	11148283
AT1G09700	hyl1-1	Increased abundance of miRNA precursors.	17369351
AT1G09700	hyl1-2	Increased abundance of miRNA precursors.	17369351
AT1G09730	SALK_022079	Late flowering.Decreased freezing tolerance.	27925396
AT1G09730	SALK_040576C	Mutant exhibits abnormal floral structures and embryo development.	29066667
AT1G09730	SALK_049255	Homozygous mutant exhibits abnormal floral structures and embryo development.	29066667
AT1G09730	SALK_049255	Late flowering.Decreased freezing tolerance.	27925396
AT1G09730	spf1-1/spf2-1	"spf1 spf2 double mutants exhibit severe abnormalities in microgametogenesis, megagametogenesis and embryo development."	29066667
AT1G09730	spf1-2/spf2-1	"spf1 spf2 double mutants exhibit severe abnormalities in microgametogenesis, megagametogenesis and embryo development."	29066667
AT1G09770	as2	Rosette leaves are lobed and curled downwards and have shorter petioles.  Both the cauline leaves and sepals show serrations at margins.	15821980
AT1G09770	asl1 as2	"At stage 6 of flower development, when sepals should enclose the wild type buds completely, the double mutant has narrower sepals resulting in exposed inner floral organs.  Sepals and petals curl outwards.  Dramatic reduction in number of trichomes at the abaxial side of sepals.  Same leaf phenotypes as as2 single mutant.  Petals have abnormal proximal-distal organization."	
AT1G09780	ipgam1-1 ipgam2-2	Vegetative and reproductive growth are greatly reduced with respect to wild type. Pale reticulate leaf phenotype.  Double mutants are self-sterile due to failure to produce pollen grains.	21813794
AT1G09940	athema2	no visible phenotype. decreased heme contents in roots.	
	17416636		
AT1G09970	CS860338	No visible phenotype	
AT1G09970	rlk7-1	T-DNA insertion lines showed a slight but statistically significant delay in germination and was more sensitive to oxidative stress.	20811905
AT1G10060	CS68922	No visible phenotype.	
AT1G10070	CS68923	High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness.	
AT1G10130	eca3-1	Shoot and root growth is strongly retarded when plants are grown in the absence of Mn.  Also shows delayed growth when grown in the absence of Ca.	18024560
AT1G10170	CS24940	"hypersensitive to type A trichothecene, T-2 toxin"	
AT1G10170	atnfxl1-1	Reduced growth (decreased biomass) when grown under conditions with salt or osmotic stress. Reduced levels of H2O2.	16905136
AT1G10270	SALK_074740	Mutation is lethal in the homozygous state.	16489121
AT1G10270	SALK_128329	Mutation is lethal in the homozygous state.	16489121
AT1G10270	set09078	"In addition to the arrested embryo phenotype, aberrant cell divisions were also observed: These resulted in the formation of an elongated apical cell or embryo proper instead of the typical globular embryo in wild-type plants. A notable phenotype of the set09078 mutant is that ~19% of the mutant embryos displayed aberrant positioning of the division planes and asynchronous divisions. Furthermore, asynchronous divisions of the embryo proper and suspensor cells were observed."	
	16489121		
AT1G10270	set09078	"In the homozygous mutant progeny, embryo development was arrested at the early globular stage. Although the normal embryos continued to develop, the arrested embryos subsequently became shriveled and finally degenerated. The mutant embryos never reached the heart stage but arrested by the early globular stage. Despite the aberrant embryo development phenotype, no developmental defect was observed during endosperm development in the mutant ovules."	
	16489121		
AT1G10270	set09078	Mutation is lethal in the homozygous state.	16489121
AT1G10270	set09078	"Of the 269 mutant embryos examined, 6% were arrested at the 1-cell embryo stage, 19% were arrested at the 2- to 4-cell stage, 38% were arrested from the 6-cell to the 8-cell stage, and 18% were arrested at the 16-cell stage."	16489121
AT1G10310	SALK_125505C	"Mutants have reduced seed 18:1 delta nine fatty acids. An analogous change in  fatty acids is seen in the leaf, but it is more subtle than in seed."	
	19906890		
AT1G10390	dra2-1	"When grown long days dra2-1 plants display  small rosettes, short flowering stems and siliques and a general weak aspect. Plants were early flowering under both long- and short- day conditions. Seedlings grown under continuous white light have long hypocotyls and strongly hyponastic cotyledons. The seedling response to W+FR in terms of hypocotyl, cotyledon and primary leaf elongation was attenuated in dra2-1."	26989173
AT1G10390	nup98a1 nup98b1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30722589
AT1G10390	nup98a1 nup98b1 ft-10	early senescing	30722589
AT1G10390	nup98a2 nup98b1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30722589
AT1G10430	CS69968	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT1G10470	CS25266	Mildly elongated petioles when grown under short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation; increased sensitivity to red light.	
AT1G10470	CS25271	"The elongated petioles of the arr4 single mutant are enhanced in this double mutant (indicating functional redundancy between the two members of this gene pair); increased cytokinin inhibition of root elongation but intermediate between arr3,4,5,6 and the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT1G10470	CS25273	"Adult phenotype similar to the arr5 parent: reduced rosette size when grown under short-day conditions; increased cytokinin inhibition of root elongation but intermediate between arr3,4,5,6 and the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT1G10470	CS25274	"Adult phenotype similar to the arr4 parent: mildly elongated petioles when grown under short-day conditions; subtle difference in cytokinin sensitivity of root elongation compared to the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT1G10470	CS25276	"The elongated petioles of arr4 and arr3,4 are enhanced, but the overall rosette size is similar to that of the wild-type parent; the increased petiole elongation suggests that although ARR5 and ARR6 may act antagonistically to each other in regulating rosette size, as a pair they still function additively with ARR3 and ARR4 in the regulation of petiole elongation; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type, but significantly more sensitive than arr3,4; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; increased sensitivity to red light."	
AT1G10470	CS25278	"No adult visible phenotype; almost approaching the cytokinin hypersensitivity of the arr3,4,5,6,8,9 hextuple mutant but significantly less sensitive than arr3,4,5,6,8,9 at 5 and 10 nM benzyladenine (BA); intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT1G10470	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT1G10470	arr4	"Altered response to cytokinins, red light"	
AT1G10470	"arr4,3"	lengthens the period of the clock in all conditions	16326927
AT1G10510	SALK_077667	Arrested embryo dev. growth delay	30576513
AT1G10510	atpol{lambda}-2	atpol{lambda] mutants exhibit hypersensitive growth response to UV-B irradiation. Reduced proficiency in double strand break repair and nucleotide excision repair.	21227935
AT1G10520	atpol{lambda}-2	atpol{lambda] mutants exhibit hypersensitive growth response to UV-B irradiation. Reduced proficiency in double strand break repair and nucleotide excision repair.	21227935
AT1G10550	CS16546	No visible phenotype.	
AT1G10570	ots1-1 ots2-1	"The ots1-1 ots2-1 double mutant plants flower earlier than wild type plants under long days and short days. They do not differ notably from wild type plants with respect to their overall growth rate, inflorescence structure, or seedling primary root elongation rate. But, they are hypersensitive to salt based on root elongation assays. They also have a higher level of SUMOylated proteins than wild type seedlings exposed to salt stress."	18849491
AT1G10570	ots2-1	"ots2-1 mutants flower at the same time as wild-type plants when grown under long day conditions and appear phenotypically normal. However, there are abnormal phenotypes associated with the ots1-1 ots1-2 double mutant."	18849491
AT1G10760	CS212	starch overproducer.	
AT1G10760	CS3093	Glucose 3-phosphate level is about one-fourth of that of wild type.	11487701
AT1G10760	CS3093	Glucose 6-phosphate level is about one-fourth of that of wild type.	11487701
AT1G10760	CS3093	Slight increase in the number of short chains (DP 10 to 24) and decrease in that of longer chains (DP 31 to 46) in mutant starch.	11487701
AT1G10760	CS3093	impaired freezing tolerance	15894744
AT1G10760	CS3093	"overproduces starch, delayed flowering if grown under short days."	
AT1G10760	CS3093	starch overproducer.	11487701
AT1G10760	SALK_062752	impaired freezing tolerance	15894744
AT1G10760	sex1-2	Glucose 6-phosphate level is below detection limits.	11487701
AT1G10760	sex1-2	starch overproducer.	11487701
AT1G10760	sex1-3	Glucose 3-phosphate level is below detection limits.	11487701
AT1G10760	sex1-3	Glucose 6-phosphate level is below detection limits.	11487701
AT1G10760	sex1-3	starch overproducer.	11487701
AT1G10760	sex1-3 sex4-5	"Starch content similar to that observed in the sex1-3 single mutant, and different from that of sex4-5. At the end of the light period, the starch content of the double mutant was 1.7-fold that of sex4-5, and not different from that of sex1-3. At the end  of the dark period, its starch content was twice that of sex4-5, and 80% of that of sex1-3."	16513634
AT1G10760	sex1-4	Glucose 6-phosphate level is about one-fourth of that of wild type.	11487701
AT1G10760	sex1-4	starch overproducer.	11487701
AT1G10760	sex1-5	Glucose 6-phosphate level is below detection limits.	11487701
AT1G10760	sex1-5	starch overproducer.	11487701
AT1G10760	sex1-6	Glucose 6-phosphate levels are very close to the detection limits. It can therefore not be excluded that a low residual Glc6P content is present.	11487701
AT1G10760	sex1-6	starch overproducer.	11487701
AT1G10830	CS65971	"Under dark growth conditions, zic1-1 has a pale yellow cotyledon and accumulates tri-cis-zeta-carotene."	
AT1G10830	CS65972	"Under dark growth conditions, zic1-2 has a pale yellow cotyledon and accumulates tri-cis-zeta-carotene."	
AT1G10840	CS71623	"Poor translation initiation of specific mRNAs. Pleiotropic developmental defects such as postembryonic growth retardation, delayed vegetative root and shoot growth, flowering and senescence. Requires exogenous sugar to transit from seedling to vegetative development, but exhibits hypersensitivity to elevated levels of exogenous sugars and abscisic acid. Surviving adult plants have a branched inflorescence, floral defects, low fertility, and poor seed set."	
AT1G10880	CS25026	"Comparison of CS25026 to Columbia with and without salt stress (50mM NaCl from weeks 4 to 7 of growth) suggested a trend toward more growth of mutant in salty conditions (P=0.25, mean rosette diameter 21.5 in mutant and 11.5 in widltype)."	
AT1G10910	SALK_002449	Homozygous pdm2 mutants are seedling lethal. Albino seedlings. Abnormal chloroplast development.	28158776
AT1G10920	lov1-44	Reduced sensitivity to victorin.	18052878
AT1G10930	Atrecq4A-4	sensitive to methylmethanesulfonate and  cis-platin and showed an enhanced homologous recombination level	
	18000056		
AT1G10930	hrq1-1 recq4A-4	Significant sensitivity after treatment with  cisplatin and MMC.	29577315
AT1G10930	recQaA-1	"no phenotype under standard growth conditions.  Hypersensitive to UV light. Hypersensitive to methyl methanesulfonate (MMC), a DNA alkylating agent. Enhanced resistance to increasing concentrations of MMC as compared to wild type."	16146519
AT1G10930	recq4A-4	"Significant sensitivity after treatment with cisplatin, minor sensitivity after treatment with MMC."	29577315
AT1G11000	CS66565	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT1G11000	CS66566	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT1G11100	CS69981	Reduction in RNA-directed DNA methylation (RdDM).	
AT1G11130	CS66495	disorganized pattern of GUS expression; reduced frequency of H cells lacking expression of the  reporter and N cells expressing the reporter	
AT1G11130	CS66496	SCM::SCM-GFP rescues the scm-2 phenotype; GFP expression at the cell boundary of root epidermal cells	
AT1G11130	scm-1	"Position of root-hair cells is scrambled.  Only 66% of epidermal cells (compared with 92% in wild type) overlying two cortical cells develop as root hairs, and 21% of epidermal cells overlying one cortical cell (compared with 1% in wild type) develop as root hairs."	15618487
AT1G11310	CS66568	Broad-spectrum powdery mildew resistance	
AT1G11310	CS66569	Broad-spectrum powdery mildew resistance	
AT1G11310	CS9701	broad-spectrum powdery mildew resistance	
AT1G11310	CS9702	broad-spectrum powdery mildew resistance	
AT1G11310	CS9703	broad-spectrum powdery mildew resistance	
AT1G11310	CS9704	broad-spectrum powdery mildew resistance	
AT1G11310	CS9705	broad-spectrum powdery mildew resistance	
AT1G11310	CS9706	broad-spectrum powdery mildew resistance	
AT1G11310	CS9707	broad-spectrum powdery mildew resistance	
AT1G11310	CS9708	broad-spectrum powdery mildew resistance	
AT1G11310	CS9709	broad-spectrum powdery mildew resistance	
AT1G11310	CS9710	broad-spectrum powdery mildew resistance	
AT1G11310	CS9713	broad-spectrum powdery mildew resistance	
AT1G11310	CS9715	broad-spectrum powdery mildew resistance	
AT1G11310	CS9716	broad-spectrum powdery mildew resistance	
AT1G11310	CS9717	broad-spectrum powdery mildew resistance	
AT1G11310	CS9718	broad-spectrum powdery mildew resistance	
AT1G11310	CS9719	broad-spectrum powdery mildew resistance	
AT1G11310	CS9720	broad-spectrum powdery mildew resistance	
AT1G11310	CS9721	broad-spectrum powdery mildew resistance	
AT1G11310	CS9722	broad-spectrum powdery mildew resistance	
AT1G11310	CS9723	broad-spectrum powdery mildew resistance	
AT1G11310	CS9724	broad-spectrum powdery mildew resistance	
AT1G11310	CS9725	broad-spectrum powdery mildew resistance	
AT1G11310	CS9726	broad-spectrum powdery mildew resistance	
AT1G11330	rda2-1	"Decreased sensitivity to  the ABA response inhibitor [5-(3,4-dichlorophenyl)furan-2-yl]-piperidine-1-ylmethanethione (DFPM)."	30659683
AT1G11545	CS16529	No visible phenotype.	
AT1G11680	cyp51a2-2	"Plieotrophic effects on plant development. Slow growth, defective hypocotyl elongation, abnormal flowers, reduced levels of sterols,membranes leaky."	16040657
AT1G11680	cyp51a2-3	"Seedling lethal, pale yellow plants die at a variety of seedling stages."	16040657
AT1G11680	cyp51g1-4	embryo lethal.	16169959
AT1G11720	Atss3-1	Starch excess phenotype in leaves. Altered structure of leaf amylopectin.  Increased phosphate content of starch in leaves.  It is hypothesized that all of these phenomena result from the increase of activity in one or more of the other starch synthase isoforms upon loss of  starch synthase III.	15908598
AT1G11720	Atss3-2	Starch excess phenotype in leaves. Altered structure of leaf amylopectin.  Increased phosphate content of starch in leaves.  It is hypothesized that all of these phenomena result from the increase of activity in one or more of the other starch synthase isoforms upon loss of  starch synthase III.	15908598
AT1G11755	SALK_065628	homozygote lethal.	18612099
AT1G11760	CS16511	No visible phenotype.	
AT1G11790	CS860140	No visible phenotype	
AT1G11790	SALK_070359	Mutant plants showed alterations in the cuticular wax profiles and embryo development. Similar to rst1-1.	16183838
AT1G12010	aco	The aco mutant appears to have only ~85% of the ethylene of wild type plants.	19513806
AT1G12040	CS16370	"Defective root hair development, forming aberrant root hair structures resulting in frequent growth arrest."	
AT1G12040	CS67765	"Altered root hair development reflected in aborted initiation, swelling or branching. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT1G12050	SAIL_128_B11	spontaneous cell death phenotype under short-day condition	23743712
AT1G12050	sscd1-1	spontaneous cell death phenotype under short-day condition	23743712
AT1G12080	CS8153	"surface of seedling appears rough due to defective epidermis (radial pattern defect which affects only development of the pattern); seedling shape varies, often appearing as an elongated structure with greatly reduced cotyledons; epidermal cells are large and irregularly positioned; ground tissue and vascular strands appear normal; appearance of glubular stage embryos is similar. (seedling lethal/embryo defective)."	
AT1G12110	CS201	chlorate resistance due to a reduced uptake of chlorate.	
AT1G12110	CS6154	chlorate resistant due to reduced chlorate uptake.	
AT1G12110	CS6384	defective in high and low affinity nitrate uptake when plants are grown with ammonium (with or without nitrate	
AT1G12110	chl1-5	Late-flowering under LD and SD conditions; increased number of rosette leaves.	31084876
AT1G12220	CS67958	Increased susceptibility to different isolates of Pseudomonas syringae pv. tomato and  Peronospora parasitica.	
AT1G12220	CS69177	Increased susceptibility to Pseudomonas syringae pv. tomato DC3000 (avrPphB).	
AT1G12240	SALK_100813 (homozygous)	Significantly shorter roots.  50% reduction in vacuolar invertase (Vac-Inv) activity compared to parental line.	16481625
AT1G12360	keule	"Mutant keule embryos have large multinucleate cells with gapped or incomplete cross walls, as well as cell wall stubs that are very similar to those observed upon caffeine inhibition of cytokinesis in plants. Slower cell division.  The planes of cell division are often misoriented. keule mutants die as seedlings with large polyploid cells."	9003313
AT1G12370	uvr2	Defective in photorepair of cyclobutylpyrimidine dimers	
AT1G12400	SALK_046378	Yellow/pale-green phenotype and reduced growth. Reduced accumulation of ClpPRS complex.  Reduced chloroplast size and thylakoid accumulation. Delayed plant development.	16766689
AT1G12410	SALK_046378	Yellow/pale-green phenotype and reduced growth. Reduced accumulation of ClpPRS complex.  Reduced chloroplast size and thylakoid accumulation. Delayed plant development.	16766689
AT1G12480	slac1-1	"In the slac1-1 mutant, long-term and short-term stomatal closure responses to ozone are impaired, but the number of stomata is not reduced.The transcriptional profile of the mutant resembles the wild-type profile under good growth conditions, as does the overall plant phenotype. Stomatal responses to light, relative humidity, carbon dioxide concentration, abscisic acid, hydrogen peroxide, SNP, and externally imposed calcium oscillations are also impaired in the mutant. S-type anion currents are disrupted in the mutant plants."	
AT1G12480	slac1-2	"slac1-2 mutants have elevated leaf temperatures and impaired stomatal closure in response to elevated atmospheric CO2 concentrations. Stomatal closure responses to ABA and darkness are also impaired. Guard cell protoplasts of these mutants have higher malate, fumarate, K+, and Cl- levels than wild-type guard cell protoplasts, but the levels of succinate and Na+ are similar in both backgrounds."	
AT1G12480	slac1-3	"Guard cell protoplasts of these mutants have higher malate, fumarate, K+, and Cl- levels than wild-type guard cell protoplasts, but the levels of succinate and Na+ are similar in both backgrounds."	
AT1G12480	slac1-3	"The leaves of this mutant lose water more rapidly than wild type leaves, presumably due to stomatal closure defects.  Stomatal responses to light, relative humidity, carbon dioxide concentration, abscisic acid, hydrogen peroxide, SNP, and externally imposed calcium oscillations are also impaired in the mutant. S-type anion currents are disrupted, whereas similar R-type anion currents are observed in wild type and mutant plants."	
AT1G12480	slac1-4	"The leaves of this mutant lose water more rapidly than wild type leaves, presumably due to stomatal closure defects"	
AT1G12520	CS69910	Compromised RPP4-mediated bacterial resistance.	
AT1G12520	CS69911	Compromised RPP4-mediated bacterial resistance.	
AT1G12530	CS69910	Compromised RPP4-mediated bacterial resistance.	
AT1G12530	CS69911	Compromised RPP4-mediated bacterial resistance.	
AT1G12550	SALK_019014C	Lower amounts of pHPL; impaired in conversion of tyrosine to pHPL.	30233632
AT1G12550	SALK_143689C	Lower amounts of pHPL; impaired in conversion of tyrosine to pHPL.	30233632
AT1G12610	ddf1-LF1	Longer roots when plants are grown under salt stress (50-100 nM NaCl).	18643985
AT1G12640	CS66134	No visible phenotype.	
AT1G12770	CS16028	embryo defective; developmental arrest of mutant embryos	
AT1G12770	CS16029	embryo defective; developmental arrest of mutant embryos	
AT1G12770	ise1–3	mutants  typically arrest before the mid-torpedo stage	
	19805190		
AT1G12780	uge1-1	no obvious phenotype	17496119
AT1G12800	sdp	"Delayed germination , pale green leaves, reduced root growth and reduced seed weight. Reduced chlorophyll content, abnormal chloropasts with fewer stacked membranes and reduced size of prolamellar body."	26031782
AT1G12820	CS69652	No visible phenotype	
AT1G12820	CS69653	"Resistant to IAA, dwarfed."	
AT1G12820	CS69654	"Resistant to IAA, dwarfed."	
AT1G12820	CS69682	No visible phenotype.	
AT1G12840	CS6160	"dark-grown seedlings have light-grown morphology, develop true leaves and no chloroplasts, etioplasts are rich in starch granules, and light regulated genes are not expressed in dark; when grown in light, plants are short and have reduced apical dominance."	
AT1G12980	drn-1	"Abnormal cell division observable from the globular embryo stage onwards. Approximately half of homozygous drn-1 embryos show abnormal development in the hypophysis region, or no obvious distinction between embryo proper and suspensor."	17376809
AT1G12980	drn-1	"Defective cotyledon development phenotypes at incomplete penetrance, including monocotyledonous seedlings, seedlings with partially fused cotyledons, tricots or various tricot fusion combinations.   The inappropriate cotyledon development leads to alterations of leaf phyllotaxy."	17376809
AT1G12980	drn-1 drnl-1	Defects in embryonic cell patterning in essentially all double mutants.  Pleotropic cotyledon phenotypes.  Large increase in phenotypic penetrance.	17376809
AT1G12980	drn-1 drnl-2	"A quarter of drn-1 drnl-2/DRNL-2 progeny, genotyped as double-homozygous mutants had pin-like embryos, with complete absence of cotyledons.  They directly initiated leaves from a functional shoot apical meristem."	17376809
AT1G12980	drn-1 drnl-2	sterile	17376809
AT1G12980	drn-1 phv	Defects in embryonic cell patterning in essentially all double mutants.  Pleotropic cotyledon phenotypes.  Large increase in phenotypic penetrance.	17376809
AT1G13030	CS69632	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69633	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69634	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69635	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69636	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69637	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69638	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13030	CS69639	"Short delay in flowering, and a  Hyper-GFP  phenotype (stronger GFP expression than wildtype) in the meristem regions at the shoot and root apices and in the hypocotyl of young seedlings."	
AT1G13220	SALK_076653C	Nuclei are significantly smaller than wild-type nuclei.	17873096
AT1G13220	linc1-1 linc2-1	Epidermal cells are approximately one-fourth the size of wild-type epidermal cells.  Whole plant is dwarfed with respect to wild-type and single mutant siblings in segregating F2 family.  Spindle-shaped nuclei are almost entirely absent.  Number of chromocenters in double mutant nuclei is half that of wild type nuclei.  Nuclear DNA packaging density is increased with respect to wild type.	17873096
AT1G13220	linc1-1 linc2-1	Nuclei are significantly smaller than wild-type nuclei.	17873096
AT1G13230	SALK_079723	Defect in symbiotic interaction with the endophytic fungus Piriformospora indica.	17397506
AT1G13230	pii-2	Defect in symbiotic interaction with the endophytic fungus Piriformospora indica.	17397506
AT1G13290	dot5-1	"dot5-1 mutants have a misaligned venation defect in their leaves and cotyledons. Their phenotypes may vary somewhat, but dot5-1 mutants often have shorter roots and delayed leaf initiation compared to wild-type seedlings. They also have an abnormal petiole length and phyllotaxy. Apical dominance is reduced in dot5-1 mutants, and they appear to be hypersensitive to an application of the polar auxin transport inhibitor NPA."	18643975
AT1G13290	dot5-2	This mutant is reported to have an embryo lethal phenotype in the homozygous state.	18643975
AT1G13300	hrs1-1/hho1-1	Primary root growth of the double mutant is strongly insensitive to decreased phosphate levels.The Pi depletion repression  of root growth phenotype is dependent upon the presence of nitrate (0.05mMNO3).	25723764
AT1G13330	ahp2-2	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT1G13350	prp4ka-4 prp4kb-1	double homozygous mutant is not capable of survival	30297453
AT1G13400	jag nub	"Strong enhancement of defects in leaf, stamen and carpel development compared with jag single mutants."	16554365
AT1G13400	nub-1	no visible phenotypic effect	16554365
AT1G13580	CS66115	No visible phenotype.	
AT1G13710	arp6-1/klu-1	Ovules contain supernumerary megasporocytes.	29288215
AT1G13740	afp2-1	"Hypersensitive to salt, glucose and osmotic stress. Hyperdormant. Slightly sensitive to ABA."	18484180
AT1G13870	CS4541	"highly abnormal development with stunted roots, few root hairs, lanceolate leaves, and a highly enlarged, disorganized shoot apex that does not produce an inflorescence."	
AT1G13870	CS9360	"narrow leaves, reduced primary root growth, altered phyllotaxis of leaves and floral organs, reduced number of stamens, reduced heigth of inflorescence. Reduced width of leaves is due to a reduced cell number. Dorsal and ventral identity of the leaves is normal. drl1-2 is epistatic to angustifolia. "	
AT1G13870	drl1-2	Narrow leaf lamina phenotype.	12615938
AT1G13930	SALK_076125	Increased sensitivity to salt stress.	18643972
AT1G13980	CS6320	"developmental arrest of mutant embryos occurs at cotyledon stage (fused cotyledons, rootless); pale green to green seeds; green embryo; 26.1% mutant; 47.9% aborted seeds in top half of silique"	
AT1G13980	CS6321	developmental arrest of mutant embryos occurs at cotyledon stage (fused cotyledons); pale green to green seeds; green embryo; 27.1% mutant; 47.6% aborted seeds in top half of silique	
AT1G13980	CS6322	developmental arrest of mutant embryos occurs at cotyledon stage (fused cotyledon); pale green to green seeds; green embryo; 24.9% mutant; 46.1% aborted seeds in top half of silique.	
AT1G13980	CS8146	"Mutant embryos exhibit wildtype-like staining patterns for most of the activities analysed: G6PDH, 6PGDH, GK, PGM, PGI and ADH."	16553903
AT1G13980	CS8146	seedlings lack a root and cotyledons and are cone- or ball-shaped; (terminal deletion in the apical-basal pattern of development); axial organization is often lacking; vascular cells are present but are not connected together; mutant seedlings that appear to lack apical-basal polarity do possess the the radial pattern of three tissues. (seedling lethal/embryo defective).	
AT1G14000	SALK_002267	Abnormal leaf venation. Increased number of veins end freely rather than in loops.	19000166
AT1G14130	SALK_082522	"Homozygotes have elevated auxin levels. Expanded expression of YUC6, increased lateral root density, elongated root hairs, planar and larger cotyledons, faster root gravitropic bending and phototropic bending, small siliques with incomplete filling in an irregular pattern on primary branch."	27651492
AT1G14130	SALK_093162	"Elevated auxin levels. Expanded expression of YUC6, increased lateral root density, elongated root hairs, planar and larger cotyledons, faster root gravitropic bending and phototropic bending, small siliques with incomplete filling in an irregular pattern on primary branch."	27651492
AT1G14140	SALK_006106C	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT1G14140	SALK_006106C	Mutant plants showed the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness.	20460499
AT1G14150	SALK_006106C	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT1G14150	SALK_006106C	Mutant plants showed the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness.	20460499
AT1G14280	phyA-211 pks2-1	"Under hourly R pulses, the pks mutation also had no effect in the phyA background."	14615593
AT1G14280	pks1-1 pks2-1	Wild-type-like hypocotyl growth inhibition response to hourly FR pulses.	14615593
AT1G14280	pks1-1 pks2-1	"With respect to cotyledon unfolding and greening, the double mutant was  indistinguishable from the wild type."	14615593
AT1G14280	pks2-1	Blocking of greening was enhanced in the mutant exposed to hourly pulses of FR.	14615593
AT1G14280	pks2-1	"In dark controls, hypocotyl growth was unaffected by the mutations and the cotyledons remained fully closed. Compared with those in the wild type, hypocotyl growth inhibition and  cotyledon unfolding responses to hourly FR pulses were significantly greater in the mutant."	14615593
AT1G14280	pks2-1	No differences were observed under hourly R pulses or continuous FR between wild-type and mutant plants.	14615593
AT1G14290	sbh1-1 sbh2-1	"Dwarf plants with reduced vigor, dies before expansion of the true leaves, necrotic lesions on cotyledons. When grew on agar plates, the double mutants displayed extended viability and developed into compact and epinastic rosette with small curled leaves and short petioles, however no bolting. Short roots on agar plate."	18612100
AT1G14320	acl5-1/sac52-d	Double mutant shows increase in growth of 68% relative to acl5-1 single mutant. Also restores normal liginification.	18694459
AT1G14320	sac52-t1	Defective female gametophytes.	18694459
AT1G14350	CS65766	Mild phenotype characterized by a presence of two laterally aligned cells with stomata identity.	
AT1G14350	CS65767	Mild phenotype characterized by a presence of two laterally aligned cells with stomata identity.	
AT1G14350	CS65768	Severe phenotype characterized by a presence of clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT1G14350	CS65769	Severe phenotype characterized by a presence of clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT1G14350	CS65770	More severe phenotype than a flp-1 single mutant characterized by a presence of clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT1G14350	CS65771	More severe phenotype than a flp-7 single mutant characterized by a presence of numerous clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT1G14350	CS65772	No visible phenotype.	
AT1G14350	SAIL_870	Altered stomatal patterning	
AT1G14350	flp	Altered stomatal patterning	
AT1G14400	SALK_109196C	"This mutant flowers at the same time as wild type plants, but, a ubc1 ubc2 double mutant has accelerated flowering."	18849490
AT1G14400	ubc1-1 ubc2-1	The flowering of ubc1/2 double mutants is accelerated compared to wild type plants under long days and short days. Histone2B ubiquitination is lost in ubc1/2 mutants and FLC expression is repressed. There are gene-specific changes in the patterns of histone ubiquitination and methylation in this mutant.	18849490
AT1G14610	CS8840	"high frequency of polyembryony following embryogenic transformation of the suspensor in early embryogenesis; viable twin and occasional triplet seedlings; twin embryos develop in tandem within the seed, connected by intact segments of the suspensor; pleiotropic mutant that displays incomplete penetrance and a wide range of developmental defects in embryonic cell division, morphological development and seedling growth; many plants are small, distorted, or slow to green, others appear phenotypically normal."	
AT1G14660	SALK_070497	"Li+ hypersensitive. Under low Li+ concentrations, germination of mutant seeds and elongation of roots were significantly reduced."	17270011
AT1G14660	SALK_086336	"Li+ hypersensitive. Under low Li+ concentrations, germination of mutant seeds and elongation of roots were significantly reduced."	17270011
AT1G14670	at1g09575	No increased tolerance to arsenic compared to wild type.	17335514
AT1G14685	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT1G14685	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT1G14685	CS68698	"Very reduced vigor, sensitive to any stress, reduced stature, small curled leaves, perforated gynoecium septum, severe reduction in female fertility, common ovule abnormalities, primary inflorescence usually infertile, fertility only in secondary inflorescences, some reduction in male fertility."	
AT1G14685	CS68699	"Occasional perforated gynoecium septum, slight reduction in female fertility, sporadic ovule abnormalities."	
AT1G14685	CS68700	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT1G14685	CS68804	No visible phenotype.	
AT1G14720	CS16540	No visible phenotype.	
AT1G14720	CS16541	No visible phenotype.	
AT1G14720	CS25097	"The developing flowers of atxth28 mutant showed has characteristic phenotypes a significantly lower elongation ratio of the stamen at the pollination stage, an increased angle between the stamen and pistil, and an aberrant orientation of anther dehiscence.As a result the capability for automatic self-pollination was decreased in the mutant."	19139039
AT1G14750	sds	Aberrant homolog pairing in meiosis	
AT1G14750	sds-2	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT1G14790	CS66077	No visible phenotype.	
AT1G14790	CS66110	No visible phenotype.	
AT1G14790	CS66112	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change.	
AT1G14790	CS66485	"similar to rdr6-15; homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT1G14830	adl1c	Defective pollen maturation	
AT1G14920	CS16298	"The hypocotyl length, in red light and dark grown seedlings, is comparable to that of GA-treated wild type; PAC (paclobutrazol, a GA biosynthesis inhibitor) has no significant effect."	
AT1G14920	CS63	semi-dominant mutation; gibberellin insensitive; increased endogenous levels of gibberellic acid; dwarf; dark green leaves.	
AT1G14920	CS8074	"gibberellin insensitive; increased endogenous levels of gibberellic acid; reduced stature (dwarf), apical dominance, and seed germination; delayed flowering in short days; narrow leaves; increased number of rosette leaves; slightly twisted siliques"	
AT1G14920	CS8076	"gar1 is semi-dominant or dominant, depending on GAI genotype; gar1 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores normal stature, flowering time, apical dominance and seed germination to gai mutants (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques; gar1 closely linked to gai - not genetically separable."	
AT1G14920	CS8078	"gar2 is dominant; gar2 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores flowering time, apical dominance and seed germination to gai mutants: partially restore normal stature (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques."	
AT1G14920	CS8079	"gar3 is semi-dominant; essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8080	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8081	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8082	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8083	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8084	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8085	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8086	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8087	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8088	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8089	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8090	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8091	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8092	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	CS8093	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
AT1G14920	ctr1-1 gai-t6 rga-24	Gibberellic acid treatment restored almost to normal the SD flowering time of the triple mutant.	
			
AT1G14920	ctr1-1 gai-t6 rga-24	Mutant plants bolted 1 week later in short day photoperiod than did WT plants.	
AT1G14920	ctr1-1 gai-t6 rga-24	Suppression of the late-flowering phenotype  conferred by ctr1-1 in short day photoperiod.	
AT1G14920	gai-t6	Early flowering compared to wild type.	9215910
AT1G14920	gai-t6	No visible phenotype.	9215910
AT1G14920	gai-t6	The initiation of abaxial trichomes occurs marginally earlier than those of wild type Ler.	9215910
AT1G14920	gai-t6 (Col)	Normal germination compared to wild-type plants  in response to varying red light fluences.	17449805
AT1G14920	gai-t6 ga1-3	No bolting.	9215910
AT1G14920	gai-t6 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT1G14920	gai-t6 ga1-3	Rescue of the nonflowering phenotype of ga1-3.	9215910
AT1G14920	gai-t6 rga-28	"The double mutant germinated much better in response to increasing red light fluences. At 0 &mu;mol.m-2 red light fluence, the double mutant germinated ~15%, whereas the wildtype and single mutant seeds did not germinate under this light condition. At 5 &mu;mol.m-2, the double mutant germinated ~60%, whereas the wild type and the two single mutants germinated only ~5%. At a higher red light fluence (65 &mu;mol.m-2), all seeds germinated ~100%."	
	17449805		
AT1G14920	rga-24 gai-t6	Much reduced fertility compared to wild type Ler.	9215910
AT1G14920	rga-24 gai-t6	Reduced pollen levels than wild type Ler and filaments shorter than carpels.	9215910
AT1G14920	rga-24 gai-t6	Stems are 35% taller than that of wild type Ler.	9215910
AT1G14920	rga-24 gai-t6 ga1-3	Early flowering.	9215910
AT1G14920	rga-24 gai-t6 ga1-3	Longer carpels than those of the ga1-3 single mutant.	9215910
AT1G14920	rga-24 gai-t6 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT1G14920	rga-24 gai-t6 ga1-3	Stems are 32% taller than that of wild type Ler.	9215910
AT1G15020	SALK_066130c	"Displays more sensitivity to toxic cations than control plants, both as seedlings grown in vitro, and as plants grown in soil."	17568770
AT1G15020	SALK_066130c	"Whereas the initial rate of uptake (less than 20 min) was not significantly affected by the mutation, both the uptake at longer times (1 h) and the accumulation after 2 days of both toxic cations correlated inversely with QSO2 function. With K+ and Rb+ uptake, the initial rate of uptake was not affected by QSO2 but, opposite to the results with toxic cations, both the uptake at long times and the accumulation of K+ were directly correlated with QSO2 function."	17568770
AT1G15020	par1-3	"Displays more sensitivity to toxic cations than control plants, both as seedlings grown in vitro, and as plants grown in soil."	17568770
AT1G15020	par1-4	"Displays more sensitivity to toxic cations than control plants, both as seedlings grown in vitro, and as plants grown in soil."	17568770
AT1G15210	CS66050	No visible phenotype.	
AT1G15220	SALK_046872	"Immature, 7-days post-fecundation siliques of self-fertilized heterozygote plants contain 25% of smaller sized, pale seeds (homozygote) that abort and shrink at later developmental stages.   ccmh/ccmh embryos are arrested at the torpedo stage and occasionally heart stage without visible abnormality in morphogenesis. The mutant (homozygote) cotyledon cells have an irregular shape, with abnormal cell wall and an enlarged intercellular space."	
AT1G15220	SALK_046872	No visible phenotype.	16236729
AT1G15380	SALK_067593C	No effect of SA on the level of MeJA&#8208;induced PDF1.2 transcription; less-severe disease symptoms after inoculation with B. cinerea as compared to Col-8.	29852537
AT1G15470	SALK_075873	In the presence of ABA higher seed germination rate and cotyledon greening. ABA-mediated inhibition of primary root growth milder. Decreased sensitivity to NaCl and mannitol during seed germination and early post-germination growth. Drought hypersensitive phenotype. Higher water loss rate.	31295628
AT1G15480	poco-1	Early flowering.	31219634
AT1G15500	Garlic_288_E08.b.1a.Lb3FA	Necrotic leaf lesions in short day conditions at low light.  Light-induced accumulation of H(2)O(2) and constitutive expression of genes for copper/zinc superoxide dismutase 2 and ascorbate peroxidase 1.	17355434
AT1G15510	SALK_112251	early chloroplast biogenesis mutant; lacks an organized thylakoid membrane; albino cotyledons; seedling lethal.	19500301
AT1G15520	atabcg40-1	Increased sensitivity to drought stress.	20133880
AT1G15550	CS5147	"GA responsive dwarf, transparent testa, yellow seeds"	
AT1G15550	CS61	"dwarf, responsive to gibberellin; gibberellin not required for germination."	
AT1G15550	CS6943	"Defective in gibberellin 3-oxidase 1; involved in the production of bioactive GA for vegetative and reproductive growth and development; semi-dwarf plants with a 50% reduction in final height and a slightly reduced rosette size compared with wild type; roots are slightly shorter; germination percentages are similar to wild type in either the dark or the light; plants have the same number of leaves as wild type, but they flower 3 days later than wild type; no observable plant phenotype was noted in the flowers and the fertility (average number of seeds/silique on primary inflorescence stems). Relatively high levels of expression in all organs and stages of plant development; predominantly expressed in the stem, consistent with the requirement of bioactive GA for stem elongation and the semi-dwarf phenotype; expressed at relatively high levels in the cortex and endodermis of the embryo axis of germinating seeds; expressed in roots of 5-dayold seedlings; the bioactive level of GA4  in plants is  decreased , while the level of GA9 is increased compared to wild type."	
AT1G15550	CS6944	"Severe defect in seed germination and root growth; dwarf plants; severe root length growth phenotype similar to the ga1-3 mutant; reduced ability of seeds to germinate, in contrast to each single mutant, double mutant seeds fail to germinate in the dark and had only a 5% germination frequency in the light, this slight leakiness in germination of the double mutant is similar to the ga1-3 mutant; plants have the same number of leaves as wild type, but flowering is delayed for 7 days; no observable plant phenotype was noted in the flowers and the fertility (average number of seeds/silique on primary inflorescence stems). Although the ga3ox2 single mutant does not have any phenotype, plants are 30% smaller in leaf diameter and 37% shorter than ga3ox1; therefore, production of bioactive GA by GA3ox2 during early vegetative growth may be sufficient for transport to the stem to induce the partial stem elongation observed in the ga3ox1 mutant, the overall phenotype of the double mutant is consistent with expression patterns of these two genes. The bioactive level of GA4 is severely decreased; while the level of GA9  is drastically increased, compared to wild type plants; exogenous application of GA4, but not GA9, was able to induce seed germination in a dose-dependent manner."	
AT1G15550	ga3ox1-3	Decrease in levels of bioactive GA4.	16460513
AT1G15550	ga3ox1-3	Increased levels of GA9.	16460513
AT1G15550	ga3ox1-3	Roots shorter than that of wildtype.	16460513
AT1G15550	ga3ox1-3	Same number of leaves as wildtype but flowers three days later.	16460513
AT1G15550	ga3ox1-3	Seed germination similar to wildtype in both dark and light conditions.	16460513
AT1G15550	ga3ox1-3	Semi-dwarf phenotype.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	30% smaller in leaf dimater and 37% shorter than single mutant ga3ox1-3.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Dwarf phenotype.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Increased levels of GA9.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Same number of leaves as wildtype but flowers seven days later.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Seeds failed to germinate in the dark and only 5% germinate in light conditions.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Severe decrease in levels of bioactive GA4.	16460513
AT1G15550	ga3ox1-3 ga3ox2-1	Severe defect in root length.	16460513
AT1G15550	ga3ox3/ga3ox1/ga3ox4	"Dwarf phenotype, early flowers are sterile while late flowers are fertile. Reduced silique length."	18310462
AT1G15570	SALK_086463	"Homozygous mutant plants [CYCA2;3(-/-)] did not show any phenotype with morphology or growth rates obviously different from those of the wild type. However, the nuclei in trichomes of the mutant plants were larger than those of wild-type trichomes.  The proportion of trichomes with four ranches was significantly higher and that of three-branch trichomes was significantly lower in the mutant than in the wild type. The mutation  significantly increased the proportion of cells with a ploidy levels of 16C or higher"	16415207
AT1G15580	CS9578	No visible phenotype.	
AT1G15580	CS9579	No visible phenotype.	
AT1G15580	CS9580	No visible phenotype.	
AT1G15580	CS9581	No visible phenotype.	
AT1G15670	CS71763	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G15670	CS71764	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G15670	CS71768	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G15690	avp1-1	"Shoot defects include: smaller leaves, decreased cell number in leaves, mesophyll and vascular patterning disorganized, cup-shaped cotyledons.Root defects: small cells at apex, columella cell layers reduced to 2, deformed root cap."	16210544
AT1G15750	CS65909	Heterozygotes tpl-1/+ show a weak cotyledon fusion defect. They segregate homozygous tpl-1 mutants. tpl-1 mutant seedlings have a range of cotyledon defects. The most severe phenotype of these mutants is a replacement of shoots with roots.	
AT1G15750	tpl-1	"Mutants are temperature sensitive and at the restrictive temperature (29 degrees C) transform the embryonic shoot pole into a second root pole that gives rise to a double root seedling.  At lower temperatures, mutant embryos fail to form a shoot apical meristem and show varying degrees of cotyledon fusion."	
AT1G15750	tpl-1	"The ability of an IAA12/BDL:GAL4DB protein to repress transcription is lost in a tpl-1 mutant, based on GAL4/UAS:GUS-based assay."	
AT1G15750	tpl-1;hag1-3	Embryos form cotyledons at the transition stage of embryogenesis that appear slightly stunted at later stages compared to wt embryos.	16763149
AT1G15750	tpl-2	No obvious phenotype when grown at the restrictive temperature (29 degrees C) that produces the topless phenotype in the tpl-1 mutant.	16763149
AT1G15820	GT6248	"retarded growth, reduced NPQ amplitude, limited electron transport rate"	18381925
AT1G15820	SALK_077953	"retarded growth, reduced NPQ amplitude, limited electron transport rate"	18381925
AT1G15820	koLhcb6	"No change in the chlorophyll a/b ratio and no change in the content of various xanthophylls compared to wild type. Moreover, there was no difference in the extent light-induced deepoxidation of the xanthophyll cycle pigments."	17114352
AT1G15820	koLhcb6	No visible phenotype.	17114352
AT1G15820	koLhcb6	"Reduction in growth rate of the mutant plants compared with the wild type: the rate of increase in rosette diameter was slower, the average time for flowering increased by several days, and the fresh weight was lower."	
	17114352		
AT1G15820	koLhcb6	"The kinetics of NPQ formation were altered in the mutant plants compared with the wild type; in the latter, the rapid rise in NPQ was followed by a slower phase, whereas in the mutant, the slower phase was almost completely absent. The reduction in qE in the CP24-depleted plants was observed at all light intensities, with a maximum reduction of ~60% in the mutants."	17114352
AT1G15820	koLhcb6	"When the FR light is turned off in State I, the induction of State II occurs rapidly and is complete within 3 min. By contrast, in the wild type, this takes at least 10 min."	17114352
AT1G15830	SALK_074622	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT1G15830	lhcb1 lhcb6	"lhcb1 lhcb6 double mutant show ABA insensitivity than wild-type in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the double mutant lose more water than those of wild-type plants under dehydration condition, and that both young seedlings and mature plants of the double mutant have lower capacity to conserve their water during drought stress in comparison with wild-type plants. The ROS levels increase in the double mutants in comparison with wild-type plants in both the whole leaves and in guard cells. Low concentrations ABA treatments reduce ROS levels of double mutents in both whole leaves(1 to 10 &#956;M ABA application) and in guard cells(5 &#956;M ABA application)."	22143917
AT1G15830	lhcb6 cch	"lhcb6 cch double mutant shows ABA insensitivity than wild-type in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening, and the strength of the ABA insensitive phenotypes is comparable to that of the cch mutant,  stronger than that of the lhcb6 single mutant and lhcb1 lhcb6 double mutant."	22143917
AT1G15940	SALK_134878	reduction of DNA methylation	30382101
AT1G15950	CS19	"collapsed xylem, somewhat unable to grow upright, dark green leaves and slightly dwarf; somewhat reduced fertility; height = 10-12 cm."	
AT1G16010	SALK_006797.55.50.x	"Homozygote has a WT phenotype, even under conditions of Mg+ stress."	19966073
AT1G16150	wakl4-1	"Seedlings consistently show retarded root growth when grown in full- or one-half-strength MS nutrients and are hypersensitive, as assayed by a root elongation assay, to Na+, K+, Zn2+ and Cu2+."	16286448
AT1G16300	hsfA2	weaker induction of HSP70A following AZC treatment of  the hsfA2 mutant line when compared with wild-type	
	19244141		
AT1G16310	SALK_121470C	"Weaker level of ABA&#8208;mediated suppression of MeJA&#8208;induced PDF1.2 expression, lower expression of ABA-responsive marker in ABA-treated plants, and heavier M. brassicae caterpillars, as compared to Col&#8208;8."	29852537
AT1G16380	CS25427	"Osmotic adjustment and K(+) homeostasis in pollen development, survival, germination, and tube growth."	
AT1G16410	sps	"Overproliferation of shoots, increased number of meristems in leaf axils, crinkled leaves, retarded vascularization"	
AT1G16520	naip1/2/3	No gross morphological phenotypes. Reduced numbers of NIA1 marked ER bodies.	30770459
AT1G16540	CS157	"In control experiments, multiplication of the bacterial <i>cor</i> mutant (in Col and Ler) at the surface of leaves was greatly reduced compared whereas it multiplied efficiently when infiltrated directly into the apoplast (and caused typical disease symptoms incluring necrosis and chlorosis). In the surface-inoculated mutant, the bacterial <i>cor</i> mutant multiplied efficiently."	16959575
AT1G16540	CS157	"Stomata of the mutant are greatly compromised in their ability to respond to either <i>Pst</i> DC3000 or <i>Pst</i> DC300/<i>avrRpt2</i>, suggesting that ABA biosynthesis is required for stomatal closure in response to these bacteria."	16959575
AT1G16540	CS157	Stomatal closure could not be induced by the bacterial PAMP (pathogen-associated molecular pattern) molecules <i>flg2</i> (a biologically active peptide derived from flagellin) or LPS (lipopolysaccharide).	16959575
AT1G16540	CS157	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development, but relatively higher ABA content than other aba mutants; impaired in ABA biosynthesis, blocking the conversion of ABA-aldehyde to ABA; increased leaf transpiration rate, but relatively low rate of water loss than other aba mutants, which leads to a slightly wilty phenotype especially under low relative humidity and water stress; wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced seed dormancy, fresh seeds germinate at high frequency, germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	8893542
AT1G16540	CS158	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, blocking the conversion of ABA-aldehyde to ABA; slightly darker green plants; increased rate of water loss (leaf transpiration), which leads to symptoms of severe wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced growth, reduced plant size and vigor; reduced seed dormancy, fresh seeds germinate at high frequency, germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination, seeds germinate and seedlings turn green on 200 mM NaCl."	
AT1G16540	aba3-2 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G16540	aci2-1	"Defective chloroplast import.   Does not survive if grown on MS media without sucrose.   In soil, aci2-1 had a small stature with dark  green pigmentation. Rosette size was half that of the parent  line. Leaves were reduced in length and width, serrated and  fewer in number.Leaf protoplasts from had significantly more chloroplasts  per cell than the parental line.   aci2-1 also accumulated lipid droplets and large  starch grains. Chloroplasts  appeared smaller in aci2-1 than in the parental line."	
	20374530		
AT1G16570	SAIL_400_A01	"Reduced transmission through gametophytes. In unfertilized  mutant ovules, the pollen tube continues to grow inside the female gametophyte and does not release sperm cells. In the male, loss of function results in premature rupture of the pollen tube."	25919390
AT1G16570	tun-1	"tun-1/TUN heterozygous mutants 12% of ovules are unfertilized. In unfertilized ovules the pollen tubes overgrow in the FG, and do not rupture. Pollen development is normal but tun-1 pollen tubes rupture shortly after germination."	25919390
AT1G16590	KG31165	Mutant plants were moderately sensitive to UV-B irradiation than the wild type when mutant seedlings were irradiated with various doses of UV-B irradiation and grown in the light. Aerial tissue growth was inhibited by long-term UV-B irradiation.	15908599
AT1G16590	SALK_014571	Mutant plants were moderately sensitive to UV-B irradiation than the wild type when mutant seedlings were irradiated with various doses of UV-B irradiation and grown in the light. Aerial tissue growth was inhibited by long-term UV-B irradiation.	15908599
AT1G16670	SALK_004253C	Significantly enhanced freezing tolerance compared to the wild-type under both non- acclimated and cold-acclimated conditions.	28344081
AT1G16670	crpk1-2	Significantly enhanced freezing tolerance compared to the wild-type under both non- acclimated and cold-acclimated conditions.	28344081
AT1G16720	CS309796	High chlorophyll fluorescence.  Not able to grow photoautotrophically on soil but could be maintained on sucrose-supplemented medium (did not develop any fertile flowers).  Impaired photosystem II.	17435084
AT1G16720	hcf173-1	High chlorophyll fluorescence.  Not able to grow photoautotrophically on soil but could be maintained on sucrose-supplemented medium (did not develop any fertile flowers).  Impaired photosystem II.	17435084
AT1G16860	shou4-3 shou4l-1	Few underdeveloped root hairs at seedling stage; roots grow with slight twist; dwarf with small rosette and inflorescence; cells in inflorescence stem are smaller and have thinner cell walls; papillae on stigma are underdeveloped; partial infertility; reduced sensitivity to isoxaben; increased levels of cellulose in seed mucilage; elevated levels of amorphous cellulose; increased rate of exocytosis.	30245104
AT1G16970	ku70	Hypersensitive to ionizing radiation and chemical mutagens	12032094
AT1G16970	ku70 tert	"In contrast to the ku70 mutant, which undergo telomerase-dependent expansion to more than twice the normal length in a single generation, the ku70 tert double mutant displays accelerated telomere shortening and a precocious onset of genome stability."	
	17627276		
AT1G16970	pot1-1 ku70	"The mutants failed to elongate their telomeres, and exhibited a heterogeneous profile of TRF products similar to that seen in ku70 tert."	17627276
AT1G16970	pot1-1 ku70 tert	Same degree of telomere shortening as in the pot1 ku70 and ku70 tert double mutants.	17627276
AT1G17060	chi-2	"chi2 mature plants exhibit phenotypic features such as dwarfism, reduced male fertility and dark green, rounded epinastic leaves. Hypocotyl elongation of de-etiolated chi2 mutant seedlings grown under dim far-red light was severely inhibited. In darkness, chi2 plants were significantly shorted than wild-type plants, with apical hooks opening in the dark. Under monochromatic red, blue and far-red lights, the mutant retained the ability to respond to light, while both responsiveness and sensitivity of the response appeared to be increased. The phenotype was rescued by exogenous application of brassinolide."	
AT1G17060	cyp72c1-1	Longer hypocotyls in light and dark conditions.	
AT1G17060	shk-D	"Dwarf plants with short hypocotyls in light and dark. Plants have dark green leaves with rounded blades, short stems and internodes,reduced apical dominance and delayed senscence. Seeds are smaller (shorter) that non- mutant siblings.  Mutants have reduced levels of endogenuos brassinosteroids."	15773850
AT1G17060	sob7-1/bas1-2	"Double mutant of BAS1 and SOB both of which are null alleles. Less responsive to light as measured by hypocotyl elongation and enhanced cotyledon expansion in red, blue and far red light meaning they are less responsive. Early flowering. Increased levels of 6-deoxotyphasterol and cataseterone, which are products of the brassiolide pathway."	15773851
AT1G17065	cyp72c1-1	Longer hypocotyls in light and dark conditions.	
AT1G17065	sob7-1/bas1-2	"Double mutant of BAS1 and SOB both of which are null alleles. Less responsive to light as measured by hypocotyl elongation and enhanced cotyledon expansion in red, blue and far red light meaning they are less responsive. Early flowering. Increased levels of 6-deoxotyphasterol and cataseterone, which are products of the brassiolide pathway."	15773851
AT1G17070	rrd4	Defect of dedifferentiation	
AT1G17110	CS70773	ubp15-1 mutant phenotype rescued.	
AT1G17110	CS70774	ubp15-1 mutant phenotype not rescued.	
AT1G17110	CS860101	Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT1G17110	CS860102	Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT1G17110	CS860120	"The phenotype of ubp15-2 ubp16-1 is similar to that of the ubp15-2 mutant (CS860102), but more severe, with more extreme narrow rosette leaves, smaller flowers, aborted siliques, dwarf plants."	
AT1G17110	CS860121	The phenotype of the double mutant ubp15-1 ubp17-1 is similar to that of the ubp15-1 mutant (CS860101). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT1G17110	CS860122	The phenotype of ubp15-2 ubp17-2 is similar to that of the  ubp15-2 mutant (CS860102). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT1G17110	CS860124	"Phenotype similar to that of the double mutant ubp15-1 ubp16-1; similar but more severe than the phenotype of the ubp15-1 mutant (CS860101), with more extreme narrow rosette leaves, smaller flowers, aborted siliques, dwarf plants."	
AT1G17110	ubp15-1	"ubp15-1 mutants exhibit several anatomical defects related to leaf, root, flower, stem, and silique development. Notably, rosette leaves are narrow and serrated. An examination of ubp15-1 leaf cross-sections reveals a reduction in the number of adaxial epidermal and palisade cells spanning the width of the leaf. ubp15-1 mutant leaves also have fewer spongy cell layers than wild type leaves. The aberrant phenotype of this mutant is exacerbated when it is crossed with ubp16-1."	18485060
AT1G17170	gst	"As for the root growth assay, the root elongation of both the mutant and the wild-type was inhibited at lower concentrations of TNT than 2,6-DNT. In addition, there was no statistically significant difference of the root elongation between the gst mutant and the wild-type exposed to different concentrations of 2,6-DNT and TNT from t-test."	
	17368510		
AT1G17170	gst	"The plants took up TNT faster than 2,6-DNT. Over 99% of the initial concentration of TNT was removed by the plants after 1 d whereas 30% was removed for 2,6-DNT at the same period of time."	17368510
AT1G17220	fug1-1/var2-2	Double mutant suppresses leaf variegation due to  var2 loss of function. First leaves are smaller with reduced cell size.	17416734
AT1G17220	fug1-2	Segregates for embryo lethal (3wt:1emb). Homozygotes are not viable.	17416734
AT1G17220	fug1-3/var2-1	Double mutant suppresses leaf variegation due to var2 loss of function. First leaves are smaller with reduced cell size.	17416734
AT1G17240	CS65433	No visible phenotype.	
AT1G17250	CS65434	No visible phenotype.	
AT1G17250	CS65435	No visible phenotype.	
AT1G17255	CS65434	No visible phenotype.	
AT1G17260	CS2105585	pale brown seeds	
AT1G17280	atubc32/atubc33/atubc34	"Increased tolerance to drought stress, ABA sensitivity to stomatal movement."	30193177
AT1G17290	CS860067	"Reduced plant growth when grown on media containing alanine as the nitrogen source, utilizing  alanine less efficiently than wild-type plants; over a period of hypoxic stress and during the subsequent recovery, plants accumulate more alanine than wild-type plants during the early phase of hypoxia, and the decline in accumulated alanine is delayed during the post-hypoxia recovery period."	
AT1G17290	SALK_107662C	"plants appear normal under normal growth conditions. When grown on low-nitrogen medium with alanine supplementation, the mutant plants showed reduced growth."	17319845
AT1G17440	CS3865	"increased sensitivity to cytokinin, callus growth in tissue culture exhibit typical cytokinin responses including rapid proliferation and chloroplast development in response to lower levels of cytokinins than in the wild type; short inflorescences and primary roots when grown in soil."	
AT1G17440	eer4	Roots are extremely curled.   Dark-grown seedlings are hypersensitive to ethylene. Extreme hypocotyl shortening is observed when grown on 100ul /L ethylene.	
	17526916		
AT1G17440	eer4; ctr1-3	Extreme hypocotyl shortening when grown in the dark. Much smaller than either of the single mutants. Plants die at or near the time at which they flower.	17526916
AT1G17440	eer4; ein3-1	eer4 partially restores the ethylene responsiveness to the ein3-1 mutant. Exposure of the eer4;ein3-1 mutant to saturating levels of ethylene results in moderate hypocotyl inhibition along with the generation of a pronounced apical hook.	17526916
AT1G17440	eer4;ein2-5	Identical to the ein2-5 single mutant.There is no noticeable effect on hypocotyl length of dark grown plants supplemented with ethylene.	17526916
AT1G17560	CS68695	"Female-sterile, integuments mostly absent, ovules senesce prior to full development, small gynoecium, short stamens, reduced male fertility, Reduced germination frequency. Reduced plant vigor."	
AT1G17560	hll	Abnormal ovule development	
AT1G17580	SALK_019031C	"There are no obvious defects in the aerial tissues, roots, or root hairs of xi-1 mutant plants grown under normal conditions. There are also no obvious defects in organelle trafficking, except for a slight effect on peroxisome movement. Double mutant analysis reveals a greater role for XI-1 in organelle movement and plant development (see xik-2/xi-1)."	18178669
AT1G17580	SALK_077953	"retarded growth, reduced NPQ amplitude, limited electron transport rate"	18381925
AT1G17580	xi-k / xi-1	"The xi-k / xi-1 double mutant plants are shorter and have smaller rosettes than wild type plants. Their reduced leaf size results from decreased cell size and decreased cell number. These double mutants produce fewer seeds per silique than wild type plants. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~35% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT1G17610	CS3097	"rosette leaves become chlorotic, wilt and die after more than 3 days exposure to chilling temperatures in the range of 18-10C and can not be rescued after this time by a return to the normal growth temperature; altered steryl-ester metabolism; defective in chloroplast protein accumulation at low temperatures."	
AT1G17610	CS6252	"rosette leaves become chlorotic, wilt and die after more than 3 days exposure to chilling temperatures in the range of 18-10C and can not be rescued after this time by a return to the normal growth temperature; defective in chloroplast protein accumulation at low temperatures."	
AT1G17615	exo70B1-3 /tn2-1	"Mutation in TN2 fully suppresses exo70B1- associated phenotypes, including spontaneous cell death."	25617755
AT1G17630	SALK_017325C	Suppressor of C17  growth inhibition. C17 is a cellulose biosynthesis inhibitor.	27543091
AT1G17760	cstf77-2	female gametophyte lethal	19965720
AT1G17780	ati3a ati3b	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT1G17780	ati3a ati3b ati3c	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT1G17780	atia atib	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT1G17850	SALK_009101C	Higher trypsin activity. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G17860	SALK_009101C	Higher trypsin activity. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G17860	SALK_115805C	Higher trypsin activity. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G17920	CS69195	Three cotyledons. Fused cotyledon. Delayed development.	
AT1G17920	CS924406	Small rosettes; slow growth; wide leaves; somewhat dark-green-opaque plants; disrupted phyllotaxy; short internodes; siliques perpendicular to stems; short siliques; good fertility; somewhat short plants; average height = 33 cm.	
AT1G17920	SALK_127261C	"Reduced LAS (LATERAL SUPPRESSOR) expression, defective cotyledon development with incomplete penetrance, including tricots and partially fused cotyledons. Alterations of leaf phyllotaxy and sometimes leaf fusion."	25358340
AT1G17920	hdg11-1 hdg12-2	Obvious enhancement of the excess branching phenotype of the hdg11-1 trichome.	16778018
AT1G17920	hdg11-2  hdg12	"Although ectopic overexpression of HDG11 causes increased drought tolerance, there is no evidence for reduced drought tolerance in hdg11-2 hdg12 double mutants. The mutants have a wild type appearance, with the exception of having increased trichome branching."	18451323
AT1G18080	CS68986	"Developmental defects in both seedlings and mature plants, including hypocotyl and cotyledon growth, and reduced number of rosette leaves compared to wildtype. Smaller rosette, late flowering (especially in short-day conditions), shorter primary root growth and fewer lateral roots compared to wildtype. Altered sensitivity to hormones such as gibberellic acid (GA), brassinolides (BR), and abscisic acid (ABA) in seed germination and early seedling development, and auxin in root formation."	
AT1G18080	CS68987	"Developmental defects in both seedlings and mature plants, including hypocotyl and cotyledon growth, and reduced number of rosette leaves compared to wildtype. Smaller rosette, late flowering (especially in short-day conditions). Altered sensitivity to hormones such as gibberellic acid (GA), brassinolides (BR), and abscisic acid (ABA) in seed germination and early seedling development, and auxin in root formation."	
AT1G18080	CS68992	"Enhanced rack1a-1 phenotype resulting in the following: reduced number of rosette leaves, smaller rosette size, shorter primary root growth and fewer lateral roots compared to both wildtype and rack1a-1 single mutants."	
AT1G18080	CS68993	"Enhanced rack1a-1 phenotype resulting in the following: reduced number of rosette leaves, smaller rosette size, shorter primary root growth and fewer lateral roots compared to both wildtype and rack1a-1 single mutants."	
AT1G18080	CS69886	"Hypersensitivity to glucose. Reduced number of rosette leaves, late flowering. "	
AT1G18080	CS69887	"Hypersensitivity to glucose. Reduced number of rosette leaves, late flowering. "	
AT1G18080	CS69888	No visible phenotype	
AT1G18080	CS69889	No visible phenotype	
AT1G18100	mft-2	Decreased rate of germination in the presence of ABA.	20551347
AT1G18100	mft-3	Decreased germination when grown in the presence of ABA.	20551347
AT1G18260	SALK_109430C	Endoplasmic reticulum (ER)-associated degradation process is blocked and the unfolded protein response is activated in ebs5-5 mutant.	21187394
AT1G18330	SAIL_195_F11 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT1G18350	bud1	"bud1 plants develop significantly fewer  lateral roots, simpler venation patterns, and a quicker and greater curvature in the gravitropism assay. In addition, the bud1  plants have shorter hypocotyls at high temperature (29C) under light, which is a characteristic feature of defective auxin  action. Determination of tritium-labeled indole-3-acetic acid transport showed that the increased expression of MKK7 in bud1  or the repressed expression in MKK7 antisense transgenic plants causes deficiency or enhancement in auxin transport,  indicating that MKK7 negatively regulates polar auxin transport."	16377756
AT1G18370	hik	"Cytokinesis defects, seedling lethal"	
AT1G18390	SALK_151401C	Hypersensitive to drought stress. Decreased sensitivity to ABA treatment during germination.	25533478
AT1G18390	lrk10l1-2/lrk10l1-2	Flowers 3 days later than wild type. Hypersensitive to drought stress. Decreased sensitivity to ABA treatment during germination.	25533478
AT1G18400	CS923801	No visible phenotype.	
AT1G18415	SALK_013699	Lower malate exudation; lower P uptake lower under low P conditions.	30239977
AT1G18420	SALK_013699	Lower malate exudation; lower P uptake lower under low P conditions.	30239977
AT1G18420	atalmt3-2	Lower root fresh weight; lower malate concentrations in root.	30239977
AT1G18430	SALK_013699	Lower malate exudation; lower P uptake lower under low P conditions.	30239977
AT1G18440	SALK_013699	Lower malate exudation; lower P uptake lower under low P conditions.	30239977
AT1G18450	arp4	"arp4-1 mutation causes partial sterility. Homozygous mutants had poorly developed siliques with a few or no seeds, compared with heterozygous mutant or wild type siliques that were fully filled with seeds. Flowers on the homozygous sterile plants were often slightly smaller and open for considerably longer periods than wild type, and a majority of them (80 to 90%) remained unfertilized. Otherwise, mutant plants revealed only mild very morphological and developmental phenotypes. The anthers from the sterile plants were often smaller, more heart shaped, and contained fewer pollen grains compared with wild type anthers, which were somewhat oblong and fully filled with pollen In addition, the mutant pollen grains were slightly larger than wild type. Because the mutant stamens often had shorter filaments than the wild type self-pollination was seldom efficient. However, upon manual pollination, pollen from the homozygous mutant plants germinated on self or wild type stigmas and produced fertile seeds, indicating that the mutant pollen grains, although larger, were viable. When homozygous mutant plant was pollinated with wild type pollen, the cross-pollination resulted in near normal development of siliques and production of seeds suggesting that the female development was not affected by the arp4-1 mutation. Sterility in the homozygous mutant plants is the result of production of fewer pollen and inefficient self-pollination. Mutant plants had a 35 to 40% reduction in the amount of AtARP4 protein compared with wild type."	15743449
AT1G18500	CS69733	Two-week-old mutant seedling has increased free Leu and decreased free Val. Mutant seed has increased free Ile and Leu. Reduced seed germination after 1-2 years in storage.	
AT1G18500	CS69734	Two-week-old mutant seedling has increased free Leu and decreased free Val. Mutant seed has increased free Ile and Leu. Reduced seed germination after 1-2 years in storage.	
AT1G18500	CS69735	No visible phenotype	
AT1G18500	CS69736	No visible phenotype	
AT1G18500	CS69741	Increased free Val in two week-old seedlings.	
AT1G18500	CS69742	Increased free Val in two week-old seedlings.	
AT1G18500	CS69747	Smaller rosette compared to wild-type Col-0. Two-week-old mutant seedling has increased free Leu and Ile as well as increased Leu/Val ratio.	
AT1G18500	CS69748	Smaller rosette compared to wild-type Col-0. Two-week-old mutant seedling has increased free Leu and Ile as well as increased Leu/Val ratio.	
AT1G18500	CS69749	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs. Leu/Val ratio is increased.	
AT1G18500	CS69752	Double heterozygous F1 seedling (two-week-old) shows increased free Ile and Leu. Seedling free Val is decreased.	
AT1G18500	CS69753	Double heterozygous F1 seedling (two-week-old) shows increased free Ile and Leu. Seedling free Val is decreased.	
AT1G18500	SALK_101771	IPMS1 mutants grew somewhat slower and had undulated leaves that tended to be slightly chlorotic. Showed an increase in the content of the aliphatic amino acid Val.	
	17189332		
AT1G18570	CS924242	Small rosettes; slow growth; bright yellow--green rosettes; leaf margins slightly serrated; light-green plants; average height = 40 cm.	
AT1G18570	SALK_059765	compromised in indolic glucosinolate biosynthesis.	17461791
AT1G18570	hig1-1D	Increased production of glucosinolates. No visible phenotype.	
AT1G18620	lng3/4	Reduced leaf and petiole size. Small rosettes. Reduced stem and silique length.	29616436
AT1G18620	lngq	Reduced leaf and petiole size. Reduced stem and seed length.  Reduced cell elongation in longitudinal direction.	29616436
AT1G18660	SALK_093498C	Increased resistance to Pto DC3000.	29958083
AT1G18660	SALK_119141C	Increased resistance to Pto DC3000.	29958083
AT1G18730	SALK_056498C	Impaired NAD(P)H dehydrogenase activity	18535009
AT1G18740	SALK_019913C	Increased sensitivity to freezing.	31297122
AT1G18750	CS66251	No visible phenotype.	
AT1G18750	CS66253	Reduced seed set due to decreased pollen viability and other pollen defects.	
AT1G18800	SALK_030348	mutants did not show any phenotype under in vitro culture and greenhouse growth conditions.	17122067
AT1G18800	nrp1-1 nrp2-1	"Double mutant plants showed a short-root phenotype: roots grew like the wild-type roots until 6 d after germination (DAG). However, after 7 DAG, the elongation of the double mutant roots was dramatically reduced compared with the wild-type roots. The aerial organs (leaves, rosettes, inflorescences, flowers, fruits, and embryos) developed normally in the double mutant plants."	
	17122067		
AT1G18870	SALK_073287C	Phenotype not described.	16617180
AT1G18870	SALK_093782	"no visible phenotype. Mutant seeds displayed reduced germination rates. A modest but significant decrease of 5-CH3-PteGlu(n) and 5-CHO-PteGlu(n) (by 11 and 33%, respectively) was observed in dry seeds of the mutant as compared with the wild-type, resulting in a decrease in total folate content by 11%"	
	17289662		
AT1G18870	ics1 ics2	Defective in phylloquinone biosynthesis.	16617180
AT1G18870	ics1 ics2:ICS2	Contains about 18% of wild-type phylloquinone content but 50-70% of wild-type PSI activity.	16617180
AT1G18890	CS69946	"Embryo lethality of cpk10 cpk30 double mutant is rescued by the CPK10(M141G) gatekeeper residue inducible mutation, in which the CPK10 kinase function can be reversely inhibited by 3MBiP. Reduced expression of primary nitrate-responsive genes in the presence of 3MBiP, without displaying a visible phenotype in plant growth supported by nitrate."	
AT1G18890	CS69947	"Reduced expression of primary nitrate-responsive genes, correlated with impaired nitrate-stimulated system-wide shoot growth and root establishment in the presence of 3MBiP."	
AT1G18890	CS69949	"Reduced expression of primary nitrate-responsive genes, without displaying a visible phenotype in plant growth supported by nitrate."	
AT1G18910	btsl1-1 btsl2-2	"When grown in Fe limiting conditions double mutant plants are less chlorotic than wild type. When grown with excess Fe, growth was significantly impaired compared to wild type or  btsl single mutants, this is associated with a 2-fold accumulation of Fe in the shoots."	31413196
AT1G18940	CS69764	No visible phenotype	
AT1G19100	CS69845	"Supression of silencing reflected in the release of the GFP fluorescence, particularly in the shoot apical meristem after appearance of rosette leaves. Reduced DNA methylation of the enhancer region of the GFP target construct (T) and the downstream region. Increased histone H3 acetylation and decreased H3K9me2 compared to the T+S plant. "	
AT1G19120	lsm1a lsm1b	Retarded germination. Alterations in cotyledon shape and venation. Serrated rosette leaves with reduced area and petiole lenght. Reduced root length and number of secondary roots. Early flowering under short-day. Lost of apical dominance. Shorter siliques with fewer seeds.	23221597
AT1G19220	CS24617	The primary roots of the mutant produce as many lateral roots as the wild type.	15659631
AT1G19220	CS24617	"When seedlings are grown vertically under dark conditions, the mutant has a normal gravitropic response."	
	15659631		
AT1G19220	CS24617	"no obvious auxin-related growth phenotype, but roots show mild auxin resistance"	15659631
AT1G19220	CS24618	"no obvious auxin-related growth phenotype, but roots show mild auxin resistance"	15659631
AT1G19220	CS24625	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24625	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24625	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24625	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24625	nph4-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	15659631
AT1G19220	CS24626	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24626	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24626	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24626	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24626	nph4-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	15659631
AT1G19220	CS24627	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24627	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24627	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24627	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24627	msg1-2 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT1G19220	CS24628	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24628	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24628	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24628	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24628	msg1-2 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT1G19220	CS24629	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24629	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24629	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24629	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24629	arf7-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT1G19220	CS24630	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT1G19220	CS24630	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT1G19220	CS24630	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT1G19220	CS24630	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT1G19220	CS24630	arf7-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT1G19220	arf19-101	Long hypocotyl and elongated primary roots when germinated and grown on MS with sirtinol in darkness.  Auxin resistant in both light and dark.  Roots are less sensitive to the ethylene precursor ACC than wt roots.	16461383
AT1G19220	arf7-201 arf19-101	"Dark grown seedlings on sirtinol have both long primary roots and long hypocotyls.  More resistant to 2,4-D and IAA than single mutants in both light and dark.  The ethylene resistant root phenotype of arf19-101 is enhanced by arf7-201."	16461383
AT1G19250	SALK_026163	Loss of RPP2 resistance without effect on salicylic acid accumulation; increased susceptibility to virulent Pseudomonas syringae infection.	16531493
AT1G19270	SALK_054295	WT phenotype under normal growth conditions	18483219
AT1G19270	SALK_110232	WT phenotype under normal growth conditions	18483219
AT1G19270	SALK_126092	WT phenotype under normal growth conditions	18483219
AT1G19270	da1-1	"Increased seed and organ size. Seed mass increased to 132% of WT. Increased seed and ovule volume. Increased cotyledon area. Increased embryo size. Increased total seed yield per plant.Increased integument size. Large flowers with extra petals and carpels. Enlarged, somewhat flattened siliques. Round, large leaves. Thick stems.   All organs have more cells than WT, but cell size is the same as WT.   Longer lifespan than WT."	18483219
AT1G19300	CS16279	"Dark-green leaves; reduced plant stature; reduced size of all organs, including leaves, floral organs and fruits (the size reduction of all organs is due to the reduction of both cell size and cell number). Morphology of young seedlings is indistinguishable compared to wild type, including the size of cotyledons and the length of roots; the earliest difference in leaf size and leaf color is detected when the first pair of rosette leaves is expanding  at a time when photoassimilates are transported from the cotyledons to new leaves. Reduced fertility (caused in part by a severe reduction of pollen grains at higher temperature); temperature sensitive: at 23C, plants produce small siliques containing a few seeds each, whereas at 28C, plants are completely sterile."	
AT1G19300	parvus	"At flowering, the mutants  achieve a rosette diameter ca. 30% that of wild-type  plants and an inflorescence stem height ca. 20% that  of wild-type plants"	15010604
AT1G19300	parvus	Flowers are also significantly smaller than wild-type ones and have anthers that are almost completely non-dehiscent and fail to extend above the level of the stigma in fully open flowers.	
	15010604		
AT1G19300	parvus	"No differences with respect to the frequency or timing of germination on soil, either in full light or in total darkness, and the rate and extent of hypocotyl elongation in dark-grown parvus seedlings are indistinguishable from that of wild-type seedlings."	
	15010604		
AT1G19300	parvus	"Pollen grains from mutant anthers showed less than 0.5% germination in vitro in pollen growth medium, compared with 7% germination for wild-type Ler pollen."	
	15010604		
AT1G19300	parvus	Seed set is greatly reduced in parvus plants  and most siliques either fail to develop or contain few (3-10) seeds.	15010604
AT1G19300	parvus	"The phenotype of the parvus mutant is almost indistinguishable from that of wild-type plants when grown in vitro on agar. However, when grown in soil, parvus mutants are distinguished from wild-type plants after about 3 weeks due to their slightly narrower, darker green leaves."	
	15010604		
AT1G19300	parvus	"pavement cells, stomatal guard cells and trichomes, on the adaxial and abaxial surface of mature mutant leaves are morphologically indistinguishable from those of wild-type leaves but are smaller in the parvus mutant (ca. 60% of wild type)"	
	15010604		
AT1G19330	afr1-1 afr2-1	Increased methylation (H3ac) levels at the CCA1 and PRR9 loci.	30833956
AT1G19350	CS65988	"Long and bending leaf petioles, curly leaves and early senescence phenotype. Hypersensitive to brassinolide (BL). Insensitive to brassinazole (BRZ), an inhibitor of BL biosynthesis."	
AT1G19520	CS25404	Defective in fusion of the polar nuclei during female gametophyte development.	
AT1G19800	tgd1	Disruption in ER-derived thylakoid lipids	
AT1G19800	tgd1-1	"Compared to the wild type, mutant plants were consistently smaller and slightly pale, as was observed for the tgd1-1 mutants. Chlorophyll contents (Chlorophyll per gram of fresh weight) were reduced to a similar extent in the tgd1-1 and tgd2-1 mutants. Mutant plants had aberrant accumulation of oligogalactolipids and triacylglycerols; this was consistent with a disruption of the import of ER-derived lipids into the plastid."	16818883
AT1G19800	tgd1-1	"reduced growth, 50% of the seeds are aborted at the embryo heart stage, the seed chloroplasts have reduced galactolipids, and that the galactolipids have reduced 18-carbon fatty acids, leaves accumulate trigalactosyldiacylglycerol, triacylglycerol and phosphatidate"	16199613
AT1G19835	SAIL_403_D02	Reduced trichome branching.	27768706
AT1G19835	SALK_078664	Reduced trichome branching.	27768706
AT1G19850	CS24605	fails to form root meristem and normal cotyledons	
AT1G19850	CS8147	"basic body structures such as hypocotyl, radical and root meristem are missing; seedling essentially consists of an apical piece of axis, including the cotyledons and the shoot meristem; the number of cotyledons varies, from two to one with intermediate forms and different degrees of fusion; a variable proportion of seedlings lack a shoot meristem."	
AT1G19890	CS110393	No visible phenotype.	16262706
AT1G19900	CS72222	Larger seed coat mucilage halo than wild-type Col-2. Seed coat epidermal cells detach from the surface and surround mucilage. Mucilage cellulosic rays collapsed. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72223	Suppressed mum2 seed coat mucilage extrusion defect. Larger mucilage halo than wild-type Col-2. Seed coat epidermal cells detach from the surface and surround mucilage. Mucilage cellulosic rays collapsed. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72224	Seed coat epidermal cells detach from the surface and surround mucilage.	
AT1G19900	CS72225	Suppressed mum2 seed coat mucilage extrusion defect. Seed coat epidermal cells detach from the surface and surround mucilage.	
AT1G19900	CS72226	Seed coat epidermal cells detach from the surface and surround mucilage. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72227	Suppressed mum2 seed coat mucilage extrusion defect. Seed coat epidermal cells detach from the surface and surround mucilage. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72228	Seed coat epidermal cells detach from the surface and surround mucilage. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72229	Suppressed mum2 seed coat mucilage extrusion defect. Larger mucilage halo than wild-type Col-0. Seed coat epidermal cells detach from the surface and surround mucilage. Mucilage cellulosic rays collapsed. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT1G19900	CS72230	Suppressed bxl1 seed coat mucilage extrusion defect. Seed coat epidermal cells detach from the surface and surround mucilage.	
AT1G19900	CS72231	No seed coat mucilage extrusion in water.	
AT1G19950	cvp1	"Discontinuous cotyledon pattern, altered siliques"	
AT1G20090	SALK_055328C	stomata open faster and the extent of aperture increase is larger in response to light	18178769
AT1G20200	CS16320	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; strong, but not complete impact on pollen function; short pollen tube growth, failing to exit the style."	
AT1G20330	CS69206	"Aberant vascular patterning phenotype in the cotyledons, specifically a discontinuous venation pattern, reduction of vein loops, and thicker veins. Additional phenotypes include: Smaller, spoon-shaped cotyledons and retarded growth with a compact rosette composed of small vegetative leaves that fail to expand to wildtype size. Reduced plant height and apical dominance, delayed flowering time and senescence; serrated floral organs, shorter siliques and reduced fertility."	
AT1G20330	CS69209	"Homozygous double mutants have the following phenotypes: discontinuous cotyledon vein pattern, enhanced epinasty with rounded, curved cotyledons, changes in sterol composition, defective root growth, bushy appearance due to retarded growth, reduced stature, excessive branching and loss of apical dominance, floral defects including homeotic floral transformations, short siliques and poor seed yield."	
AT1G20330	frl1	Serrated petals and sepals.  Fertility is 40% that of wildtype.	15737981
AT1G20340	pete2-1.1	Lower biomass than WT. Delayed bolting. Reduced copper accumulation.	19084994
AT1G20450	SALK_087789C	Under low temperature growth conditions (12C with continuous low light) comparison of SALK_087789C to Columbia wildtype resulted in significantly more rosette growth in the mutant (P<0.0001; rosette diameter  3.07cm:2.38cm).	
AT1G20480	CS65802	No visible phenotype.	
AT1G20480	CS65803	No visible phenotype.	
AT1G20490	CS65798	No visible phenotype.	
AT1G20500	CS65796	No visible phenotype.	
AT1G20500	CS65797	No visible phenotype.	
AT1G20510	CS65801	reduced levels of JA	
AT1G20560	CS65809	No visible phenotype.	
AT1G20700	pst13645	"Reduced fertility, short siliques and aborted seeds. Late flowering. Reduced number of lateral roots.Short stamens."	18950478
AT1G20820	SALK_015389	defective in chloroplast division	19135368
AT1G20830	SALK_015389	defective in chloroplast division	19135368
AT1G20830	mcd1-1	defective in chloroplast division	19135368
AT1G20840	tmt1::tDNA1	No variation in sucrose content of leaves placed under both normal temperature or cold treatment (24h) compared to wild type leaves.	17158605
AT1G20840	tmt1::tDNA1	No visible phenotype.	17158605
AT1G20840	tmt1::tDNA1	"Slight reduction (~30%) of glucose and fructose contents in leaves, whereas sucrose content is similar to that of wild type under normal growth conditions."	17158605
AT1G20840	tmt1::tDNA1	The vacuoles of this mutant exhibit a substantially reduced capacity to import glucose.	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA	"Although no variation in sucrose content of leaves placed under normal temperature conditions compared to wild type leaves, a substantial decrease in sucrose content was observed when the plants were placed under cold treatment (24h)."	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA	No visible phenotype.	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA	"Under cold treatment (24h), the decrease in glucose and fructose content in leaves is more drastically reduced compared to that of wild type and even that of the tmt1 single mutants."	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA	"Under normal growth temperature conditions, the double mutant leaves' content in glucose and fructose is slightly reduced (~30%) in a similar fashion to that observed with the tmt1 single mutants."	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Although no variation in sucrose content of leaves placed under normal temperature conditions compared to wild type leaves, a substantial decrease in sucrose content was observed when the plants were placed under cold treatment (24h)."	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	No visible phenotype.	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	The vacuoles of this mutant exhibit a substantially reduced capacity to import glucose.	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under cold treatment (24h), the decrease in glucose and fructose content in leaves is more drastically reduced compared to that of wild type and even that of the tmt1 single mutants."	17158605
AT1G20840	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under normal temperature conditions, a substantial reduction in glucose and fructose contents in leaves is observed compared to wild type, and even the single tmt1 and double tmt1/tmt2 mutants."	17158605
AT1G20840	tmt1::tDNA2	No variation in sucrose content of leaves placed under both normal temperature or cold treatment (24h) compared to wild type leaves.	17158605
AT1G20840	tmt1::tDNA2	No visible phenotype.	17158605
AT1G20840	tmt1::tDNA2	"Slight reduction (~30%) of glucose and fructose contents in leaves, whereas sucrose content is similar to that of wild type under normal growth conditions."	17158605
AT1G20840	tmt1::tDNA2	The vacuoles of this mutant exhibit a substantially reduced capacity to import glucose.	17158605
AT1G20870	idm3-4	Higher levels of DNA methylation than in wild type.	25684209
AT1G20900	oresara7-1D	"Delayed leaf  senescence, slightly shorter petioles, round and enlarged  leaves, an increased number of inflorescences, a late flowering  phenotype and increased biomass."	
	17971039		
AT1G20910	arid2/3/4	Seedling lethal. Triple mutants arrest at cotyledon stage.	30104406
AT1G20970	CS923450	No visible phenotype.	
AT1G20980	fbr6	"Mutants are resistant to fumonisin B1.  In the absence of FB1, the plants have elongated petioles and enhanced leaf margin serration.  Plants appear to undergo early vegetative phase change."	15703061
AT1G21270	wak2-1	"On pond water without sucrose, most  wak2-1 seedlings arrested or slowed growth.  The wak2-1 seedlings were significantly (P < 0.001) shorter  than wild-type, with the roots being affected more than the  hypocotyls. Arrest of  wak2-1 on pond water was rescued by the addition of 60 mM sucrose,  fructose or glucose, but not sorbitol or mannitol. When grown in the dark for 3 weeks on soil, wak2-1 plants have less hypocotyl extension than wild type. wak2-1 affects the rate of cell elongation in roots.  than the wild-type"	16623892
AT1G21310	rsh	"rsh embryos are defective morphologically, has  irregular cell shape and size. rsh mutant is a germination-defective agravitropic mutant with severely defective root, shoot, and hypocotyl. Roots of rsh homozygous seedling showed disorganized cells with severely abnormal shapes in the epidermis, ground tissue, vascular tissue, and root cap"	
AT1G21400	CS68924	"High levels of free branched-chain amino acids in leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G21400	CS68925	"High levels of free branched-chain amino acids in leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G21400	CS68929	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G21400	CS68930	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G21410	skp2a	Defect in protein degradation.	
AT1G21410	skp2a	Phenotype not described.	
AT1G21410	skp2a	"The mutant does not have any obvious defects and a KRP1:GUS fusion protein is not stabilized in this line, nor in a skp2a / skp2b double mutant. But, over-expression analyses suggest that SKP2b, but not SKP2a, may be involved in regulating KRP1 stability."	
AT1G21529	SAIL_813_G12	Homozygous lines show increased drought and salt tolerance and increased sensitivity to ABA.	28887353
AT1G21530	CS65819	No visible phenotype.	
AT1G21540	CS65818	No visible phenotype.	
AT1G21610	SALK_090109C	"When plants were wounded by tweezing twice, one week apart,comparison of SALK_090109C to Columbia resulted in significantly less shoot biomass (P=0.049) and significantly more root biomass (P=0.01) in the mutant plants.  There was no significant difference in growth between mutant and wild type upon comparison of growth curves."	
AT1G21630	SALK_092023	"Male sterile, mutant does not transmit through the pollen."	24529374
AT1G21700	atswi3c-1	"Delayed development,semi-dwarf growth habit, and formation of aberrant rosettes.  The rosette and cauline leaves are severely twisted along the proximodistal axis, leading to a downward curvature of the lateral edges toward the abaxial leaf surface. Cross sections of leaves showed an increased protrusion of mesophyll cell files around the vascular bundles.  The root system is greatly reduced, because elongation of primary roots is inhibited. Seedlings develop several side roots and secondary root branches."	
	16055636		
AT1G21750	SALK_015253C	"Increased root elongation, dry weight, and proline accumulation."	26240315
AT1G21750	SALK_136642C	"Increased root elongation, dry weight, and proline accumulation."	26240315
AT1G21760	fbp7-1	"Although the yeast homolog of AtFBP7 is reported to bind to eEF-2, the steady state levels of eEF-2 are not altered in fbp7 mutants under normal temperature conditions, or in response to heat or cold stress."	17240087
AT1G21760	fbp7-2	"This mutant does not show any obvious growth defects under normal conditions or in responses to some phytohormone or stress treatments. Although the yeast homolog of AtFBP7 is reported to bind to eEF-2, the steady state levels of eEF-2 are not altered in fbp7 mutants under normal temperature conditions, or in response to heat or cold stress. However, there is a reduction in protein synthesis in the fbp7 mutant under heat stress and cold stress. Wild type levels of protein synthesis are observed at room temperature."	
AT1G21760	fbp7-3	"This mutant does not show any obvious growth defects under normal conditions or in responses to some phytohormone or stress treatments. Although the yeast homolog of AtFBP7 is reported to bind to eEF-2, the steady state levels of eEF-2 are not altered in fbp7 mutants under normal temperature conditions, or in response to heat or cold stress. However, there is a reduction in protein synthesis in the fbp7 mutant under cold stress."	
AT1G21760	fbp7-4	"This mutant does not show any obvious growth defects under normal conditions or in responses to some phytohormone or stress treatments. Although the yeast homolog of AtFBP7 is reported to bind to eEF-2, the steady state levels of eEF-2 are not altered in fbp7 mutants under normal temperature conditions, or in response to heat or cold stress. However, there is a reduction in protein synthesis in the fbp7 mutant under cold stress."	
AT1G21760	fbp7-5	"Although the yeast homolog of AtFBP7 is reported to bind to eEF-2, the steady state levels of eEF-2 are not altered in fbp7 mutants under normal temperature conditions, or in response to heat or cold stress."	17240087
AT1G21840	ureF-1	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT1G21840	ureF-2	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT1G21970	CS3867	"Embryo lethal; viviparous embryos with cotyledons partially transformed into leaves; embryos sensitive to abscisic acid; embryos have reduced hypocotyl, cotyledons that remain green late in development; reduced protein and lipid bodies with starch being predominant storage product in mutant embryos. Trichomes form on cotyledons after germination; internal cells of cotyledons enlarge, vacuolate and resemble leaf mesophyll cells; intercellular spaces are prominant in cotyledons; enlarged shoot apical meristem; stomata are found on surface of cotyledons of mutant embryos; mature seeds are desiccation intolerant, however, immature seeds can be rescued before silique drying and germinated to produce seedlings. Root apex is active in viviparous seeds; immature mutant embryos germinated prior to desiccation produce plants that appear normal for other characteristics."	12244233
AT1G21970	CS5739	"Embryo lethal; viviparous embryos with cotyledons partially transformed into leaves; embryos sensitive to abscisic acid; embryos have reduced hypocotyl, cotyledons that remain green late in development, and reduced protein and lipid bodies; some trichomes form on cotyledons after germination; internal cells of cotyledons are enlarged, vacuolate and resemble leaf mesophyll cells; intercellular spaces are prominent in cotyledons; enlarged shoot apical meristem; stomata are found on surface of cotyledons of mutant embryos; mature seeds are desiccation intolerant; root apex is active in viviparous seeds; immature mutant embryos germinated prior to desiccation produce plants that appear normal for other characteristics."	
AT1G21970	CS8101	"Embryo lethal; viviparous embryos with cotyledons partially transformed into leaves; embryos sensitive to abscisic acid; embryos have reduced hypocotyl, cotyledons that remain green late in development; reduced protein and lipid bodies with starch being predominant storage product in mutant embryos. Trichomes form on cotyledons after germination; internal cells of cotyledons enlarge, vacuolate and resemble leaf mesophyll cells; intercellular spaces are prominant in cotyledons; enlarged shoot apical meristem; stomata are found on surface of cotyledons of mutant embryos; mature seeds are desiccation intolerant, however, immature seeds can be rescued before silique drying and germinated to produce seedlings. Root apex is active in viviparous seeds; immature mutant embryos germinated prior to desiccation produce plants that appear normal for other characteristics."	12244233
AT1G21970	CS8101	somatic embryogenesis ability is very limited in lec1 mutants.	16034595
AT1G21970	fus3-3 lec1-2 lec2-1	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G21970	lec1-1 fus3-3	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G21970	lec1-1 lec2-1	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G21970	tan-1 lec1-2	"Most mutant embryos were arrested at transition or heart stage, with few reaching torpedo stage. Mutant seeds were desiccation intolerant and germinated poorly even when cultured on agar plates."	16113228
AT1G22130	CS66253	Reduced seed set due to decreased pollen viability and other pollen defects.	
AT1G22130	CS66254	No visible phenotype.	
AT1G22130	CS66255	No visible phenotype.	
AT1G22130	CS69932	"Reduced fertility and seed set due to reduced pollen viability, delayed pollen germination, and inhibited pollen tube growth. Low rate of allele transmission in the presence of competing pollen."	
AT1G22130	CS69932	Reduced seed set. Pollen tubes are delayed in germination/growth.	19211705
AT1G22130	agl104-1/agl66-1	Reduced seed set.	19211705
AT1G22260	zyp1a_salk_040213	"Semi-sterile, reduced fertility. Progress through prophase I , meiosisI is delayed."	16230536
AT1G22275	SALK_050581	"Semi-sterile, reduced fertility. Progress through prophase I , meiosisI is delayed."	16230536
AT1G22530	patl2456&#8722;/&#8722;	"RAM size was reduced by 25%,mutants germinated in 100 nM 2,4D were highly agravitropic, embryo patterning defects."	28687624
AT1G22620	fra7	"Defective interfascicular fiber cells in infloresnce stems. Decrease in cell wall synthesis, reduction in cell elongation, and  alteration in the normal organization of the actin cytoskeleton. Global change in plant architecture."	15805481
AT1G22700	pyg7-1	Plants grown on sucrose supplemented media have reduced growth rate. Seedlings have pale yellow leaves that are thinner and more transparent than wild type. Under UV light they display high chlorophyll fluorescence. Plants lack functional photosystem I. Chloroplasts are morphologically abnormal with few lamellae and no assimilatory starch.	16679416
AT1G22710	CS3876	"mutant seedlings germinated on media without sucrose are smaller than wild type, have yellowing and translucent cotyledons, very short primary roots and no rosette leaves; do not develop beyond the cotyledon stage without sucrose, but can be partially rescued by the addition of sucrose.  When germinated on media with supplemental sucrose, homozygotes do not appear different from wild-type or heterozygous seedlings; after transfer to soil with no exogenous sucrose available, homozygous mutant plants are dwarfed with delayed development; fewer rosette leaves which are darker green, very small, and shaped more like juvenile than adult leaves; plants may occasionally flower but never produce viable seed; not resistant to kanamycin."	
AT1G22710	CS3877	"mutant seedlings germinated on media without sucrose are smaller than wild type, have yellowing and translucent cotyledons, very short primary roots and no rosette leaves; do not develop beyond the cotyledon stage without sucrose, but can be partially rescued by the addition of sucrose.  When germinated on media with supplemental sucrose, homozygotes do not appear different from wild-type or heterozygous seedlings; after transfer to soil with no exogenous sucrose available, homozygous mutant plants are dwarfed with delayed development; fewer rosette leaves which are darker green, very small, and shaped more like juvenile than adult leaves; plants may occasionally flower but never produce viable seed; resistant to kanamycin."	
AT1G22710	CS3878	"mutant seedlings germinated on media without sucrose are smaller than wild type, have yellowing and translucent cotyledons, very short primary roots and no rosette leaves; do not develop beyond the cotyledon stage without sucrose, but can be partially rescued by the addition of sucrose.  When germinated on media with supplemental sucrose, homozygotes do not appear different from wild-type or heterozygous seedlings; after transfer to soil with no exogenous sucrose available, homozygous mutant plants are dwarfed with delayed development; fewer rosette leaves which are darker green, very small, and shaped more like juvenile than adult leaves; plants may occasionally flower but never produce viable seed; not resistant to kanamycin."	
AT1G22770	CS181	late flowering; not later flowering under short days; not affected by vernalization; flowering occurs about 14 days later than wild type.	
AT1G22770	CS182	late flowering; not later flowering under short days; not affected by vernalization; flowering occurs about 16 days later than wild type.	
AT1G22770	CS183	late flowering; not later flowering under short days; not affected by vernalization; flowering occurs about 22 days later than wild type.	
AT1G22770	CS3123	"delayed flowering (ca. 2-3x), flowers earlier in long days, produces large rosettes"	
AT1G22770	CS3124	"delayed flowering (ca. 4-6x), little response to long days, produces large rosettes"	
AT1G22770	CS3218	"green and white variegated, light sensitive; delayed flowering (ca. 4x)."	
AT1G22770	CS3328	"yellow-green cotyledons, leaf margins yellow; delayed flowering (ca. 3-4x), large rosettes with numerous rounded leaves; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G22770	CS3354	"green-yellow plants, lacks chlorophyll-b; delayed flowering (ca. 2-3x), large rosettes with numerous leaves, increased plant height."	
AT1G22770	CS3362	"green-yellow plants, reduced chlorophyll-b  content; delayed flowering (ca. 2-3x), large rosettes with numerous leaves, increased plant height."	
AT1G22770	CS3370	"dwarf and dark green plants, relatively small rosettes with numerous round leaves; delayed flowering (ca. 3-4x)"	
AT1G22770	CS3397	"small, rolled under and somewhat lobed leaves (like cabbage); small, dark green rosette, looks semi-dwarf with visible internodes (wavy stems), delayed flowering (ca 4x); similar in phenotype to transformants by the rol gene of Agro. rhiz."	
AT1G22770	CS3414	"delayed flowering (ca. 5-6x); numerous, narrow, somewhat serrated rosette leaves; young leaves have darker veins than intervenal tissue; lacks trichomes on stems and leaves, some trichomes in leaf margins; yellow seeds (lacks brown pigment in seed coat)."	
AT1G22770	CS3432	"double mutant and tetraploid, spontaneous doubling of chromosomes; delayed flowering (ca. 4x), large rosettes with long, wide leaves."	
AT1G22770	CS51	Observed temperature-dependent effects on both period and rhythm robustness as those seen in gi-11.	16617099
AT1G22770	CS51	"late flowering, unaffected by short days or vernalization, increased number of rosette leaves."	
AT1G22770	gi-11	"Although at 17°C, the gi mutant and the wild type have no significant period difference (measured by the free-running periods of the leaf movement rhythms), as the temperature increased (22 and 27°C), the period of the mutant becomes significantly shorter than that of the wild type."	16617099
AT1G22770	gi-11	Delayed flowering.	10469647
AT1G22770	gi-11	"In addition to a shortening of the period, a temperature-dependent increase in the variance of period was seen for the mutant, with the variance increasing from 3.1 at 17°C to 18.0 at 27°C (F test P = 1.8x10-9). Although an increase in the variance of period with temperature was also observed for the wild type, this was not of the same magnitude (from 1.9 at 17°C to 3.8 at  27°C; F test P = 4.1x10-3)."	16617099
AT1G22780	CS5208	"first true leaf is narrow, pointed and chlorotic; subsequent leaves are pointed but less chlorotic; glabrous."	
AT1G22840	cytc-1b/cytc-2b	"Delayed growth and development, later flowering. Double mutants have lower levels of active gibberellins and higher levels of DELLA proteins."	29385297
AT1G22870	scyl2b-1/scyl2a-1	"Shorter primary roots, shorter shoots. Tiny shoots. Growth retardation."	28751315
AT1G22882	SALK_090383C	Slightly higher plant height and fresh weight.	31001913
AT1G22885	SALK_090383C	Slightly higher plant height and fresh weight.	31001913
AT1G22890	SALK_004703C	Slightly higher plant height and fresh weight.	31001913
AT1G22920	CS66995	altered disease response	
AT1G22920	csn5a-1	"At the reproductive stage, the mutants exhibit severe developmental defects that result in dwarf stature and the loss of apical dominance (52 DAG)."	17307927
AT1G22920	csn5a-1	"At the vegetative stage, the csn5a plantlets are characterized by small, light green, and curly rosettes (12 and 14DAG), which are almost completely depleted of trichomes, in contrast with wild-type."	17307927
AT1G22920	csn5a-1	"Mutants are not lethal at the seedling stage, and, at a few DAG, the purple cotyledons turn light green before the production of true  leaves."	17307927
AT1G22920	csn5a-1	Seedlings have purple cotyledons.	17307927
AT1G22920	csn5a-1	"Shorter hypocotyls in the dark, shorter  roots, smaller flowers, a decreased number of root hairs in response to jasmonic acid treatment, and altered light and auxin  responses."	17307927
AT1G22920	csn5a-1	"The cellular pools of the COP9 signalosome complex subunits: CSN1, CSN3, CSN5, CSN6, CSN7,  and CSN8, are reduced drastically compared with those in wild type."	17307927
AT1G22920	csn5a-1	"csn5a-1 and csn5a-2 are virtually indistinguishable from each other in the initial few DAG, starting from 8 DAG and throughout the vegetative stage, the phenotype of csn5a-2 is less severe than that of csn5a-1, in terms of both rosette size and trichome density. This difference becomes particularly evident at the reproductive phase (52 DAG)."	17307927
AT1G22920	csn5a-1 csn5b-1	"Double null homozygous mutant progeny invariably die at the seedling stage, do not express detectable CSN5 proteins, and are virtually identical to the null alleles of the cop/det/fus mutants."	17307927
AT1G22920	csn5a-1 csn5b-1	"During the first two to three DAG, the double homozygous mutant progeny display the typical  photomorphogenic phenotype of the fusca mutants."	17307927
AT1G22920	csn5a-1 csn5b-1	"In double homozygous progeny, significant reduction of CSN1, CSN6, CSN7, and CSN8 and in a very slight  reduction of CSN4. In the case of CSN3, the complete loss of function of CSN5 results in the accumulation of a larger and possibly modified CSN3 form, whereas the normal (smaller) CSN3 form is present predominantly in wild type."	17307927
AT1G22920	csn5a-1 csn5b-1	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT1G22920	csn5a-1 csn5b-1	Mutation is lethal in the homozygous state.	17307927
AT1G22920	csn5a-2	"At the reproductive stage, the mutants exhibit severe developmental defects that result in dwarf stature and the loss of apical dominance (52 DAG)."	17307927
AT1G22920	csn5a-2	"At the vegetative stage, the csn5a plantlets are characterized by small, light green, and curly rosettes (12 and 14DAG), which are almost completely depleted of trichomes, in contrast with wild-type."	17307927
AT1G22920	csn5a-2	"Mutants are not lethal at the seedling stage, and, at a few DAG, the purple cotyledons turn light green before the production of true  leaves."	17307927
AT1G22920	csn5a-2	Seedlings have purple cotyledons.	17307927
AT1G22920	csn5a-2	"Shorter hypocotyls in the dark, shorter  roots, smaller flowers, a decreased number of root hairs in response to jasmonic acid treatment, and altered light and auxin  responses."	17307927
AT1G22920	csn5a-2	"The cellular pools of the COP9 signalosome complex subunits: CSN1, CSN3, CSN5, CSN6, CSN7,  and CSN8, are reduced drastically compared with those in wild type."	17307927
AT1G22920	csn5a-2	"csn5a-1 and csn5a-2 are virtually indistinguishable from each other in the initial few DAG, starting from 8 DAG and throughout the vegetative stage, the phenotype of csn5a-2 is less severe than that of csn5a-1, in terms of both rosette size and trichome density. This difference becomes particularly evident at the reproductive phase (52 DAG)."	17307927
AT1G22920	csn5a-2 csn5b-1	A residual derubylation activity can be observed in the double mutant seedlings.	17307927
AT1G22920	csn5a-2 csn5b-1	"At 6 to 7 DAG, the double mutants uniformly start to form the first pair of true leaves and eventually develop into impaired small plantlets, with dark red cotyledons and asymmetrical leaves."	17307927
AT1G22920	csn5a-2 csn5b-1	"During the first two to three DAG, the double homozygous mutant progeny display the typical  photomorphogenic phenotype of the fusca mutants."	17307927
AT1G22920	csn5a-2 csn5b-1	"None of the double mutants arrest at the seedling stage, and even though severely compromised, mutant plantlets survive to a mature stage."	
	17307927		
AT1G22920	csn5a-2 csn5b-1	"Synergistic phenotype: de-etiolated, fusca seedlings. Dark grown plants undergo photomorphogenesis; hypocotyl elongation ,cotyledon expansion, anthocyanin accumulation in cotyledons."	15923347
AT1G22920	csn5a-2 cul3a-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G22920	csn5a-2 cul3a-1	Significant increase (five- to sixfold) in the total amount of CSN5 with respect to the CSN5 level observed in the csn5a-2 single mutant.	17307927
AT1G22920	csn5a-2 cul3b-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G22920	csn5a-2 cul3b-1	Significant increase (five- to sixfold) in the total amount of CSN5 with respect to the CSN5 level observed in the csn5a-2 single mutant.	17307927
AT1G22940	CS3322	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; narrow leaves."	
AT1G22940	CS3436	"narrow and thick leaves; leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; narrow leaves; yellow seeds (lacks brown pigment in seed coat); lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G22940	CS3469	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT1G22940	CS3530	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal."	
AT1G22940	CS3533	"leaves but not cotyledons yellow-green, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some rudimentary trichomes in leaf margins."	
AT1G22940	CS3539	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT1G22940	CS79	true leaves of unsupplemented plants white.	
AT1G22950	icu11-1	"Leaf incurvature, early flowering, and reduced palisade mesophyll cell size, unfertilized ovules."	29915151
AT1G22950	icu11-1 ag-1	leaves have leaf margins more involute (curved up; hyponastic)	29915151
AT1G22950	icu11-1 clf-2	"strong reduction in body size, extremely involute leaves"	29915151
AT1G22950	icu11-1 cp2-1	"Post-embryonic lethal. Seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT1G22950	icu11-1 cp2-3	no germination	29915151
AT1G22950	icu11-1 ebs	"strong reduction in body size, arrested development at early vegetative stages"	29915151
AT1G22950	icu11-1 fas1-1	"strong reduction in body size, arrested development at early vegetative stages"	29915151
AT1G22950	icu11-1 gis-5	"strong reduction in body size, extremely involute leaves"	29915151
AT1G22950	icu11-1 icu2-1	"strong reduction in body size, extremely involute leaves"	29915151
AT1G22950	icu11-1 tlf2-2	"Strong reduction in body size, seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT1G22950	icu11-1-2	"Leaf incurvature, early flowering, and reduced palisade mesophyll cell size, unfertilized ovules."	29915151
AT1G22950	icu11-2	"Leaf incurvature, early flowering, and reduced palisade mesophyll cell size, unfertilized ovules."	29915151
AT1G22950	icu11-2 cp2-2	"Post-embryonic lethal. Seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT1G22950	sep3 icu11-1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	29915151
AT1G23010	lpr1-1	Long primary root when grown on low Pi.	17496893
AT1G23010	lpr1-2	Long primary root when grown on low Pi.	17496893
AT1G23030	pub10/pub11	"On control medium, displayed shorter roots than wild type.  On MeJA medium, hypersensitivity to the additive was shown with even shorter roots."	26163577
AT1G23030	pub11	No visible phenotype.	26163577
AT1G23080	CS9367	No visible phenotype	
AT1G23260	uev1a-1	"Unlike uev1d-1 mutants, uev1a-1 mutants show wild type rates of germination in the presence of the DNA damaging agent MMS."	
AT1G23310	ggt1-1 (LUC)	ABA-regulated seed germination was unaffected under the experimental conditions used.	17318317
AT1G23310	ggt1-1 (LUC)	"Although ggt1-1 did not affect cold tolerance of plants kept in the dark, mutant plants subjected to cold and light treatment exhibited severe leaf chlorosis. This light sensitivity of ggt1-1 could be alleviated either by reduced light intensity or by growth on media containing sucrose."	
	17318317		
AT1G23310	ggt1-1 (LUC)	"In the absence of ABA treatment, root elongation of ggt1-1 was reduced nearly 50% compared to wild-type."	17318317
AT1G23310	ggt1-1 (LUC)	"Mutant leaves were stained with NBT or DAB: the results indicated an increased level of H2O2 but little difference in O2- . This difference in H2O2 was further investigated by quantitative determination of seedling H2O2 using an Amplex Red assay. Light grown ggt1-1 seedlings, but not dark grown seedlings, had increased levels of H2O2 relative to wild-type."	17318317
AT1G23310	ggt1-1 (LUC)	Mutant plants had a pale green color and grew more slowly than wild-type.	17318317
AT1G23310	ggt1-1 (LUC)	Proline accumulation was higher in untreated ggt1-1 seedlings and also increased to a higher than wild-type level upon ABA treatment.	17318317
AT1G23310	ggt1-1 (LUC)	"The mutant shows a reduction in ABA-responsive RD29A expression. In ggt1-1, expression of RD29A:LUC was approximately one-third of the wild-type level at 3 h after application of 100 &mu;M ABA."	
	17318317		
AT1G23310	ggt1-2 (LUC)	Same phenotype as ggt1-1.	17318317
AT1G23320	CS16410	No visible phenotype.	
AT1G23320	CS16411	No visible phenotype.	
AT1G23320	CS16412	Weakly ethylene insensitive in roots of 3-day-old dark-grown seedlings.	
AT1G23320	CS16419	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-1 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-1/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); triple mutant plants do not survive on soil."	
AT1G23320	CS16420	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-2 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-2/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); some of the triple mutant plants survive on soil and adults show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G23320	CS16425	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT1G23320	CS16429	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT1G23320	CS16703	tar1-1 single mutant shows no visible phenotype; DR5:GUS expression is indistinguishable from DR5:GUS in Col background.	
AT1G23320	tar1-1	This mutant does not have any obvious morphological defects and it responds normally to ACC and IAA in hypocotyl and root elongation assays.	18394997
AT1G23320	wei8-1 tar1-1 tar2-1	"These triple mutants do not make a primary root, they have an extremely reduced hypocotyl, and they lack discernible vasculature in their cotyledons. These mutants have a higher propensity to develop a single cotyledon than wild-type embryos."	18394997
AT1G23380	knat6-1; bp-9	"Partially rescues the downward orientation of siliques characteristic of bp single mutants. Rescue of partial loss of apical dominance phenotype characteristic of bp mutants. Short plants, although taller than bp single mutants. Partial rescue of primary inflorescence stem internode length characteristic of bp single mutants."	18390591
AT1G23380	knat6-1; bp-9; pny-40126	"Partially suppresses pny;bp phenotypes such as dwarfism, loss of apical dominance and silique orientation."	18390591
AT1G23380	knat6-1; knat2-5; bp-9	Fully rescues downward orientation of siliques characteristic of bp single mutants. Shorter than WT. Rescuse partial loss of apical dominance characteristic of single bp mutants. Partial rescue of primary inflorescence internode length characteristic of bp single mutants.	18390591
AT1G23380	knat6-1; knat2-5; bp-9; pny-41026	Similar to knat6;bp;pny except htat shows greater suppression on bp pny silique orientation defects.	18390591
AT1G23380	knat6-1; knat2-5; pny-40126	WT	18390591
AT1G23380	knat6-1; pny-40126	WT	18390591
AT1G23400	Atcaf2-1	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	17071648
AT1G23400	Atcaf2-2	"small, pale green"	17071648
AT1G23420	CS3881	"Strong allele; ovule defective; outer integument fails to initiate on the abaxial side of the ovule, subsequent outer integument development is not observed, a protuberance appears on the adaxial side of the ovule and undergoes limited expansion; essentially female sterile; no visible alterations in other aspects of ovule, flower or vegetative development"	
AT1G23420	CS6148	"Weak allele; ovule defective; female sterile; outer integument  initiates in the correct location on the abaxial side of an ovule primordium, however, subsequent growth of the outer integument is reduced, and the outer integument fails to completely enclose the inner integument and nucellus, a protuberance appears on the adaxial side of the ovule, undergoes limited expansion and is partially covered by the reduced outer integument; no visible alterations in other aspects of ovule, flower or vegetative development; segregating for glabrous phenotype (lacks trichomes on leaves and stems)."	
AT1G23420	ino-1 ats-1	Outer integument of the ovule is absent and the inner integument is replaced by a relatively amorphous collar-like structure.	16623911
AT1G23540	igi1	"Increased axillary branching, reduced stature, reduced fertility."	20473553
AT1G23800	CS69776	No visible phenotype	
AT1G23800	CS69777	No visible phenotype	
AT1G23800	CS69778	No visible phenotype	
AT1G23800	CS69779	No visible phenotype	
AT1G23800	CS69780	No visible phenotype	
AT1G23800	CS69951	No visible phenotype	
AT1G23800	CS69952	No visible phenotype	
AT1G24090	CS924232	Small rosettes; slow growth; light-green leaves with green main veins; delayed flowering; average height = 28 cm.	
AT1G24150	formin4/7/8	Increase in frequency of cell death and  frequency of haustoria development.	29937351
AT1G24260	sep1 sep2 se3/+ sep4	Early flower mutant phenotypes are lessened in later-arising flowers which appear more normal whilst still displaying significant perturbations of organ development.	15530395
AT1G24260	sep1 sep2 se3/+ sep4	Gynoecium  often supported by an elongated gynophore.	15530395
AT1G24260	sep1 sep2 se3/+ sep4	Many flowers display a loss of fourth whorl determinancy.	15530395
AT1G24260	sep1 sep2 se3/+ sep4	Profound changes in early arising flowers. Both organ numbers and organ identity are affected in a highly variable manner.	15530395
AT1G24260	sep1 sep2 se3/+ sep4	Stellate trichomes are frequently observed on carpels (never on wild-type).	15530395
AT1G24260	sep1 sep2 sep3	"Adaxial epidermal cells have a slightly irregular edge, indicating a partial adoption of leaf fate."	15530395
AT1G24260	sep1 sep2 sep3	"All flower organs resemble sepals. The second whorl has four green sepal-like organs (instead of four white petals) which are differentiated of interspersed stomata and the conversion of nearly all of the cells into sepal cells. Sepals replace stamens in the third whorl. The fourth whorl is a reiteration of whorls 1, 2 and 3."	10821278
AT1G24260	sep1 sep2 sep3 sep4	"All flower organs are converted to leaf-like organs, most strikingly on their adaxial surface. Abaxial epidermal cells are made up of a mixture of leaf- and sepal-like characteristics. Leaf characteristics include an abundance of branched trichomes."	15530395
AT1G24260	sep1 sep2 sep3/+	Normal flowers apart from a reduction in the number of stamens.	15530395
AT1G24260	sep3 icu11-1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	29915151
AT1G24260	sep3 sep4	Adaxial surface of first whorl organs are unaffected.	15530395
AT1G24260	sep3-1	Non-described subtle phenotype.	10821278
AT1G24260	sep3-2	Non-described subtle phenotype.	10821278
AT1G24340	CS3044	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 24.6% mutant.	
AT1G24450	CS25401	Defective in fusion of the polar nuclei during female gametophyte development.	
AT1G24490	SALK_136199	Mutant plants have altered shape of chloroplasts. Plastids somewhat larger (~20%) and more spherical in appearance compared to that of wild-type plants of the same stage and in the same tissue. The grana stacks in mesophyll cells of mutant plants are less appressed than in the wild-type chloroplasts whereas the structure of the stacks is not affected.	16595657
AT1G24490	SALK_136199	No visible phenotype.	16595657
AT1G24490	artemis	Arrested chloroplast division	
AT1G24560	puf2 rha1	dwarfism	29749929
AT1G24560	puf2 syp22-1	severe wavy rosette and late flowering phenotype	29749929
AT1G24560	puf2 vps9a-2	seedling lethality	29749929
AT1G24590	drn-1 drnl-1	Defects in embryonic cell patterning in essentially all double mutants.  Pleotropic cotyledon phenotypes.  Large increase in phenotypic penetrance.	17376809
AT1G24590	drn-1 drnl-2	"A quarter of drn-1 drnl-2/DRNL-2 progeny, genotyped as double-homozygous mutants had pin-like embryos, with complete absence of cotyledons.  They directly initiated leaves from a functional shoot apical meristem."	17376809
AT1G24590	drn-1 drnl-2	sterile	17376809
AT1G24590	drnl-1	"Defective cotyledon development phenotypes at incomplete penetrance, including monocotyledonous seedlings, seedlings with partially fused cotyledons, tricots or various tricot fusion combinations.   The inappropriate cotyledon development leads to alterations of leaf phyllotaxy."	17376809
AT1G24590	drnl-1	No embryo development defects.	17376809
AT1G24590	sob2-D phyB-4	Dramatically shorter hypocotyl compared to phyB-4 single mutant.  Adult plants have curled leaves lacking petioles and irregularly shaped siliques.	16339853
AT1G24706	SALK_072011C	"Homozygotes not recoverable as mature plants. Most seeds abort however a small number (6%) were recovered after germination on MS plates. The seedlings had short roots, no true leaves and died soon after germination."	25976549
AT1G24706	SALK_130342	"Most homozygous embryos abort. Some can be recovered by germination on MS media. Those seedlings have short roots, never develop true leaves and die shortly after germination."	25976549
AT1G24706	SALK_144229	"Homozygotes have small stature, serrated leaves, an increased number of trichomes on their sepals, short filaments and pistils. Approximately 5% of the flowers of mutant plants had five petals. Their fertility was reduced to less than 20% compared to heterozygous plants due to embryonic abortion."	25976549
AT1G24706	tho2-6	"Curly leaves, bushy plant, abormal petal distribution, atrophic anthers, male sterile fused carpels,extra trichomes in flower buds and about 15% of embryos abort."	25976549
AT1G25220	1583	suppressor of superoot2-1 phenotype	24596172
AT1G25220	1835	suppressor of superoot2-1 phenotype	24596172
AT1G25220	CS16399	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, shorter hypocotyls; hypocotyl height and ethylene defects can be complemented by 10uM Tryptophan; adult plants are pale and slightly reticulated."	
AT1G25220	CS16436	Ethylene insensitive in roots of 3-day-old dark-grown seedlings; short hypocotyls; hypocotyl height and ethylene defects can be complemented by 10uM Tryptophan.	
AT1G25220	CS16699	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, short hypocotyls; hypocotyl height and ethylene defects can be complemented by 10uM tryptophan."	
AT1G25220	CS16700	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, short hypocotyls; hypocotyl height and ethylene defects can be complemented by 10uM tryptophan."	
AT1G25220	CS16709	wei7 nearly completely supresses auxin-overproduction phenotype of sur2	
AT1G25220	CS16713	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT1G25220	CS16714	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT1G25350	SALK_116777	"In heterozygous plants, 39% of ovules are aborted compared to 6% for wild type siblings."	16297076
AT1G25410	CS22659	"Medium size rosette,  leaf margins  slightly serrated, somewhat early flowering, light-green plants, height = 30-35 cm."	
AT1G25410	CS2360	"leaves slightly serrated, light green plants, early flowering, height = 30-35 cm."	
AT1G25410	atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT1G25410	atipt1 atipt 3 atipt 5 atipt6	No visible phenotype.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Short and thin aerial parts.	17062755
AT1G25410	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT1G25410	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT1G25410	atipt1 atipt 4 atipt 6 atipt 8	No visible phenotype.	17062755
AT1G25410	atipt1 atipt 5 atipt 6	No visible phenotype.	17062755
AT1G25410	atipt1 atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT1G25410	atipt1 atipt 6 atipt 8	No visible phenotype.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Short and thin aerial parts.	17062755
AT1G25410	atipt3 atipt 5-1 atipt 6 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT1G25410	atipt4 atipt 6 atipt 8	No visible phenotype.	17062755
AT1G25490	CS3875	decreased root and hypocotyl elongation in dark grown seedlings; apical hypocotyl hook defect (a partial hook forms); irregular waving and reversed slant in root waving assay; increased sensitivity to phosphatase inhibitors cantharidin and okadaic acid.	
AT1G25490	CS69968	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT1G25490	CS69969	Agravitropic root growth.	
AT1G25490	CS69970	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT1G25490	rcn1-1/ron3-2	"Length of ron3-2 rcn1 primary root significantly shorter than parentals. Lateral root density of ron3-2 rcn1 is partially restored compared with ron3-2. Apical dominance  partially restored in the ron3-2 rcn1 double mutant. The ron3 mutation inhibited growth of primary and lateral roots and apical dominance, implying that ron3 is epistatic to rcn1 for these parameters. The internalization of PIN1 and PIN2 is significantly reduced in the double mutant compared to either parental line."	26888284
AT1G25540	CS16502	No visible phenotype.	
AT1G25540	CS16503	No visible phenotype.	
AT1G25540	CS16515	No visible phenotype.	
AT1G25540	CS16516	"The 35S:TaPFT1-expressing pft1 mutant lines display a lesion-mimic phenotype possibly due to constitutive activation of defenses. This lesion-mimic phenotype was particularly visible in the rosette leaves after bolting. In the plants grown under long day (LD) conditions (16 h), this lesion mimic phenotype was aggravated, with older leaves dying prematurely in parallel to the development of multiple shoots. "	
AT1G25540	SALK_129555C	susceptible to leaf infecting nectrophic pathogens	19671879
AT1G25540	glh1	Reduced number of trichome papillae.	24014871
AT1G25540	glh1	Reduced trichome branching	24014871
AT1G25682	CS69846	Enhanced GFP fluorescence in seedling stem and shoot apex resulting from the elevated level of translatable GFP.	
AT1G26260	cib1 cib5	"cib1 or cib5 single mutant shows no obvious phenotype, and cib1cib5 double mutant showed a mild but statistically significant delay of flowering under a photoperiodic inductive condition (plants were grown in short-day photoperiod (9h light/15h dark) for 20 days and transfered to long-day photoperiod (16h light/ 8h dark) for 4 days, and removed back to short-day to continue grow until flowering."	18988809
AT1G26310	CS6161	"double mutant; cal1-1 is a strong allele with inflorescence resembling a cauliflower; cal enhances ap1-1 mutant phenotype, to completely transform floral meristem to inflorescence meristem; cal1-1 alone confers no visible phenotype; ap1-1 presents homeotic conversions of sepals to bracts and formation of secondary flowers in the axil of the transformed sepals; lacks petals; tertiary flowers are found within the secondary flowers."	
AT1G26310	CS67155	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G26310	CS67156	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G26310	CS67157	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G26310	CS69201	No visible phenotype.	
AT1G26310	ap1 cal sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT1G26310	ap1 cal sep4	Inflorescences take 7-10 days longer than ap1 cal mutant to begin producing flowers.	15530395
AT1G26310	ap1 cal-1	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT1G26310	cal-1	No visible phenotype.	7824951
AT1G26630	elf5a-2 as	"Increased resistance to Pseudomonas syringae pv tomato DC3000 colonization. 72hrs post-innoculation, CFU/leaf disc values were >94% lower tahn WT. Inhibition of infection is correlated with curtailed chlorosis and there fore programmed cell death.  Morphologically indistinguishable to WT."	
	18633122		
AT1G26630	elf5a-2 oe	"Increased leaf chlorosis in response to Pseudomonas syringae pv tomato DC3000 innoculation.  Severely stunted growth.   Many plants do not produce seed.  Stunted plants have yellow, curled leaves, purple cotyledons and abnormal flower morphology.  Severity of phenotype is directly correlated with level of overexpression."	
	18633122		
AT1G26640	ipk1	Decrease in campesterol and sitosterol contents and decrease in &#946;-caryophyllene emission.	26216978
AT1G26670	zip1/zig-1	Zip1 dominantly supresses the zigzag phenotype of the zig1 mutant. The zip1 gain of function allele results in ectopic expression of VTI12 which forms complexes with SYP22. Corrects the gravtitropism defect of zag1 homozygotes.	15797025
AT1G26700	CS66556	No visible phenotype.	
AT1G26700	CS66557	No visible phenotype.	
AT1G26700	CS66562	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT1G26700	CS66563	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT1G26700	CS66565	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT1G26780	SALK_025235C	defects in organ separation as a result of abnormal cell division and expansion during early boundary formation	19542355
AT1G26810	galt1-1	"In contrast with wild-type plants, no Lea-containing peaks were found in extracts of the mutant."	17630273
AT1G26810	galt1-1	"Mutant lines did not display a detectable signal with JIM84 (a monoclonal antibody specifically binding to Lea structures on plant N-glycans), whereas, in wild-type plants, a strong staining was visible."	17630273
AT1G26810	galt1-1	No visible phenotype.	17630273
AT1G26830	csn5a-2 cul3a-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G26830	csn5a-2 cul3a-1	Significant increase (five- to sixfold) in the total amount of CSN5 with respect to the CSN5 level observed in the csn5a-2 single mutant.	17307927
AT1G26830	csn5b-1 cul3a-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G26830	cul3a-1	Mutant plants flowered slightly later than wild type and had a reduced sensitivity of the inhibition of hypocotyl growth in far-red light	15659098
AT1G26830	cul3a-1	No visible phenotype under typical growth conditions.	17307927
AT1G26830	cul3a-1 cul3b-1	"Arrest of embryogenesis occurred predominantly at heart stage. The following abnormalities were observed: premature or abnormal division of hypophyseal cell, underdeveloped short suspensor, abnormalities in procambial cell divisions, abnormalities in protoderm formation, underdeveloped endosperm with delayed cellularization."	16045478
AT1G26830	cul3a-1 cul3b-1	Segregates about 17% embryo lethal. Embryos about around the transition stage.	15772280
AT1G26870	SALK_025663	"Homozygotes have a reduced number of columella root cap (COL) and lateral root cap (LRC) cell layers. Meristem length, meristem cell number and root length are comparable to WT. Periclinal division rates in the COL and LRC stem cells are reduced."	19081078
AT1G27080	SALK_104042C	lower 13N export from the rosette leaves on a sink tissue mass basis	31473400
AT1G27080	SALK_104042C	"nrt1.6-2 mutants have a much higher rate of seed abortion than wild type plants and aberrant embryonic development, often associated with the suspensor, can be observed by the one-cell and four-cell stages. Under normal nitrogen conditions, seeds of nrt1.6-2 mutants accumulate less nitrate than wild-type seeds. The silique length, mature seed weight, and germination rate of unaborted seeds do not differ noticeably between nrt1.6-2 mutants and wild type plants."	
AT1G27320	CS6562	No inhibition of stimulation of cell division and greening of hypocotyl-derived calli when treated with cytokinin (similar to wildtype response).	
AT1G27320	CS6562	No visible phenotype when grown on soil; cytokinin-induced cell division and greening of hypocotyl-derived calli are normal; normal or slightly reduced sensitivity to cytokinins in a shoot induction assay; slight effect on cytokinin-induced inhibition of	
AT1G27320	CS6562	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT1G27320	CS6564	Double mutant; no visible phenotype when grown on soil; normal roots; less sensitive to cytokinin than is either single mutant; no appropriate response to cytokinin in callus and shoot induction assays; enhanced resistance to cytokinin-induced inhibition	
AT1G27320	CS6564	No visible phenotype.	
AT1G27320	CS66986	Reduced  root  insensitivity to cytokinin.	
AT1G27320	ahk2-1cu ahk3-1cu	"Bolting time is slightly delayed (2 to 3 days) and the inflorescence stem length is reduced. However, morphology and fertility of the flowers is relatively unaffected."	15155880
AT1G27320	ahk2-1cu ahk3-1cu	Compact rosettes with shortened petioles and small leaf blades.	15155880
AT1G27320	ahk2-1cu ahk3-1cu	Root elongation unaffected.	15155880
AT1G27320	ahk2-1cu ahk3-1cu	Semi-dwarf phenotype.	15155880
AT1G27320	ahk2-1cu ahk3-1cu	Strong cytokinin-insensitive phenotype.	11479382
AT1G27320	ahk2-1cu ahk3-1cu	The hypocotyl length of the double mutant is slightly decreased; this effect is largely due to reduction in cell number rather than cell size.	15155880
AT1G27320	ahk2-1cu ahk3-1cu	"The leaves of the double mutant expand more slowly than those of wildtype. At 17days after germination, their surface area is 55% that of wildtype plants."	15155880
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Aborted vascular system containing few protoxylem cells in the primary root. Normal adventitious root-vascular system.	16357038
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Adventitious roots are normal.	16357038
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	"Does not produce lateral roots from the primary root. However, 10 days after germination, lateral roots are formed at the upper part of the hypocotyl rather than at the root-hypocotyl junction."	16357038
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Dwarf phenotype.	15155880
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Growth severely affected during reproductive growth phase: onset of flowering varies with each individual plant.	11479382
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Leaf shape slightly altered: longitudinal length of blade more affected than lateral length. Impaired leaf vasculature.	11479382
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Leaves expand more slowly than those of wildtype controls.	11479382
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	"Normal vascular system in adventitious roots, although the hypocotyl and primary root develop aborted vascular tissues."	16357038
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	Postembryonic growth of roots (primary and lateral) severely impaired.	11479382
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	"Reduced seedling size with small cotyledons, slightly shortened hypocotyls (65% of wildtype) and significantly reduced root length."	11479382
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	"The leaves of the triple mutant expand more slowly than those of wildtype. At 17 days after germination, their surface area is 20% that of wildtype plants."	15155880
AT1G27320	ahk2-1cu ahk3-1cu ahk4-1cu	The rate of leaf primordial formation is slightly decreased but the phyllotaxy is normal.	15155880
AT1G27320	ahk2-1ms ahk3-1ms	Normal roots.	
AT1G27320	ahk2-1ms ahk3-1ms	Smaller leaves and shorter stems than wildtype.	
AT1G27320	ahk2-2cu ahk3-1ms	Compact rosettes with shortened petioles and small leaf blades.	15155880
AT1G27320	ahk2-2cu ahk3-1ms	Semi-dwarf phenotype.	15155880
AT1G27320	ahk2-2tk ahk3-3	Enhancement of the inhibition of cytokinin-induced stimulation of cell division and greening of hypocotyl-derived calli compared to the responsed observed with CRE1 single mutants (e.g. cre1-10).	
AT1G27320	ahk2-2tk ahk3-3	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT1G27320	ahk2-2tk ahk3-3	Normal roots.	
AT1G27320	ahk2-2tk ahk3-3	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT1G27320	ahk2-2tk ahk3-3	Smaller leaves and shorter stems than wildtype.	
AT1G27320	ahk2-5 ahk3-7	Chlorophyll content further reduced compared to single mutant ahk3-7.	16361392
AT1G27320	ahk2-5 ahk3-7	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT1G27320	ahk2-5 ahk3-7	Downwards bending of cotyledons indicating differential growth in the adaxial and abaxial sides.	16361392
AT1G27320	ahk2-5 ahk3-7	Early germination compared to wild-type.	16361392
AT1G27320	ahk2-5 ahk3-7	Enhancement of phenotype observed for single mutant ahk3-7: Reduced ability to respond to cytokinin by callus or shoot formation.	16361392
AT1G27320	ahk2-5 ahk3-7	Enhancement of phenotype observed in single mutant ahk3-7: Mutant seedlings grow better and form darker green leaves in the presence of elevated levels of cytokinins in medium. Increased cytokinin resistance	16361392
AT1G27320	ahk2-5 ahk3-7	Epidermal cells of fifth leaf at maturity are about double in size compared to wild-type cells. Leaves formed at later stages are similar to wild-type.	16361392
AT1G27320	ahk2-5 ahk3-7	Further reduction of rosette diameter size compared to single mutant ahk3-7.	16361392
AT1G27320	ahk2-5 ahk3-7	No alteration of flowering induction timing.	16361392
AT1G27320	ahk2-5 ahk3-7	No alteration of rate of leaf formation.	16361392
AT1G27320	ahk2-5 ahk3-7	Reduced length and width of leaves but overall form and heteroblasty is not altered.	16361392
AT1G27320	ahk2-5 ahk3-7	Resistant to cytokinin-induced hypocotyl shortening.	16361392
AT1G27320	ahk2-5 ahk3-7	Three- to tenfold higher cytokinin concentrations required to induce callus formation and growth. Shoot formation very rarely observed in double mutant explants.	16361392
AT1G27320	ahk2-5 ahk3-7	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT1G27320	ahk2-5 ahk3-7	Two- to three-fold increase of concentrations of all zeatin metabolites.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Almost completely infertile but can be allowed to self-fertilize under favorable temperature and light conditions.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Chlorophyll content about 35% of that of wild-type.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Delay in flowering induction.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Delay in rate of leaf formation. Longer plastochrone.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Downwards bending of cotyledons indicating differential growth in the adaxial and abaxial sides.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Early germination compared to wild-type.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Increase in trans-zeatin (16-fold) and trans-zeatin ribosides (9-fold) concentrations. 50-fold concentration increase for zeatin-O-glucoside.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Increased cytokinin resistance compared to double mutant ahk2-5 ahk3-7.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	"Increased seed size, largely due to increased size of the embryo. Embryonic root epidermal cells increased 15% in number and 30% in size compared to wild-type."	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	"Leaf epifermal cell size is increased about three-fold compared to wild-type cells, in young as well as older leaves."	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Shorter hypocotyls than wild-type when grown in white light but increase in length when grown in darkness (~25%) and red- and far-red-light.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Stronger reduction of shoot development compared to double mutant ahk2-5 ahk3-7.	16361392
AT1G27320	ahk2-5 ahk3-7 cre1-2	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT1G27320	ahk3-1cu	No inhibition of stimulation of cell division and greening of hypocotyl-derived calli when treated with cytokinin (similar to wildtype response).	
AT1G27320	ahk3-1cu	No visible phenotype.	15155880
AT1G27320	ahk3-1cu	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT1G27320	ahk3-1cu	Strong cytokinin-insensitive phenotype.	15155880
AT1G27320	ahk3-1cu ahk4-1	Root elongation unaffected.	15155880
AT1G27320	ahk3-1cu ahk4-1	Seedlings appear normal.	15155880
AT1G27320	ahk3-3	No visible phenotype.	15166290
AT1G27320	ahk3-3	"Reduced levels of cytokinin inducible gene expression, specifically AAR5-7."	19048287
AT1G27320	ahk3-3	"The meristem of the mutants did not stop growing at 5 dpg and kept increasing in size. Furthermore, the growth rate of mutant roots was higher than the wild-type, resulting in longer roots."	17363254
AT1G27320	ahk3-3 arr1-4	The root-meristem size of the double mutant was indistinguishable from that of the ahk3 mutant.	17363254
AT1G27320	ahk3-3 arr12-2	The root-meristem size of the double mutant was indistinguishable from that of the ahk3 mutant.	17363254
AT1G27320	ahk3-4	Reduced down-regulaton of phosphate starvation induced gene expression when plants are treated with cytokinins. Reduced response to exogenous cytokinins.	15923327
AT1G27320	ahk3-7	Chlorophyll content about 75% of that of wild-type.	16361392
AT1G27320	ahk3-7	Early germination compared to wild-type.	16361392
AT1G27320	ahk3-7	Final height of mutant plant about two-thirds of that of wild-type.	16361392
AT1G27320	ahk3-7	Mutant seedlings grow better and form darker green leaves in the presence of elevated levels of cytokinins in medium.	16361392
AT1G27320	ahk3-7	No loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT1G27320	ahk3-7	Reduced ability to respond to cytokinin by callus or shoot formation.	16361392
AT1G27320	ahk3-7	Rosette diameter reduced ~15% compared to wild-type.	16361392
AT1G27320	ahk3-7	Two- to three-fold increase of concentrations of all zeatin metabolites.	16361392
AT1G27320	ahk3-7 cre1-2	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT1G27320	ahk3-7 cre1-2	Early germination compared to wild-type.	16361392
AT1G27320	ahk3-7 cre1-2	Resistant to cytokinin-induced hypocotyl shortening.	16361392
AT1G27320	ahk3-7 cre1-2	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT1G27320	ahk3-7 cre1-2	Two- to three-fold increase of concentrations of all zeatin metabolites.	16361392
AT1G27320	cre1-10 ahk2-1ms ahk3-1ms	Cytokinin insensitive (no inhibition of growth compared to wildtype).	
AT1G27320	cre1-10 ahk2-1ms ahk3-1ms	Occasionally produces inflorescence stems with abnormal and non-functional flowers which did not produce seeds.	
AT1G27320	cre1-10 ahk2-1ms ahk3-1ms	Shoot and root growth is very slow and leaf number is decreased compared to wildtype.	
AT1G27320	cre1-10 ahk3-1ms	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT1G27320	ore12-1	"delayed leaf senescence; chlorophyll content and the  photochemical efficiency of photosystem II (Fv/Fm) physiological  markers of leaf senescence, were maintained at  higher levels in the ore12-1 mutant with age of the leaves; chlorophyll a/b-binding protein (CAB) gene and a senescenceassociated  gene SAG12 were expressed at higher and lower  levels, respectively; mutation greatly delayed dark-induced leaf senescence"	16407152
AT1G27320	stip-d ahk2-2 ahk3-3 cre1-12	Small SAM and limited root growth.	20110319
AT1G27360	CS66326	dcl1 mutant-like defects in embryo development in 17% of the selfed progeny. Partial supression of the early embryonic dcl1 phenotype.	
AT1G27360	CS66328	Supression of dcl1 phenotypes in early stages of embryo development (globular and early heart stage). Full penetrance of dcl1 phenotype in later stages (late heart and torpedo stage).	
AT1G27360	CS69786	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT1G27360	CS69791	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT1G27360	CS69795	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT1G27360	CS69797	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT1G27360	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT1G27360	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT1G27360	FLAG_422H07	"Cauline leaves and sepal trichomes show morphological defects.Specifically, leaf lamina is wider than WT in the third cauline leaf. These phenotypes indicate a delayed vegetative - to reproductive phase change."	19880401
AT1G27360	FLAG_422H07;FLAG_245C09	Wider lamina in the third cauline leaf than the respective single mutants.	19880401
AT1G27370	 FLAG_295G12;FLAG_245C09	Wider lamina in the third cauline leaf than the respective single mutants. Increased number of trichomes on sepals than the respective single mutants.	19880401
AT1G27370	CS66327	dcl1 mutant-like defects in embryo development in 25% of the selfed progeny. Full penetrance of the dcl1 phenotype.	
AT1G27370	CS69785	No visible phenotype	
AT1G27370	CS69791	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT1G27370	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT1G27370	FLAG_295G12	"Cauline leaves and sepal trichomes show morphological defects.Specifically, leaf lamina is wider than WT in the third cauline leaf. These phenotypes indicate a delayed vegetative - to reproductive phase change."	19880401
AT1G27450	CS8106	"resistant to 2,6-diaminopurine (0.1 mM); long root and green leaves when grown on selective medium (wild type has reduced root elongation and chlorosis); 10-15 percent of the wild type level of adenine phosphoribosyl transferase activity; does not induce callus efficiently; slower growth on soil than wild type; partially male sterile (2 percent seed yield)."	
AT1G27450	CS8107	"resistant to 2,6-diaminopurine (0.1 mM); long root and green leaves when grown on selective medium (wild type has reduced root elongation and chlorosis); 2 percent of the wild-type level of adenine phosphoribosyl transferase activity; does not induce callus efficiently; slower growth on soil than wild type; male sterile."	
AT1G27450	CS8108	"resistant to 2,6-diaminopurine (0.1 mM); long root and green leaves when grown on selective medium (wild type has reduced root elongation and chlorosis); 1 percent of the wild-type level of adenine phosphoribosyl transferase activity; does not induce callus efficiently; slower growth on soil than wild type; male sterile."	
AT1G27461	SALK_022729	Homozygous drg mutants are more sensitive to drought and freezing temperatures.	
AT1G27510	ex1 ex2	No visible phenotype.	17540731
AT1G27510	ex1 ex2 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants continued to grow similarly to wild type except that their growth was slightly reduced and their final height was ~80% of that of wild type."	17540731
AT1G27510	ex1 ex2 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT1G27510	ex1 ex2 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT1G27510	ex2 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants stopped growing."	17540731
AT1G27510	ex2 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT1G27510	ex2 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT1G27595	SAIL_754_F10	"Increased sensitivity to glucose. When grown on 2-3% supplemental glucose, roots are shorter than wt and reduced chlorophyll levels. Increased rate of dark grown growth when grown on supplemental glucose. Increased sensitivity to ABA."	26002908
AT1G27595	tang1-1/tang1-1	"Increased sensitivity to glucose. Plants grown on 3% glucose have shorter roots. Also have increased anthocyanin levels, increased starch content, when grown on 2-3% glucose."	26002908
AT1G27660	SALK_128329	Mutation is lethal in the homozygous state.	16489121
AT1G27760	atsat32	Reduced fertility. Increased root length (longer roots). Hypersensitive to salt stress.	19210750
AT1G27950	CS71735	"Altered cuticular lipid composition, including reduction in C29 alkane and increases of C29 secondary alcohol and C29 ketone wax loads. More diffuse cuticular layer structure, protrusions of the cytoplasm into the vacuole in stem and leaf epidermal cells, and an accumulation of plastoglobules in stem cortex and leaf mesophyll cells. More susceptible to infection by fungal pathogen Alternaria brassicicola."	
AT1G27950	CS71739	"Significantly altered cuticular wax composition in stems and siliques, including reduced level of the C29 alkane. Reduced total cuticular wax load in stems and siliques. Severe alterations in cuticular layer structure of stem and silique wall epidermal cells."	
AT1G28010	SALK_016005	Inflorescence stems from the homozygous mutants have smaller xylem vessels and smaller phloem areas compared to WT plants.  Inflorescence apices also have a reduction in polar auxin transport.	21239383
AT1G28230	CS3740	"incompletely dominant mutation; defective in acid phosphatase production under phosphorus starvation; responds to phosphorus-deficient conditions by an increase in overall levels of acid phosphatase activity, accumulation of anthocyanins, increase of the root-to- shoot ratio and changes in the partitioning of phosphorus between roots and shoots."	
AT1G28300	CS3868	"Embryo lethal, embryos not viviparous, cotyledons partially transformed into leaves, complex vascular pattern observed in cotyledons. Embryos are sensitive to abscisic acid. Mutant seeds were usually desiccation tolerant at maturity, although their viability was reduced slightly after several weeks of storage. Dry seeds often germinated to produce seedlings with distorted cotyledons. This defect resulted from degeneration of cotyledon tips prior to germination. Some trichomes form on cotyledons after germination and stomata are found on surface of cotyledons of mutant embryos The cotyledon surface on seedlings produced from dry seeds lacked trichomes (likely because any trichomes initiated during embryogenesis did not survive desiccation). Mutant seeds were consequently highly pigmented at maturity and anthocyanins were especially prominent in the top half of the mutant cotyledons. Mutant embryos do not form roots during the first 48 hours of culture. The pattern of storage product accumulation was altered, the hypocotyl was filled with mature protein bodies, while the cotyledons exhibited a gradient of starch and protein accumulation. Cells in the top half of mutant cotyledons were highly vacuolated, packed with starch grains, and lacked mature protein bodies, whereas cells closer to the hypocotyl contained less starch but many protein bodies. The accumulation of lipid bodies during embryogenesis was unusual too: distribution of lipid bodies was highly abundant in the hypocotyls of the mutant plants."	12244265
AT1G28300	CS3868	somatic embryogenesis  ability is very limited in lec2 mutants	16034595
AT1G28300	CS3868	strongly impaired ability to induce somatic embryos in vitro	12244265
AT1G28300	fus3-3 lec1-2 lec2-1	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G28300	lec1-1 lec2-1	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G28300	lec2-1 fus3-3	strongly impaired ability to induce somatic embryos in vitro	16034595
AT1G28300	lec2-3	"Mutant seeds were not desiccation tolerant (unlike lec1), instead, 50-80% were desiccation intolerant, those that survived and germinated had cotyledons with trichomes on the adaxial surface. Embryos had abnormal suspensors, and precociously activated shoot apical meristem."	11573014
AT1G28300	tan-1 lec2-1	"Similar to tan-1 lec1-2, embryo arrested mostly at transition or heart stage."	16113228
AT1G28320	SALK_007184C	Immunoblot with &alpha;-gMDH antibodies showed that processing of pre-gMDH to gMDH no longer occurred in the homozygous mutant plant.	17592111
AT1G28320	SALK_007184C	No visible phenotype.	17592111
AT1G28340	CS65436	No visible phenotype.	
AT1G28380	nsl1-1	"The nsl1-1 mutant has a dwarf phenotype and spontaneously develops brown necrotic lesions on rosette and cauline leaves. Some leaves also become chlorotic after 2-3 weeks. Unchallenged plants display substantial callose deposition and autofluorescent compound accumulation around the necrotic lesions. The dwarf phenotype, but not the necrotic lesion phenotype, can be partially suppressed by growth at 26 degrees. Several defense-related transcripts are constitutively up-regulated in nsl1-1 mutants, and salicyclic acid levels are also increased more than four-fold. Double mutant analyses show that the nsl1-1 phenotype is not rescued by the rar1-10 or sgt1b-1 mutations."	
AT1G28380	nsl1-2	The nsl1-2 mutant has a dwarf phenotype and spontaneously develops brown necrotic lesions on rosette and cauline leaves. Some leaves also become chlorotic after 2-3 weeks.	
AT1G28490	osm1	"Sensitive to osmotic stress, tendency to wilt"	
AT1G28520	WiscDsLox489-492O10	"Seed germination rate, seedling growth affected, primary root length under salt stress in a concentration-dependent manner."	30477148
AT1G28520	WiscDsLox489-492O10	"Seed germination rate, seedling growth affected, primary root length under salt stress in a concentration-dependent manner."	
AT1G28520	voz-1 voz-2	"Suppressed growth and leaf vein clearing in older leaves. Delayed germination, seedling growth, and root length as result of salt stress. Increased sensitivity to salt stress as compared to single mutants."	30477148
AT1G28520	voz-1 voz-2	"Suppressed growth and leaf vein clearing in older leaves. Delayed germination, seedling growth, and root length as result of salt stress. Increased sensitivity to salt stress as compared to single mutants."	
AT1G28560	srd2	"temperature-sensitive mutant. srd2 seedlings grown at  the permissive temperature (22C) appeared almost normal. At 28C,  both hypocotyl and root explants of the srd2 mutant could  not establish shoot apical meristems de novo. When  primary root segments of srd2 were cultured on root-inducing  medium (RIM) at 28C, abnormal lateral root primordia  lacking functional apical meristems were frequently observed.  except that they had fewer lateral roots than the wild-type  seedlings. At the restrictive temperature (28C however, the development of true leaves and primary roots in srd2  seedlings was severely interrupted. Whereas root explants of the srd2 mutant formed  calli on callus-inducing medium (CIM), at either 22Cor 28C,  callus formation from srd2 hypocotyl explants was strongly  inhibited at 28C"	16098103
AT1G29060	SALK_054695C	Increased sensitivity to salt (130 or 140 mM NaCl ) and osmotic (350 or 400 mM mannitol) stress.	25689889
AT1G29060	SALK_141347C	Increased sensitivity to salt (130 or 140 mM NaCl ) and osmotic (350 or 400 mM mannitol) stress.	25689889
AT1G29060	atsft12-3	Increased salt tolerance.	25689889
AT1G29170	scar3-1	Phenotype not described.	17267444
AT1G29250	irp5-1	"Growth delay, early flowering"	30576513
AT1G29260	pex7-1	Displays peroxisomal defects such as reduced sensitivity to exogenously applied IBA.  Fewer lateral roots after IBA treatment.  Not generally defective in auxin responses.   Hypocotyl is not markedly shorter than WT when grown without added sucrose in the dark. PTS2-tageed proteins are not efficiently imported into the peroxisome.	15548601
AT1G29400	SALK_061664	No visible phenotype.	16473967
AT1G29430	SALK_024165	saur65 heterozygotes have reduced male fertility.	30093526
AT1G29690	SALK_002259	Germinating <i>cad1-1</i> mutant shows a dwarf phenotype with normal cotyledons but dark-brown- or black-colored cell death lesions on the true leaves. Leaf senescence with chlorophyll breakdown is accelerated in this mutant. This phenotype segregates as a recessive trait. Homozygous <i>cad1</i> mutant cannot produce seeds indicating that normal plant development are also disturbed by the mutation.	15799997
AT1G29940	CS69594	Reduced seed set.	
AT1G29990	CS16396	"Plants exhibit a range of microtubule defects, including hypersensitivity to oryzalin (150 nM), defects in cell division, cortical array organization, and microtubule dynamicity; dwarf plants."	
AT1G29990	pdf6-1	Seedlings exhibit root swelling when grown in the presence of 100 nM oryzalin and have a 25% reduction in hypocotyl length. Reduced cell size is due to defects in the microtubules. Microtubules in the root elongation zone remain disorganized. Also affects epidermal cells which have abnormal division planes.	19004800
AT1G30270	cipk23-1	"Enhanced drought tolerance. Hypersensitive to ABA inhibition  of light-induced stomatal opening. Loss of function of CIPK23 alters the ABA  responsiveness of guard cells during their opening and  closure, leading to reduced water loss under drought  conditions. When grown on media containing low levels of KCl (micromolar  range), cipk23 mutants displayed drastically reduced  stature compared to the wild-type. In particular, the roots of  mutant plants were significantly shorter than those of wildtype  plants."	17922773
AT1G30330	CS24606	no obvious auxin-related growth phenotype	15659631
AT1G30330	CS24632	"arf6 arf8double mutant; dwarfed aerial tissue,  severe flower defects in flower development; homozygous double mutant is sterile."	
AT1G30330	arf6-2	"Short stamens, reduced fertility."	16107481
AT1G30330	arf6-2/arf8-3	"Twisted leaves, reduced fertility, short stamens,dwarf stature, closed flower buds (no anthesis), anthers do not dehisce, short stems."	16107481
AT1G30380	psag-1.4 psak-1	Double mutants were intermediate in mean size when compared with the corresponding single mutants.	12068106
AT1G30380	psag-1.4 psak-1	"Germination of mutant seeds was not affected and visual inspection did not reveal any drastic change in phenotype compared with WT plants, except for a slightly lighter pigmentation."	12068106
AT1G30380	psag-1.4 psak-1	Increase in the Chl a/b ratio.	12068106
AT1G30380	psag-1.4 psak-1	No drop in total Chl levels.	12068106
AT1G30380	psag-1.4 psak-1	The level of the xanthophyll cycle pigments (VAZ-pool) was higher than in WT plants.	12068106
AT1G30380	psak-1	Decrease in mean size.	12068106
AT1G30380	psak-1	Increase in the Chl a/b ratio.	12068106
AT1G30450	CS16311	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; disrupted pollen grain development."	
AT1G30460	SALK_033392	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT1G30490	CS65908	Segregates the dominant homozygous phavoluta mutants. This mutation causes transformation of abaxial to adaxial fates in leaves and leaf-like organs.	
AT1G30490	CS68977	"phb-13 phv-11 cna-2 triple mutants often displayed tri-cotyledons, enlarged SAM, stem fasciation, flowers with extra organs, silique enlargement, and reduced fertility."	
AT1G30490	CS6966	Transformation of abaxial to adaxial fates in leaves and leaf-like organs; the most severely affected organs develop with radial symmetry and exhibit adaxial traits around their circumference.	
AT1G30490	drn-1 phv	Defects in embryonic cell patterning in essentially all double mutants.  Pleotropic cotyledon phenotypes.  Large increase in phenotypic penetrance.	17376809
AT1G30520	SAIL_895_A08	seedling lethal	
AT1G30520	SALK_060226	seedling lethal	
AT1G30530	CS71671	Both known Arabidopsis thaliana flavonol rhamnosyltransferases are disrupted.	
AT1G30530	CS71672	Left-handed helically twisted petal phenotype that is somewhat milder as compared to the rhm1-3 single mutant (CS71668). Reduced cell wall rhamnose.	
AT1G30530	CS71674	Similar phenotype to the rol1-2 single mutant (CS16373); hyponastic cotyledons and left-handed helically twisted and hyponastic petals.	
AT1G30570	CS2976	morphological phenotype similar to wt; resistant to kanamycin	
AT1G30610	CS84630	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 27.7% mutant; 48.4% aborted seeds in top half of silique.	
AT1G30620	CS8568	arabinose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT1G30620	CS8569	arabinose content in leaf polysaccharides reduced to approximately 75 percent of wild type; no visible phenotypic effect.	
AT1G30620	CS8570	arabinose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT1G30620	CS8571	arabinose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT1G30690	patl2456&#8722;/&#8722;	"RAM size was reduced by 25%,mutants germinated in 100 nM 2,4D were highly agravitropic, embryo patterning defects."	28687624
AT1G30825	CS145	bent club-like hairs on leaf; yellow green plant with club-like siliques.	
AT1G30825	CS49	"short, bent club-like trichomes on stems and leaves."	
AT1G30825	CS9959	Hairiness is absent on rosette leaves and stems. Short bent club-like trichomes on margins stem leaves. 	
AT1G30840	SALK_048774	"Reduced NPQ, affected organization of light-harvesting complex II and an enhanced grana stacking."	27600538
AT1G30900	CS859922	No visible phenotype.	
AT1G30950	CS16361	"Altered floral morphology. Weak floral-meristem identity defects including: more secondary inflorescences compared to wild-type and a variable number of floral nodes with architectural abnormalities such as, no defined structure, a bract with no associated floral shoot, and flowers subtended by bracts. Floral-organ identity defects include: severe reduction in the number of petals and stamens, disorganized whorl structure, fused floral-organs, variable number of organs in each whorl. Floral defects are most severe in early flowers and under short days; sterile plants."	
AT1G30950	CS6294	strong allele; flowers often subtended by (reduced) bracts; second and third-whorl organs often absent or transformed into sepal- or carpel-like organs; reduced fertility; more severe phenotype under short days.	
AT1G30950	CS6295	"weak allele; second-and third-whorl organs sometimes absent, of mixed identity, or transformed into sepal- or carpel-like organs; more severe phenotype under short days."	
AT1G30950	ufo-1	Defective flower. Transformation of flowers into shoots.	
AT1G30950	ufo-11	"Mutants produce less than one petal per flower on average, although most basal flowers can have more."	12826617
AT1G30950	ufo-11	Petals are usually missing in ufo-11 flowers or are sometimes replaced by filaments or petal/stamen mosaic organs. ufo-11 flowers have fewer second-whorl organs compared with rbe-3 mutants and also sometimes produce mosaic petaloid stamens in the third whorl.	16412084
AT1G30950	ufo-11	Weak allele specifically affecting petal development.	12826617
AT1G30950	ufo-11 rbe-3	Double-mutant flowers have a phenotype that is similar to ufo-11 flowers.	16412084
AT1G30950	ufo-12	"Mutants produce less than one petal per flower on average, although most basal flowers can have more."	12826617
AT1G30950	ufo-13	"Mutants produce less than one petal per flower on average, although most basal flowers can have more."	12826617
AT1G30950	ufo-14	"Mutants produce less than one petal per flower on average, although most basal flowers can have more."	12826617
AT1G30950	ufo-2 rbe-3	Double mutant has the same phenotype as the ufo-2 single mutant. There is no increase in the number of filaments and/or staminoid organs in the double mutant as compared with ufo-2.	16412084
AT1G30960	aterg2-1	"Sporophytic maternal effect mutation. In heterozygous plants when the mutant allele is transmitted by the female,about half the embryos abort. Aborted embryos have increased ROS and cell death."	29497438
AT1G30970	SALK_056285 (homo)	Similar delays in flowering in short days and similar acceleration of flowering by vernalization as Col.	17138694
AT1G30970	suf4	Similar delays in flowering in short days and similar acceleration of flowering by vernalization as Col.	17138694
AT1G30970	suf4 (FRI-Sf2)	"Early flowering almost identical to Col, which is a fri null, and did not display any other morphological alterations."	17138694
AT1G30970	suf4 co-1	Slight increase in delay in flowering under LD conditions compared to co-1 single mutant.	17138694
AT1G30970	suf4 fca-9	Shorter delay in flowering time under LD conditions compared to single mutant fca-9.	17138694
AT1G30970	suf4 flc-3	Flowering time similar to that of the flc-3 single mutant in both LD and SD conditions.	17138694
AT1G30970	suf4 ft-1	Increased delay in flowering time compared to both parental single mutants.	17138694
AT1G30970	suf4 fve-3	Intermediate delay in flowering time compared to both single mutants.	17138694
AT1G30970	suf4 ld-1	Delay in flowering intermediate between that observed in the two parental single mutants.	17138694
AT1G30970	suf4 soc1-2	Slight increase in delay in flowering under LD conditions compared to soc1-2 single mutant.	17138694
AT1G30970	suf4-1	Suppress the FRI late flowering phenotype.  Reduced H3K4 trimethylation at FLC locus.	17079264
AT1G31040	ore15-1D	"Increased leaf size, delayed senescence."	29949656
AT1G31040	ore15-2	"Small leaves, early leaf senescence under salt stress."	29949656
AT1G31140	amiRNA T419a	"The only change in phenotype observed was a significant  bending of fruits, suggesting asymmetrically longitudinal  growth without any alteration in the fruit length."	
	20598091		
AT1G31140	amiRNA T586	"The only change in phenotype observed was a significant  bending of fruits, suggesting asymmetrically longitudinal  growth without any alteration in the fruit length."	
	20598091		
AT1G31360	CS16514	No visible phenotype.	
AT1G31410	CS860337	No visible phenotype	
AT1G31470	CS25403	Defective in fusion of the polar nuclei during female gametophyte development.	
AT1G31480	sgr2-1	"Abnormal gravitropism in inflorescence stems and hypocotyls. Some mutant seeds were shrunken and did not germinate. Although most seedlings were normal, some had abnormal shape, ofthen with one or three cotyledons."	11826297
AT1G31480	sgr2-1	"Inflorescence stem failed to curve upward even after 6 h of horizontal gravistimulation. Plant size not affected in this mutation, inflorescence stem twisted as the elongated, and the lateral branches twisted downward. Reduced gravitropic response of ethyolated hypocotyls. Root gravitropism was normal."	8819871
AT1G31480	sgr2-1	showed a  defect in sedimentation of amyloplasts in the petiole	16344262
AT1G31480	sgr2-4	abnormal gravitropic response	11826297
AT1G31500	SALK_037900C	"Under normal growth conditions, hesp mutant plants possess not only higher Phi(PSII) than wild type plants, but also a higher oxidized redox state of QA, which reduced significantly NPQ. Mutants also have altered expression of CCA1, TOC1 and LHY."	26619288
AT1G31650	CS69176	Hypersensitive to ABA treatment.	
AT1G31720	mwl1-1/mw12-1	mwl1-1/mwl2-1 double homozygous mutants are smaller compared with WT.	26930070
AT1G31800	lut5-1	18% reduction in lutein and accumulates &#945;-cryptoxanthin and &#945;-carotene. The latter was shown to be almost exclusively localized in photosystems.	16492736
AT1G31800	lut5-1	Decrease in &#946;-carotene level.	16492736
AT1G31800	lut5-1	"Reduction in total &beta;,&beta;-carotenoids and increase in total &beta;,&epsilon;-carotenoids."	16492736
AT1G31800	lut5-1 lut1-4	"Accumulates &#945;-carotene and zeinoxanthin at levels nearly identical to lut5-1 and lut1-4 single mutants, respectively."	16492736
AT1G31800	lut5-2	Same as lut5-1 but weaker allele.	16492736
AT1G31810	SALK_038277	microspore formation is defective; microtubule arrays displayed abnormalities during the meiosis-associated process of microspore formation.	20709814
AT1G31810	SALK_058886C	microspore formation is defective; microtubule arrays displayed abnormalities during the meiosis-associated process of microspore formation.	20709814
AT1G31817	CS25402	Defective in fusion of the polar nuclei during female gametophyte development.	
AT1G31870	SALK_083777	Segregates for ~25% embryo lethal. Mutants display defects early in embyrogenesis (preglobular stages).	30720904
AT1G31870	atbud13-1	Segregates for ~25% embryo lethal. Mutants display defects early in embyrogenesis (preglobular stages).	30720904
AT1G31880	CS6879	"Short-root phenotype, characterized by short primary root and more branched root system."	15031265
AT1G31880	CS6879	"some leaves curled upwards, leaf margins almost smooth, long petioles, single flowering stem, height = 28-40 cm."	
AT1G31880	brx pin1	"Protophloem was barely distinguishable, or even absent (approximately 20% of seedlings)."	29875411
AT1G31880	brx-2	"Shorter root length, protophloem sieve elements (PPSEs) auxin accumulation as compared to neighbouring cells was markedly lower and more variable than in the wild type."	29875411
AT1G31880	brx-2	lateral root formation in the mutant is insensitive to exogenous cytokinin; altered auxin response in lateral root primordium in the presence of exogenous cytokinin.	19037657
AT1G31880	brx-3	enhanced response to ABA-mediated inhibition of root growth	19201913
AT1G31880	brxS	"The roots of brxS seedlings are as short, both when grown in the light or in darkness. In contrast to the root system, the shoot system morphology and flowering time of brxS plants resembles the Sav-0 shoot system, which was used as the control. Cell elongation and cell production rate in the root meristematic and elongation zone were decreased in brxS seedlings, contributing approximately one-third and two-thirds, respectively, to the overall difference in root length as compared with Sav-0 seedlings."	15031265
AT1G32070	SALK_032239	Mutant accumulates lower levels of melatonin and less anthocyanin than the wild type.	27047496
AT1G32080	plgg1-2	Lateral root growth inhibited by growth on 5 micromolar ABA.	29097201
AT1G32170	CS16543	No visible phenotype.	
AT1G32170	CS16544	No visible phenotype.	
AT1G32200	CS200	"altered fatty acid composition (strongly reduced C16 content), 25% reduction of phosphatidylglycerol content, no obvious growth defect."	16774646
AT1G32200	SALK_069657	"altered fatty acid composition (strongly reduced C16 content), 25% reduction of phosphatidylglycerol content, no obvious growth defect."	
AT1G32230	CS9354	"Small and erect rosettes; altered leaf shape; early flowering; increased stomatal conductance; hypersensitive to apoplastic superoxide and ozone; resistant to chloroplastic superoxide formation; exhibits reduced sensitivity to abscisic acid, ethylene, and methyl jasmonate; altered expression of several hormonally regulated genes."	
AT1G32240	CS67888	"Produces abaxial trichomes precociously; kan1 kan2 double mutants have small, up-curled leaves with abaxial protrusions, and are sterile."	
AT1G32240	CS68926	No visible phenotype.	
AT1G32240	CS68929	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G32240	CS68930	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT1G32240	bop1-4 bop2-11 kan1-2 kan2-1	"About nine-tenths of the mutants exhibited abaxialized vasculature. The exclusively adaxialized vasculature observed in kan1 kan2 petioles was not detected in bop1 bop2 kan1 kan2 petioles. The radialized portion of bop1 bop2 kan1 kan2 leaves showed various kinds of organ polarity defects. The vascular bundles of nearly half of the leaves (44.0%) consisted of phloem surrounded by xylem, while one-third (36.0%) displayed xylem surrounded by phloem, and a small percentage (16.0%) had a mixture of both types of vasculature."	
	17601823		
AT1G32240	bop1-4 bop2-11 kan1-2 kan2-1	"Quadruple mutant plants developed narrow leaves with ectopic blade outgrowth along the petioles, like bop1 bop2 leaves, as well as ectopic outgrowths on their abaxial lamina, like kan1 kan2 leaves. However, all of the bop1 bop2 kan1 kan2 leaves also showed extended, radialized petiole development that was not observed in either parental genotype."	
	17601823		
AT1G32240	bop1-4 bop2-11 kan1-2 kan2-1	"bop1 bop2 kan1 kan2 stems had a decreased ratio of adaxialized vascular phenotypes compared with kan1 kan2 stems. Similar to what was observed in petioles, 6.7% of bop1 bop2 kan1 kan2 stems exhibited an abaxialized phenotype of xylem surrounded by phloem, while others (13.3%) had both types of vasculature in a single stem."	17601823
AT1G32240	kan1 kan2 ats	"Similar to kan1 kan2 double mutant.  However, the ovules have a novel phenotype, forming a single amorphous structure in place of both integuments."	16623911
AT1G32240	kan1-2 kan2-1	"All kan1 kan2 stem vascular bundles displayed phloem surrounded by xylem, indicating adaxialized polarity."	17601823
AT1G32240	kan1-2 kan2-1	"Cotyledons are narrow, cup-shaped and point upward. Leaves are narrow, dark green and develop ectopic outgrowths on their abaxial side only.  Four to six stipules, rather than two, develop at the base of each leaf, surrounding its entire circumference.  Stems fail to elongate upon flowering.  Floral organ morphology is highly abnormal.  Mature ovules have reduced outer integuments. Aberrant positioning of cell types, primarily along the adaxial/abaxial lateral organ axis."	11525739
AT1G32240	kan1-2 kan2-1	Double mutant plants have narrow leaves and developed ectopic outgrowths on their abaxial lamina.	
	17601823		
AT1G32240	kan1-2 kan2-1	External structures of the carpel are largely absent.  Ovules arise from a surface or column of tissue at the center of the flower. The inner integuments of these ovules are normal but the asymmetrical outer integument is now a nearly symmetrical and relatively amorphous collar of tissue.	16623911
AT1G32240	kan1-2 kan2-1	"The vasculature in more than half (55.9%) of kan1 kan2 leaf petioles exhibited a pattern of phloem surrounded by xylem, representing an adaxialized phenotype. However, very surprisingly, 17.6% of kan1 kan2 leaf petioles had abaxialized vasculature or a mixture of adaxialized and abaxialized vasculature."	17601823
AT1G32240	kan1-2/kan2-1/kan4-3	Radialized leaf like organs form on the hypocotyl. Altered stomata and root hair pattering.Increased periclinal divisions on abaxial side of cotyledons and hypocotyl.Ectopic expression of PIN1 in hypocotyl region.	
AT1G32240	pgy1-1/kan1-2/kan2-1	kan1/kan2 defects in gynoecium development is mostly supressed. Plants are fertile and siliques more elongated compared to the kan1/kan2 double mutant and only occasionally form ectopic style tissue along the replum.Leaves are small and adaxialized.	
AT1G32450	SALK_005099 HOMOZYGOUS	"Defective in xylem transport of nitrate from root to shoot. Morphologically WT when grown on soil. When grown on plates, roots were shorter than WT"	18780802
AT1G32490	SALK_021156	"Impaired cotyledon development, sensitivity to exogenous abscisic acid (ABA)."	31481206
AT1G32490	SALK_202897C	"Impaired cotyledon development, sensitivity to exogenous abscisic acid (ABA)."	31481206
AT1G32490	esp3-1	"Reduced stature, early flowering, and altered leaf morphology."	17008405
AT1G32490	esp3-1	Two- to three-fold fewer of the endogenous PDS mRNA than in the wild-type plants and 10- to 50-fold higher levels of PDS siRNA.	17008405
AT1G32500	SALK_055996	"Homozygous offsprings of the T-DNA line show a characteristic set of phenotypes. The chlorophyll content is reduced to 75% compared to wild type. Plants appear slightly bleached. The ultrastructure of the plastids is conspicuously different to wild type plastids. Most evident is the structure of the thylakoids, which are reduced and the grana are unorganized compared to the wild type situation. The overall architecture of mutant homozygous plants is slightly altered compared to wild type. Roots of 6 day-old seedlings were 35% shorter on average. The main macroscopic effect of the mutation is that mutant plants produce a large amount of aborted seeds. Only about 60% of the mature seeds contain phenotypically normal, viable embryos. Up to 30% of the seeds are aborted, dark and shrunken, and do not germinate. Most of these aborted seeds contain embryos arrested at the globular stage as well as ball/oblong-shaped embryos (ca. 75%). The morphogenesis of these embryos was blocked before initiation of cotyledon growth and establishment of bilateral symmetry. The other aborted seeds contain embryos arrested at the torpedo or bent cotyledon stage with abnormal- shaped, thickened hypocotyls and underdeveloped cotyledons (ca. 25%). About 10% of all seeds are narrow, containing undersized, tenuous embryos which are not viable."	15710401
AT1G32580	CS860136	No visible phenotype	
AT1G32770	CS67921	"Loss of secondary cell wall in stem, silique and hypocotyl. Fragile stem. Indehiscent silique."	
AT1G32770	CS67921	Plants are indehiscent because siliques lack secondary walls except in vascular vessels.	18657234
AT1G32770	CS67921	"Under short-day conditions, the nst1-1 nst3-1 plants were no longer able to remain upright when they reached >15cmin height neither lignin nor cellulose, which constitute secondary walls, was produced in inflorescence stems of nst1-1 nst3-1 plants,"	
	17237351		
AT1G32770	CS67923	No visible phenotype	
AT1G32850	CS860094	No visible phenotype.	
AT1G32900	prpl11	"Decreased effective quantum yield of photosystem II, pale green plants, reduced growth rate"	
AT1G32990	prpl11-1	Mutant plants had pale-green cotyledons and leaves.	11532164
AT1G32990	prpl11-1	Relative decrease the effective quantum yield of PSII (&#934;II).	11532164
AT1G32990	prpl11-1	"Under optimal greenhouse conditions, the size and growth rate of the mutant were reduced by up to 75% relative to wild-type. Furthermore, an average delay of about 5 days in flowering time was observed for mutant plants."	
	11532164		
AT1G32990	prpl11-1 mrpl11-1	Defective in both mitochondrial and plastid gene expression.	16517761
AT1G32990	prpl11-1 mrpl11-1	Double mutant leaves were identical to those of the prpl11-1 single mutant in terms of thylakoid protein composition and photosynthetic performance.	16517761
AT1G32990	prpl11-1 mrpl11-1	No increase in H2O2 content in light- or dark-adapted mutant plants.	16517761
AT1G32990	prpl11-1 mrpl11-1	Pale-green leaves and a drastic reduction in size.	16517761
AT1G32990	prpl11-1 mrpl11-1	"The photosynthetic performance of the double mutant is identical to that of prpl11-1 plants (Fv/Fm, 0.69 versus 0.79 in the wild type; &Phi;II, 0.53 versus 0.75 in the wild type; 1-qP, 0.06 versus 0.05 in the wild type)."	
	16517761		
AT1G32990	prpl11-1 mrpl11-1	prors1-like transcriptional response.	16517761
AT1G33140	pgy2-1	Pointed and more serrated leaves.	
AT1G33240	CS67007	improved water use efficiency and drought tolerance by reduced transpiration and stomatal density	
AT1G33240	CS67008	improved water use efficiency and drought tolerance by reduced transpiration and stomatal density	
AT1G33240	SALK_005965	increased trichome cell size and nuclear DNA content without affecting the number of trichome branches	19717615
AT1G33240	SALK_005966	increased trichome cell size and nuclear DNA content without affecting the number of trichome branches	19717615
AT1G33240	WiscDsLox413-416C9	increased trichome cell size and nuclear DNA content without affecting the number of trichome branches	19717615
AT1G33280	SALK_151986C	WT phenotype	20197506
AT1G33280	brn1-1; brn2-1	Columella root cap cells fail to detach.	20197506
AT1G33280	smb-3; brn1-1	same as smb-3 single mutant	20197506
AT1G33280	smb-3; brn1-1; brn2-1	"Root cap cells appear as a mass lacking uniform morphology. Cells can be highly elongated and twisted.   Cells fail to stop elongation and to  adopt the rigid, rectangular morphology of COL cells.   When compared with smb-3, the triple mutant has thesame number of complete LRC layers, and the appearance of the cells in those layers closely resembles that in smb-3. However, partial remains of older LRC layers remain attached to the meristem in the triple mutant, giving it a messy appearance. Remains of old LRC cap layers can be  found still attached to the root along its whole length."	
	20197506		
AT1G33390	CS16282	"Abnormal widening and flattening of stems (fasciated plants). Unstable phenotype, expressivity depends on fluctuation of growth conditions."	
AT1G33390	E78_RB_FST	Caulis fasciation mutant. Unstable phenotype. Expressivity depends on growth condition fluctuations.	
AT1G33410	CS69986	"Early flowering, slightly small plants. Compromised basal defense, TNL-type R protein-mediated immunity and EDS1 protein accumulation."	
AT1G33415	SAIL_544_C02	Thin exine with a poorly reticulate tectum and considerable debris adhered to the pollen grain surface.	27837085
AT1G33430	SAIL_544_C02	Thin exine with a poorly reticulate tectum and considerable debris adhered to the pollen grain surface.	27837085
AT1G33430	kns4	"Extremely thin pollen exine layer. Nexine, bacula, and tectum are present. Many mature pollen grains are withered and aggregated, but fertility is normal."	18779216
AT1G33520	CS69915	Compromised basal defense and R gene-mediated bacterial resistance.	
AT1G33520	mos2-1	hypersusceptible to Pseudomonas syringae maculicola ES4326	
AT1G33560	adr1	"reduced stature and slightly curved leaves, increased PR-1 gene expression (all segregate as semi-dominant traits).  Under high light intensity, plants develop occasional, tiny punctate lesions."	
AT1G33840	SALK_039201	Compromised in RPP4-mediated resistance.  Mutants allow increased growth of Hyaloperonospora parasitica hyphae frequently surrounded by a trail of necrotic plant cells.	18346188
AT1G33980	CS9900	over-representation of PTC-containing mRNAs; flowering time affected; narrower and more jagged rosette leaves than wild-type plants; phenotype can vary with conditions	
AT1G33980	CS9901	over-representation of PTC-containing mRNAs; narrower and more jagged rosette leaves than wild-type plants; milder phenotype than upf3-1; phenotype can vary with conditions	
AT1G33980	SALK_025175	increased stability of mRNA containing premature translation termination codons (PTCs).	
AT1G33980	SALK_097931	late flowering in long day growth conditions; narrower and more jagged rosette leaves than both wild-type plants; aberrant flower formation.	16813578
AT1G34120	5ptase1-2	Increased length of hypocotyls in dark grown seedlings. Seeds that have been stratified at 4C for 3 days germinate faster. Increased sensitivity to ABA.	17237190
AT1G34130	CS800053	"No visible phenotype observed in plants; not sensitive to NaCl; however, when crossed with stt3a-1 plants, 1/4 of male and female gametes are lethal, indicating that these oligosaccharyltransferases (OST) isoforms have overlapping and essential functions."	
AT1G34170	CS24614	no obvious auxin-related growth phenotype	15659631
AT1G34210	CS71775	No obvious growth phenotype.	
AT1G34210	CS71779	Homozygous mutants are male sterile and do not produce any seeds.	
AT1G34210	CS71782	No obvious growth phenotype.	
AT1G34210	CS71783	No obvious growth phenotype.	
AT1G34210	CS71786	Moderate stomatal clustering in the cotyledon and true leaves.	
AT1G34210	CS71788	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G34210	CS71789	"Shortened pedicels, clustered inflorescences. Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G34210	CS71790	Homozygous mutants are sterile.	
AT1G34210	CS71793	No obvious growth phenotype.	
AT1G34210	CS71794	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G34210	SALK_058020	No visible phenotype.	
AT1G34210	serk1-1 serk2-1	"double mutants were not able to produce seeds because of a lack of pollen  development in mutant anthers. In young buds, double mutant anthers developed normally, but serk1 serk2 microsporangia  produced more sporogenous cells that were unable to develop beyond meiosis. Furthermore, serk1 serk2 double mutants  developed only three cell layers surrounding the sporogenous cell mass, whereas wild-type anthers developed four cell layers.  Further confocal microscopic and molecular analyses showed that serk1 serk2 double mutant anthers lack development  of the tapetal cell layer, which accounts for the microspore abortion and male sterility."	16284306
AT1G34210	serk2	Increased susceptibility to S. sclerotiorum.	31361080
AT1G34245	CS353057	stomatal development abnormal	19398336
AT1G34245	CS67139	"stomata occur in clusters; increased stomatal cell density compared with the wild-type, as well as with both single mutants."	
AT1G34245	SALK_102777	stomatal development abnormal	19398336
AT1G34290	CS65437	No visible phenotype.	
AT1G34310	CS24613	no obvious auxin-related growth phenotype	15659631
AT1G34350	attmem18/+	Pollen is defective in germination and pollen tube growth.  Abnormal callose deposition in pollen grains.	26699939
AT1G34355	SALK_078818	diploid pollen grains	19043546
AT1G34370	STOP1-KO	Reduced root growth at pH 4.7. Hypersensitive to proton (H+) and aluminum (Al3+) rhizotoxicity.  No expression of the AtALMT1 gene (encoding a malate transporter) and malate excretion after Al treatment.	17535918
AT1G34370	stop1	No root growth at pH 4.3.	17535918
AT1G34370	stop1	Reduced root growth at pH 4.7. Hypersensitive to proton (H+) and aluminum (Al3+) rhizotoxicity.  No expression of the AtALMT1 gene (encoding a malate transporter) and malate excretion after Al treatment.	17535918
AT1G34390	CS24623	no obvious auxin-related growth phenotype	15659631
AT1G34390	CS24624	no obvious auxin-related growth phenotype	15659631
AT1G34410	CS24622	no obvious auxin-related growth phenotype	15659631
AT1G34430	CS24351	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT1G34430	SALK_067449	Susceptible to L.maculans infection	18397376
AT1G34550	CS24059	embryo defective; transition	
AT1G34670	Atmyb93-1	Significantly higher lateral root density than wild type.	24902892
AT1G34770	CS334183	Abnormal cell divisions become increasingly serious as embryo development progresses. Transportation and distribution of auxin disturbed. Vacuolar cell death and necrosis.	31408172
AT1G34770	nse1-1 nse3-2	"43.7% embryo abortive, 2 types of abnormal embryos"	31408172
AT1G34790	CS2105592	"yellow seeds due to absence of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues."	
AT1G34790	CS5147	"GA responsive dwarf, transparent testa, yellow seeds"	
AT1G34790	CS82	"yellow seeds due to absence of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues."	
AT1G34790	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT1G34790	gai-t6	Early flowering compared to wild type.	9215910
AT1G34790	gai-t6	No visible phenotype.	9215910
AT1G34790	gai-t6	The initiation of abaxial trichomes occurs marginally earlier than those of wild type Ler.	9215910
AT1G34790	rga-24 gai-t6	Much reduced fertility compared to wild type Ler.	9215910
AT1G34790	rga-24 gai-t6	Reduced pollen levels than wild type Ler and filaments shorter than carpels.	9215910
AT1G34790	rga-24 gai-t6	Stems are 35% taller than that of wild type Ler.	9215910
AT1G35240	CS24619	no obvious auxin-related growth phenotype	15659631
AT1G35240	CS24620	no obvious auxin-related growth phenotype	15659631
AT1G35470	SALK_016811	moderate alteration in	
leaf senescence under dark-induced stress	31203893		
AT1G35520	CS24615	no obvious auxin-related growth phenotype	15659631
AT1G35560	CS68937	"Increased blade length, blade width, blade perimeter, and blade area compared to wildtype."	
AT1G35560	CS68939	No visible phenotype.	
AT1G35560	CS68940	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G35560	CS68941	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G35580	cinv1	"Concentration of sucrose in the mutant roots are lower than in wild type. The concentration of <i>myo</i>-inositol is increased, as are those of glucose and fructose."	17220200
AT1G35580	cinv1	Light green leaves.	17220200
AT1G35580	cinv1	Seedlings are more tolerant to high concentrations of glucose and sucrose compared to wild-type seedlings.	17220200
AT1G35580	cinv1	Shortened roots.	17220200
AT1G35580	cinv1	"atinvg mutants have reduced root growth, reduced invertase activity, and increased expression of antioxidant genes under basal conditions."	21441406
AT1G35620	SALK_036200	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT1G35670	CS65906	More susceptible to bacterial pathogen Pst DC3000.	
AT1G35670	CS69906	Compromised in immune gene activation and disease resistance	
AT1G35670	cpk11-1	Increased sensitivity to ABA and salt.	
AT1G35670	cpk11-1/cpk4-1	Increased sensitivity to ABA and salt.	
AT1G35670	cpk11-2	Increased sensitivity to ABA and salt.	
AT1G36160	acc1	embryo defective	
AT1G36160	acc1-1	"Heterozygous plants appear normal, except for the production of some severely wrinkled seeds. The altered seed phenotype is visible, during silique maturation, as white seeds amongst green ones. The dessicated wrinkled seeds are unable to germinate after imbibition (embryo lethal)."	12943542
AT1G36160	acc1-1	"Mutant embryos exhibit wildtype-like staining patterns for most of the activities analysed: 6PGDH, GK, PGM, PGI and ADH. But slight increase in G6DPH staining at 12 days after fertilization."	16553903
AT1G36160	acc1-1	embryo lethal.	12943542
AT1G36160	acc1-2	Similar phenotype as acc1-1.	
AT1G37130	CS2355	"chlorate resistant due to reduced nitrate reductase activity, about 10-15 percent of level in Columbia; grows reasonably well on nitrate medium."	
AT1G37130	CS2356	"ABA inhibits stomatal opening in nia1 nia2 as in the wild type, revealing that not all stomatal responses to ABA are reduced."	12446847
AT1G37130	CS2356	Guard cells do not generate NO in response to  H2O2 and are not significantly different to untreated controls.	16367958
AT1G37130	CS2356	Nitrite fails to induce stomatal closure in epidermal peels of the double mutant.	12446847
AT1G37130	CS2356	No emission of NO (nitric oxide) under condition in which wild-type does. Wounding-induced NO production is however still observed.	12446847
AT1G37130	CS2356	Significantly impaired in NO biosynthesis in response to exogenous H2O2 compared to wild-type.	16367958
AT1G37130	CS2356	Stomata are far less sensitive to ABA.	12446847
AT1G37130	CS2356	Stomatal aperture not affected by treatment with sodium nitroprusside (SNP).	16367958
AT1G37130	CS2356	"double mutant; chlorate resistant (more resistant than the chl3-5 parent) due to very low levels of nitrate reductase activity, about 0.5 percent of level in Columbia; very poor growth on nitrate medium."	
AT1G37130	CS6512	Nitrate reductase (NR)-null mutant; no detectable NR activity and can not use nitrate as the sole nitrogen source; requires ammonia as nitrogen source.	
AT1G40101	SALK_133048	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT1G41740	SALK_070337	"Reduced fertility due to defects in meiosis. Loss of centromeric cohesion prematurely in meiosis II, prior to metaphase leading to unbalanced segregation and formation of defective microspores. Also a partially penetrant meiosis I phenotype in which a small number of univalents are produced."	26272661
AT1G42240	SALK_092023	"Male sterile, mutant does not transmit through the pollen."	24529374
AT1G42470	AtNPC1-1-1/atnpc1-1-1/atnpc1-2-1/atnpc1-2-1	Extreme dwarfism and male gametophyte defect (~38% pollen abortion).Increased amount of fatty acids (58%) with significant icrease in unsatuated FAs and decrease in saturated FAs.	26007685
AT1G42470	CS69071	No visible phenotype.	
AT1G42470	CS69072	"Severe dwarf phenotype, male gametophytic defects. Increased fatty acid amounts."	
AT1G42470	SALK_004590C	"When plants were grown under a long-day regime (16 h day/8 h night), the growth was indistinguishable from wild type."	26007685
AT1G42550	SALK_141795	"mutant plants exhibit severely attenuated chloroplast movements under all tested fluence rates of light. Leaf cross sections revealed that regardless of the light condition, chloroplasts are more evenly distributed in leaf mesophyll cells in mutants than in the wild type."	16113226
AT1G42550	SALK_141797	"severely attenuated chloroplast movement, similar phenotype to pmi1-2."	16113226
AT1G42550	pmi1-1	"mutant plants exhibit severely attenuated chloroplast movements under all tested fluence rates of light. Leaf cross sections revealed that regardless of the light condition, chloroplasts are more evenly distributed in leaf mesophyll cells in mutants than in the wild type."	16113226
AT1G42550	pmi1-5	Defective in chloroplast relocation.	26324877
AT1G42560	CS66541	No visible phenotype.	
AT1G42990	SALK_050203C	"The levels of several ER-stress-responsive protein disulfide isomerases (PDI1,5,6,9,10,11) are reduced in this mutant, when ER stress is replied. However, the level of transcripts for the non-ER-stress-responsive PDI2 and PDI8 is slightly increased under these conditions in the atbzip60 mutant relative to WT plants."	18574595
AT1G43620	CS2105582	pale greenish-brown seeds	
AT1G43620	CS2105583	pale greenish-brown seeds	
AT1G43620	CS2105584	pale greenish-brown seeds	
AT1G43710	atsdc-1	"Under long day conditions, the size of atsdc-1 seedlings was much smaller than that of the wild type and the mutant never reached the height of the mature wild type. Mutant was sterile and had multiple inflorescences. Under short day conditions, atsdc-1 flowered earlier than the wild type and smaller size and multiple inflorescence defects in the mutant could be rescued."	22489147
AT1G43850	CS6578	"Defective in floral organ identity and organ number; late-arising flowers exhibited more severe phenotypes than early-arising flowers; in the late-arising flowers, the organ number in whorls 2 and 3 is reduced; on average, only 3 organs are found in whorl 2, and 5 organs in whorl 3; 7% of whorl 1 organs display partial homeotic transformation and possess sepal/petal or sepal/carpel mosaics; whorl 2 organs are most often narrow petals, but stamenoid petals were occasionally observed; alternatively, petals can be replaced by filamentous or tubular structures; whorl 3 stamens are typically reduced slightly in size; the whorl 4 gynoecium is often slightly split at the top; sometimes, horn-like protrusions are seen at the gynoecium apex. Narrow floral organs; narrow leaves; reduced plant height (semi dwarf); increased lateral branching; reduced number of seeds per silique."	11782418
AT1G43850	lug-1 seu-1	"Enhanced flower phenotype compared with both single mutant plants, reduction in floral organ number and enhanced carpelloidy of whorl 1 organs, whorl 2 organs are completely absent. Deregulation of AG and AP3 expression in floral meristem and floral organ primordia."	11782418
AT1G43850	luh-1/seu-1	Resembles seu-1 single mutant with reduced stamen number.	18390806
AT1G43850	seu	Homeotic transformation in flowers	
AT1G44446	CS145	bent club-like hairs on leaf; yellow green plant with club-like siliques.	
AT1G44446	CS3119	"green-yellow plants, lacks chlorophyll-b."	
AT1G44446	CS3120	"green-yellow plants, reduced chlorophyll-b content."	
AT1G44446	CS3121	"green-yellow plants, lacks chlorophyll-b."	
AT1G44446	CS3354	"green-yellow plants, lacks chlorophyll-b; delayed flowering (ca. 2-3x), large rosettes with numerous leaves, increased plant height."	
AT1G44446	CS3362	"green-yellow plants, reduced chlorophyll-b  content; delayed flowering (ca. 2-3x), large rosettes with numerous leaves, increased plant height."	
AT1G44446	CS41	green-yellow shoots.	
AT1G44446	CS69925	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G44446	CS69926	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G44446	dca1 ch1-1 (GFP-CAO)	Chlorophyll contents decreased by approximately 40% compared to the parental line (ch1-1/GFP-CAO).	17291312
AT1G44446	dca1 ch1-1 (GFP-CAO)	Significant increase in the expression of the  GFP-CAO transgene.	17291312
AT1G44575	CS66021	Defective in pH-dependent nonphotochemical quenching of chlorophyll fluorescence.	
AT1G44575	CS69601	Defective in pH-dependent nonphotochemical quenching of chlorophyll fluorescence.	
AT1G44575	CS69605	Reduced Fv/Fm and stunted growth under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT1G44575	CS69921	"Reaches nearly wild-type levels of nonphotochemical quenching (NPQ) during illumination with high light, although the NPQ of the mutant relaxes much more slowly."	
AT1G44575	CS69922	Low nonphotochemical quenching (NPQ). 	
AT1G44575	CS69923	Low nonphotochemical quenching (NPQ).	
AT1G44575	CS69925	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G44575	CS69926	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G44575	npq4-1	"The mutant is defective specifically in the qE component of NPQ. However, it exhibites zeaxanthin synthesis in high light that is indistinguishable in extent and kinetics from that of the wild type."	
	10667783		
AT1G44575	npq4-4	Phenotype not described.	10667783
AT1G44575	npq4-5	Phenotype not described.	10667783
AT1G44575	npq4-6	Phenotype not described.	10667783
AT1G44575	npq4-7	Phenotype not described.	10667783
AT1G45145	SALK_144259	"Insensitive to victorin 1, microbial toxin produced by the fungus Cochliobolus victoriae."	
AT1G45145	attrx5-1	"Insensitive to victorin 1, microbial toxin produced by the fungus Cochliobolus victoriae."	17322408
AT1G45145	attrx5-2	"Insensitive to victorin 1, microbial toxin produced by the fungus Cochliobolus victoriae."	17322408
AT1G45145	attrx5-3	"Insensitive to victorin 1, microbial toxin produced by the fungus Cochliobolus victoriae."	17322408
AT1G45616	CS65438	No visible phenotype.	
AT1G45616	CS65439	No visible phenotype.	
AT1G45688	cc1/cc2	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT1G45688	cc1/cc2/cc3	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT1G45688	cc1/cc2/cc3/cc4	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT1G46768	rap2.1-2	The mutant plants showed an improved tolerance to the drought and cold.	20230648
AT1G47056	vfb1-1/vfb2-1/vfb3-1/vfb4rnai	"Defects in lateral root formation, delayed root elongation and delayed plant growth. Reduced cell size."	17435085
AT1G47240	nramp1-1 nramp2-1	"Under Mn-deficient conditions, roots are shorter, cell elongation was inhibited, and root hair elongation is markedly compromised."	28913895
AT1G47240	nramp2-1	"In low Mn conditions, root growth is slightly inhibited, there is more Mn retention in the roots, while Mn accumulation in young leaves is decreased."	28913895
AT1G47720	SALK_086929	"Retarded root growth, variegated and distorted leaves, distorted flowers, partial sterile, and unviable seeds. Increased number but decreased size of mitochondria."	17189341
AT1G47720	osb1-1	"Retarded root growth, variegated and distorted leaves, distorted flowers, partial sterile, and unviable seeds. Increased number but decreased size of mitochondria."	17189341
AT1G47750	CS93727	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT1G47890	CS65440	No visible phenotype.	
AT1G48050	ku80	Delayed growth during later stages of development.	19070688
AT1G48050	ku80	Hypersensitivity to DNA damaging agents	
AT1G48050	ku80	Increased susceptibility to T-DNA transformation.	16380432
AT1G48270	CS6539	Reduced seed sensitivity to gibberellin (GA) and brassinosteroid (BR); altered seed germination; kanamycin resistant or silenced.	
AT1G48270	CS6540	Reduced seed sensitivity to gibberellin (GA) and brassinosteroid (BR); altered seed germination; kanamycin resistant or silenced.	
AT1G48270	CS6952	"Plants exhibit hypersensitivity to abscisic acid (ABA) in assays of root growth, gene regulation, and stomatal response. Root growth of seedlings is markedly more sensitive to inhibition by ABA compared with wild-type. Plants have enhanced drought tolerance and lower rates of water loss (lower transpiration rates). Plants are hypersensitive to ABA and S1P regulation of stomatal responses: guard cells are hypersensitive to both inhibition of opening of preclosed stomata and promotion of closure of preopened stomata by ABA; plants respond to the lipid metabolite, sphingosine-1-phosphate (S1P), in an identical fashion as they do to ABA: guard cells are hypersensitive to S1P-induced inhibition of stomatal opening and S1P-induced promotion of stomatal closure compared with the wild-type."	
AT1G48360	fan1-1	Defective in interstrand cross link repair.	25779053
AT1G48360	fan1-1	Hypersensitivity against MMC and cisplatin.	29577315
AT1G48360	fan1-2 atm-2	"Severe chromosome fragmentation and a drastic reduction of fertility (1.9 ± 2.8; n=123 siliques), compared to atm-2 single mutants (6.8 ± 7.2; n=364 siliques; p<0.0001)."	29352063
AT1G48360	hrq1-1 fan1-1	"Significantly increased sensitivity against cisplatin, sensitivity to MMC."	29577315
AT1G48380	rhl1-1	Lack of hairs on primary roots	
AT1G48380	rhl1-2	Extreme dwarf in the dark and in the light.  Reduced root hair number.  Trichome size and branching is reduced.  Ploidy defect.	16339310
AT1G48410	CS16278	Phenotype intermediate between the stronger allele ago1-10 and the weak allele ago1-27; self-sterile.	
AT1G48410	CS3854	"embryos have cotyledon primordia splayed apart; seedlings fail to unbend upon emergency from the seed coat causing poor germination  without gibberellin in the medium; narrow cotyledons;  presumptive shoot apical meristem (SAM) in embryo is enlarged;  SAM produces very small narrow or radial leaves and infrequently  terminates activity after production of a single pin-shaped organ (similar to the pinhead phenotype) which eventually becomes a crown of arrested organ primordia; axillary meristems are rare but frequency increase at low temperature; narrow or radial floral organs, not self fertile."	
AT1G48410	CS67861	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. "	
AT1G48410	CS67862	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. "	
AT1G48410	CS67875	Partially rescues the phenotype of hypomorphic ago1-45.	
AT1G48410	CS67876	Partially rescues the phenotype of hypomorphic ago1-46.	
AT1G48410	CS67877	Partially rescues the phenotype of hypomorphic ago1-45.	
AT1G48410	CS67878	Partially rescues the phenotype of hypomorphic ago1-46.	
AT1G48410	CS68981	"Developmental defects such as late flowering, narrow and dark green leaves, shorter siliques and fewer seeds than the wildtype."	
AT1G48410	ago1-1	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-1	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-1	"TAS1, TAS2, and TAS3 ta-siRNAs were below detectable levels."	16682354
AT1G48410	ago1-1	The homozygous progeny is self-sterile.	9427751
AT1G48410	ago1-2	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-2	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-2	The homozygous progeny is self-sterile.	9427751
AT1G48410	ago1-22	"The homozygous progeny has unexpanded cotyledons, narrow leaves, and a unique stem with abnormal inflorescences bearing infertile flowers."	11016954
AT1G48410	ago1-22	The homozygous progeny is self-sterile.	11016954
AT1G48410	ago1-23	"The homozygous progeny has unexpanded cotyledons, narrow leaves, and a unique stem with abnormal inflorescences bearing infertile flowers."	11016954
AT1G48410	ago1-23	The homozygous progeny is self-sterile.	11016954
AT1G48410	ago1-24	"The homozygous progeny has unexpanded cotyledons, narrow leaves, and a unique stem with abnormal inflorescences bearing infertile flowers."	11016954
AT1G48410	ago1-24	The homozygous progeny is self-sterile.	11016954
AT1G48410	ago1-25	Homozygous mutants initiated flowering 7 to 12  days after the wild type and were fertile: they produced 45 to 60% of the amount of seed of the wild type.	11910010
AT1G48410	ago1-25	Mutants develop rosettes with dark green and serrated leaves. Rosette size is intermediate between that of stronger alleles and  wild-type plants.	11910010
AT1G48410	ago1-26	"Homozygous mutant develop a small rosette with dark green and serrated leaves, initiates flowering 10 to 15 days after the wild type, and is almost totally sterile, although occasionally it produces short siliques containing two to five seed."	
	11910010		
AT1G48410	ago1-26	The homozygous progeny is self-sterile.	11910010
AT1G48410	ago1-27	Homozygous mutants initiated flowering 7 to 12  days after the wild type and were fertile: they produced 45 to 60% of the amount of seed of the wild type.	11910010
AT1G48410	ago1-27	Homozygous plants are completely deficient for post-transcriptional gene silencing.	11910010
AT1G48410	ago1-27	Mutants develop rosettes with dark green and serrated leaves. Rosette size is intermediate between that of stronger alleles and  wild-type plants.	11910010
AT1G48410	ago1-3	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-3	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-3	The homozygous progeny is self-sterile.	9427751
AT1G48410	ago1-36	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	16081530
AT1G48410	ago1-4	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-4	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-4	The homozygous progeny is self-sterile.	9427751
AT1G48410	ago1-5	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-5	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-5	The homozygous progeny is self-sterile.	9427751
AT1G48410	ago1-6	Heterozygous parents and progeny are indistinguishable from wild type.	9427751
AT1G48410	ago1-6	Homozygous progeny has unexpanded pointed cotyledons and very narrow rosette leaves.	9427751
AT1G48410	ago1-6	The homozygous progeny is self-sterile.	9427751
AT1G48490	SALK_123447C	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48490	ire3-1 ireh1-1	"Over 30% of the microtubule arrays arranged in different directions; fluorescence intensities of microtubule network in meristem, elongation and maturation zones sign decreased."	30979587
AT1G48490	ire3-1 ireh1-1	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48490	ire3-1 ireh1-2	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48490	ire3-2	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48490	ire3-2 ireh1-1	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48490	ire3-2 ireh1-2	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT1G48520	CS923267	Light-green plants; no other visible phenotype.	
AT1G48550	" vps26c, vti13 "	Double mutant restores  root hair length to near wild type.	29495075
AT1G48550	CS860134	No visible phenotype	
AT1G48550	SALK_100616	Short root hairs.	29495075
AT1G48560	CS860134	No visible phenotype	
AT1G48600	atpmeamt	No obvious phenotypic difference in growth or development with respect to wild type.  More abundant 34:3-PtdMEA (phosphatidylmethylethanolamine) than wt.	20650897
AT1G48630	CS68988	No visible phenotype.	
AT1G48630	CS68989	No visible phenotype.	
AT1G48630	CS68992	"Enhanced rack1a-1 phenotype resulting in the following: reduced number of rosette leaves, smaller rosette size, shorter primary root growth and fewer lateral roots compared to both wildtype and rack1a-1 single mutants."	
AT1G48630	CS68994	No visible phenotype.	
AT1G48920	parl1-1	"parl1-1 mutants, initially identified based on their aberrant parallel venation pattern in juvenile leaves, exhibit several other developmental defects. They have abnormal venation patterns in their cotyledons, adult leaves, petals, and sepals. In addition, they are shorter, have abnormal leaf shapes, and have reduced apical dominance, rosette size, fertility, and root length compared to wild type plants.  The normal adaxial/abaxial arrangement of xylem and phloem is maintained in parl1-1 mutant leaves, but, they have a reduced palisade mesophyll layer in the leaf. There are aberrant expression patterns for the DR5:GUS reporter and the Athb8:GUS reporter in the parl1-1 mutants."	17369435
AT1G48920	parl1-2	"par1-2 mutants have defects in leaf venation patterns, as well as several other developmental defects including reduced stature, reduced apical dominance, and reduced fertility relative to wild type plants. They accumulate pre-rRNA transcripts that have not been spliced at the A0 site."	17369435
AT1G49040	CS65764	"Temperature-sensitive mutant exhibiting defects in cytokinesis (missing and partial cell walls; cell wall stubs) in stomata and other epidermal cells at the non-permissive temperature (22�C and higher); defects in seedling development, leaf expansion and flower morphology."	
AT1G49040	scd1	Defective in stomatal cytokinesis	
AT1G49240	act2-1/act8-2	Lacks root hairs.Root hairs initiate but do not develop further.	19304937
AT1G49240	act8-2	Short root hairs. 50% reduction in root hair length compared to wild type.	19304937
AT1G49240	act8-2/act7-4	Plants are dwarf. Leaves are smaller and contain fewer cells and fewer lobes than wild type. Reduced number of trichome branches. Petals are narrow. Roots are more severely affected and produce short root hairs. Cell files are irregular and the elongation zone is much reduced.	19304937
AT1G49430	CS65776	reduced cutin	
AT1G49430	lacs1-1 lacs2-3	"The lacs1-1 lacs2-3 double mutants had a synergistic phenotype, compared to either of the single mutants, with drastically reduced stem wax and cutin contents, increased cuticle permeability, and severe male sterile in low humidity."	19392700
AT1G49430	lacs2-1	"Mutant leaves were small and irregular in shape compared with the wild type. Both surfaces of mutant leaves differed from the wild type. Adaxial surfaces of the wild type showed the characteristic jigsaw puzzle shape of pavement cells. In the mutant, the cells contained fewer, larger lobes. Epidermal cells on the abaxial surface of mutants were collapsed. This collapsed appearance was consistently seen in views of the abaxial leaf surface of mutant plants but was never observed on the abaxial surface of wild-type leaves or on the adaxial surfaces of either the wild-type or mutant plants."	14973169
AT1G49430	lacs2-1	"Mutant rosettes were slower to flower than wildtype plants (34.1 d versus 30.2 d under a 16-h photoperiod). Mutant plants produced smaller bolts, but flower morphology and fertility were normal, and siliques were similar in size to those on wild-type plants. The smaller bolts of the mutant yielded only 62 mg seed/plant compared with 177 mg seed/plant from wild-type controls. Harvested mutant seeds appeared smaller and darker than seeds from wild-type plants that had been grown alongside the mutants. Examination by light microscopy revealed that 50% of mutant seeds contained green embryos that could be distinguished through the testa. When the green and normal brown seeds from a mutant plant were germinated separately, the green seeds showed 79% germination compared with 100% germination for the brown seeds."	14973169
AT1G49430	lacs2-1	"Only 80.0% of mutant seedlings emerged. At 6 d, a percentage of the emerged mutant seedlings would not grow and develop into viable plants. These seedlings had white cotyledons, and they eventually died. At 19 d, 91.0% of the wild-type seeds that germinated had produced viable rosettes with four to five pairs of true leaves. For the mutants, only 72.2% of seeds that had germinated (58% of those sown) produced rosettes. At this stage, the mutant had only two to three pairs of true leaves."	14973169
AT1G49430	lacs2-1	Reduced-growth phenotype.	14973169
AT1G49430	lacs2-1	"The cutin layer on the adaxial surface of mutant leaves was not significantly different in cross-sectional thickness from that of control wild-type leaves. However, the abaxial cutin layer on mutant leaves was substantially thinner than the wild type."	14973169
AT1G49430	lacs2-1	The rate of chlorophyll leaching from mutant plants was threefold higher than the rate from wild-type controls.	14973169
AT1G49430	lacs2-2	Increased cuticle permeability compared with WT.	17396154
AT1G49430	lacs2-2	"Strongly resistant to infection with Botrytis cinerea strain: infection sites on mutant leaves remained usually symptom free, in contrast to those on Col leaves."	17396154
AT1G49430	lacs2-3	A number of ester-bound monomers were reduced in the mutant.	17396154
AT1G49430	lacs2-3	Increased resistance to Botrytis infection: the visual phenotypes of the leaves 3 days after inoculation show that the lesions larger than the original infection site represent only 5% of lesions compared to 75% in WT plants.	17396154
AT1G49430	lacs2-3	Similar phenotype to that described for lacs2-2.	17396154
AT1G49430	lacs2-3	"The distinct osmium-dense cuticular membrane  representing insoluble lipid-derived polymers such as cutin, visible at the epidermal outer extracellular matrix of WT plants, could not be seen at the leaf epidermis of the mutant. The remaining outer epidermal extracellular matrix sometimes had a distinct laminated structure."	17396154
AT1G49430	lacs2-3	The mutant showed severe damage at a lower concentration of BASTA compared with WT Col-0 plants.	17396154
AT1G49430	lacs2-3	The rate of water loss from the mutant is significantly higher than that of Col-0 plants.	17396154
AT1G49430	lacs2-3	"The total amount of omega-hydroxylated fatty acids and their derivatives was reduced 4- to 5-fold in the mutant compared with Col-0. The impact of mutation on the amount of dicarboxylic acids, characteristic of Arabidopsis cutin, was particularly strong, and the amount was reduced to 15-20% of WT amount."	17396154
AT1G49510	CS16016	embryo defective; developmental arrest of mutant embryos	
AT1G49510	CS24063	pigment defective	
AT1G49510	SALK_004621C	Both cotyledons and true leaves of the mutants were initially albino but gradually became pale green as the plant matured. The mutants has a delayed proplastid-to-chloroplast transition.	27160321
AT1G49510	SALK_004621C	Hypersensitive to salt stress. Seedling growth is restricted when plated on high salt plates.	31481194
AT1G49530	SAIL_559_G01	No visual phenotype or altered plastidial isoprenoid levels compared to the wild-type.	27707890
AT1G49720	abf1	Reduced freezing tolerance in non-acclimated plants	
AT1G49740	hppr2-1	Lower amounts of pHPL; impaired in conversion of tyrosine to pHPL.	30233632
AT1G49760	CS8176	Slightly reduced fresh weight.	
AT1G49760	CS8178	No visible phenotype.	
AT1G49760	CS8179	Serrated-dentated leaf margins; increased number of leaves; delayed flowering; increased width and size of siliques; reduced inflorescence length (stunted).	
AT1G49820	mtk/eto3	"etiolated seedlings of both wild type and mtk mutants have very low emission of ethylene. The eto3 mutant on the other hand has much higher emission of ethylene. The mtk/eto3 double mutant has a intermediate level of ethylene emission. Since mtk is involved in methionine recycle, the double mutant phenotype indicated that methionine recycle is required to sustain high rates of ethylene synthesis."	17144895
AT1G49850	SAIL_737_A11	Slow growth; dark-green plants; somewhat reduced fertility.	
AT1G50010	CS68875	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT1G50010	CS68876	Left-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT1G50010	SALK_097816	Delayed leaf development.	29142022
AT1G50030	CS332607	"larger plants, more resistant to stress"	17721444
AT1G50030	SALK_147817	"larger plants, more resistant to stress"	17721444
AT1G50030	tor	"Embryo defective, globular"	
AT1G50055	tas1b-1	No obvious leaf developmental defects.	16682354
AT1G50060	CS923709	Very small rosettes with few leaves; green-yellow leaves with darker main veins; serrated leaf margins; green-yellow plants; slow growth.	
AT1G50110	SALK_119480C	Moderate changes of C7 and C8 glucosinolate species both in leaves and seeds.	25851613
AT1G50110	bcat3-1/bcat4-2/bcat6-1	"Smaller rosettes and inflorescences in comparison to wild type. In addition, there were dent-like cavities and chlorotic areas in the leaves. Moderately increased levels of Ala, Arg, His, Ile, Phe, Pro Thr, Trp and Tyr, and Leu.  Extraordinary enhanced accumulation of Met.  Significant decrease in levels of Met-derived glucosinolates and increase in Leu-derived glucosinolates."	25851613
AT1G50110	bcat4-2/bcat6-1	"Increased levels of Met, Ser, Val and S-methylmethionine (SMM) and decreased levels of Met-derived glucosinolates in leaves and seeds."	25851613
AT1G50120	SALK_130228C	"Sterile due to impaired pollen tube growth in the style. Overstacked Golgi cisternae, reduction in number of TGNs and vesicles surrounding the Golgi in pollen."	30413616
AT1G50240	tio-1	"Mutant plants had binucleate mature pollen grains, contrary to tricellular pollen in the wild type, due to failure to undergo cytokinesis at pollen mitosis. Binucleate mutant pollen contained two free nuclei and remained uncellularized. Mature mutant embryo sacs showed various numbers (2 to 5) of nuclei located toward the micropylar pole without visible cellular boundaries. After fertilization, mutant embryo sacs did not develop further and remained uncellularized. At early bicellular pollen stage, approximately 1/3 of dividing microspores had incomplete callose walls, which were correctly positioned at the generative cell pole but do not persist and are degraded before mid-bicellular pollen stage. Subsequently, at mid-bicellular pollen stage, when the generative cell nucleus is highly condensed in wild-type, in approximately 1/3 of mutant pollen, the smaller generative pole nucleus remains round and relatively uncondensed and does not divide further."	16332535
AT1G50240	tio-2	"Mutant plants had binucleate mature pollen grains, contrary to tricellular pollen in the wild type, due to failure to undergo cytokinesis at pollen mitosis. Binucleate mutant pollen contained two free nuclei and remained uncellularized. Mature mutant embryo sacs showed various numbers (2 to 5) of nuclei located toward the micropylar pole without visible cellular boundaries. After fertilization, mutant embryo sacs did not develop further and remained uncellularized. At early bicellular pollen stage, approximately 1/3 of dividing microspores had incomplete callose walls, which were correctly positioned at the generative cell pole but do not persist and are degraded before mid-bicellular pollen stage. Subsequently, at mid-bicellular pollen stage, when the generative cell nucleus is highly condensed in wild-type, in approximately 1/3 of mutant pollen, the smaller generative pole nucleus remains round and relatively uncondensed and does not divide further."	16332535
AT1G50240	tio-3	"Mutant plants had binucleate mature pollen grains, contrary to tricellular pollen in the wild type, due to failure to undergo cytokinesis at pollen mitosis. Binucleate mutant pollen contained two free nuclei and remained uncellularized. Mature mutant embryo sacs showed various numbers (2 to 5) of nuclei located toward the micropylar pole without visible cellular boundaries. After fertilization, mutant embryo sacs did not develop further and remained uncellularized. At early bicellular pollen stage, approximately 1/2 of dividing microspores had incomplete callose walls, which were correctly positioned at the generative cell pole but do not persist and are degraded before mid-bicellular pollen stage. Subsequently, at mid-bicellular pollen stage, when the generative cell nucleus is highly condensed in wild-type, in approximately 1/2 of mutant pollen, the smaller generative pole nucleus remains round and relatively uncondensed and does not divide further."	16332535
AT1G50250	ftsh1	no visible difference in leaf morphology and variegation when grown under normal light and temperature conditions compared to wild-type.	14630971
AT1G50250	ftsh1 ftsh2	More variegated than ftsh2.	16126834
AT1G50250	ftsh1 ftsh5	Completely white seedlings. Restoration of Heterozygocity of FTSH5 allows chloroplast development in the cotyledons.	16126834
AT1G50270	CS860130	No visible phenotype	
AT1G50270	CS860142	No visible phenotype	
AT1G50280	SALK_076533C	"Increased sensitivity to ABA treatment. When grown in the presence of ABA, mutant plants had enhanced inhibition of root growth, delayed seed germination, reduced stomatal aperture."	29560577
AT1G50280	SALK_118937C	"Increased sensitivity to ABA treatment. When grown in the presence of ABA, mutant plants had enhanced inhibition of root growth, delayed seed germination, reduced stomatal aperture."	29560577
AT1G50290	35S::AT1G50290	early flowering in short days	18614705
AT1G50410	CS69979	Reduction in RNA-directed DNA methylation (RdDM).	
AT1G50410	CS69980	Reduction in RNA-directed DNA methylation (RdDM).	
AT1G50410	CS69981	Reduction in RNA-directed DNA methylation (RdDM).	
AT1G50430	CS72	"dwarf, round dark leaves, small siliques"	
AT1G50500	CS67153	Hypersensitive to heat and osmotic stress.	
AT1G50500	SALK_047230	"Reduced transmission of allele through pollen. Homozygotes cannot be recovered. Suspected embryo lethality of homozygotes because reduced seed set is observed in siliques of plants segregating homozygotes.Mature pollen grains appear WT, suggesting that defect occurs at a later stage. Vegetative development appears normal."	18583349
AT1G50610	CS2984	morphological phenotype similar to wt; resistant to kanamycin	
AT1G50640	CS85628	Slightly dark-green rosettes; short internodes; short siliques; reduced fertility; average height = 37 cm.	
AT1G50900	gdc1-1	"grow much slower than the wild type, and growth ceases at the vegetative growth stage before bolting. grana deficient. decreased chlorophyll content. accumulated very low amounts of LHCII trimer."	21098677
AT1G50960	atga2ox7	"In long day conditions, no significant difference in flowering behaviour between mutant and wild-type."	12509528
AT1G50960	atga2ox7 atga2ox8	In short day conditions mutant formed fewer rosette leaves before bolting.	12509528
AT1G50960	atga2ox7 atga2ox8	"In short day conditions, mutant formed a greater number of cauline leaves."	12509528
AT1G50960	atga2ox7 atga2ox8	Longer hypocotyl compared to wild-type when grown in medium- and low-light.	12509528
AT1G50960	atga2ox7ACT	Dwarf (growth under long-day photoperiod).	12509528
AT1G50960	ga2ox7-2	Longer roots when plants are grown under salt stress (50-100nM NaCl).	18643985
AT1G51070	WiscDsLox468D9	Reduced chlorophyll and pale yellow leaves under content under low Fe conditions.	28369511
AT1G51130	Nse4A	knockout is lethal	31281325
AT1G51130	SAIL_71_A08	"Functional nse4A mutant analyses identified anaphase bridges or lagging chromosomes in mitosis, reduced plant size and fertility. During meiosis the nse4 mutants displayed abnormalities like lagging or fragmented chromosomes."	31281325
AT1G51130	SAIL_71_A08	knockout is lethal	31281325
AT1G51160	bet5-2	"Reduced apical dominance. Reduced fertility , pollen exine defects.Reduced growth."	30080609
AT1G51190	plt1-1/plt2-2	Short roots due to premature stem cell differentiation. Increased telomere length likely resulting from fewer replicative stem cell divisions prior to differentiation.	25937286
AT1G51190	plt3-1/plt2-2/plt1-4	Rootless.Embryonic root differentiates 3 days after germination. Adventitious roots arrest 6 days after germination.	17960244
AT1G51190	ptl2-2	sensitive to abscisic acid (ABA)	25522358
AT1G51220	nww	Rootless phenotype. nww mutant embryos diverge from normal development at 32 cell stage. The  hypophysis asymmetric division fails resulting in loss of lens shaped cell. Consequently the quiescent center does not develop and roots are absent.	25612610
AT1G51340	AtALMT1-KO AtMATE-KD	Al resistance measured as a percentage of relative net root growth (RRG%) decreased by 75%	22413742
AT1G51340	SALK_081671	Al resistance measured as a percentage of relative net root growth (RRG%) decreased by 7%	22413742
AT1G51450	tro-1	embryo lethal	20118203
AT1G51460	abcg13	Flowers are seriously distorted in petal morphology and display petal-to-sepal and sepal-to-sepal fusions during early flower development.  The fusions disappear during later flower development.	21232060
AT1G51460	abcg13	Petal epidermal cells do not have a wt conical structure and are flattened. Epidermal cuticular ridges on these cells are completely absent.	21232060
AT1G51460	fop2-1/fop2-1	Folded petals.	27135508
AT1G51500	CS35	"very bright green stems and siliques, mainly tube-shaped structures absent on the epicuticular wax layer."	
AT1G51500	CS6543	"Glossy and bright green stems and siliques; reduced cuticular wax load and accumulated sheet-like inclusions in the cytoplasm of wax-secreting cells; significantly reduced amounts of all wax components (e.g. alkanes, ketones, and primary and secondary alcohols); kanamycin resistant"	
AT1G51570	ftip3-1 ftip4-1	"Dwarf and bushy phenotype with fewer flowers in main inflorescence apices, increased number of disorganized vascular bundles with more procambium-like structures and an increase in cell density in the central pith region at the base of inflorescence shoot apices."	29742441
AT1G51570	stm-10 ftip-3 ftip-4	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT1G51570	stm-11 ftip3-1 ftip4-1	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT1G51680	CS65790	No visible phenotype.	
AT1G51680	CS65791	No visible phenotype.	
AT1G51710	CS860087	No visible phenotype.	
AT1G51745	pwwp1/pwwp2/PWWP3	Pleiotrophic developmental defects Plants have reduced stature.	30104406
AT1G52150	CS68977	"phb-13 phv-11 cna-2 triple mutants often displayed tri-cotyledons, enlarged SAM, stem fasciation, flowers with extra organs, silique enlargement, and reduced fertility."	
AT1G52150	CS6967	"Plants appear superficially wild type in phenotype. Altered meristem size, organogenesis, and stem cell specification. Shoot meristems of 12 day old plants are significantly larger than wild-type meristems); the effect of cna-1 on shoot meristem size in 24 day old plants is reduced compared with earlier developmental time points."	
AT1G52150	CS6968	"Plants appear superficially wild type in phenotype. Altered meristem size, organogenesis, and stem cell specification. Shoot meristems at early developmental stages are significantly larger than wild-type meristems, giving the appearance of a corona or ring-like meristems."	
AT1G52230	psag-1.4 psah2-1.4	Double mutants were intermediate in mean size when compared with the corresponding single mutants.	12068106
AT1G52230	psag-1.4 psah2-1.4	No drop in total Chl levels.	12068106
AT1G52230	psag-1.4 psah2-1.4	The level of the xanthophyll cycle pigments (VAZ-pool) was higher than in WT plants.	12068106
AT1G52230	psah2-1	Phenotype not described.	12068106
AT1G52230	psah2-1.2	Phenotype not described.	12068106
AT1G52230	psah2-1.3	Phenotype not described.	12068106
AT1G52230	psah2-1.4	70% of the WT level of PSI-H is still present in mutant plants.	
	12068106		
AT1G52230	psah2-1.4	"Mutant plants were, in average, larger than the WT."	12068106
AT1G52230	psah2-1.4	"Under long-day conditions, mutant plants flowered 3 d earlier than wild type."	12068106
AT1G52340	CS156	Unstressed leaves contain ~20 to 25% of wild type levels of ABA.	12172025
AT1G52340	CS156	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, blocking the conversion of xanthoxin to ABA-aldehyde; slightly darker green plants; strong reduced seed dormancy, fresh seeds germinate at high frequency, germinate in silique on plant at high relative humidity; increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced growth, reduced plant size and vigor, but less severe phenotype than aba1-4; greatly reduced seed dormancy, fresh seeds germinate at high frequency, seeds germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	
AT1G52340	CS3834	"abscisic acid deficient, ABA and dormancy responses appear to be as expected for aba2; reduced sensitivity to the inhibitory effects of sugars on early seedling development;  seeds will germinate and form seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3M), sucrose (0.3M) and sorbitol (0.4 M) that inhibit these processes in wt plants; very slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L); increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress; reduced growth, reduced plant size and vigor"	
AT1G52340	CS3835	"abscisic acid deficient, ABA and dormancy responses appear to be as expected for aba2; reduced sensitivity to the inhibitory effects of sugars on early seedling development, seeds will germinate and form seedlings with expandedcotyledons and true leaves on concentrations of glucose (0.3M), sucrose (0.3M) and sorbitol (0.4 M) that inhibit these processes in wt plants; very slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L);  increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress;  reduced growth, reduced plant size and vigor"	
AT1G52340	CS6146	"Glucose insensitivity; early germination, early flowering and senescence; small plants; severe wilty phenotype (increased rate of water loss, which leads to symptoms of wilting and withering especially under low relative humidity and water stress)"	
AT1G52340	CS6147	"Glucose insensitivity; early germination, early flowering and senescence; small plants; severe wilty phenotype (increased rate of water loss, which leads to symptoms of wilting and withering especially under low relative humidity and water stress)"	
AT1G52340	aba2-11	Can germinate and perform early growth under high-salt concentration that are inhibitory for wild type seeds.	12172025
AT1G52340	aba2-11	"Mutant plants are more sensitive to salt stress at later stages of development and are killed by prolonged exposure to 100 mM NaCl or 200 mM mannitol, whereas wild type plants survive."	12172025
AT1G52340	aba2-11	Seeds are more tolerant of osmotic stress at germination than wild type seedlings.	12172025
AT1G52340	aba2-11	Unstressed leaves contain ~20 to 25% of wild type levels of ABA.	12172025
AT1G52340	aba2-12	Can germinate and perform early growth under high-salt concentration that are inhibitory for wild type seeds.	12172025
AT1G52340	aba2-12	"In contrast to wild type, ABA levels did not increased rapidly after infection with the oomycete <i>Pythium irregulare</i>."	17513501
AT1G52340	aba2-12	Increased susceptibility to <i>P. irregulare</i> compared with the wild type.	17513501
AT1G52340	aba2-13	Phenotype not described.	12172025
AT1G52340	aba2-14	Phenotype not described.	12172025
AT1G52340	aba2-2	Adult plants wilt under dessicating conditions.	9787459
AT1G52340	aba2-2	"After bolting, the wilty phenotype became evident in the shoot apex, cauline leaves and immature siliques of this mutant. This phenotype was partially restored by application of 10 &mu;M ABA to rosette leaves."	9787459
AT1G52340	aba2-2	"Approximately 40% of mutant seeds germinate after far red/red light treatment, whereas wild type germination was suppressed almost entirely."	17010113
AT1G52340	aba2-2	"Endogenous ABA levels in fresh and dehydrated tissues of the mutant were about 23% and 2.4%, respectively, of those of the wild type plants."	
	9787459		
AT1G52340	aba2-2	"Endogenous levels of 12 amino acids were at least 2-fold greater in wild-type than in the mutant plants after 18 h dehydration. Amino acids that exhibited marked increases were leucine (152-fold), isoleucine (95-fold), proline (83-fold) and valine (25-fold). Aspartic acid was the only amino acid which showed a significant reduction in wild-type plants during dehydration. In dehydrated tissues of the mutant, 9 amino acids increased more than 2-fold during dehydration, however the increases in the mutant plants were less pronounced than those in wild-type plants. Glycine and alanine showed greater increases in comparison to wild type, whereas the levels of glutamic acid and aspartic acid showed a reduction in the mutant during dehydration."	
	9787459		
AT1G52340	aba2-2	"Free amino acid levels in fresh tissues of the mutant plants at 30 DAI were similar to those in wild type, however the level of proline in the mutant plants was 4-fold higher than that in wild type."	9787459
AT1G52340	aba2-2	"Germination of the mutant seeds after irradiation with far red light is inhibited by paclobutrazol, an inhibitor of GA biosynthesis."	17010113
AT1G52340	aba2-2	Mutant showed a similar sensitivity to 25 mM trehalose as wild type (inhibition of root growth).	17031512
AT1G52340	aba2-2	Seeds have a reduced dormancy.	9787459
AT1G52340	aba2-2	Several GA biosynthesis genes are upregulated in the mutant compared to wild type during seed development.	17010113
AT1G52340	aba2-2	"The mutant embryos are morphologically normal, although mature embryos are more yellow compared to white wild-type embryos."	9787459
AT1G52340	aba2-2	The mutant has smaller rosette leaves and mature plants are not yellowish as has been reported for abal mutants.	9787459
AT1G52340	aba2-2	"Under the reported growth conditions, approximately 10% of the dark germinated seedlings of the mutant produced true leaves. The dark germinated seedlings of the mutant did not show further growth even after a prolonged period of darkness."	9787459
AT1G52400	CS69084	The plants do not accumulate BGLU18 protein.	
AT1G52400	CS69085	The plants do not accumulate BGLU18 protein.	
AT1G52740	CS69073	"Shorter, thickened siliques; strong asymmetric curvature of developing siliques, reduced fertility. Additional novel phenotypes occur, but only rarely. Under LD conditions, phenotypes also include: greatly reduced rosette size and stature; mature plants are spindly and have trouble remaining upright. Under SD conditions, phenotypes also include: increased leaf serration and petiole length. The following phenotypes are more pronounced under SD, but exist under LD conditions: early flowering, increased number of flowers with extra petals."	
AT1G52740	CS71695	Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT1G52760	SALK_008202C	Altered lignin content.	23950498
AT1G52760	SALK_023077	cse-2 mutants were 37% smaller and 42% lighter at senescence than were those of the wild type. Plants have reduced lignin content and collapsed vessel elements.	23950498
AT1G52830	CS25209	No visible phenotype.	
AT1G52830	CS25222	No visible phenotype.	
AT1G52830	CS9579	No visible phenotype.	
AT1G52830	CS9580	No visible phenotype.	
AT1G52920	gcr2-1	Absence of ABA-induced inhibition of seed germination.	17347412
AT1G52920	gcr2-1	"Mutant plants exhibit all known major  ABA defects (seed dormancy, stomatal opening, growth inhibition)."	17347412
AT1G52920	gcr2-1	Reduced seed dormancy phenotype.	17347412
AT1G52920	gcr2-1	"Seedling growth inhibition by ABA was substantially reduced in the mutant compared with that of the wild type. In the absence of  ABA, the mutant seedlings developed normally  and were indistinguishable from the wild-type  seedlings."	17347412
AT1G52920	gcr2-4/gcl1-1	Normal morphology and no observed defects in ABA mediated responses during seed germination and seedling development.	
AT1G52920	grc2-1 gpa1-2	The defect exhibited by the double mutant in ABA-induced stomatal closure was similar to that exhibited by both single mutants.	
	17347412		
AT1G52920	grc2-2	Absence of ABA-induced inhibition of seed germination.	17347412
AT1G52920	grc2-2	"Mutant plants exhibit all known major  ABA defects (seed dormancy, stomatal opening, growth inhibition)."	17347412
AT1G52920	grc2-2	Reduced seed dormancy phenotype.	17347412
AT1G52920	grc2-2	"Seedling growth inhibition by ABA was substantially reduced in the mutant compared with that of the wild type. In the absence of  ABA, the mutant seedlings developed normally  and were indistinguishable from the wild-type  seedlings."	17347412
AT1G52920	grc2-3	Absence of ABA-induced inhibition of seed germination.	17347412
AT1G52920	grc2-3	"Mutant plants exhibit all known major  ABA defects (seed dormancy, stomatal opening, growth inhibition)."	17347412
AT1G52920	grc2-3	Reduced seed dormancy phenotype.	17347412
AT1G52920	grc2-3	"Seedling growth inhibition by ABA was substantially reduced in the mutant compared with that of the wild type. In the absence of  ABA, the mutant seedlings developed normally  and were indistinguishable from the wild-type  seedlings."	17347412
AT1G52930	brx1-2	Growth delay.  Impaired development of rosette leaves and delay in flowering.	25605960
AT1G52930	gcr2-1	Absence of ABA-induced inhibition of seed germination.	17347412
AT1G52930	gcr2-1	"Mutant plants exhibit all known major  ABA defects (seed dormancy, stomatal opening, growth inhibition)."	17347412
AT1G52930	gcr2-1	Reduced seed dormancy phenotype.	17347412
AT1G52930	gcr2-1	"Seedling growth inhibition by ABA was substantially reduced in the mutant compared with that of the wild type. In the absence of  ABA, the mutant seedlings developed normally  and were indistinguishable from the wild-type  seedlings."	17347412
AT1G52930	grc2-1 gpa1-2	The defect exhibited by the double mutant in ABA-induced stomatal closure was similar to that exhibited by both single mutants.	
	17347412		
AT1G53130	CS125930	increased ROS-induced cell death (ROS: reactive oxygen species); decreased seed content; more resistant to bacterial pathogen Pseudomonas syringae	19279211
AT1G53140	CS860042	No visible phenotype.	
AT1G53140	SALK_065118	"Grow normally when seeds were germinated under conventional conditions (21°C), mutant seedlings grow more slowly than those of the wild type at a lower temperature (16°C).  In both conditions, the chloroplast size and number per cell in the drp5A mutants.  Mutant root tips display perturbation of the cell array and formation of incomplete or twisted cell plates, similar to other A. thaliana mutants of cytokinetic proteins."	18809930
AT1G53140	drp5A-1	"Grow normally when seeds were germinated under conventional conditions (21°C), mutant seedlings grow more slowly than those of the wild type at a lower temperature (16°C).  In both conditions, the chloroplast size and number per cell in the drp5A mutants.  Mutant root tips display perturbation of the cell array and formation of incomplete or twisted cell plates, similar to other A. thaliana mutants of cytokinetic proteins."	18809930
AT1G53160	CS69783	No visible phenotype	
AT1G53160	CS69790	No visible phenotype	
AT1G53230	tcp3-1	No visible phenotype.	17307931
AT1G53233	tcp3-1	No visible phenotype.	17307931
AT1G53240	mmdh1-2 mmdh2-1	mmdh1-2 mmdh2-1 double mutants have no detectable mitochondrial malate dehydrogenase (MDH) activity and over a 40% reduction in total leaf MDH activity. They also have growth defects under long and short days.	20876337
AT1G53290	CS70201	"kanamycin resistant, no visible phenotype"	
AT1G53310	SALK_001081	No visible phenotype.	16682350
AT1G53330	CB_1265	"30-40% T3 seeds are embryo lethal, the rest had delayed germination. Among the germinated plants, they displayed a range of phenotypic expression: 1) seedling lethal, 2) normal cotyledons later became elongated and fragile, slightly narrower and curved rosette leaves, reduced shoot apical dominancy, elongated internode, shorter primary roots and long lateral roots, shorter siliques, 3) very subtle changes"	17028967
AT1G53330	CS31391	"30-40% T3 seeds are embryo lethal, the rest had delayed germination. Among the germinated plants, they displayed a range of phenotypic expression: 1) seedling lethal, 2) normal cotyledons later became elongated and fragile, slightly narrower and curved rosette leaves, reduced shoot apical dominancy, elongated internode, shorter primary roots and long lateral roots, shorter siliques, 3) very subtle changes"	
AT1G53470	CS69760	No visible phenotype	
AT1G53470	msl4-1; msl5-2; msl6-1; msl9-1; msl10-1	Abolished stretch-activate mechanosensitive channel activity	18485707
AT1G53490	hei10-2/flip-2	Double mutant increases number of bivalents from hei10-2 single.	29608566
AT1G53700	wag1-1	Similar to wild type when seedlings were grown on vertical plates.	16460509
AT1G53700	wag1-1/wag2-1	"Morphologically similar to wild type. When seedlings were grown on vertical plates, root exhibited pronounced wavy pattern."	16460509
AT1G53700	wag1-2	"Morphologically similar to wild type. When seedlings were grown on vertical plates, root exhibited slight wavy pattern. Overall phenotype identical to wag1-1 mutant allele."	16460509
AT1G53700	wag1-2/wag2-1	"Morphologically similar to double mutant wag1-1/wag2-1. When seedlings were grown on vertical plates, root exhibited pronounced wavy pattern. Gravitropism was not affected in mutant plants. Double mutant plants were more resistant to inhibition of root curling by auxin transport inhibitor NPA than wild type plants."	16460509
AT1G53940	SALK_025414C	"has increased number of lateral roots, hypocotyls have impaired gravitropic curvature"	19146828
AT1G53940	SALK_109449C	"has increased number of lateral roots, hypocotyls have impaired gravitropic curvature"	19146828
AT1G54040	tasty	Altered glucosinolate composition	
AT1G54060	SALK_074897C	"Small seedlings, with slightly darker green, orbicular leaf blades and shorter leaf petioles than WT. Adult plants are 17% shorter than WT."	19155348
AT1G54060	SALK_124095C	"Small seedlings, with slightly darker green, orbicular leaf blades and shorter leaf petioles than WT. Adult plants are 17% shorter than WT.  Short siliques, small seeds, lower seed weight than WT. Delayed flowering in long days."	
	19155348		
AT1G54115	SALK_040272C	same as smb-3 single mutant	18775974
AT1G54115	SALK_113447	Heterozygotes and homozygotes have a WT phenotype	18775974
AT1G54130	CS860139	No visible phenotype	
AT1G54160	SALK_042760	Hypersensitive to drought stress.	18682547
AT1G54180	SALK_017909	No visible root phenotype.	16514016
AT1G54210	CS69862	Small plants and premature senescence under normal soil-grown conditions. Hypersensitivity to N and fixed-C deprivation.	
AT1G54280	SALK_150173C	Homozygotes show increased susceptibility to high temperature stress.	29046690
AT1G54280	ala6-1/ala7-2	Pollen tubes are short and pollen tube growth is slow.	25954280
AT1G54280	ala6-1/ala7-2	"Reduced seed set, pollen defective"	25954280
AT1G54440	rrp6l1-1	Reduced methylation at AtSN1 transposon site.	24719467
AT1G54440	rrp6l1-2	Reduced methylation at AtSN1 transposon site.	24719467
AT1G54470	CS65441	No visible phenotype.	
AT1G54470	CS65442	No visible phenotype.	
AT1G54490	CS68822	No visible phenotype.	
AT1G54490	ein5-11	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-2	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-3	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-4	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-5	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-6	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	ein5-7	"ACC insensitive; large rosettes, delayed in bolting; generally similar to wld type."	
AT1G54490	xrn4-1	Adult xrn4-1 plants exhibit a strong APETELA3 (AP3) silencing phenotype due the presence of AP3 promoter sequence in the T-DNA used to generate this mutant.	
AT1G54500	GT12976	Pale and slow growing.	23900844
AT1G54520	flap1-1	When grown under fluctuating light leaves are pale green. Chloroplasts are reduced in number and size.NPQ is higher than WT when grown in low light.	29016945
AT1G54830	nf-yc3/nf-yc4/nf-yc9	Delayed flowering in long days. Plants produce (on average) almost twice as many leaves before bolting as wild type.	20487380
AT1G54960	anp2 anp3	"Delayed growth,short roots, multiply branched root hairs.Radially expanded root and hypocotyl cells.Aberrant microtuble organization and resistance to oryzalin."	20215588
AT1G54990	CS8018	"auxin resistant; irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots"	7704045
AT1G54990	CS8019	"auxin resistant; irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots."	
AT1G54990	CS8038	"auxin resistant; irregular rosette leaves, slightly curled around leaf axis; roots very auxin resistant; defective root gravitropism; reduced number of lateral roots; plant appearance similar to axr1-12, but more pronounced; dwarf, bushy plants; reduced plant height; reduced fertility."	7704045
AT1G54990	CS8040	"auxin resistant; narrow, irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots - greater reduction than for either single mutant; dwarf, bushy plants; reduced plant height; ethylene resistant; reduced fertility."	7704045
AT1G54990	axr4-1 aux1-7	"auxin resistant; narrow, irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots - greater reduction than for either single mutant; dwarf, bushy plants; reduced plant height; ethylene resistant; reduced fertility."	7704045
AT1G54990	axr4-3	Phenotype not described.	16690816
AT1G54990	axr4-4	Phenotype not described.	16690816
AT1G55020	SALK_059431	developed more emergent (stage VIII) and lateral roots at 10 d. has a moderate increase in the length of the primary root.	17369372
AT1G55040	SAIL_248_C04	Does not segregate for embryo lethal phenotype. Homozygotes appear morphologically normal.	27109472
AT1G55040	SAIL_597_F03	"No obvious visible phenotype, not embryo lethal."	27109472
AT1G55040	SALK_043472	Fertilized siliques from sed1-1/SED1 plants contained about 21.0% (84/ 382) abnormal white colored seeds. White seeds were confirmed homozygotes therefore sed1-1 confers an embryo lethal phenotype in the homozygote. Embryo arrest occurs by approximately early globular stage in sed1-1/sed1-1 seeds.	27109472
AT1G55080	CS16506	No visible phenotype.	
AT1G55090	CS16506	No visible phenotype.	
AT1G55140	rnc3-1/rnc4-1	Slighly pale-green plants with reduced vigor. Mature leaves show a 10% reduction in chlorophyll a and b accumulation.	25724636
AT1G55250	CS9779	reduced seed dormancy; pale-green leaves; bushy appearance	
AT1G55250	CS9780	reduced seed dormancy; pale-green leaves; bushy appearance	
AT1G55250	SALK_104888	Plants produce 50% nonviable pollen.	24214397
AT1G55250	hub1-3 hub2-2	"The chlorophyll content index of the double mutant did not differ from the single mutants, and the germination percentage of freshly harvested seeds was slightly higher than that of the single mutants."	17329563
AT1G55250	hub1-5 hub2-2	Same phenotypes as the single mutants.	17329563
AT1G55250	hub2-1	"Mutant plants were smaller, with pale green laminas and irregular blade surface, and their inflorescence stems were thinner than those of the Col stems."	17329565
AT1G55250	hub2-1	Reduced seed dormancy phenotype.	17329563
AT1G55250	hub2-1	"Reduction in the rosette biomass to 43 and 42% of fresh and dry weight of Col, respectively , and weak but significant (P < 0.001) inhibition of the root growth when the kinetic slopes of hub2-1 and Col were compared."	
	17329565		
AT1G55250	hub2-1 hub1-3	"No new leaf and flower phenotypes were observed compared to the single mutant parents, and the biomass of the double mutant lines fell statistically in the same group as that of both single parents."	17329565
AT1G55250	hub2-2	Reduced seed dormancy phenotype.	17329563
AT1G55250	hub2-2	"The flowering of hub2-2 mutants is accelerated compared to wild type plants under long days and short days. In addition, the plants are small and have pale green leaves. Histone2B ubiquitination is lost in hub2-2 mutants."	18849490
AT1G55270	sagl1-2	"Small, thick and glossy leaves. Increased anthocyanin biosynthesis produces purple leaf color. Increased lignin in leaves."	30542810
AT1G55320	CS65787	No visible phenotype.	
AT1G55320	CS65788	No visible phenotype.	
AT1G55320	CS799939	"Resistant to (root elongation on) 2,4-dichlorobutyric acid"	
AT1G55320	CS799940	"Resistant to (root elongation on) 2,4-dichlorobutyric acid"	
AT1G55320	CS799941	"Resistant to (root elongation on) 2,4-dichlorobutyric acid"	
AT1G55320	CS799954	"Resistant to (root elongation on) 2,4-dichlorobutyric acid"	
AT1G55320	aae18-1	"Resistant to 2,4-dichlorophenoxybutyric acid (2,4 DB), a compound that is metabolized to active auxin. When grown in the presence of pro-auxins, roots are shorter than normal."	19043666
AT1G55320	aae18-2	"Resistant to 2,4-dichlorophenoxybutyric acid (2,4 DB), a compound that is metabolized to active auxin. When grown in the presence of pro-auxins, roots are shorter than normal."	19043666
AT1G55325	CS65889	"Uncoupling of growth and pattern formation in early embryogenesis. Patterning is delayed by several days, after which radial patterning beings in a remarkably normal manner."	20023166
AT1G55350	CS24332	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT1G55350	CS24333	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT1G55350	CS68904	Loss of giant cells in sepals and leaves	
AT1G55350	CS84624	developmental arrest of mutant embryos occurs at late preglobular stage; pale yellow-green seeds; 23.4% mutant; 50.4% aborted seeds in top half of silique.	
AT1G55350	SALK_065364	Abnormal phyllotaxy. About 6% tricot seedligs.	28982682
AT1G55350	dek1-2	"Severity of the phenotype varied between individual mutant seed. In the most severely affected seed, no embryo development could be detected. In such seeds the endosperm develops and cellularizes but fails to differentiate a complete peripheral (aleurone-like) surface layer. In less severe mutant seed, embryos develop to the globular stage before developmental arrest. In these embryos the plane of cell division is frequently uncontrolled compared to wild-type, the embryo proper is irregular, lacking a well defined L1 cell layer. In mutant seed developing an embryo, the endosperm completes the cellularization process and differentiates an aleurone- like layer in the micropylar chamber around the embryo, but this differentiation frequently stops towards the central chamber Wild-type development occurs in about 75% of seeds of the siliques from which mutant seeds were harvested."	15647902
AT1G55370	CS860133	No visible phenotype	
AT1G55490	len1	"Lesions on leaves, systemic acquired resistance"	
AT1G55580	las-4	Almost complete suppression of secondary bolt formation from the axils of rosette leaves.  Side shoot formation from the axils of cauline leaves of the primary bolt is not inhibited.  The point of separation between lateral shoots and the main axis is often displaced acropetally.  Branching from the first two or three leaves of secondary shoots is blocked.  Petal abscission is delayed.	12730136
AT1G55580	las-5	Almost complete suppression of secondary bolt formation from the axils of rosette leaves.  Side shoot formation from the axils of cauline leaves of the primary bolt is not inhibited.  The point of separation between lateral shoots and the main axis is often displaced acropetally.  Branching from the first two or three leaves of secondary shoots is blocked.  Petal abscission is delayed.	12730136
AT1G55580	las-6	Almost complete suppression of secondary bolt formation from the axils of rosette leaves.  Side shoot formation from the axils of cauline leaves of the primary bolt is not inhibited.  The point of separation between lateral shoots and the main axis is often displaced acropetally.  Branching from the first two or three leaves of secondary shoots is blocked.  Petal abscission is delayed.	12730136
AT1G55600	iku1-1; mini3-1	Reduced seed size	20545893
AT1G55600	mini3-1	"Similar to iku2-3 mutant, seed and embryo smaller in size, however the embryo cell size was comparable to control embryos. Precocious cellularization of the endosperm was observed. Expression levels of IKU2 reduced in mini3-1 background."	16293693
AT1G55600	mini3-1 iku2-3	"Similar to the phenotype of parental lines, mini3-1 and iku2-3. Seed size and weight comparable to single mutants lines."	16293693
AT1G55610	brl1	Altered vascular cell differentiation	
AT1G55670	psag-1	Phenotype not described.	12068106
AT1G55670	psag-1.2	Phenotype not described.	12068106
AT1G55670	psag-1.3	Phenotype not described.	12068106
AT1G55670	psag-1.4	Complete loss of PSI-G in thylakoids.	12068106
AT1G55670	psag-1.4	Decrease in mean size.	12068106
AT1G55670	psag-1.4	"Germination of mutant seeds was not affected and visual inspection did not reveal any drastic change in phenotype compared with WT plants, except for a slightly lighter pigmentation."	12068106
AT1G55670	psag-1.4	The Chl a/b ratio was slightly reduced.	12068106
AT1G55670	psag-1.4	The level of the xanthophyll cycle pigments (VAZ-pool) was higher than in WT plants.	12068106
AT1G55670	psag-1.4	The total Chl content (Chla and Chlb) was decreased by about 25% compared to wild type.	12068106
AT1G55670	psag-1.4	"Under long-day conditions, mutant plants flowered 8 d later than wild type."	12068106
AT1G55670	psag-1.4 psah2-1.4	Double mutants were intermediate in mean size when compared with the corresponding single mutants.	12068106
AT1G55670	psag-1.4 psah2-1.4	No drop in total Chl levels.	12068106
AT1G55670	psag-1.4 psah2-1.4	The level of the xanthophyll cycle pigments (VAZ-pool) was higher than in WT plants.	12068106
AT1G55670	psag-1.4 psak-1	Double mutants were intermediate in mean size when compared with the corresponding single mutants.	12068106
AT1G55670	psag-1.4 psak-1	"Germination of mutant seeds was not affected and visual inspection did not reveal any drastic change in phenotype compared with WT plants, except for a slightly lighter pigmentation."	12068106
AT1G55670	psag-1.4 psak-1	Increase in the Chl a/b ratio.	12068106
AT1G55670	psag-1.4 psak-1	No drop in total Chl levels.	12068106
AT1G55670	psag-1.4 psak-1	The level of the xanthophyll cycle pigments (VAZ-pool) was higher than in WT plants.	12068106
AT1G55740	SALK_065814	Late flowering under long-day photoperiod.  Increased number of rosette leaves.  Severe developmental retardation 14 days after germination.  Slightly reduced fertility.  Leaves slightly more curled and darker than wild-type plants.	17363895
AT1G55805	CS860135	No visible phenotype	
AT1G55870	ahg2-1	"Hypersensitive to exogenous and endogenous ABA during germination due to accumulation of high levels of ABA.  The lengths of the main root, hypocotyl and stem of ahg2-1 were significantly shorter than those of the wild type. The growth rate of the main root was apparently reduced. The  leaf size (length and width) in ahg2-1 was reduced to just over half , but the number of rosette leaves was not affected markedly. The reduced size  of the ahg2-1 plant is due mainly to the reduced cell size, not  to a reduced number of cells. Fertility was not affected. Sensitive to salicylic acid"	16359390
AT1G55900	CS16035	embryo defective; developmental arrest of mutant embryos	
AT1G55910	CS65867	No visible phenotype.	
AT1G56060	SALK_130532	cystm3-1 mutant seedlings show increased resistance to salt stress.	30701352
AT1G56060	cystm3-2	cystm3-1 mutant seedlings show increased resistance to salt stress.	30701352
AT1G56070	CS24936	"Impaired in cold sensing or signal transduction; blocked low temperature-induced transcription of cold-responsive genes; enhanced cold-induced expression of the early response transcriptional activators, C-repeat/dehydration responsive element binding factors (CBF/DREB1s); reduced capacity of plants to develop freezing tolerance but not impaired vernalization response; protein synthesis is normal in plants at warm temperatures but is blocked in the cold; kanamycin resistant (30mg/L)."	
AT1G56070	los1	"Reduced expression of cold-responsive genes, increased freezing sensitivity"	
AT1G56080	naip1/2/3	No gross morphological phenotypes. Reduced numbers of NIA1 marked ER bodies.	30770459
AT1G56180	vir3-1	Virescent phenotype and impaired starch accumulation.	26702056
AT1G56190	SALK_071724C	Seedling lethal. Homozygote seedlings show stunted growth and eventually die when grown on soil.	30834637
AT1G56190	rwm1	Resistant to infection by Watermelon mosaic virus (WMV).	24930633
AT1G56310	CS69770	No visible phenotype	
AT1G56500	CS69919	High nonphotochemical quenching (NPQ) with slow relaxation kinetics during treatment with high light.	
AT1G56500	CS69920	High nonphotochemical quenching (NPQ) with slow relaxation kinetics during treatment with high light.	
AT1G56500	CS69921	"Reaches nearly wild-type levels of nonphotochemical quenching (NPQ) during illumination with high light, although the NPQ of the mutant relaxes much more slowly."	
AT1G56500	CS69922	Low nonphotochemical quenching (NPQ). 	
AT1G56500	CS69923	Low nonphotochemical quenching (NPQ).	
AT1G56500	CS69924	Reversal of nonphotochemical quenching (NPQ) to wild-type levels when compared with soq1-1 single mutant. Low NPQ during cold and heat stress.  	
AT1G56500	CS69925	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G56500	CS69926	Pale green phenotype due to lack of chlorophyll b. Low nonphotochemical quenching (NPQ).	
AT1G56510	SALK_013292	"Homozygotes are susceptible to infection by Acem2, Ac2 and Ac7 innoculations of A. candida white rust pathogens. Blisters and chlorotic patches form on leaves of susceptible plants."	18624640
AT1G56510	SALK_131774C	"Homozygotes are susceptible to infection by Acem2, Ac2 and Ac7 innoculations of A. candida white rust pathogens. Blisters and chlorotic patches form on leaves of susceptible plants."	18624640
AT1G56510	SALK_148037C	"Homozygotes are susceptible to infection by Acem2, Ac2 and Ac7 innoculations of A. candida white rust pathogens. Blisters and chlorotic patches form on leaves of susceptible plants."	18624640
AT1G56560	SALK_109830C	"atinva mutants have reduced root growth, reduced invertase activity, and increased expression of antioxidant genes under basal conditions."	21441406
AT1G56580	asb3	Altered trichome morphology	
AT1G56590	CS859925	No visible phenotype.	
AT1G56590	zip4	Partially suppressed the abnormality of zig-1 in both gravitropism  and stem morphology.	19884248
AT1G56650	CS3884	"accumulates anthocyanin pigments and other secondary metabolites; plants exhibit intense purple pigmentation in many vegetative organs throughout development, including the roots, stems, leaves, primary and secondary branches, cauline leaves, sepals, anthers and carpels; basta resistant."	
AT1G57820	CS24737	Increased HpaII cleavage of the 180-bp centromere repeats.  This reflects hypomethylation of the centromere.  Centromere repeats in interphase nuclei are decondensed relative to wild type.	17242155
AT1G57840	SALK_093308	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT1G57850	SALK_093308	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT1G58070	SAIL_729_H08	wal mutants have expanded xylem vessel pit apertures.	30692538
AT1G58100	CS68934	No visible phenotype.	
AT1G58100	CS68938	No visible phenotype.	
AT1G58100	CS68940	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G58100	CS68941	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G58180	CS66123	"higher stomatal conductance at ambient CO2 levels; insensitive to C02 induced stomatal conductance changes; impaired CO2 induction of stomatal closure in isolated epidermis; stomatal index and  stomatal density significantly higher than wild type; responses to blue light, blue light to dark transition and ABA are wild type."	
AT1G58190	CS65443	No visible phenotype.	
AT1G58190	CS65444	No visible phenotype.	
AT1G58200	CS69610	"Variegated leaves, enlarged plastids. Partial infertility and reduced seed set, likely a result of a fragment of the APETALA3 gene present in the T-DNA construct. "	
AT1G58200	CS69612	"Small stature, variegated leaves and ruffled leaf margins, apical callus production after long periods of growth on solid media, enlarged plastids."	
AT1G58200	CS69719	No visible phenotype	
AT1G58200	msl2-1 msl3-1	"Variegated leaf phenotype; light green sectors most dramatic in cauline leaves, but also visible in most rosette leaves. Microscopic observation revealed enlarged chloroplasts in 20% of mesophyll cells in cauline leaves. Leaf tissue had larger air spaces between cells compared to the wild type, and all cells, including epidermal, palisade and mesophyll cells were larger that in the wild type. Under TEM, ultrastructure of enlarged chloroplasts had lumpy appearance of thylakoid membranes. Plastids of the pavement cells in the leaf epidermis in leaves and cotyledons and also in the root epidermal cells were much larger, spherical, stromules were not observed. Beside these characteristics, overall appearance of double mutant plants was similar to the wild type plants."	
AT1G58200	msl3-1	no observable phenotype	16401419
AT1G58210	CS24070	embryo defective; cotyledon	
AT1G58210	emb1674	embryo defective	
AT1G58220	SALK_012746	"Delayed seed germination and reduced leaf growth, reduction of primary root growth and lateral root number, reduced plant height, partially sterile, shorter and curved siliques, most siliques are seedless, smaller flowers with protruding pistils, abnormal stigma papillae, curved pistils, growth defect in filament elongation, secondary cell wall fucose and xylose content is significantly decreased while arabinose and galactose content is significantly increased."	30351427
AT1G58230	CS860047	No visible phenotype.	
AT1G58230	CS860048	No visible phenotype.	
AT1G58250	sab1-1	"Mutation causes abnormal cell expansion of the root cortical cell. A shift in the orientation of expansion from longitudinal to radial direction was observed in the roots by confocal microscopy. Mutation was partially rescued by adding ethylene biosynthesis inhibitors. Arial part of the mutant plants had visible leaf phenotype, with short wide leaves (including cotyledons) and shorter and wider petioles, when compared to wild type."	7867930
AT1G58250	sab1-2	"Mutation causes abnormal cell expansion of the root cortical cell. A shift in the orientation of expansion from longitudinal to radial direction was observed in the roots by confocal microscopy. Mutation was partially rescued by adding ethylene biosynthesis inhibitors. Arial part of the mutant plants had visible leaf phenotype, with short wide leaves (including cotyledons) and shorter and wider petioles, when compared to wild type."	7867930
AT1G58250	sab1-3	"Mutation causes abnormal cell expansion of the root cortical cell. A shift in the orientation of expansion from longitudinal to radial direction was observed in the roots by confocal microscopy. Mutation was partially rescued by adding ethylene biosynthesis inhibitors. Arial part of the mutant plants had visible leaf phenotype, with short wide leaves (including cotyledons) and shorter and wider petioles, when compared to wild type."	7867930
AT1G58300	ho2 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT1G58300	ho2 ho4	No visible phenotype when grown in the dark.	16428602
AT1G58300	ho4-1	No visible phenotype.	16428602
AT1G58300	hy1 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT1G58300	hy1 ho4	No visible phenotype when grown in the dark.	16428602
AT1G58360	aap1-1	"no obvious phenotype, endurance to toxic concentration of phenylalanine (2 mM) which did not influence development of roots and leaves of the mutant nor did a high level of phenylalanine (10 mM) arrested germination as observed in the wildtyp"	17419840
AT1G58360	aap1-1	reduced total N and carbon content and increased amino acid levels in mature and desiccated mutant seeds; elevated amino acid level in the seed coat/endosperm; increased number of protein bodies in the endosperm; decreased storage protein levels.	19392706
AT1G58360	aap1-2	"no obvious phenotype, endurance to toxic concentration of phenylalanine (2 mM) which did not influence development of roots and leaves of the mutant nor did a high level of phenylalanine (10 mM) arrested germination as observed in the wildtyp"	17419840
AT1G58360	aap1-2	reduced total N and carbon content and increased amino acid levels in mature and desiccated mutant seeds; elevated amino acid level in the seed coat/endosperm; increased number of protein bodies in the endosperm; decreased storage protein levels.	19392706
AT1G58440	dry2	"Plants are hypersensitive to drought. Mutants have decreased stomatal conductance when grown in low relative humidity. Root architecture is affected: roots are 60% shorter than wild type and produce more lateral roots. Lateral roots are shortr and branched.Plants are shorter and leaves are yellow green. Chemically, the mutants have decreased sterols in the roots, decreased chlorophyll levels and increased levels of proline."	19309460
AT1G58440	sqe1-3	Dark grown seedlings have shorter hypocotyls characteristic of de-etiolated seedlings. Roots are  highly branched. Plants have short stature and are sterile. Seeds abort.	17426032
AT1G58440	sqe1-4	"Small plants, seedling lethal."	17426032
AT1G59640	bigpetal-1	Larger petal size as a result of increased petal cell size.	16902407
AT1G59660	nup98a1 nup98b1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30722589
AT1G59660	nup98a1 nup98b1 ft-10	early senescing	30722589
AT1G59660	nup98a2 nup98b1	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30722589
AT1G59750	CS24598	no obvious auxin-related growth phenotype	15659631
AT1G59750	CS24599	no obvious auxin-related growth phenotype	15659631
AT1G59750	CS24631	"arf1-3 arf2-6 double mutant; similar but much stronger phenotype than arf2 single mutants; homozygous double mutant is sterile; large leaves; long, thick and wavy inflorescence stem; abnormal flower morpholoy;  delayed flowering; delayed senescence."	
AT1G59820	SALK_082157	Mutants grew slower with shorter and rounder leaves and short primary roots. Defect in secretory vesicle formation from trans-Golgi in the peripheral columella root cells.	
AT1G59870	CS66467	"Deficient in resistance to barley powdery mildew (Blumeria graminis f. sp hordei) allowing both increased invasion into epidermal cells and initiation of hyphae; compromised in resistance to the necrotroph Plectosphaerella cucumerina and to two additional inappropriate biotrophs, pea powdery mildew (Erysiphe pisi) and potato late blight (Phytophthora infestans); resistant to Erysiphe cichoracearum."	
AT1G59870	CS66467	"mutants allow increased penetration  by inappropiate pathogens (eg barley powdery mildew Blumeria graminis f. sp hordei, Erysiphe pisi (tribe Erysipheae), and B. g. hordei (tribe Blumerieae)). pen3-1 mutants are resistant to E. cichoracearum and become chlorotic after E. cichoracearum infection."	16473969
AT1G59870	CS66468	Deficient in nonhost resistance against several pathogens.	
AT1G59870	CS66993	pen3 cell death phenotype is unaffected by the jar1-1 mutation	
AT1G59870	CS66994	"sid2-1 suppresses the cell death and resistance phenotypes of pen3-1, allowing E. cichoracearum to conidiate"	
AT1G59870	CS67132	The pen1 mutation was not able to suppress the Erysiphe cichoracearum resistance and induced cell death phenotype of pen3-1.	
AT1G59870	CS67133	Cell death delayed and resistance compromised relative to the pen3-1 mutant upon infection with Erysiphe cichoracearum.	
AT1G59870	CS67134	"Mutation in EDS1 suppressed the cell death and resistance phenotypes of pen3-1, allowing Erysiphe cichoracearum to conidiate; increased frequency of penetration of Blumeria graminis f. sp hordei in the double mutant relative to the pen3-1 single mutant."	
AT1G59870	CS67142	Mutation in coi1 does not alter the pen3-1 cell death phenotype.	
AT1G59870	CS67802	the PEN3-GFP construct rescues the pen3-1 mutant phenotypes	
AT1G59870	CS67803	"expression of the NahG transgene leads to increased penetration events by the non-host mildew B. g. hordei, compared to the pen3-1 single mutant, and restores susceptibility to the host mildew G. cichoracearum"	
AT1G59870	CS67925	Delayed chlorosis and cell death after Erysiphe cichoracearum infection compared to the pen3-1 single mutant.	
AT1G59870	CS67926	Delayed chlorosis and cell death after Erysiphe cichoracearum infection compared to the pen3-1 single mutant.	
AT1G59870	CS9718	broad-spectrum powdery mildew resistance	
AT1G59870	ko-1	"shoot FW, root length and chlorophyll contents of ko-1 plants are significantly lower than those of wild-type plants"	17355438
AT1G59870	ko-2	"shoot FW, root length and chlorophyll contents of ko-2 plants are significantly lower than those of wild-type plants"	17355438
AT1G59910	formin4/7/8	Increase in frequency of cell death and  frequency of haustoria development.	29937351
AT1G59940	CS25265	No adult visible phenotype under long-day or short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation; increased sensitivity to red light.	
AT1G59940	CS25271	"The elongated petioles of the arr4 single mutant are enhanced in this double mutant (indicating functional redundancy between the two members of this gene pair); increased cytokinin inhibition of root elongation but intermediate between arr3,4,5,6 and the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT1G59940	CS25276	"The elongated petioles of arr4 and arr3,4 are enhanced, but the overall rosette size is similar to that of the wild-type parent; the increased petiole elongation suggests that although ARR5 and ARR6 may act antagonistically to each other in regulating rosette size, as a pair they still function additively with ARR3 and ARR4 in the regulation of petiole elongation; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type, but significantly more sensitive than arr3,4; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; increased sensitivity to red light."	
AT1G59940	CS25278	"No adult visible phenotype; almost approaching the cytokinin hypersensitivity of the arr3,4,5,6,8,9 hextuple mutant but significantly less sensitive than arr3,4,5,6,8,9 at 5 and 10 nM benzyladenine (BA); intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT1G59940	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT1G59940	arr3	altered red light sensitivity	14973166
AT1G59940	"arr4,3"	lengthens the period of the clock in all conditions	16326927
AT1G59980	CS67147	No response to gravistimulation at 4C in both inflorescence shoots and hypocotyls. The phenotype is apparent after the plants have been returned to room temperature; reduced hypocotyl and root gravitropic response at room temperature.	
AT1G60160	SALK_083613C	small cotyledons	30037141
AT1G60160	hak/kt12-2	small cotyledons	30037141
AT1G60170	CS16014	embryo defective; developmental arrest of mutant embryos	
AT1G60200	CS69940	"Low GFP protein levels relative to wild-type T line (CS69640) due to reduced splicing efficiency of GFP pre-mRNA. Small, more spindly, somewhat yellowish plants and reduced seed set compared to CS69640."	
AT1G60200	CS69941	Low GFP protein levels relative to wild-type T line (CS69640) due to reduced splicing efficiency of GFP pre-mRNA. Reduced seed set compared to CS69640.	
AT1G60220	SALK_022798C	"ots1-1 mutants flower at the same time as wild-type plants when grown under long day conditions and appear phenotypically normal. However, there are abnormal phenotypes associated with the ots1-1 ots1-2 double mutant."	18849491
AT1G60220	ots1-1 ots2-1	"The ots1-1 ots2-1 double mutant plants flower earlier than wild type plants under long days and short days. They do not differ notably from wild type plants with respect to their overall growth rate, inflorescence structure, or seedling primary root elongation rate. But, they are hypersensitive to salt based on root elongation assays. They also have a higher level of SUMOylated proteins than wild type seedlings exposed to salt stress."	18849491
AT1G60420	CS65850	The mutation causes defective pollen tube growth in the pistil.	
AT1G60430	CS92981	Short internodes; short siliques; average height = 33 cm; segregating for 15% yellow seeds.	
AT1G60440	pank1-1 PANK2-1:pank2-1	"The mutant siliques contained a percentage of shriveled seed remnants, which manifested as gaps in the developing line of green seeds."	16897480
AT1G60440	pank1-1 pank2-1	embryo lethal.	16897480
AT1G60460	mtopVIB-2	Quasi-sterile (4% of the wild type level of seeds) correlated with male and female gamete developmental defects.	26917763
AT1G60490	pik3	Mutants showed reduced endocytosis and little ROS production  upon exposure to salt stress. Bleaching became  visible in the mutant plants after 4–5 days and most plants  were dead after 7 days after mutants were transferred to plates  containing 150 mM NaCl.	
	17521408		
AT1G60490	vps34	Similar to wild type siblings. Normal root hair  length. Segregates 1:1 for wt:het offspring as mutation affects the male gametophyte and is not transmitted.	18408046
AT1G60490	vps34-1	Adult plant morphologically normal. Reduced transmission through male gametophyte. More than half of pollen grains are defective having abnormal vacuolar development. Pollen germination and pollen tube growth is also affected.	18515640
AT1G60490	vps34-2	Adult plant morphologically normal. Reduced transmission through male gametophyte. More than half of pollen grains are defective having abnormal vacuolar development. Pollen germination and pollen tube growth is also affected.	18515640
AT1G60600	abc4	Pale green seedlings. Can only be grown on media.Chloroplasts have increased grana stacks and fewer stroma thylakoids. Decreased photosynthtic efficiency.	15686525
AT1G60650	rz-1b/rz-1c	"Delayed seed germination, severe retardation of root growth, reduced number of dividing cells in root meristem, aerial parts dwarfed, fewer flowers per inflorescence, reduced leaf size, leaf serration."	26721863
AT1G60770	rppr4	severe growth delay	30626926
AT1G60780	CS16318	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; completely disrupted male functions, siring no BastaR progeny when crossed to wild type; short pollen tube growth, failing to exit the style."	
AT1G60900	SALK_055049	Early flowering; fewer rosette leaves at flowering.	30790290
AT1G60900	SALK_055049C	Slightly accelerated flowering time.	31130976
AT1G60900	WiscDsLox321F12	Early flowering; fewer rosette leaves at flowering.	30790290
AT1G60900	abi5 atu2af65b-1	Transition to flowering and splicing of ABI5 compromised during ABA-induced flowering.	30790290
AT1G60900	atu2af65a-4 atu2af65b-1 	Homozygous double mutant resulted in non-viable seeds due to defective male gametophyte. Heterozygous double mutant has impaired pollen tube growth.	31130976
AT1G60900	flc atu2af65b-1	Transition to flowering and splicing of FLC compromised during ABA-induced flowering.	30790290
AT1G60940	CS924297	No visible phenotype.	
AT1G60950	Fd2-KO	"retarded growth, with thin leaves of a lighter yellowish-green color, and more roundly shape"	18494733
AT1G61040	vip5-062223	Defective in maintenance of FLC activity in nonvernalized plants.  Undetectable FLC mRNA expression. Early flowering under short day photoperiods.	
AT1G61040	vip5-1	Defective in maintenance of FLC activity in nonvernalized plants.  Undetectable FLC mRNA expression. Early flowering under short day photoperiods.	
AT1G61110	nac25-1	Seed germination defect.Delayed rupture of testa. Endosperm cells  do not expand.	30419294
AT1G61120	salk_039864 (HOMOZYGOUS)	"These mutants fail to accumulate (E,E)-geranyllinalool and 4,8,12-trimethyltrideca-1,3,7,11-tetraene (TMTT) in response to a treatment with the octadecanoid mimic coronalon."	18398052
AT1G61120	salk_078187 (HOMOZYGOUS)	"These mutants fail to accumulate (E,E)-geranyllinalool and 4,8,12-trimethyltrideca-1,3,7,11-tetraene (TMTT) in response to a treatment with the octadecanoid mimic coronalon."	18398052
AT1G61140	CS69981	Reduction in RNA-directed DNA methylation (RdDM).	
AT1G61380	CS2977	morphological phenotype similar to wt; resistant to kanamycin	
AT1G61380	CS2987	morphological phenotype similar to wt; resistant to kanamycin	
AT1G61380	lore-1	Hypersusceptible to infection with Pseudomonas syringae. Defective in perception of bacterial  lipopolysaccharide.	25729922
AT1G61440	CS2978	morphological phenotype similar to wt; resistant to kanamycin	
AT1G61550	CS2980	morphological phenotype similar to wt; resistant to kanamycin	
AT1G61560	CS66535	No visible phenotype.	
AT1G61560	CS66564	No visible phenotype.	
AT1G61560	CS66569	Broad-spectrum powdery mildew resistance	
AT1G61560	CS9710	broad-spectrum powdery mildew resistance	
AT1G61560	CS9711	none	
AT1G61560	CS9715	broad-spectrum powdery mildew resistance	
AT1G61710	CS69771	No visible phenotype	
AT1G61720	CS2105581	precocious anthocyanin in seed coat; mature seeds darker than wildtype	
AT1G61720	ban	Precocious anthocyanin in seed coat	
AT1G61790	aru-2	aru-2 mutants pollinated with A. arenosa pollen showed an increase in ovules with  PT overgrowth.	26964640
AT1G61870	SALK_037390	"Groth delay, shorter roots, reduction in projected leaf area, reduction in mitoribosome occupancy suggesting a general decrease of mitochondrial translation."	30626926
AT1G61890	SAIL_749_F06 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller than that of wild type."	16891401
AT1G62180	apr2-1	mutant accumulated 2.5 times more sulfate than the wild type	17589509
AT1G62340	ale1	"Abnormal cuticle, excessive water loss, organ fusion"	
AT1G62350	SAIL_215_A03	Flowers lack petals; increased number of lateral inflorescences; reduced fertility in lower inflorescences; average height = 45 cm.	
AT1G62360	CS12	defective shoot meristem development.	
AT1G62360	CS13	defective shoot meristem development.	
AT1G62360	CS14	defective shoot meristem development.	
AT1G62360	CS295	"weak allele; most aspects of plant morpholoyg and development affected; extremely pleitropic; altered leaf morphology, multiple rosettes, stem fasciation, retarded senescence and disturbed geotropic growth; delayed flowering, inc. no. of inflorescences, altered no. and morphology of floral organs; chimeric floral organs and ectopic ovules; only seedlings and roots appear normal"	
AT1G62360	CS3779	"reduced shoot apical meristem (SAM); unable to complete the vegetative-inflorescence transition, instead enter a vegetative-inflorescence-vegetative-inflorescence development before the individual shoots fully complete the transition to inflorescence growth; regular rosette and apparently normal shoot are produced initially, after the inflorescence raceme has elongated, a new secondary rosette of leaves is produced, often two shoots emerge from this secondary rosette; aerial rosettes  with numerous leaves often abnormally shaped along thin secondary stems; small and bushy plants; reduced number of flowers per inflorescence; reduced number of petals, stamens and carpels; female sterile; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G62360	CS3780	"weak allele; reduced shoot apical meristem (SAM); unable to complete the vegetative-inflorescence transition, instead enter a vegetative-inflorescence-vegetative-inflorescence development before the individual shoots fully complete the transition to inflorescence growth; lacks trichomes on stems and leaves, some trichomes in leaf margins"	
AT1G62360	CS3781	"reduced shoot apical meristem (SAM); unable to complete the vegetative-inflorescence transition, instead enter a vegetative-inflorescence-vegetative-inflorescence development before the individual shoots fully complete the transition to inflorescence growth; regular rosette and apparently normal shoot are produced initially, after the inflorescence raceme has elongated, a new secondary rosette of leaves is produced, often two shoots emerge from this secondary rosette; aerial rosettes  with numerous leaves often abnormally shaped along thin secondary stems; small and bushy plants; reduced number of flowers per inflorescence; reduced number of petals, stamens and carpels; female sterile."	
AT1G62360	CS8137	"weak allele; probably lacks embryonic shoot apical meristem; bushy plant; produces aerial rosettes, reduced number of flowers per inflorescence; reduced numbers of petals, stamens, and carpels; female sterile."	
AT1G62360	CS8154	"lacks shoot apical meristem (SAM) in seedlings and embryos; true leaves do not develop; cells in the location of SAM of mature embryos are similar to surrounding cells of the hypocotyl and cotyledons; morphology is similar to torpedo stage embryo, indicating that mutant may be blocked in SAM formation."	
AT1G62360	ath1-1/bum1-1	Double mutant enhances the SAM phenotype. 80% of double mutants show shoot termination after germination and production of the first two sets of leaves. Shoots regenerate at a low frequency.	19175771
AT1G62360	stm-1 trn2-23010	"30 from a total of 40 seedlings (75%) developed at least one leaf 8 days after germination and all double mutant progeny developed leaves by day 20. In 19 stm-1 trn2-23010 double mutant seedlings, leaves initiated from the base of the cotyledons, which were always fused due to lack of early STM activity. In the remaining 21 double mutant progeny single leaves or side shoots arose laterally, from the outside of the fused base of the petioles instead of being initiated from the shoot apex and thus resembled stm-1 mutant side shoots which are initiated after a long delay."	17351828
AT1G62360	stm-1 trn2-23010	The double mutant progeny does not develop flowers.	17351828
AT1G62360	stm-10 ftip-3 ftip-4	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT1G62360	stm-11 ftip3-1 ftip4-1	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT1G62360	stm-5 trn2-23010	"About 51% of stm-5 trn2-23010 double mutant seedlings produced leaves by 8 days after germination, compared to only 3% in the stm-5 single mutant. In contrast to combination with stm-1, leaves of stm-5 trn2-23010 double mutants never initiated from outside the base of the cotyledon petioles but emerged internally to the cotyledons where the SAM normally resides in wild type."	
	17351828		
AT1G62360	stm-5 trn2-23010	The double mutant progeny does not develop flowers.	17351828
AT1G62390	CS68676	Chloroplast and nongreen plastid clustering. Flowers slightly earlier than wildtype.	
AT1G62390	CS68677	Chloroplast and nongreen plastid clustering. Flowers slightly earlier than wildtype.	
AT1G62390	CS68678	Chloroplast and nongreen plastid clustering. Flowers slightly earlier than wildtype.	
AT1G62440	CS16371	"No visible phenotype, plants do not show any defect in root hair morphogenesis; lrx2 enhances the lrx1 root hair phenotype."	
AT1G62710	CS67915	No visible phenotype.	
AT1G62710	CS67918	Suppressed fumonisin B1-induced lesion formation compared to wild type. Has greater suppression than the gammavpe-1 single mutant.	
AT1G62750	CS68144	"Pale cotyledons and green true leaves in 14 day-old seedlings. Delayed seed germination, seedling development, pigment accumulation of greening seedlings, and flower development. Reduced seed production (35-40% of that of wild-type plants)."	
AT1G62750	sco1	"Chloroplast differentiation was severely impaired in cotyledons but not in true leaves during early seedling growth, giving rise to the seedlings with white cotyledons. In sco1 chloroplast biosynthesis is slowed down leading to a delayed greening in cotyledons. Seed germination was delayed too in both, dark-grown seeds and light exposed seeds. Adult mutant plants had flowering time delayed for a week, while plant senescence was not affected. Mutant plants had reduced fresh weight throughout the life cycle. Seed set was affected too; mutant plants had reached only 40% of amount of seeds produced by the wild type plants."	16525888
AT1G62830	ldl1-2/ldl2/flc-3	Late flowering. Flowers later than flc3 single mutant but earlier than ldl1/ldl2 double mutant.	17921315
AT1G62830	swp1-1	Roots are longer than WT.	18835563
AT1G62940	ACOS5	"pollen development arrested after released from tetrads, free microspores were devoid of exine layer, completely absence of pollen grains at anther maturity, completely male sterile"	19218397
AT1G62940	CS65795	No visible phenotype.	
AT1G62990	CS2106729	Seed mucilage defects.	
AT1G62990	CS2106730	Seed mucilage defects.	
AT1G62990	knat7	No visible root phenotype.	16463096
AT1G63010	SAIL_789_E03	Decrease in Pi levels up to 40% compared with the WT plants.	27029856
AT1G63010	SAIL_96_H01	Decrease in Pi levels up to 40% compared with the WT plants.	27029856
AT1G63010	pht5;1-3	Decrease in Pi levels up to 40% compared with the WT plants.	27029856
AT1G63010	vpt1	"Reduced seedling biomass and root length, earlier flowering and reduced seed yield when grown in soil.  In hydroponic growth, seedling growth and root elongation were inhibited the higher the Pi levels in the medium.  Under Pi deficiency, anthocyanin levels in the leaves were higher than wild type."	26554016
AT1G63020	CS66150	Late flowering under short day conditions	
AT1G63020	CS66151	Late flowering under short day conditions	
AT1G63180	uge3-2	no obvious phenotype	17496119
AT1G63410	SALK_052702	Homozygous mutant plants have decreased sensitivity to ABA.	17573536
AT1G63440	hma5-1	Accumulation of Cu in both roots and shoots of mutant when grown on medium containing 10 &#956;M Cu.	16367966
AT1G63440	hma5-1	"During early stages of development, the seedlings are chlorotic and smaller than wild-type."	16367966
AT1G63440	hma5-1	Increasingly retarded development of seedlings when grown on media containing increasing concentrations of Cu.	16367966
AT1G63440	hma5-1	Seedlings germination is totally arrested (both aerial parts and roots) when grown on 50 microM Cu.	16367966
AT1G63440	hma5-1	"Seedlings grown on 30 &#956;M Cu display yellow cotyledons, with completely arrested root growth."	16367966
AT1G63440	hma5-2	Accumulation of Cu in both roots and shoots of mutant when grown on medium containing 10 &#956;M Cu.	16367966
AT1G63440	hma5-2	"During early stages of development, the seedlings are chlorotic and smaller than wild-type."	16367966
AT1G63440	hma5-2	Increasingly retarded development of seedlings when grown on media containing increasing concentrations of Cu.	16367966
AT1G63440	hma5-2	Seedlings germination is totally arrested (both aerial parts and roots) when grown on 50 microM Cu.	16367966
AT1G63440	hma5-2	"Seedlings grown on 30 &#956;M Cu display yellow cotyledons, with completely arrested root growth."	16367966
AT1G63490	SALK_014109C	dehydration stress tolerance and ABA hypersensitivity in terms of stomatal closure	31038749
AT1G63490	jmj17-2	dehydration stress tolerance and ABA hypersensitivity in terms of stomatal closure	31038749
AT1G63490	jmj17-3	dehydration stress tolerance and ABA hypersensitivity in terms of stomatal closure	31038749
AT1G63490	jmj17-3	reduced transpiration rate	31038749
AT1G63490	jmj17-4	dehydration stress tolerance and ABA hypersensitivity in terms of stomatal closure	31038749
AT1G63490	jmj17-4	reduced transpiration rate	31038749
AT1G63650	CS6516	Double mutant; absence of trichomes on leaf and stem surfaces.	
AT1G63650	CS66490	hairy roots; proliferation of root hair cells	
AT1G63650	CS67763	"No trichomes; excessive root hair production. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT1G63650	CS70976	Trichome clusters on the adaxial side of leaves.	
AT1G63650	CS70977	Glabrous plants	
AT1G63650	CS70978	Glabrous plants	
AT1G63650	CS70979	Glabrous plants	
AT1G63650	egl	"Reduced trichomes, anthocyanin, and seed coat mucilage"	
AT1G63680	atMurE-2	"white seedlings (albino/albina), lethal."	
AT1G63680	pde316	Pale seeds and seedlings	
AT1G63700	CS6392	"Embryo defective, zygotes do not elongate properly, cells of the basal lineage are eventually incorporated into the embryo instead of differentiating the extra-embryonic suspensor, embryos lack a well-formed suspensor, embryonic patterning delayed or severely defective; adults (if obtained) severely dwarfed and sterile; overproduction of stomata."	
AT1G63700	CS6393	"Embryo defective, zygotes do not elongate properly, cells of the basal lineage are eventually incorporated into the embryo instead of differentiating the extra-embryonic suspensor, embryos lack a well-formed suspensor, embryonic patterning delayed or severely defective; adults (if obtained) severely dwarfed and sterile; overproduction of stomata."	
AT1G63700	CS84618	external embryo; distorted; white to green seeds; white to green embryo; 24.6% mutant.	
AT1G63855	SALK_037552	No visible phenotype.	16517762
AT1G63880	SALK_110393	"Reduced resistance to Leptosphaeria maculans, causal agent of blackleg disease."	16623885
AT1G63880	SALK_110395	"Reduced resistance to Leptosphaeria maculans, causal agent of blackleg disease."	16623885
AT1G63970	ispF-1	"Albino plants where total clorophylls and cartenoids are less than 1% and 2%, respectively, of wildtype contents."	16231155
AT1G63970	ispF-1	Chloroplasts of mesophyll cells completely lack thylakoids and are filled with large vesicles.	16231155
AT1G63970	ispF-1	Round-shaped chloroplasts in mesophyll cells of mutant (lens-shaped in wildtype).	16231155
AT1G63980	ispF-1	"Albino plants where total clorophylls and cartenoids are less than 1% and 2%, respectively, of wildtype contents."	16231155
AT1G63980	ispF-1	Chloroplasts of mesophyll cells completely lack thylakoids and are filled with large vesicles.	16231155
AT1G63980	ispF-1	Round-shaped chloroplasts in mesophyll cells of mutant (lens-shaped in wildtype).	16231155
AT1G63990	spo11-1-3 spo-2-3	The first meiotic division of pollen mother cells because the homologs neither pair nor  form SCs due to the lack of initial DSB formation	
	17965269		
AT1G63990	spo11-2-3	Anthers were shorter and aged earlier. Chromosome  segregation is severely disturbed.	
	17965269		
AT1G64030	SALK_072458	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT1G64040	CS31089	No visible mutant phenotype.	
AT1G64060	CS68522	"Reduced ABA sensitivity, resulting in the following effects in the presence of abscisic acid:increased seed germination and root elongation, decreased stomatal closing and decreased ABA-induced cytosolic calcium elevations compared to wild type. ABA activation of plasma membrane Ca2+ channels is completely abolished. Reduced bacterial and fungal infection-induced ROS production."	
AT1G64060	CS68748	Weakened Pseudomonas syringae pv. tomato DC3000(avrRpm1)-induced hypersensitive response.	
AT1G64060	CS9557	Slightly smaller plants than wild type; reduced accumulation of reactive oxygen intermediates (ROI) during plant defense response; reduced cell death symptoms and reduced electrolyte leakage after Pseudomonas syringae pv. tomato DC3000(avrRpm1) inoculation; enhanced cell death observed after infection of plants with the oomycete parasite Peronospora parasitica; strong effect on cell death.	
AT1G64060	CS9558	reduced superoxide production; H2O2 accumulation during defense responses	
AT1G64060	atrbohD atrbohF	ABA fails to induce significant nitric acid (NO) production in the guard cells of this double mutant.	16367958
AT1G64060	atrbohD atrbohF	DAB staining (H2O2 visualization) greatly reduced compared to wild-type.	11756663
AT1G64060	atrbohD atrbohF	Four-weeks old plants have necrotic lesions and callose deposition.	11756663
AT1G64060	atrbohD atrbohF	Reduced localized cell death compared to wild-type.	11756663
AT1G64060	atrbohD atrbohF	Smaller than wild-type.	11756663
AT1G64060	atrbohD atrbohF	Some plants stop growing and die before setting seeds.	11756663
AT1G64060	atrbohF	Diminution of ion leakage (greater even than that of atrbohD).	11756663
AT1G64060	atrbohF	Morphologically normal but slightly smaller than wild-type.	11756663
AT1G64060	atrbohF	No change in pattern of DAB staining (H2O2 visualization) compared to wild-type.	11756663
AT1G64060	atrbohF-F4	Same phenotype as atrbohF-F3.	11756663
AT1G64060	atrbohF-F5	Same phenotype as atrbohF-F3.	11756663
AT1G64065	CS923441	No visible phenotype.	
AT1G64070	SALK_014088	"Reduced resistance to Leptosphaeria maculans, causal agent of blackleg disease."	16623885
AT1G64070	SALK_014096	"Reduced resistance to Leptosphaeria maculans, causal agent of blackleg disease."	16623885
AT1G64150	ccha1/ccha1	Pale green leaves and severely stunted growth along with impaired	
"Photosystem II (PSII) function,significant sensitivity to high concentrations of CaCl2 and MnCl2."	27302341		
AT1G64200	SALK_081993	Lower leaf temperature due to higher transpiration; less CAR9 protein accumulated and more  ubiquitinated; hyposensitive to ABA; sensitive to drought stress.	31102784
AT1G64260	SALK_072458	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT1G64280	CS3724	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT1G64280	CS3724	"unable to express pathogenesis-related (PR) genes in response to SA, INA and BTH three classical inducers of systemic acquired resistance (SAR); pathogen infection induces accumulation of higher than wt levels of SA and its glucoside, showing enhanced susceptibility to pathogen infections"	
AT1G64280	CS3726	little expression of pathogenesis-related (PR) genes; unable to respond to various systemic acquired resistance (SAR)-inducing treatments; increased susceptibility to pathogen infections; kanamycin resistant	
AT1G64280	CS3801	reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326.	
AT1G64280	CS3802	reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326	
AT1G64280	CS6355	"ndr1-1 blocks reactive oxygen-dependent induction of salicylic acid biosynthesis, producing race non-specific effects on disease resistance and race-specific effects on systemic acquired resistance (SAR), pathogenesis-related (PR) gene expression and the hypersensitive response (HR); no visible phenotype. npr1-2 blocks negative feedback on the hypersensitive response (HR); reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; no visible phenotype"	
AT1G64280	CS6356	"ndr1-1 blocks reactive oxygen-dependent induction of salicylic acid biosynthesis, producing race non-specific effects on disease resistance and race-specific effects on systemic acquired resistance (SAR), pathogenesis-related (PR) gene expression and the hypersensitive response (HR); no visible phenotype. npr1-2 blocks negative feedback on the hypersensitive response (HR); reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; no visible phenotype; null allele.gl1 lacks trichomes on leaves and stems."	
AT1G64280	CS69913	Susceptible to virulent oomycete and bacterial pathogens.	
AT1G64280	CS9724	broad-spectrum powdery mildew resistance	
AT1G64280	npr1 siz1-2	dwarf. Increased salicyclic acid level.	17163880
AT1G64360	35S::AT1G64360	early flowering in short days	18614705
AT1G64400	CS65777	No visible phenotype.	
AT1G64400	CS65778	No visible phenotype.	
AT1G64440	CS2257	Decrease root length (54% of that of wildtype) when grown on D-galactose-free medium.	12419184
AT1G64440	CS2257	"root hair length and distribution similar to wild type, bulbous root hairs."	
AT1G64440	reb1-1	Bulging epidermal cells on the roots. The percentage of these cells appears to be dependent on environmental conditions (light intensity for example). This phenotype is not observed in the meristem but is first observed basal of the meristem.	
AT1G64440	reb1-1	Decreased root length (67% of that of wildtype) when grown on D-galactose-free medium.	12419184
AT1G64440	reb1-1	Less galactose in root cell wall compared to wildtype. No difference in shoot cell wall monosaccharide composition.	16500990
AT1G64440	reb1-1	No observed effect of the structure of both rhamnogalacturonan I and II.	16500990
AT1G64440	reb1-1	Root growth significantly diminished.	
AT1G64440	reb1-1	Root length defect was restored when mutant was grown on 10mM galactose.	16500990
AT1G64440	reb1-1	"Structural changes of xyloglucan in roots, not in shoots."	16500990
AT1G64440	reb1-1	"Using the monoclonal antibody CCRC-M1, specific for &#945;-L-fuc<i>p</i>(1->2)-&#946;-D-Gal<i>p</i> side chains, swollen trichoblasts were not stained while atrichoblasts and non swollen trichoblasts were. All cell types were stained in wildtype. Staining was restored when the mutant was grown on 10mM D-galactose."	16500990
AT1G64440	reb1-2	"At 18ºC, the phenotype is indistinguishable from that of wildtype."	
AT1G64440	reb1-2	"At the restrictive temperature, epidermal bulging is observed and roots fail to grow straight in the elongation zone although this mutation does not appear to abolish gravitropic sensitivity."	
AT1G64440	reb1-2	Temperature sensitive (33ºC) phenotype.	
AT1G64440	rhd1-4	Phenotype not described.	12419184
AT1G64520	rpn12a-1 (C24)	"The rpn12a-1 mutant produces both the WT RPN12a protein and a RPN12a(1-186):ARP(exon2):NPTII fusion protein. The mutant form of the protein can coelute with subunits of the 26S proteasome from the regulatory and core particles and there is no increase in total steady state levels of ubiquitinated proteins in homozygous mutant seedlings. This mutant has seedling growth defects, elevated anthocyanin levels, abnormal leaf root development, delayed skotomorphogenesis, altered cytokinin responses, and reduced auxin sensitivity in their roots."	11826296
AT1G64520	rpn12a-1 (Col)	"The rpn12a-1 mutant has defects in ubiquitin-mediated proteolysis via the 26S proteasome, rendering it more sensitive to misfolded proteins that are degraded in a 26S-proteasome / Ub-dependent manner. However, it has increased levels of the 20S core particle of the proteasome, and exhibits reduced sensitivity to oxidative stress, presumably since oxidatively damaged proteins can be degraded in a 20S proteasome-dependent, but 26S proteasome /Ub-independent manner."	17971041
AT1G64620	CS69191	No visible phenotype.	
AT1G64625	lhw lhl3	"Almost complete suppression of lateral vein formation. Severe defects in vascular tissues of roots, specifically xylem."	23359424
AT1G64670	bdg-2	"Abnormal leaf shape and size, fused organs, abnormal cuticle with increased wax layers, increased wax content,reduced trichome numbers."	16415209
AT1G64670	bdg-2	Cuticular defects. Resistant to Botrytis cinerea.	17257167
AT1G64690	CS164367	branchless trichomes with blunt tips	19626137
AT1G64690	SAIL_632_G06	branchless trichomes with blunt tips	19626137
AT1G64760	zet-1	Abnormal floral morphology. Twisted stems and siliques.	28507000
AT1G64780	amt1;2-1	"The amt1;2-1 mutant appears to grow normally on  media with different levels of ammonium or ammonium nitrate, but, seems slightly more resistant to methylammonium that wild type seedlings. High affinity ammonium uptake is reduced in the roots of amt1;2-2 mutants. There is no change in the level of AMT1;1, AMT1;3, or AMT2;1 transcripts for these mutants relative to wild type in low or high nitrogen conditions."	17693533
AT1G64780	amt1;2-2	"The amt1;2-2 mutant appears to grow normally on  media with different levels of ammonium or ammonium nitrate, but, seems slightly more resistant to methylammonium that wild type seedlings. High affinity ammonium uptake is reduced in the roots of amt1;2-2 mutants. There is no change in the level of AMT1;1, AMT1;3, or AMT2;1 transcripts for these mutants relative to wild type in low or high nitrogen conditions."	17693533
AT1G64790	ila-1	Mutant plants are much smaller in size than Col-0 wild type and they have serrated leaves that are yellow to light green in color. Homozygous mutants are sterile and must be propagated as heterozygotes.	20360018
AT1G64790	ila-2	Mutant plants are much smaller in size than Col-0 wild type and they have serrated leaves that are yellow to light green  in color. Homozygous mutants are sterile and must be propagated as heterozygotes.	20360018
AT1G64970	CS68912	Alpha-tocopherol-deficient phenotype.	
AT1G64970	CS68914	Alpha-tocopherol-deficient phenotype.	
AT1G64970	tmt1	"Deficient in alpha and beta tocopherol, accumulates gamma tocopherol in leaves"	
AT1G64990	gtg1-1	gtg1-1 mutant plants do not show any obvious phenotypic abnormalities and are indistinguishable from wild-type plants.	19135895
AT1G64990	gtg1-1 gtg2-1	"These double mutants are hyposensitive to ABA in seed germination, post-germination development, root elongation, ABA-induced gene expression, and ABA-induced stomatal closure assays. However, they have a normal response to ABA in inhibition of stomatal opening assays. These mutants are smaller than wild-type plants and flower earlier. They have normal endogenous levels of ABA. No differences in the transcript levels of CHLH, FCA, or GCR2 are observed in these mutants compared to wild-type plants."	19135895
AT1G65010	SALK_061426C	Comparison of SALK_061426C to Columbia wildtype in normal lighting and under low light of 33 micromoles per meter-squared per second resulted in a trend toward earlier bolting in the mutant under low light (P=0.055).	
AT1G65040	hrd1a hrd1b	Endoplasmic reticulum (ER)-associated degradation process is blocked in hrd1a hrd1b double mutant.	21187394
AT1G65060	CS65792	No visible phenotype.	
AT1G65260	hcf155	"deficient in photosynthesis, thylakoid membrane system degraded."	11274447
AT1G65310	CS16535	No visible phenotype.	
AT1G65360	SALK_024341	arrest in embryo sac development; albino due to absence of chloroplast	18346189
AT1G65360	SALK_147048	arrest in embryo sac development; albino due to absence of chloroplast	18346189
AT1G65380	CS145	bent club-like hairs on leaf; yellow green plant with club-like siliques.	
AT1G65380	CS46	"enlarged shoot apical meristem; enlarged floral meristem; increased width of siliques (club-like); similar to clv1-1, but less pronounced."	
AT1G65380	CS65445	"enlarged shoot apical meristem, altered flower development, slightly increased carpel number, late flowering, interrupted flowering caused by a temporary termination of the main inflorescence flower meristem; stunted growth; short root"	
AT1G65380	bam1-1/bam2-1/clv2-1	Number of carpels not statistically significant form that of clv2-1 alone.	18780746
AT1G65420	SALK_010998	"Homozygotes exhibit a low nonphotochemical quenching phenotype. Also, chlorophyll a+b content is higher than WT, whereas the chlorophyll a/b ratio was smaller than WT.   Morphologically WT under normal growth conditions. Fv/Fm is almost identical to WT, as is the xanthophyll cycle pigment pool size."	
	20087601		
AT1G65420	npq6; npq7	Nonphotochemical quenching measurements were lower than either of the single mutants.	20087601
AT1G65470	CS265	"fasciated plant; narrow, dentated leaves; altered flower development and phyllotaxy; somewhat reduced fertility."	
AT1G65470	fas1-4	smaller than wild type and develop fasciation.	17021044
AT1G65470	icu11-1 fas1-1	"strong reduction in body size, arrested development at early vegetative stages"	29915151
AT1G65480	CS184	"late flowering; strong influence of short days on flowering time; small but significant effect of vernalization on flowering time; narrow leaves, increased number of cauline leaves; flowering occurs about 13 days later than wild type."	
AT1G65480	CS185	late flowering; strong influence of short days on flowering time; small but significant effect of vernalization on flowering time; increased number of cauline leaves; flowering occurs about 16 days later than wild type.	
AT1G65480	CS56	"late flowering, unaffected by vernalization, increased number of rosette leaves."	
AT1G65480	CS9869	late flowering under long-day conditions	
AT1G65480	ft-10	late flowering phenotype under long-day conditions (40.6 leaves versus 15.0 leaves for wild type)	
AT1G65480	ft-7	Caused only a slight increase in leaf number under short-day conditions.	
	10852935		
AT1G65480	ft-8	Phenotype not described.	10852935
AT1G65480	nup98a1 nup98b1 ft-10	early senescing	30722589
AT1G65480	suf4 ft-1	Increased delay in flowering time compared to both parental single mutants.	17138694
AT1G65486	SALK_134206	Slightly higher plant height and fresh weight.	31001913
AT1G65500	SALK_037522	Slightly higher plant height and fresh weight.	31001913
AT1G65520	echic	"Although the gene that is mutated in this plant encodes a protein that is 49% identical to the IBR10 protein implicated in indole-3-butyric acid (IBA) responses, this mutant displays a normal wild-type IBA response."	18725356
AT1G65620	CS16274	"Asymmetric and lobed leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves, floral buds open prematurely."	
AT1G65620	CS16275	"Asymmetric and lobed leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves, floral buds open prematurely."	
AT1G65620	CS230	asymmetric leaves (as) slightly curled down	
AT1G65620	CS3117	The mutant fruits displayed the same phenotype as seen in those of as1-1.	17592013
AT1G65620	CS3117	"asymmetric and lobed rosette leaves, leaf edges curled under irregularly, somewhat elongated triangular-shaped leaves."	
AT1G65620	CS3118	"asymmetric and lobed rosette leaves, leaf edges curl under irregularly."	11076771
AT1G65620	CS463	very long hypocotyl; bright green rosette; asymmetric leaves.	
AT1G65620	CS67863	Leaves slightly up-curled; siliques point downward	
AT1G65620	CS69043	"Asymmetric and lobed rosette leaves, leaf edges curl under irregularly."	
AT1G65620	as2	Rosette leaves are lobed and curled downwards and have shorter petioles.  Both the cauline leaves and sepals show serrations at margins.	15821980
AT1G65620	as2-14	Phenotype not described.	11076771
AT1G65620	asl1 as2	"At stage 6 of flower development, when sepals should enclose the wild type buds completely, the double mutant has narrower sepals resulting in exposed inner floral organs.  Sepals and petals curl outwards.  Dramatic reduction in number of trichomes at the abaxial side of sepals.  Same leaf phenotypes as as2 single mutant.  Petals have abnormal proximal-distal organization."	
AT1G65620	bop1-4 bop2-11 as2-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT1G65620	bop1-4 bop2-11 as2-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT1G65620	bop1-4 bop2-11 as2-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT1G65650	uch1-1 uch2-1	"Accumulated less chlorophyll than wild-type.  Smaller and more compact rosettes than wild-type. More lanceolate cauline leaves.  Less fertile.  Under short day conditions, the double mutant develops a less branched primary inflorescence."	17559514
AT1G65660	smp(epi)	"Segregating populations will show occasional reversion (ca. 40% in some lines)-otherwise segregates 3:1 wt:mutant. Reduced leaf venation, serrated leaves, reduced stature, narrow organs, reduced fertility. Reduced cell numbers, but cells have increased size."	15937226
AT1G65700	SALK_025064C	"Alterations in number of cotyledons, shape and venation. Smaller and flatter rosette leaves with short petioles. Reduced root length and number of secondary roots. Early flowering under short-day. Shorter siliques with fewer seeds."	23221597
AT1G65700	lsm8-2	"Alterations in number of cotyledons, shape and venation. Smaller and flatter rosette leaves with short petioles. Reduced root length and number of secondary roots. Early flowering under short-day. Shorter siliques with fewer seeds."	23221597
AT1G65880	CS65821	Decrease in benzoyloxyglucosinolates	
AT1G65890	CS65820	No visible phenotype.	
AT1G66050	CS25001	No centromere repeat hypomethylation phenotype.	17242155
AT1G66120	CS2105659	No Visible Phenotype	
AT1G66170	duet	Male sterile due to a defect in meiosis II.	14573517
AT1G66170	mmd1	Male sterile.	
AT1G66170	mmd1	Metaphase I chromosomes have varying degrees of reduced condensation.	27385818
AT1G66260	ipr8-1	"Reduced germination growth delay, early flowering."	30576513
AT1G66270	CS69082	ER bodies in bglu21-1 pyk10-1 is significantly fewer and larger than those in the wild type.	
AT1G66270	CS69083	ER bodies in bglu21-1 leb-1 is significantly fewer and larger than those in the wild type.	
AT1G66270	CS69086	The plants do not accumulate BGLU21 mRNA and protein.	
AT1G66340	CS237	"In blue light, the mutant has a shorter hypocotyl than in wild type, but shows a clear sensitivity to cytokinins."	17217468
AT1G66340	CS237	"In darkness, the mutant is resistant to cytokinins (only small decrease in hypocotyl length)."	17217468
AT1G66340	CS237	The mutant was the most sensitive to high salt (NaCl) and osmotic (mannitol) stress in both germination rate and percentage of germinating seedlings turning green.	
	17533512		
AT1G66340	CS237	"root and hypocotyl elongation insensitive to ethylene, leaf chlorophyll content not reduced in ethylene, reduced ethylene binding activity, large rosette, delayed in bolting"	
AT1G66340	CS3070	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT1G66340	CS3070	"dominant mutation, root and hypocotyl elongation insensitive to ethylene, leaf chlorophyll content not reduced in ethylene, reduced ethylene binding activity, large rosette, delayed in bolting."	
AT1G66340	CS6374	"phenotype similar to wild type, mild ethylene response phenotype predicted based on previous analysis of etr1 loss-of-function mutations"	
AT1G66340	CS66985	Reduced  root  insensitivity to ethylene.	
AT1G66340	CS67820	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT1G66340	CS71769	Weak ethylene hyposensitivity.	
AT1G66340	CS71770	Constitutive ethylene response phenotype. Seedlings with compact cotyledons and downwardly-curved morphology.	
AT1G66340	CS71800	No visible phenotype.	
AT1G66340	CS71801	No visible phenotype.	
AT1G66340	CS71802	No visible phenotype.	
AT1G66340	CS71803	Ethylene hyposensitive.	
AT1G66340	CS71804	Ethylene hyposensitive.	
AT1G66340	CS71805	Ethylene hyposensitive.	
AT1G66340	CS71806	Ethylene hyposensitive.	
AT1G66340	CS71807	Ethylene hyposensitive.	
AT1G66340	CS71812	No visible phenotype.	
AT1G66340	etr1-2	Ethylene insensitive.  Lacks triple-response phenotype when grown in the presence of ethylene.	8211181
AT1G66340	etr1-3	Increased number of lateral roots. Reduced acropetal auxin transport.	18363780
AT1G66340	rte1-2 etr1-2	Weak ethylene-insensitivity of etr1-2 is suppressed by rte1-2.  Ethylene responses are similar to those of the wild type.	16682642
AT1G66345	SAIL_363_F11	"Delayed growth, reduced stature."	30053059
AT1G66345	SALK_008252	"Delayed growth, reduced stature."	30053059
AT1G66350	CS16298	"The hypocotyl length, in red light and dark grown seedlings, is comparable to that of GA-treated wild type; PAC (paclobutrazol, a GA biosynthesis inhibitor) has no significant effect."	
AT1G66350	CS16353	No visible phenotype.	
AT1G66350	rgl1-1	"GA-independent activation of seed germination, leaf expansion, flowering, stem elongation, and floral development"	
AT1G66470	CS6347	Altered root hair initiation; reduced number of root hairs; overall basal shift in the site of root hair emergency; relatively high frequency of epidermal cells with multiple root hairs; abnormal root hair phenotype is suppressed by ethylene or auxin.	
AT1G66470	CS67771	"Altered root hair initiation and a reduced number of root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT1G66600	abo3	"When grown on MS medium with ABA, abo3 mutant was more sensitive to ABA than the wild type during seedling establishment. Mutant seedlings exhibited slower root growth on MS medium as compared to the wild type. Mutant is impaired in ABA induced stomatal closure and more sensitive ti drought stress than the wild type."	20487379
AT1G66730	atlig6-1	Delayed germination. Time to germination can be increased by 50%. Overall germination rate is not affected but the process is delayed. The effect is further enhanced under temperature or oxidative stress conditions.	20584150
AT1G66730	atlig6-1 atlig4-5	Delayed seed germination- even greater than in atlig6-1 alone.	20584150
AT1G66783	CS71705	Reduced abundance of the 21-nt form of miR157. Accelerated production of leaves with abaxial trichomes.	
AT1G66783	CS71707	Reduced abundance of the 21-nt form of miR157. Accelerated production of leaves with abaxial trichomes and reduced angle of leaf base in leaf 5; these effects are significantly weaker compared to those of the mir156a-2 mir156c-1 double mutant (CS71703).	
AT1G66783	CS71708	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT1G66783	CS71710	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT1G66783	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT1G66970	SALK_057865	same as smb-3 single mutant	18718934
AT1G66980	SALK_128329	Mutation is lethal in the homozygous state.	16489121
AT1G67000	CS924293	No visible phenotype.	
AT1G67080	aba4-1	"Neoxanthin was absent in the mutant genotype, while an increase in Violaxanthin content was recorded. aba4-1 leaf discs were clearly more sensitive to light stress than the wild type (90% of chlorophyll was bleached in aba4-1 versus 35% in the wild type) aba4-1 has a reduced steady state ABA content (45% of wild-type content)"	
	17351115		
AT1G67080	aba4-1 npq1	aba4-1 npq1 underwent a significant reduction in leaf chlorophyll content and a strong accumulation of the antioxidant molecule tocopherol with respect to npq1 aba4-1 npq1 was photoinhibited further and had only recovered to similar levels as the other genotypes after 6 d decrease of the chlorophyll/carotenoid ratio and an increase in tocopherol content	
	17351115		
AT1G67140	SALK_015349 HOMOZYGOUS	"Dwarfed. Small, asymmetric, lancet-shaped leaves (cotyledons unaffected). Early senescence of leaves, petals and sepals. Large stigma. Infertile. Over-accumulates starch and trehalose."	18452589
AT1G67140	SALK_046995 HOMOZYGOUS	"Dwarfed. Small, asymmetric, lancet-shaped leaves (cotyledons unaffected). Early senescence of leaves, petals and sepals. Large stigma. Infertile. Over-accumulates starch and trehalose."	18452589
AT1G67140	SALK_070797 HOMOZYGOUS	"Dwarfed. Small, asymmetric, lancet-shaped leaves (cotyledons unaffected). Early senescence of leaves, petals and sepals. Large stigma. Infertile. Over-accumulates starch and trehalose."	18452589
AT1G67140	SALK_077682	similar to mia-1 and mia-2	16291648
AT1G67140	sweetie	"Dwarfed. Small, asymmetric, lancet-shaped leaves (cotyledons unaffected). Early senescence of leaves, petals and sepals. Large stigma. Infertile. Over-accumulates starch and trehalose."	18452589
AT1G67230	linc1-1	Nuclei are significantly smaller than wild-type nuclei.	17873096
AT1G67230	linc1-1 linc2-1	Epidermal cells are approximately one-fourth the size of wild-type epidermal cells.  Whole plant is dwarfed with respect to wild-type and single mutant siblings in segregating F2 family.  Spindle-shaped nuclei are almost entirely absent.  Number of chromocenters in double mutant nuclei is half that of wild type nuclei.  Nuclear DNA packaging density is increased with respect to wild type.	17873096
AT1G67230	linc1-1 linc2-1	Nuclei are significantly smaller than wild-type nuclei.	17873096
AT1G67360	srp1-1	"Reduced fertility, short siliques, reduced seed set.Abnormal shaped seed. Reduced male fertility and pollen viability."	27208780
AT1G67370	asy1 atrad51	The  chromosome fragmentation phenotype of the asy1/  Atrad51 double mutant is indistinguishable from that of  the Atrad51 mutant.	
	17785529		
AT1G67370	asy1-2	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT1G67370	asy1-2	"Despite no apparent defect in DNA double-strand breaks formation in asy1, DNA cross-over  formation is severely compromised."	
	17785529		
AT1G67370	asy1-2	Mutant  lines showed identical asynaptic and chiasma frequency  phenotypes.	
	17785529		
AT1G67440	atrsgA-i 	"Primary defect in chloroplast ribosome biogenesis leads to defects in chloroplast biogenesis, plant growth and overall development."	30044525
AT1G67490	CS6119	"embryo defective, lethal; embryos are radially swollen with strongly reduced cellulose content, especially at the late bent cotyledon stage of embryogenesis; embryos have altered cell elongation and thin epidermal cell walls, which are deficient in crystalline cellulose; growth of embryo resembles the enlargement of a sphere due to decreased cellulose reinforcement of the epidermis; segregation distortion (11.9%)  due to reduced transmission through pollen"	
AT1G67490	CS8151	"seedlings appear small round and pale, with epidermis and vascular strands affected (shape mutant); epidermal cells of the hypocotyl are densely stacked and columnar; vascular strands appear to be lacking in the center of seedling, replaced by ground cells; heart-stage embyos appear normal, with vascular primordia present; heart-stage embryos are broader than normal."	
AT1G67490	knf-101	Increased number of root hairs and increased stomatal density in siliques.	18503769
AT1G67500	CS65883	"UV sensitive, gamma-ray sensitive, mitomycin C (MMC) sensitive."	
AT1G67500	rev1-1rev3-1	"Showed high sensitivity to UV-B, gamma-rays, and DNA cross-linkers. Both REV1 and REV3 transcripts were suppressed rev1rev3 double mutants."	15908599
AT1G67500	rev3-1	"The root growth of mutant plants was inhibited after UV-B irradiation under both light and dark conditions. Mutant seedlings also were sensitive to gamma-rays and mitomycin C, which are known to inhibit DNA replication. Incorporation of bromodeoxyuridine after UV-B irradiation was less in rev3-1 than in the wild type."	12953110
AT1G67550	ure-1	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT1G67580	SALK_012428	"Decreased sensitivity to salt stress. In the presence of 100-150 mM NaCl seed germination,  root elongation, and seedling growth were less inhibited than wild type. Earlier flowering under long days."	25948280
AT1G67580	SALK_090262	"Decreased sensitivity to salt stress. In the presence of 100-150 mM NaCl seed germination,  root elongation, and seedling growth were less inhibited than wild type. Earlier flowering under long days."	25948280
AT1G67710	CS6976	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6977	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6980	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6983	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6984	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6986	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6988	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6990	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6992	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	CS6993	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT1G67710	arr11-3	Stronger SA&#8208;mediated suppression of MeJA&#8208;induced PDF1.2 and more severe disease symptoms after inoculation with B. cinerea as compared to Col&#8208;8.	29852537
AT1G67940	atstar1	"atstar1 knock-out line exhibited increased sensitivity to Al. The roots of the knockout line were severely inhibited,in the presence of 2 mM Al whereas those of the wild type were hardly affected."	20498340
AT1G68010	CS799961	Mild photorespiration phenotype	
AT1G68010	CS799962	Requires sucrose for germination and establishment; Mild photorespiration phenotype	
AT1G68050	SALK_134206	Slightly higher plant height and fresh weight.	31001913
AT1G68050	fkf1	late flowering	
AT1G68120	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT1G68120	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT1G68120	CS68699	"Occasional perforated gynoecium septum, slight reduction in female fertility, sporadic ovule abnormalities."	
AT1G68120	CS68805	No visible phenotype.	
AT1G68120	CS92981	Short internodes; short siliques; average height = 33 cm; segregating for 15% yellow seeds.	
AT1G68130	idd14-1D	Smaller and dramatically down-curling leaves.	24039602
AT1G68340	SALK_035661	"Reduced fertility due to defects in meiosis. Loss of centromeric cohesion prematurely in meiosis II, prior to metaphase leading to unbalanced segregation and formation of defective microspores. Also a partially penetrant meiosis I phenotype in which a small number of univalents are produced."	26272661
AT1G68340	SALK_035661	Reduced fertility due to premature loss of sister chromatid cohesion. pans1 mutants also have macroscopic growth defects. When grown under normal conditions pans1 produced smaller inflorescences than wt as measured 6 weeks after sowing.  pans1-1 showed a slightly shorter primary root.	24506176
AT1G68360	gis3	"Reduced number of trichomes on stems, leaves, sepals and lateral branches."	25640859
AT1G68460	atipt1 atipt 3	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 3 atipt 5	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 5	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 5	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt6	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Decreases in free-base iP and tZ are moderate compared to those of the riboside and ribotide forms.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	"External application of <i>trans</i>-zeatin partially rescues the growth of aerial parts of the mutant, and reduced its lateral root elongation."	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Reduced cambial activity and reduced secondary growth in both shoots and roots.	19074290
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Short and thin aerial parts.	17062755
AT1G68460	atipt1 atipt 3 atipt 5 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Short and thin aerial parts.	17062755
AT1G68460	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt 3 atipt 7	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT1G68460	atipt1 atipt 4 atipt 6 atipt 8	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 5	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 5 atipt 6	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 5 atipt 7	No visible phenotype.	17062755
AT1G68460	atipt1 atipt 6 atipt 8	No visible phenotype.	17062755
AT1G68460	atipt1 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT1G68460	atipt1 atipt7	No visible phenotype.	17062755
AT1G68460	atipt1-1	No visible phenotype.	17062755
AT1G68480	CS6945	"Plants with abnormally shaped organs including: serrated leaves (jagged edges), sepals contain cells of more homogenized shapes rather than the different sizes in wild-type, petals lack most of the blade region, slightly abnormal anthers and elongated style region that often causes splitting of the stigmatic region of the gynoecium."	
AT1G68480	CS9505	Vegetative organs have serrated margins.  Defects most pronounced in blade region.  Floral organs mostly affected in distal parts.	
AT1G68480	CS9506	"Flowers subtended by bracts; In homozygotes, flowers often converted to leafy inflorescences."	
AT1G68480	jag nub	"Strong enhancement of defects in leaf, stamen and carpel development compared with jag single mutants."	16554365
AT1G68480	jag-1	Leaves have a serrated edge.  Sepals and petals are narrower and shorter than wt.  Mutant sepals develop jagged tissue at the tip.  Anthers are reduced with an altered shape and produce less pollen than wt.	14973282
AT1G68530	CS37	"very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer, reduced fertility under conditions of low humidity, reduced plant height, phenotype similar to cer1 and cer3; club-like siliques."	
AT1G68530	CS3946	"Dominant to cer6-2 but recessive to the wt; altered surface wax; differentially affected long-chain lipid content on the surface of stems and pollen; partially restores pollen coat lipids but does not rescue the stem wax defect of cer6-2; visually bright green stems and siliques: no abundant epicuticular wax is apparent, but slight restoration of wax structures relative to cer6-2 stems and siliques, exhibiting fewer lipid structures on stems and siliques; fertile plants with pollen grains completely surrounded by mophologically and functionally normal pollen coat  containing many lipid structures even with C29 and C30 lipids in less amounts than wt; same as cut1 (altered epicuticular wax accumulation)."	
AT1G68530	CS6242	"bright green stem and siliques due to abnormal wax layer (deficient in long-chain lipids); pollen lacking tryphine (extracellular coat) and fails to germinate because it does not absorb water from the stigma, yet germinates in vitro; conditional male-sterile, high humidity required for pollen hydration and fertilization."	
AT1G68560	xyl1	"Subtle changes in silique, trichome, and leaf morphology"	
AT1G68568	SALK_130095C	"When assayed for GA-mediated traits such as germination, root and shoot elongation and flowering time, mutants were no different than wild type."	27139299
AT1G68570	SALK_130095C	"When assayed for GA-mediated traits such as germination, root and shoot elongation and flowering time, mutants were no different than wild type."	27139299
AT1G68640	pan	Homeotic transformations in flowers	
AT1G68640	roxy1-2/pan	Double mutant displays pentamerous flowers typical of PAN mutants but also displays defects in later stages of petal development.	19218396
AT1G68670	SALK_044835	No obvious morphological changes under standard growth conditions. Reduced Pi content.	27016098
AT1G68670	SALK_070096	No obvious morphological changes under standard growth conditions. Reduced Pi content.	27016098
AT1G68723	atagp19	"Both the size and number of the epidermal cells were found to be decreased in the mutant. However, stomata cells appeared normal in terms of morphology and fraction of total epidermal cells."	17217456
AT1G68723	atagp19	"Leaves, stems and sepals were lighter green than WT plants throughout the life cycle. Pigment content analyses demonstrated that mutant rosette leaves contained less chlorophyll and anthocyanin compared to WT."	
	17217456		
AT1G68723	atagp19	"Mutant had fewer rosette leaves compared to WT plants at the same age. Moreover, mutant rosette leaves were smaller and more round and had shorter petioles than WT."	
	17217456		
AT1G68723	atagp19	"Mutant hypocotyls were 75% of the length of WT hypocotyls when grown under long-day conditions, which corresponded to a reduction in hypocotyl cell length but not cell number. However, hypocotyl length was not compromised when mutant seedlings were grown in the dark."	17217456
AT1G68723	atagp19	"The mutant had shorter, more slender  inflorescence stems with fewer auxillary branches and side bolts. Mutant produced fewer flowers than WT and had fewer and shorter siliques, fewer seeds per silique and a higher percentage of sterile siliques, resulting in less seed production. More than half of the mutant flowers were fertile, and although they were smaller than WT flowers, they opened normally and had normal arrangements and numbers of floral organs. Some sterile flowers were open, while others remained closed. One reason for sterility was the failure of the stamens to elongate beyond the pistil at floral stage 14, whereas, in WT, the stamens were longer than the pistil and brushed against the stigma to allow pollination and fertilization."	17217456
AT1G68723	atagp19	"Whereas, as plants matured, WT rosette leaves curled down, mutant leaves remained flat."	17217456
AT1G68725	atagp19	"Both the size and number of the epidermal cells were found to be decreased in the mutant. However, stomata cells appeared normal in terms of morphology and fraction of total epidermal cells."	17217456
AT1G68725	atagp19	"Leaves, stems and sepals were lighter green than WT plants throughout the life cycle. Pigment content analyses demonstrated that mutant rosette leaves contained less chlorophyll and anthocyanin compared to WT."	
	17217456		
AT1G68725	atagp19	"Mutant had fewer rosette leaves compared to WT plants at the same age. Moreover, mutant rosette leaves were smaller and more round and had shorter petioles than WT."	
	17217456		
AT1G68725	atagp19	"Mutant hypocotyls were 75% of the length of WT hypocotyls when grown under long-day conditions, which corresponded to a reduction in hypocotyl cell length but not cell number. However, hypocotyl length was not compromised when mutant seedlings were grown in the dark."	17217456
AT1G68725	atagp19	"The mutant had shorter, more slender  inflorescence stems with fewer auxillary branches and side bolts. Mutant produced fewer flowers than WT and had fewer and shorter siliques, fewer seeds per silique and a higher percentage of sterile siliques, resulting in less seed production. More than half of the mutant flowers were fertile, and although they were smaller than WT flowers, they opened normally and had normal arrangements and numbers of floral organs. Some sterile flowers were open, while others remained closed. One reason for sterility was the failure of the stamens to elongate beyond the pistil at floral stage 14, whereas, in WT, the stamens were longer than the pistil and brushed against the stigma to allow pollination and fertilization."	17217456
AT1G68725	atagp19	"Whereas, as plants matured, WT rosette leaves curled down, mutant leaves remained flat."	17217456
AT1G68740	pho1-4/pho1;h1-1	Strong reduction in growth and in the capacity to transfer phosphate (Pi) from the root to shoot compared with pho1.	17461783
AT1G68740	pho1;h1-1	"T-DNA knock-out mutants of PHO1;H1 neither showed growth defects nor alteration in phosphate (Pi) transport dynamics, or Pi content, compared with wild type."	17461783
AT1G68740	pho1;h1-2	"Vegetative growth of the mutant appears to be comparable with wild type for plants grown in soil, although the mutant has flowers with smaller petals and reduced fertility.  The abnormal flower phenotype has been reported to occur in a fraction of the transgenic plants derived from the Madison collection, and is thought to be linked to the presence of an AP1 sequence in the T-DNA."	17461783
AT1G68765	ida	"Ethylene-sensitive mutant, floral organs remain attached to the plant body after the shedding of mature seeds, even though a floral abscission zone develops. No other developmental processes were affected. When grown on the medium containing ethylene (10 ppm), mutant seedlings response was limited to lack of abscission in senescenced floral organs. Except with regard to floral abscission, seedling response to ethylene was the same as in wild type."	12972671
AT1G68820	SALK_005268C	"slower germination, reduced stomatal aperture, reduced survival response to drought stress"	30658512
AT1G68830	CS69602	"Blocks the redistribution of excitation energy (state transitions) between photosystems and LHCII phosphorylation, reducing ability to adjust to changing light conditions. Fluctuating light conditions result in an impaired growth phenotype."	
AT1G68830	CS69606	Reduced Fv/Fm under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT1G68850	CS2106372	"Compact seed mucilage capsule, reduced galactoglucomannan content"	
AT1G68850	CS2106381	"Compact seed mucilage capsule, reduced galactoglucomannan content; similar mucilage defects to the csla2-3 single mutant"	
AT1G68890	pha1	Defective in phylloquinone biosynthesis.	16617180
AT1G68890	pha1	Exhibits 5-15% of wild-type photosystem I (PSI) activity whereas that of photosystem II (PSII) is only reduced to about 75% of wild-type levels.	16617180
AT1G68890	pha1	High chlorophyll fluorescence (hcf) phenotype associated with photosynthetic lesion.	16617180
AT1G68890	pha1	"Levels of chlorophyll are 41% of wild-type levels. When grown in the presence of the metabolic precursor 1,4-dihydroxy-2-naphtoate (NA), mutant plants exhibit wild-type levels of chlorophyll."	16617180
AT1G68890	pha1	"Mutant plants fail to quench the fluorescence efficiently upon illumination, indicating that the limiting step of the linear electron transport lies behind PSII."	16617180
AT1G68890	pha1	Reduced PSI stability.	16617180
AT1G68890	pha2	Defective in phylloquinone biosynthesis.	16617180
AT1G68890	pha2	Exhibits 5-15% of wild-type photosystem I (PSI) activity whereas that of photosystem II (PSII) is only reduced to about 75% of wild-type levels.	16617180
AT1G68890	pha2	High chlorophyll fluorescence (hcf) phenotype associated with photosynthetic lesion.	16617180
AT1G68890	pha2	"Levels of chlorophyll are 41% of wild-type levels. When grown in the presence of the metabolic precursor 1,4-dihydroxy-2-naphtoate (NA), mutant plants exhibit wild-type levels of chlorophyll."	16617180
AT1G68890	pha2	"Mutant plants fail to quench the fluorescence efficiently upon illumination, indicating that the limiting step of the linear electron transport lies behind PSII."	16617180
AT1G68890	pha2	Pale green plants	8717135
AT1G68890	pha2	Reduced PSI stability.	16617180
AT1G68890	pha3	Defective in phylloquinone biosynthesis.	16617180
AT1G68890	pha3	Seedling lethal.	16617180
AT1G68890	pha4	Defective in phylloquinone biosynthesis.	16617180
AT1G68890	pha4	Seedling lethal.	16617180
AT1G68910	CS39986	No visible phenotype.	
AT1G68920	CS69194	No visible phenotype.	
AT1G69120	CS28	"strong allele; homeotic conversion of sepals (first whorl) to bracts, many secondary and tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-l ike mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT1G69120	CS6161	"double mutant; cal1-1 is a strong allele with inflorescence resembling a cauliflower; cal enhances ap1-1 mutant phenotype, to completely transform floral meristem to inflorescence meristem; cal1-1 alone confers no visible phenotype; ap1-1 presents homeotic conversions of sepals to bracts and formation of secondary flowers in the axil of the transformed sepals; lacks petals; tertiary flowers are found within the secondary flowers."	
AT1G69120	CS6162	"intermediate-strong allele; homeotic conversion of sepals (first whorl) to leaf-like - being triangular in shape, flanked by stipules and having stellate trichomes; many secondary flowers are formed in the axils of the transformed sepals; petals (second whorl) absent or replaced by stamens and leaf-like organs especially in basal flowers; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6163	"weak allele; homeotic conversion of sepals (first whorl), with marked difference between the morphology of the medial and lateral first-whorl organs; medial first-whorl organs vary acropetally from wild-type sepals or central phylloid- marginal petaloid mosaic to leaf-like, bract-like, or bract-like-carpel-stamen mosaic; lateral first-whorl organs are bract-like or absent in the more apical positions; second-whorl in basal flowers is wild type, in apical flowers is absent but when present they are petal-stamen mosaic or wild-type stamens; phenotype varies acropetally, with more complete conversions in basal flowers and at low temperature."	
AT1G69120	CS6164	"intermediate allele; homeotic conversion of sepals (first whorl) to leaf-like - being triangular in shape, flanked by stipules and having stellate trichomes; some secondary flowers are formed in the axils of the transformed sepals; petals (second whorl) often absent especially in apical positions - when present they resemble normal petals or petaloid leaves in early flowers, later changing to filamentous organs; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6165	"strong allele; homeotic conversion of sepals (first whorl) to bracts, secondary or tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-like mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature"	
AT1G69120	CS6166	"intermediate allele; homeotic conversion of sepals (first whorl) to leaf-like; some secondary flowers are formed in the axils of the transformed sepals; petals often absent (second whorl); phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature, lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT1G69120	CS6230	"strong allele; homeotic conversion of sepals, organ types vary from no leafy to lateral organs missing or filamentous with axial organs being sepal-carpels; many secondary or tertiary flowers are formed in the axils of transformed sepals; second whorl develops into stamens, stamen-petals or filaments; in the third whorl, organs in lateral positions are consistently missing, and numbers of axial organs are reduced, or may also form stamen- carpel organs; occasionally the carpels (fourth whorl) may remain unfused or be replaced by a number of stamens; reduced fertility with stamens shedding little pollen, and ovules appearing to degenerate; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6231	"intermediate allele; homeotic conversion of sepals, organ types found vary from leaf-like, to leaf-carpel, to sepal- carpel intermediate organs or small filaments; some secondary or tertiary flowers are formed in the axils of the transformed sepals; second whorl typically forms stamens, although filaments, petal-stamens or petal-sepals may also develop; third whorl is often missing the lateral stamens, and the number of axial stamens is reduced; fourth whorl may develop a multicarpellate pistil; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6232	"weak allele; homeotic conversion of sepals, organ types found vary from leaves, to leaf-sepal intermediate organs and to sepals and sepal-carpels; few secondary or tertiary flowers are formed in the axils of transformed sepals; second whorl organs form petals or filaments, or rarely petal-stamens and stamens; third whorl with organs in the position of lateral stamens commonly missing and organs in axial positions usually form stamens; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6233	"weak allele; homeotic conversion of sepals, organ types found vary from leaves, to leaf-sepal intermediate organs and to sepals and sepal-carpels; few secondary or tertiary flowers are formed in the axils of transformed sepals; second whorl organs form petals or filaments, or rarely petal-stamens and stamens; third whorl with organs in the position of lateral stamens commonly missing and organs in axial positions usually form stamens; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6234	"weak allele; homeotic conversion of sepals, organ types found vary from leaves, to leaf-sepal intermediate organs and to sepals and sepal-carpels; few secondary or tertiary flowers are formed in the axils of transformed sepals; second whorl organs form petals or filaments, or rarely petal-stamens and stamens; third whorl with organs in the position of lateral stamens commonly missing and organs in axial positions usually form stamens; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6289	"weak allele; homeotic conversion of sepals (first whorl), with marked difference between the morphology of the medial and lateral first-whorl organs; medial first-whorl organs vary acropetally from wild-type sepals or central phylloid- marginal petaloid mosaic to leaf-like, bract-like, or bract-like-carpel-stamen mosaic; lateral first-whorl organs are bract-like or absent in the more apical positions; second-whorl in basal flowers is wild type, in apical flowers is absent but when present they are petal-stamen mosaic or wild-type stamens; phenotype varies acropetally, with more complete conversions in basal flowers and at low temperature."	
AT1G69120	CS6290	"intermediate allele; homeotic conversion of sepals (first whorl) to leaf-like - being triangular in shape, flanked by stipules and having stellate trichomes; some secondary flowers are formed in the axils of the transformed sepals; petals and petaloid stamens predominate in the second whorl; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature."	
AT1G69120	CS6291	"strong allele; homeotic conversion of sepals (first whorl) to bracts, secondary or tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-like mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature"	
AT1G69120	CS6293	"strong allele; homeotic conversion of sepals (first whorl) to bracts, secondary or tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-like mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature"	
AT1G69120	CS6296	"double mutant, both alleles are strong, sterile, enhancement of lfy mutant phenotype; flowers transformed into inflorescences; effect stronger on early-arising flowers; no clear transition between secondary inflorescences and flower-like structures; the first two organs of the later-arising, transformed flowers arise laterally, similar to wild type; most organs are very leaf-like, similar to the first-whorl organs of ap1-1 single mutant; in the axils of the leaf-like organs, secondary buds arise; more severe phenotype under short days and lower temperature."	
AT1G69120	CS67155	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G69120	CS67156	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G69120	CS67157	"Indistinguishable from ap1-1 cal1-1 double mutant. Upon DEX treatment, synchronized floral meristem formation is induced."	
AT1G69120	CS68813	"Reduction of the numbers of secondary flowers in ap1-4, partial rescue of the sepal axil secondary flower phenotype."	
AT1G69120	CS68814	"Reduction of the numbers of secondary flowers in ap1-4, partial rescue of the sepal axil secondary flower phenotype."	
AT1G69120	CS69201	No visible phenotype.	
AT1G69120	ap1 cal sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT1G69120	ap1 cal sep4	Inflorescences take 7-10 days longer than ap1 cal mutant to begin producing flowers.	15530395
AT1G69120	ap1 cal-1	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT1G69120	ap1 sep1 sep2 sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT1G69120	ap1 sep4	Meristem defect intermediate between that of ap1 and ap1 cal mutants. Inflorescences appear caulifower-like early after bolting but soon start producing ap1-like flowers on their periphery.	15530395
AT1G69120	ap1-12 agl24-2 svp-41	"Unlike the agl24-2 svp-41 double mutant, where severe phenotypes similar to the lug mutant were only observed when plants were grown at 30°C, in the ap1-12 agl24-2 svp-41 triple mutant, severe lug-type phenotypes were observed under normal growing conditions (22°C)."	
	16679456		
AT1G69120	ap1-15	Development of flowers in the axils of first-whorl organs.	15530395
AT1G69180	CS3814	"strong allele; lacks nectaries; gynoecium is wider and shorter throughout development, it fails to fuse at the apex,  ovule reduced in number, carpels are reduced in height, style tissue reduced and split medially; slight loss in flower meristem determinacy (occasionally consists of three carpels); siliques are broader laterally and about half the length of wt."	
AT1G69180	CS3815	"weak allele; lacks nectaries; gynoecium is wider and shorter throughout development, it sometimes fails to fuse at the apex, ovule reduced in number; nearly normal style growth; slight loss in flower meristem determinacy (occasionally consists of three carpels); siliques are broader laterally and closer to the wt length."	
AT1G69180	crc-1 gym-5	Development of ectopic ovules with random distribution: 1 to 10 per gynoecium.	10535738
AT1G69180	crc-1 gym-5	"Grow more slowly than wild type, flower 10-14 days later, have reduced organ sizes, exhibit slight epinasty of their leaves and flowers, and display reduced apical dominance."	10535738
AT1G69180	crc-1 gym-5	"In double mutant carpels, two rows of primordia arise, extending along the length of the ovary, most of which subsequently develop into ovules (mostly morphologically abnormal)."	10535738
AT1G69180	crc-1 kan1-2	"Ectopic adaxial tissues are restricted to the medial domain of the carpels, normally occupied by the abaxial replum.  Formation of external ovule-bearing placentae."	11525739
AT1G69180	crc-1 rbl-1	Short siliques.  Indeterminate floral mersitem - carpels enclose extra floral organs.	
	18441215		
AT1G69190	SALK_093782	"no visible phenotype. Mutant seeds displayed reduced germination rates. A modest but significant decrease of 5-CH3-PteGlu(n) and 5-CHO-PteGlu(n) (by 11 and 33%, respectively) was observed in dry seeds of the mutant as compared with the wild-type, resulting in a decrease in total folate content by 11%"	
	17289662		
AT1G69220	SAIL_636_C05	"dwarf, slow growth"	26685188
AT1G69220	SALK_046158	"dwarf, slow growth"	26685188
AT1G69220	SALK_051369	"dwarf, slow growth"	26685188
AT1G69270	CS2995	morphological phenotype similar to wt; resistant to kanamycin	
AT1G69390	CS16472	Single giant chloroplast	
AT1G69390	CS68685	"Chloroplasts are heterogeneous in size and number, and bears multiple Z rings. Similar phenotype to arc3-2."	
AT1G69390	CS68686	Heterogeneous chloroplasts and multiple Z rings in mesophyll cells.	
AT1G69390	arc12	Fewer  but enlarged plastids. Contain short FtsZ filaments within a single oversized plastid.	17451550
AT1G69440	CS24281	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT1G69440	CS24282	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT1G69440	CS67868	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT1G69440	CS67869	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum"	
AT1G69440	CS67871	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT1G69440	CS69542	Narrow pointed leaves	
AT1G69440	ago7-1	Downward-curled leaf margins.	16682354
AT1G69490	SALK_005010	Significantly delayed leaf senescence.	16640597
AT1G69540	CS66256	No visible phenotype.	
AT1G69560	SALK_064076	defects in organ separation as a result of abnormal cell division and expansion during early boundary formation	19542355
AT1G69570	SALK_044252C	Early flowering.	28758689
AT1G69600	CS69196	No visible phenotype.	
AT1G69640	CS10000	late flowering	
AT1G69640	sbh1-1 sbh2-1	"Dwarf plants with reduced vigor, dies before expansion of the true leaves, necrotic lesions on cotyledons. When grew on agar plates, the double mutants displayed extended viability and developed into compact and epinastic rosette with small curled leaves and short petioles, however no bolting. Short roots on agar plate."	18612100
AT1G69670	csn5a-2 cul3b-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G69670	csn5a-2 cul3b-1	Significant increase (five- to sixfold) in the total amount of CSN5 with respect to the CSN5 level observed in the csn5a-2 single mutant.	17307927
AT1G69670	csn5b-1 cul3b-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G69670	cul3a-1 cul3b-1	"Arrest of embryogenesis occurred predominantly at heart stage. The following abnormalities were observed: premature or abnormal division of hypophyseal cell, underdeveloped short suspensor, abnormalities in procambial cell divisions, abnormalities in protoderm formation, underdeveloped endosperm with delayed cellularization."	16045478
AT1G69670	cul3a-1 cul3b-1	Segregates about 17% embryo lethal. Embryos about around the transition stage.	15772280
AT1G69670	cul3b-1	No visible phenotype.	17307927
AT1G69690	CS68935	"Reduced number of rosette leaves, shorter petiole length, slightly shorter fruit pedicel length, and short inflorescence height compared to wildtype."	
AT1G69690	CS68938	No visible phenotype.	
AT1G69690	CS68940	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G69690	CS68941	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G69720	ho2 ho3	No visible phenotype when grown in the dark.	16428602
AT1G69720	ho2 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT1G69720	ho3-1	No visible phenotype.	16428602
AT1G69720	hy1 ho3	No visible phenotype when grown in the dark.	16428602
AT1G69720	hy1 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT1G69770	CS16384	"Plants show developmental phenotypes, including reduced plant size and curled leaves."	
AT1G69770	CS16392	No visible phenotype.	
AT1G69770	CS6365	Wild type morphology; exhibits decreased CpXpG methylation of the Superman (SUP) gene and of other sequences throughout the genome; also show reactivated expression of endogenous retrotransposon sequences; encodes a cytosine methyltransferase homolog.	11349138
AT1G69770	cmt3-1	Phenotype not described.	10748531
AT1G69770	cmt3-10	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-11	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-2	Phenotype not described.	10748531
AT1G69770	cmt3-3	"Partial derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-4	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-4	Methylation pattern similar to that observed with the cmt3-7 mutant.	11349138
AT1G69770	cmt3-5	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-5	Methylation pattern similar to that observed with the cmt3-7 mutant.	11349138
AT1G69770	cmt3-6	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-6	Methylation pattern similar to that observed with the cmt3-7 mutant.	11349138
AT1G69770	cmt3-7	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-8	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69770	cmt3-9	"Derepression of SUP gene silencing (induced by clk-st), leading to plants with a wildtype  floral phenotype."	11349138
AT1G69830	amy3-3	Plants cold-shocked for 6h have an increased starch content compared to wildtype.	16297066
AT1G69850	SALK_072696C	lower 13N export from the rosette leaves on a sink tissue mass basis	31473400
AT1G69870	SALK_053264	mutant plants accumulate a higher amount of nitrate in older leaves; defective in remobilizing nitrate from older leaves to younger leaves.	19734434
AT1G69935	shw1-1	"Dark grown seedlings have shorter hypocotyls and reduced apical hook curvature. In white light, mutants have shorter hypocotyls indicating an enhanced inhibition of hypocotyl elongation. Late flowering in long days. Reduced chlorophyll accumulation."	18375596
AT1G69940	atppme1	20% decrease in pectin methylesterase activity compared to wild-type.	16564517
AT1G69940	atppme1	"Curved, irregular morphology of pollen tubes, which are drastically stunted. This phenotype is visible early in the germination process (6h after germination). The pollen tube remains dramatically shorter as growth procedes (tested at 24h after germination)."	16564517
AT1G69940	atppme1	No obvious differences in the morphology of the ungerminated pollen grains.	16564517
AT1G69940	atppme1	Seed production and fertility are similar to those of wild-type.	16564517
AT1G69940	atppme1	The average rate of pollen tube elongation is significantly lower than that of wild-type.	16564517
AT1G69960	CS69970	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT1G69960	CS69971	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT1G69960	CS69972	Reduced abscisic acid (ABA) sensitivity during seed germination. Strongly increased ABA sensitivity of root growth.	
AT1G70070	CS16227	Embryo-defective phenotypes and lack of plasmodesmata aperture/size-exclusion limit downregulation after the torpedo stage.	17601829
AT1G70070	CS6315	Embryo-defective phenotypes and lack of plasmodesmata aperture/size-exclusion limit downregulation after the torpedo stage.	17601829
AT1G70070	CS6315	Similar frequency of branched plasmodesmata as in ise2-1.	17601829
AT1G70070	CS6315	developmental arrest of mutant embryos occurs at  cotyledon stage (globular-cotyledon); white seeds; white embryo; 25.6% mutant; 50.2% aborted seeds in top half of silique.	
AT1G70070	ise2-1	Embryo-defective phenotypes and lack of plasmodesmata aperture/size-exclusion limit downregulation after the torpedo stage.	17601829
AT1G70070	ise2-1	"Homozygous embryos have proportionally thicker hypocotyls and smaller cotyledons. However, the general organization of the tissues in the embryonic axis, such as procambial strands, ground tissue, and protodermis, was indistinguishable from that of wild-type embryos described in the literature."	
	17601829		
AT1G70070	ise2-1	Homozygous embryos produce very low levels of chlorophyll.	17601829
AT1G70070	ise2-1	"Homozygous embryos were reduced in size compared with wild-type embryos, and their cotyledons were smaller, with irregular borders, pointed tips, and uneven sizes."	
	17601829		
AT1G70070	ise2-1	Homozygous mutant embryos develop more slowly compared with wild-type embryos during the later stages of development. Abnormal morphology starts to be evident only after the heart stage.	
	17601829		
AT1G70070	ise2-1	"Homozygous mutant seeds can germinate in vitro on agar plates containing Murashige and Skoog (MS) salt plus 1% sucrose, although the  growth/developmental rate of the homozygous seedlings was slower compared with that of wild-type seedlings. Whereas wild-type seedlings displayed fully expanded green cotyledons, true leaves and a well-developed root system by 14 d after germination, homozygous seedlings were much smaller and white or pale green in color. Underdeveloped cotyledons emerged from the homozygous seeds but expanded very slowly and sometimes showed bumpy irregular surfaces and occasional anthocyanin expression. Partial greening was observed in ise2 seedlings only after culture for several weeks. Most of the homozygous seedlings developed leaf-like structures that were translucent and contained trichomes. The aerial portions of the homozygous seedlings generally were stunted and thicker and frequently exhibited callus-like structures after extended periods of culture. Mutant seedlings often form stunted inflorescence shoot- and flower-like organs but normal-looking roots and root hairs. Frequently, multiple short shoots originate from the apical dome of a single original seedling, forming a broccoli-like structure. Homozygous seedlings grown in culture with 1% sucrose are sterile and perish immediately after germinating in soil or on MS medium without sucrose."	17601829
AT1G70070	ise2-1	"In all homozygous embryos from late-heart to late-torpedo stages, 15% of their plasmodesmata (PD) exhibited branched morphology, in contrast with the single simple PD observed in wild-type embryos. Branched PD were randomly distributed throughout the whole body of embryos, and no variation in their frequency was observed among late-heart, early-torpedo, and late-torpedo stages."	
	17601829		
AT1G70070	ise2-1	Mutation is lethal in the homozygous state.	17601829
AT1G70070	ise2-1	Radicle and the shoot apical meristem (SAM) appeared normal in the homozygous seedlings but were often larger.	17601829
AT1G70070	ise2-1	"Wild-type and ISE2/ise2 heterozygous embryos remain green as their organs, such as hypocotyls and cotyledons, develop. The corresponding ise2 embryos (from the same silique) were white by light microscopy and never turned green even at later stages."	17601829
AT1G70140	formin4/7/8	Increase in frequency of cell death and  frequency of haustoria development.	29937351
AT1G70170	mmp	"Late flowering, early senescence"	
AT1G70210	cycd1;1	"During germination, the onset of cell proliferation in root tips is significantly delayed and the overall numbers of dividing cells are reduced.  The delay in cell cycle activation is linked to delayed radicle emergence."	16227434
AT1G70260	SALK_094320C	"Upon infection with P. parasitica, water-soaked lesion expansion was absent and almost no hyphae colonized leaves were observed."	26484750
AT1G70410	CS66122	"higher stomatal conductance at ambient CO2 levels; insensitive to C02 induced stomatal conductance changes; impaired CO2 induction of stomatal closure in isolated epidermis; stomatal index and  stomatal density significantly higher than wild type; responses to blue light, blue light to dark transition and ABA are wild type."	
AT1G70410	CS66123	"higher stomatal conductance at ambient CO2 levels; insensitive to C02 induced stomatal conductance changes; impaired CO2 induction of stomatal closure in isolated epidermis; stomatal index and  stomatal density significantly higher than wild type; responses to blue light, blue light to dark transition and ABA are wild type."	
AT1G70480	jassy	Significant reduction in growth under cold stress. Deficiency in accumulation of jasmonic acids.	31068459
AT1G70510	bp-1 knat2	"Fruits produced by bp-1, knat2 and bp-1 knat2  plants showed a wild-type aspect, both in replum and valves."	17592013
AT1G70510	knat2	"Fruits produced by bp-1, knat2 and bp-1 knat2  plants showed a wild-type aspect, both in replum and valves."	17592013
AT1G70510	knat2	No visible phenotype.	11934861
AT1G70510	knat2-5 pny	pny phenotype	18390591
AT1G70510	knat2-5; bp-9	Similar to bp single mutants.	18390591
AT1G70510	knat2-5; bp-9; pny-40126	Similar to bp;pny double mutant.	18390591
AT1G70510	knat6-1; knat2-5; bp-9	Fully rescues downward orientation of siliques characteristic of bp single mutants. Shorter than WT. Rescuse partial loss of apical dominance characteristic of single bp mutants. Partial rescue of primary inflorescence internode length characteristic of bp single mutants.	18390591
AT1G70510	knat6-1; knat2-5; bp-9; pny-41026	Similar to knat6;bp;pny except htat shows greater suppression on bp pny silique orientation defects.	18390591
AT1G70510	knat6-1; knat2-5; pny-40126	WT	18390591
AT1G70560	CS16407	"Weakly ethylene insensitive in roots of 3-day-old dark-grown seedlings, ethylene defect can be complemented by 10nM IAA."	
AT1G70560	CS16408	"Weakly ethylene insensitive in roots of 3-day-old dark-grown seedlings, ethylene defect can be complemented by 10nM IAA."	
AT1G70560	CS16409	"Weakly ethylene insensitive in roots of 3-day-old dark-grown seedlings, ethylene defect can be complemented by 10nM IAA."	
AT1G70560	CS16412	Weakly ethylene insensitive in roots of 3-day-old dark-grown seedlings.	
AT1G70560	CS16413	"Segregates ~1/4 of wei8-1 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~1/2 of wei8-1 tar2-1/+ that develop normal hooks but have ethylene insensitive roots; ~1/4 of wei8-1 that display weak ethylene insensitivity in roots; adult plants in double mutants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16414	"Segregates ~1/4 of wei8-1 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~3/4 of wild-type-like seedlings; adult double mutant plants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and  sterility."	
AT1G70560	CS16415	"Segregates ~3/4 seedlings (1/4 wei8-1 tar2-2 and 3/4 wei8-1 tar2-2/+) that show moderate ethylene insensitivity in roots and ~1/4 seedlings (wei8-1) that display weak ethylene insensitivity in roots of 3-day-old dark-grown seedlings; adult double mutant plants show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16416	"Segregates ~1/4 of wei8-1 tar2-2 double mutant plants that show moderate ethylene insensitivity in roots of 3-day-old etiolated seedlings and ~3/4 of wild-type-like seedlings; adult double mutant plants show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16417	"Segregates ~1/4 of wei8-2 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~1/2 of wei8-2 tar2-1/+ that develop normal hooks but have ethylene insensitive roots; ~1/4 of wei8-2 that display weak ethylene insensitivity in roots; adult double mutant plants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16418	Segregates ~3/4 seedlings (1/4 wei8-2 tar2-2 and 3/4 wei8-2 tar2-2/+) that show moderate ethylene insensitivity in roots and ~1/4 seedlings (wei8-2) that display weak ethylene insensitivity in roots of 3-day-old dark-grown seedlings.	
AT1G70560	CS16419	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-1 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-1/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); triple mutant plants do not survive on soil."	
AT1G70560	CS16420	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-2 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-2/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); some of the triple mutant plants survive on soil and adults show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16421	Segregates 1/4 of rty-like seedlings with epinastic cotyledons and numerous adventicious roots; double mutant plants are comparable to rty1-1 single mutants and adults are lethal.	
AT1G70560	CS16422	"Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by sur2, but adults defects of wei8 tar2 (reduced apical dominance, venation defects, abnormal flowers and sterility) are not."	
AT1G70560	CS16423	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT1G70560	CS16424	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT1G70560	CS16428	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT1G70560	CS16429	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT1G70560	CS16430	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls, long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16431	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls,  long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT1G70560	CS16437	"Plants show auxin overproduction phenotypes: epinastic cotyledons in the light; numerous adventicious roots; small, dark and epinastic leaves (phenotypically similar to sur2 single mutant)."	
AT1G70560	CS66983	Reduced  root  insensitivity to cytokinin.	
AT1G70560	CS66984	Longer roots than eto1-1.	
AT1G70560	CS66985	Reduced  root  insensitivity to ethylene.	
AT1G70560	CS66986	Reduced  root  insensitivity to cytokinin.	
AT1G70560	CS66987	Reduced primary root and hypocotyl growth; defective root gravitropic response; insensitivity to cytokinin; decreased sensitivity to ethylene; decreased number of columella cell layers.	
AT1G70560	CS66988	DR5::GUS expression was reduced in root tips.	
AT1G70560	CS66989	GFP expression was reduced in root tips.	
AT1G70560	CS69684	No visible phenotype.	
AT1G70560	sav3-1	These mutants have shorter hypocotyls than wild-type plants when grown in low R:FR ratio light. sav3-1 mutants are shorter and have reduced leaf hyponasty compared to wild type plants when both are subjected to supplementary far red light. Shade-induced expression of IAA19 and IAA29 is reduced in this mutant compared to wild-type plants.	18394996
AT1G70560	sav3-2	"These mutants have shorter hypocotyls, shorter petioles, and more leaf area than wild-type plants when grown in low R:FR ratio light. They mutants have 60% of the free auxin normally found in wild-type mutants with a marked reduction in IAA synthesis rate under shade conditions. Microarray experiments indicate that following shade treatment, the sav3-2 mutant has 66 genes that are expressed at a lower level than in WT plants. Shade-induced expression of IAA19 and IAA29 is reduced in this mutant compared to wild-type plants, but the wild-type expression level can be restored with 1 uM IAA."	18394996
AT1G70560	sav3-3	These mutants have shorter hypocotyls than wild-type plants when grown in low R:FR ratio light. Shade-induced expression of IAA19 and IAA29 is reduced in this mutant compared to wild-type plants.	18394996
AT1G70560	wei8-1	"The hypocotyl of this mutant responds normally to ACC when grown in the dark, but, its roots are moderately less sensitive to ACC than wild type seedlings grown under the same conditions. This difference in sensitivity can be eliminated when the mutants are treated with ACC and low levels of IAA. wei8-1 and wild type hypocotyls and roots respond similarly to IAA in the absence of ACC. The roots of wei8-1 mutant seedlings do not display proper gravitropism. High-temperature mediated hypocotyl elongation is reduced by ~25% in these mutants compared to wild-type seedlings."	18394997
AT1G70560	wei8-1 tar1-1 tar2-1	"These triple mutants do not make a primary root, they have an extremely reduced hypocotyl, and they lack discernible vasculature in their cotyledons. These mutants have a higher propensity to develop a single cotyledon than wild-type embryos."	18394997
AT1G70560	wei8-1 tar2-1	"The roots of this mutant show almost no sensitivity to the ethylene precursor ACC, but sensitivity is largely restored by the addition of low levels of IAA (but not tryptophan). ACC-triggered dark-grown apical hook formation is also compromised in this mutant, and it is not restored by the addition of IAA. Root gravitropism is more disrupted in this double mutant than in either single mutant. The mutant plants are shorter than wild type, have reduced venation in their leaves, exhibit reduced apical dominance, and produce abnormal flowers. DR5:GUS expression is also diminished in these double mutants, consistent with a ~50% reduction in IAA levels in these mutants. Root meristematic cells differentiate in this mutant, leading to a loss of the stem cell niche and the cessation of root growth."	18394997
AT1G70560	wei8-1 tar2-2	"ACC-triggered dark-grown apical hook formation is compromised in this mutant. Root meristematic cells differentiate in this mutant, leading to a loss of the stem cell niche and the cessation of root growth. This mutant also lacks valves in the gynoecia."	18394997
AT1G70560	wei8-2	"The hypocotyl of this mutant responds normally to ACC when grown in the dark, but, its roots are moderately less sensitive to ACC than wild type seedlings grown under the same conditions. This difference in sensitivity can be eliminated when the mutants are treated with ACC and low levels of IAA. wei8-2 and wild type hypocotyls and roots respond similarly to IAA in the absence of ACC."	18394997
AT1G70940	CS69618	No visible phenotype.	
AT1G70940	CS9363	Somewhat short hypocotyls; no other plant visible phenotype; average height = 36 cm.	
AT1G70940	d6pk pin3	Phototropic defects similar to those of the d6pk single mutant without statistically significant differences of hypocotyl curvatures under blue light conditions.	29490064
AT1G71020	pub10	"On control medium, displayed shorter roots than wild type.  On MeJA medium, hypersensitivity to the additive was shown with even shorter roots."	26163577
AT1G71020	pub10/pub11	"On control medium, displayed shorter roots than wild type.  On MeJA medium, hypersensitivity to the additive was shown with even shorter roots."	26163577
AT1G71100	CS16363	"Seedling roots show modest radial swelling (mainly as a result of ballooning of trichoblasts) and reduced elongation, enhanced at elevated temperatures (30C); dark grown hypocotyls show reduced elongation and modest radial swelling at 20C, but enhanced at 30C; plants show modest reduction in bolt height; some reduction in cellulose; phenotype rescued by exogenous uridine suggesting supply of pyrimidine-based sugar-nucleotide compounds is limiting."	
AT1G71100	rsw10	"After 4 days at 31°C, root hairs emerge in the region that would formerly have been the meristem."	17059404
AT1G71100	rsw10	Bulging of epidermal cells is observed in roots but not in the hypocotyl.	17059404
AT1G71100	rsw10	"Flowers, leaves and trichomes are normal."	17059404
AT1G71100	rsw10	"Hypocotyl phenotype is modest in mature, aerial parts of the plant."	17059404
AT1G71100	rsw10	"In mutant seedlings, hypocotyl swelling is constitutively observed both at 21°C and 31°C (although slightly more important in the latter case)."	17059404
AT1G71100	rsw10	"Phenotype pronounced in seedlings, in particular after the transfer of plants initially grown at 21°C to the elevated temperature of 31°C, but is not obvious in mature plants."	17059404
AT1G71100	rsw10	"Reduction in cellulosic glucose. The non-cellulosic matrix polysaccharides showed a reduction in fucose, increase in arabinose and to a lesser extent xylose. No significant changes in the levels of rhamnose, mannose and galactose are observed."	17059404
AT1G71100	rsw10	"Roots of the mutants are similar to those of wild type when grown at 21°C. After transfer to 31°C, their roots progressively increase in diameter between day s 5 and 9. Extended treatment at this temperature leads to the drastic reduction in root elongation and of the elongation zone itself."	17059404
AT1G71100	rsw10	Significant reduction in cellulose.	17059404
AT1G71100	rsw10	Stem regrowth is reduced.	17059404
AT1G71230	csn5a-1 csn5b-1	"Double null homozygous mutant progeny invariably die at the seedling stage, do not express detectable CSN5 proteins, and are virtually identical to the null alleles of the cop/det/fus mutants."	17307927
AT1G71230	csn5a-1 csn5b-1	"During the first two to three DAG, the double homozygous mutant progeny display the typical  photomorphogenic phenotype of the fusca mutants."	17307927
AT1G71230	csn5a-1 csn5b-1	"In double homozygous progeny, significant reduction of CSN1, CSN6, CSN7, and CSN8 and in a very slight  reduction of CSN4. In the case of CSN3, the complete loss of function of CSN5 results in the accumulation of a larger and possibly modified CSN3 form, whereas the normal (smaller) CSN3 form is present predominantly in wild type."	17307927
AT1G71230	csn5a-1 csn5b-1	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT1G71230	csn5a-1 csn5b-1	Mutation is lethal in the homozygous state.	17307927
AT1G71230	csn5a-2 csn5b-1	A residual derubylation activity can be observed in the double mutant seedlings.	17307927
AT1G71230	csn5a-2 csn5b-1	"At 6 to 7 DAG, the double mutants uniformly start to form the first pair of true leaves and eventually develop into impaired small plantlets, with dark red cotyledons and asymmetrical leaves."	17307927
AT1G71230	csn5a-2 csn5b-1	"During the first two to three DAG, the double homozygous mutant progeny display the typical  photomorphogenic phenotype of the fusca mutants."	17307927
AT1G71230	csn5a-2 csn5b-1	"None of the double mutants arrest at the seedling stage, and even though severely compromised, mutant plantlets survive to a mature stage."	
	17307927		
AT1G71230	csn5a-2 csn5b-1	"Synergistic phenotype: de-etiolated, fusca seedlings. Dark grown plants undergo photomorphogenesis; hypocotyl elongation ,cotyledon expansion, anthocyanin accumulation in cotyledons."	15923347
AT1G71230	csn5b-1	"Mutants are virtually indistinguishable from wild-type plants at all developmental stages (germination, vegetative and reproductive)."	17307927
AT1G71230	csn5b-1	No detectable changes in the cellular pools of COP9 signalosome complex subunits.	17307927
AT1G71230	csn5b-1 cul3a-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G71230	csn5b-1 cul3b-1	"Mutants are virtually indistinguishable  from wild-type siblings in the dark and in all light conditions, both at seedling and mature stages."	17307927
AT1G71390	CS65446	No visible phenotype.	
AT1G71400	CS65447	No visible phenotype.	
AT1G71410	scyl2b-1/scyl2a-1	"Shorter primary roots, shorter shoots. Tiny shoots. Growth retardation."	28751315
AT1G71440	pfi	"Embryo defective, enlarged embryo cells and endosperm nuclei"	
AT1G71490	SALK_098173C	Slow growth.	25511433
AT1G71500	SALK_098173C	Slow growth.	25511433
AT1G71696	sol1-3	same as smb-3 single mutant	12932329
AT1G71720	SALK_107226C	"seedling-lethal when grown on sucrose-containing medium, with disrupted granum-stroma thylakoid membranes."	27462450
AT1G71720	SALK_124725	"slightly pale green with a reduced plant size, impaired in NDH, PSI and Cytb6f assembly, photosynthetic electron flow, and non-photochemical quenching, significantly rescued by supplementation of sucrose."	27462450
AT1G71800	SAIL_794_G11	Decreased organ size and fertility.	19965720
AT1G71830	CS69916	Suppresses the floral organ abscission defects of hae-3 hsl2-3. 	
AT1G71830	CS69917	"Blocks the effect of the serk1-L326F mutation, and leads to floral organ abscission deficiency.  "	
AT1G71830	CS71774	No obvious growth phenotype.	
AT1G71830	CS71779	Homozygous mutants are male sterile and do not produce any seeds.	
AT1G71830	CS71780	"More clustered rosette leaves, low fertility."	
AT1G71830	CS71781	No obvious growth phenotype.	
AT1G71830	CS71785	Moderate stomatal clustering in the cotyledon.	
AT1G71830	CS71788	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G71830	CS71789	"Shortened pedicels, clustered inflorescences. Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G71830	CS71790	Homozygous mutants are sterile.	
AT1G71830	CS71791	"Homozygous mutants show spontaneous cell death, seedling lethality."	
AT1G71830	CS71792	"More clustered rosette leaves, low fertility, defective floral abscission."	
AT1G71830	CS71794	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT1G71830	SALK_044330C	No visible phenotype.	
AT1G71830	serk1-1 bri1-119	"Exacerbation of phenotypes observed for single mutant <i>bri1-6</i>: petiole length, inward curling, inlforescence length and rosette size."	16473966
AT1G71830	serk1-1 serk2-1	"double mutants were not able to produce seeds because of a lack of pollen  development in mutant anthers. In young buds, double mutant anthers developed normally, but serk1 serk2 microsporangia  produced more sporogenous cells that were unable to develop beyond meiosis. Furthermore, serk1 serk2 double mutants  developed only three cell layers surrounding the sporogenous cell mass, whereas wild-type anthers developed four cell layers.  Further confocal microscopic and molecular analyses showed that serk1 serk2 double mutant anthers lack development  of the tapetal cell layer, which accounts for the microspore abortion and male sterility."	16284306
AT1G71870	bige1a-2	Mature dry seed obtained from homozygous mutant plants were slightly smaller and rounder in shape compared with wild-type seed. bige1a single mutant plants showed an increase in total number of rosette leaves at the time of flowering compared with the wild type. The bige1a mutant plants also flowered earlier than the wild type.	26276834
AT1G72010	CS68936	Reduced transcript levels compared to wildtype.	
AT1G72010	CS68939	No visible phenotype.	
AT1G72010	CS68940	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G72010	CS68941	"Fewer, but larger rosette leaves compared to wildtype."	
AT1G72150	CS65868	No visible phenotype.	
AT1G72180	CS31090	No visible mutant phenotype.	
AT1G72330	CS92461	slightly retarded. Leaves contained undegraded starch at the end of night.	18390594
AT1G72560	CS24273	"Leaf initiation is delayed slightly after germination, probably due to the death of apical initial cells in the shoot apical meristem; plants are smaller than normal, slightly yellow green and produce adult leaves starting around node 2 or 3."	
AT1G72560	CS24274	"Leaf initiation is delayed slightly after germination, probably due to the death of apical initial cells in the shoot apical meristem; plants are smaller than normal, slightly yellow green and produce adult leaves starting around node 2 or 3."	
AT1G72560	CS24275	"Leaf initiation is delayed slightly after germination, probably due to the death of apical initial cells in the shoot apical meristem; plants are smaller than normal, slightly yellow green and produce adult leaves starting around node 2 or 3."	
AT1G72560	CS24276	"Leaf initiation is delayed slightly after germination, probably due to the death of apical initial cells in the shoot apical meristem; plants are smaller than normal, slightly yellow green and produce adult leaves starting around node 2 or 3."	
AT1G72560	CS24277	"Leaf initiation is delayed slightly after germination, probably due to the death of apical initial cells in the shoot apical meristem; plants are smaller than normal, slightly yellow green and produce adult leaves starting around node 2 or 3."	
AT1G72770	ear1-1/abi1-2/abi2-2/hab1-1	"Germination inhibited, root growth arrested by ABA, tolerant to drought stress, ABA treatment resulted in lower PP2C and higher OST1 activity."	29618630
AT1G72770	hab1	ABA hypersensitive inhibition of seed germination	
AT1G72970	CS100143	Pollen development defective.	19237690
AT1G72970	EDA 17	Aberrant embryo sac and arrested at two-nuclear stage.	
AT1G72970	hth-12	"In the WT, the cuticle appears in micrographs as a regular darker-colored layer on the outer surface of epidermal cell walls. Compared to WT, cuticle in the mutant was marked by breaks; intermittent areas were alternated with multilayered patterns formed by darkly stained cuticular polymers intervening lightly stained areas of the cell wall. These changes were most conspicuous in petals and at the inner epidermis of the pistil, including the septum and ovules, but were not observed in sections of sepals. In organ fusion zones, the cell walls of both epidermal cells came into direct contact, and electron-dense structures corresponding to the cuticle proper were not detected."	
	16404574		
AT1G72970	hth-12	"In the leaf polyesters isolated from the mutant, lower than normal levels of &alpha;-,&omega;-dicarboxylic fatty acids (P<0.01) and elevated levels of &omega;-hydroxy FAs (P<0.05) were identified."	
	16404574		
AT1G72970	hth-12	"Marked increase in 18-hydroxyoctadecadienoic acid in the mutant, whereas omega-oxo fatty acids with aliphatic chains of 16 and 18 carbons in  length were present in reduced amounts. The other compounds whose levels were lower in the mutant were the end products of  omega-oxidation C16 and C18 alpha-,omega-dicarboxylic acids. Parallel experiments with leaf samples showed similar results but greater differences between WTs and mutants were observed from the inflorescence samples."	16404574
AT1G72970	hth-12	No increase in resistance to Botrytis cinerea was observed in the mutant.	16404574
AT1G72970	hth-12	"The amount of other major components, e.g., FAs and 2-hydroxy FAs, determined by GC-MS, generally remained unchanged in the mutant or was slightly lower than normal, although the vast majority of differences were not significant at the 0.05 level."	16404574
AT1G72970	hth-12	The mutant is not completely sterile.	16404574
AT1G72970	hth-12	The mutant phenotype is prominent only in inflorescences.	16404574
AT1G73130	ati3a ati3b ati3c	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT1G73130	ati3c-1	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT1G73140	tbl3-2/tbl31/esk1	tbl3 tbl31 esk1 triple mutant exhibited smaller plant stature and lower stem strength than wild typle or esk1.	26556650
AT1G73150	tbl3-2/tbl31/esk1	tbl3 tbl31 esk1 triple mutant exhibited smaller plant stature and lower stem strength than wild typle or esk1.	26556650
AT1G73177	bns-2	The bns-2 mutant has defects in inflorescence development.	17627280
AT1G73180	bns-2	The bns-2 mutant has defects in inflorescence development.	17627280
AT1G73260	Kti4.1	Higher trypsin activity and proteolytic levels. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G73260	Kti4.2	Higher trypsin activity and proteolytic levels. Higher injury rate after exposure to spider mite (T. urticae).	30042779
AT1G73360	CS68908	Increased trichome branching; reduced numbers of giant cells in sepals. The reduction of giant cells is strongest immediately following bolting and becomes less pronounced with age.	
AT1G73360	edt1	"edt1 mutant plants show enhanced drought tolerance due to overexpression of the HDG11 protein. edt1 mutants have a longer primary root with more lateral roots, and have a higher root biomass. They have larger epidermal cells and larger stomata, but a lower stomatal density. Nevertheless, they have higher levels of photosynthesis than WT seedlings. Mutant seedlings accumulate higher levels of ABA following PEG treatment, and show constitutively higher levels of Pro. Superoxide dismutase activity is also higher in edt1 mutants. Overexpression of HDG11 in tobacco also causes improved drought tolerance."	18451323
AT1G73360	hdg11-1	More branched trichomes compared with the wild type.	16778018
AT1G73360	hdg11-1 hdg12-2	Obvious enhancement of the excess branching phenotype of the hdg11-1 trichome.	16778018
AT1G73360	hdg11-2	"Although ectopic overexpression of HDG11 confers increased drought tolerance, hdg11-2 mutants do not appear to be less drought tolerant than wild type plants."	18451323
AT1G73360	hdg11-2	The hdg11-2 mutant has increased trichome branching.	16778018
AT1G73360	hdg11-2  hdg12	"Although ectopic overexpression of HDG11 causes increased drought tolerance, there is no evidence for reduced drought tolerance in hdg11-2 hdg12 double mutants. The mutants have a wild type appearance, with the exception of having increased trichome branching."	18451323
AT1G73370	SALK_019129C	No visible phenotype.	17257168
AT1G73370	SALK_019129C	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT1G73370	sus5 sus6	"When grown in soil or hydroponically, the double mutant line was not obviously different from wild-type controls."	17257168
AT1G73370	sus6 (SAIL)	No visible phenotype.	17257168
AT1G73370	sus6 (SAIL)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT1G73370	sus6 (WISC)	No visible phenotype.	17257168
AT1G73370	sus6 (WISC)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT1G73430	GK-498G10	"Defective pollen tubes , male sterile. Abnormal pollen tube golgi."	27448097
AT1G73500	CS66020	"Insensitive to ethylene in: inhibition of hypocotyl elongation, chlorophyll degradation, inhibition of  leaf and petiole elongation."	
AT1G73590	CS324	"Altered leaf venation pattern. Compared to the wild type, vascular density of the first leaf in mutants was increased (Fig 7, in Alonso-Peral et al, 2006)."	16943276
AT1G73590	CS324	Pale green dwarf. Many flowering stems.	
AT1G73590	CS324	Phenotype not described.	10394910
AT1G73590	CS69065	Determinate inflorescence; an occasional flower; reduced number of cotyledons and leaves; strong allele.	
AT1G73590	CS69066	Determinate inflorescence; an occasional flower; reduced number of cotyledons and leaves; strong allele.	
AT1G73590	CS69067	"Determinate inflorescence after 1-8 flowers; increased numbers of sepals and petals, reduced numbers of stamens and carpels; reduced number of cotyledons and leaves; weaker allele."	
AT1G73590	CS8065	"strong allele; apical meristem usually produces no flowers, elongates as pin-like stem; cotyledons often reduced in number, or discoid; leaves reduced in number, often distorted in shape; defective in polar auxin transport; yellow seeds, aberrant seed coat structure, lacks anthocyanin in shoots, lacks trichomes on stem base and leaves"	
AT1G73590	sty1-1 pin1-5	"enhanced phenotype of pin1-5 single mutant, the valves of mutant gyneoecia were reduced and often fused along one of the margins."	16740145
AT1G73660	SALK_001982	Increased tolerance of salt stress. Seedlings germinate in the presence of high concentrations of NaCl.	18299802
AT1G73660	SALK_004541	Increased tolerance of salt stress. Seedlings germinate in the presence of high concentrations of NaCl.	
AT1G73720	CS69847	Enhanced GFP fluorescence in seedling stem and shoot apex resulting from the elevated level of translatable GFP.	
AT1G73730	slim1-1	reduced plant growth under sulfate starvation condition.  reduced sulfate uptake.	17114350
AT1G73730	slim1-2	reduced plant growth under sulfate starvation condition.  reduced sulfate uptake.	17114350
AT1G73730	slim1-3	reduced plant growth under sulfate starvation condition.  reduced sulfate uptake.	17114350
AT1G73730	slim1-4	reduced plant growth under sulfate starvation condition.  reduced sulfate uptake.	17114350
AT1G73805	CS72191	Plants are more susceptible to bacterial infection. Salicylic acid (SA) levels and SA-dependent gene expression are dramatically reduced.	
AT1G73805	CS72192	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Mock-inoculated plants show elevated salicylic acid levels.	
AT1G73805	CS72193	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Increased pattern-triggered immunity (PTI). Mock-inoculated plants show elevated salicylic acid (SA) levels; reduced SA levels in inoculated plants.	
AT1G73820	SALK_120634	"early flowering, reduced FLC transcription, increased CLF enrichment and H3K27me3, and enhanced affinity between FCA and COOLAIR"	31032401
AT1G73820	ssu72-2	"early flowering, reduced FLC transcription, increased CLF enrichment and H3K27me3, and enhanced affinity between FCA and COOLAIR"	31032401
AT1G73840	esp1-1	"Early flowering, normal stature and leaf morphology."	17008405
AT1G73840	esp1-1	Two- to three-fold fewer of the endogenous PDS mRNA than in the wild-type plants and 10- to 50-fold higher levels of PDS siRNA.	17008405
AT1G74030	CS69744	No significant change in free BCAA levels in two week-old seedlings	
AT1G74030	CS69748	Smaller rosette compared to wild-type Col-0. Two-week-old mutant seedling has increased free Leu and Ile as well as increased Leu/Val ratio.	
AT1G74030	eno1-1	Trichomes are less turgescent and are distorted with respect to the wild type.  Plants also have fewer root hairs with respect to wild type.	19223001
AT1G74030	eno1-2	Trichomes are less turgescent and are distorted with respect to the wild type.  Plants also have fewer root hairs with respect to wild type.	19223001
AT1G74040	CS69743	No significant change in free BCAA levels in two week-old seedlings	
AT1G74040	CS69744	No significant change in free BCAA levels in two week-old seedlings	
AT1G74040	CS69747	Smaller rosette compared to wild-type Col-0. Two-week-old mutant seedling has increased free Leu and Ile as well as increased Leu/Val ratio.	
AT1G74040	CS69748	Smaller rosette compared to wild-type Col-0. Two-week-old mutant seedling has increased free Leu and Ile as well as increased Leu/Val ratio.	
AT1G74160	lng3/4	Reduced leaf and petiole size. Small rosettes. Reduced stem and silique length.	29616436
AT1G74160	lngq	Reduced leaf and petiole size. Reduced stem and seed length.  Reduced cell elongation in longitudinal direction.	29616436
AT1G74170	CS65448	No visible phenotype.	
AT1G74180	CS65449	No visible phenotype.	
AT1G74190	CS65450	No visible phenotype.	
AT1G74200	CS65451	No visible phenotype.	
AT1G74230	SALK_023061C	Late flowering.Decreased freezing tolerance.	27082488
AT1G74310	CS16284	"Defective in acquired thermotolerance. Plant growth and development, seed set and fertility, and germination of harvested seeds are the same as wild type in the absence of stress (normal growth conditions)."	11489180
AT1G74310	hot	Defective in acquisition of tolerance to high temperature stress	
AT1G74310	hot1-4	Defective thermotolerance. Plants treated at 38C are not able to acclimate to 45C temperature.	15659638
AT1G74360	SAIL_865_E07	Smaller cells and correspondingly smaller body parts.Reduced rate of germination.	29213277
AT1G74380	CS67826	Abnormal roothairs. Reduction in xyloglucan levels.	
AT1G74380	CS67827	Abnormal roothairs. Reduction in xyloglucan levels.	
AT1G74380	CS67828	Abnormal roothairs. Reduction in xyloglucan levels.	
AT1G74450	CS65849	No visible phenotype.	
AT1G74560	SALK_117793	mutants did not show any phenotype under in vitro culture and greenhouse growth conditions.	
	17122067		
AT1G74560	nrp1-1 nrp2-1	"Double mutant plants showed a short-root phenotype: roots grew like the wild-type roots until 6 d after germination (DAG). However, after 7 DAG, the elongation of the double mutant roots was dramatically reduced compared with the wild-type roots. The aerial organs (leaves, rosettes, inflorescences, flowers, fruits, and embryos) developed normally in the double mutant plants."	
	17122067		
AT1G74660	35S::MIF1	"Constitutive overexpression of MIF1 caused dramatic  developmental defects, including dwarfism, reduced apical dominance, extreme longevity, dark-green leaves,  altered flower morphology, poor fertility, reduced hypocotyl length, spoon-like cotyledons, reduced root  growth, and ectopic root hairs on hypocotyls and cotyledons. In addition, 35S::MIF1 seedlings underwent  constitutive photomorphogenesis in the dark, with root growth similar to that in the light. Furthermore,  35S::MIF1 seedlings were demonstrated to be non-responsive to gibberellin (GA) for cell elongation,  hypersensitive to the GA synthesis inhibitor paclobutrazol (PAC) and abscisic acid (ABA), and hyposensitive to  auxin, brassinosteroid and cytokinin, but normally responsive to ethylene. The de-etiolation defect could not  be rescued by the hormones tested."	16412086
AT1G74710	CS16438	"Salicylic acid - inducible defective; reduced SA accumulation in response to either the virulent biotroph Erysiphe or avirulent strains of Pseudomonas syringae; enhanced susceptibility to pathogens; do not exhibit SAR in systemic leaves when infected with an avirulent pathogen, or produce SAR-like responses in leaves infected with the fungal biotroph Erysiphe."	
AT1G74710	CS65999	Male sterile.	
AT1G74710	CS66001	No visible phenotype.	
AT1G74710	CS66002	No visible phenotype.	
AT1G74710	CS66004	Male sterile.	
AT1G74710	CS66005	Male sterile.	
AT1G74710	CS66006	No visible phenotype.	
AT1G74710	CS66007	"Male sterile. Shows a significant reduction of AvrRpt2 (80%), AvrRpm1 (20%) and AvrPphB (50%)-induced ETI (Effector Triggered Immunity). Severely impared in flg22-induced PTI (Pattern Triggered Immunity). Compromised immunity to the fungal pathogen A. brassicicola."	
AT1G74710	CS66994	"sid2-1 suppresses the cell death and resistance phenotypes of pen3-1, allowing E. cichoracearum to conidiate"	
AT1G74710	CS9725	broad-spectrum powdery mildew resistance	
AT1G74710	ics1 ics2	Defective in phylloquinone biosynthesis.	16617180
AT1G74710	ics1 ics2:ICS2	Contains about 18% of wild-type phylloquinone content but 50-70% of wild-type PSI activity.	16617180
AT1G74710	sid2-1	"Following <i>Pythium irregulare</i> infection, the increase in JA levels was comparable in wild-type and sid2-1 plants."	17513501
AT1G74710	sid2-1	"Reduced SA accumulation in response to pathogens, reduced pathogenesis-related gene expression, and enhanced susceptibility  to pathogens."	11734859
AT1G74710	sid2-1	Significantly increased susceptibility to the oomycete <i>Pythium irregulare</i>.	17513501
AT1G74710	sid2-2	"In control experiments, multiplication of the bacterial <i>cor</i> mutant (in Col and Ler) at the surface of leaves was greatly reduced compared whereas it multiplied efficiently when infiltrated directly into the apoplast (and caused typical disease symptoms incluring necrosis and chlorosis). In the surface-inoculated mutant, the bacterial <i>cor</i> mutant multiplied efficiently."	16959575
AT1G74710	sid2-2	"Reduced SA accumulation in response to pathogens, reduced pathogenesis-related gene expression, and enhanced susceptibility  to pathogens."	11734859
AT1G74710	sid2-2	Stomatal closure in response to bacteria and lipopolysaccharide (LPS) is compromised in the mutant.	16959575
AT1G74730	SK6062	"Reduced NPQ, affected organization of light-havesting complex II and an enhanced grana stacking."	27600538
AT1G74740	CS69946	"Embryo lethality of cpk10 cpk30 double mutant is rescued by the CPK10(M141G) gatekeeper residue inducible mutation, in which the CPK10 kinase function can be reversely inhibited by 3MBiP. Reduced expression of primary nitrate-responsive genes in the presence of 3MBiP, without displaying a visible phenotype in plant growth supported by nitrate."	
AT1G74740	CS69947	"Reduced expression of primary nitrate-responsive genes, correlated with impaired nitrate-stimulated system-wide shoot growth and root establishment in the presence of 3MBiP."	
AT1G74740	CS69950	"Reduced expression of primary nitrate-responsive genes, without displaying a visible phenotype in plant growth supported by nitrate."	
AT1G74770	btsl1-1 btsl2-2	"When grown in Fe limiting conditions double mutant plants are less chlorotic than wild type. When grown with excess Fe, growth was significantly impaired compared to wild type or  btsl single mutants, this is associated with a 2-fold accumulation of Fe in the shoots."	31413196
AT1G74900	SAIL867_F07	Segregates 25% embryo lethal. Leaves abnormally shaped (serrated).	17965268
AT1G74910	SALK_044963C	Reduced levels of GDP-Man.	26672069
AT1G74910	kjc1-1 kjc2-1	"Severe dwarf, small leaves"	
and short roots and does not flower in double mutant.	26672069		
AT1G74960	SALK_018337	embryo lethal.	17360594
AT1G74960	fab1	"Increased 16:0 fatty acids, impaired growth at low temperature"	
AT1G74970	CS24062	embryo defective; cotyledon	
AT1G75010	CS264	"mesophyll cells contain ca. 15 chloroplasts/cell; i.e. a 7-8 fold reduction compared to wild type; chloroplasts are ca. 6x larger than wild type and have extensive lobing, most are abnormally shaped; plants look like wild type."	
AT1G75010	CS483	no visible phenotype; mean chloroplast number per cell = 11 (cf. wild type 120); mean chloroplast size = 160um2 (cf. wild type 50um2).	
AT1G75010	CS485	"Defective in chloroplast accumulation and division. Reduced number of chloroplasts and affected division plane in chloroplast biogenesis. Highly enlongated and multiple arrayed chloroplasts in developing green tissues.  Mutant proteins do not form homodimers, as wt proteins do, and localize aberrantly inside chloroplasts."	10417716
AT1G75010	CS485	no visible phenotype; mean chloroplast number per cell = 27 (cf. wild type 120); mean chloroplast size = 190um2 (cf. wild type 50um2).	
AT1G75010	CS68684	"Average of 5.5 chloroplasts per epidermal hypocotyl cell. Enlarged chloroplasts, mini-chloroplasts, and elongated chloroplasts with multiple constrictions are observed simultaneously in the same cells. Exhibits arc3-2-like multiple FtsZ2 rings along elongated chloroplasts; displays branched multiple FtsZ2 rings in some enlarged and expanded chloroplasts."	
AT1G75010	CS68685	"Chloroplasts are heterogeneous in size and number, and bears multiple Z rings. Similar phenotype to arc3-2."	
AT1G75010	CS68687	Contains one to two greatly enlarged chloroplasts per mesophyll cell. Chloroplasts contain dots or short filaments of FtsZ1.	
AT1G75060	afr1-1 afr2-1	Increased methylation (H3ac) levels at the CCA1 and PRR9 loci.	30833956
AT1G75080	CS65987	"Insensitive to brassinazole (BRZ), an inhibitor of brassinolide (BL) biosynthesis. In the dark it has shorter hypocotyls than wild-type on BL-containing and longer hypocotyls than wild-type on BRZ-containing medium. When grown in light, it has shorter hypocotyls than wild-type, reduced stature, slightly darker and wider leaves with short petioles and late flowering phenotype."	
AT1G75080	kib1-1/bzr1-1D	Double mutant is less resistant to propiconazole (PPZ) than bzr1-1D and lacks the stem bending phenotype of the bzr1-1D single mutant.	28575660
AT1G75100	jac1-1	defective in chloroplast accumulation response (but not in the avoidance response)	
AT1G75100	jac1-2	defective in the cloroplast accumulation response (but not in the avoidance response)	
AT1G75520	"sty1-1,sty2-1, shi-2, shi-3, lrp1"	18-25% of flowers have homeotic conversion petals/anthers with fused characteristics. Anther locules are abnormal. Tapetal development is abnormal with reduced pollen viability.	29491878
AT1G75580	SAIL_563_D07	"Delayed senescence, hypersensitive response to H2O2"	30266040
AT1G75660	xrn3-1	embryo lethal.	
AT1G75660	xrn3-3	"Crinkly, round leaves. Delayed flowering. Accumulation of miRNA excision products."	
AT1G75680	SAIL_100_G12	Somewhat narrow and pointy leaves; very serrated leaf margins; average height = 39 cm.	
AT1G75690	CS66008	Reduced Fv/Fm under photoinhibitory light conditions.	
AT1G75690	CS66009	Reduced Fv/Fm under photoinhibitory light conditions.	
AT1G75780	CS68889	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT1G75820	CS37	"very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer, reduced fertility under conditions of low humidity, reduced plant height, phenotype similar to cer1 and cer3; club-like siliques."	
AT1G75820	CS3954	weak clavata phenotype (club-like siliques); resistant to kanamycin	
AT1G75820	CS3955	weak clavata phenotype (club-like siliques); resistant to kanamycin	
AT1G75820	CS45	"enlarged shoot apical meristem, often becoming fasciated, increasing in size over time; increased numbers of floral organs; enlarged floral meristem; increased width of siliques (club-like)."	
AT1G75820	CS66024	pol-1 suppresses shoot meristem defects of the clv1-1 mutant. It also partially suppresses the clv1-1 mutant phenotype by reducing the number of carpels.	
AT1G75820	CS66026	Slightly suppresses the clv1-1 mutant phenotype by reducing the average number of carpels. Weak allele.	
AT1G75820	bam1-1/bam2-1/clv1-11	Triple mutant enhances the floral meristem defects of clv1-11 single mutant. Novel phenotypes include the existence of an enlarged indeterminate meristem in the center of each flower. Leaves are smaller and number of rosette leaves is increased.	18780746
AT1G75850	CS68663	No visible phenotype.	
AT1G75850	CS68667	No visible phenotype.	
AT1G75850	CS68668	No visible phenotype.	
AT1G75850	CS68671	"Early senescence, abnormal growth and a defect in embryogenesis. The level of abnormal growth varies on a plant by plant basis) and while the level of defects in embryogenesis varies in single siliques. Different levels of severity may be due to the variety of leaked expression levels of VS35S in each plant/embryo."	
AT1G75950	ask1	"Male sterile, defective in homolog separation"	
AT1G75960	CS65816	No visible phenotype.	
AT1G76030	vha-B1	"Insensitive to high-glucose repression of cotyledon expansion, chlorophyll accumulation, true-leaf development and root elongation. The response is specific to glucose but not to osmotic changes."	17081979
AT1G76060	CS24076	embryo defective; cotyledon	
AT1G76060	emb1793	embryo defective	
AT1G76090	CS69209	"Homozygous double mutants have the following phenotypes: discontinuous cotyledon vein pattern, enhanced epinasty with rounded, curved cotyledons, changes in sterol composition, defective root growth, bushy appearance due to retarded growth, reduced stature, excessive branching and loss of apical dominance, floral defects including homeotic floral transformations, short siliques and poor seed yield."	
AT1G76100	pete1-1.1	Delayed bolting. Reduced copper accumulation. Reduced iron accumulation.	19084994
AT1G76110	CS69199	Serrated leaves.	
AT1G76420	cuc1-1 cuc3-101	"High frequency production of cup-shaped cotyledons in seedlings, most form a primary shoot."	17122068
AT1G76420	cuc1-1 cuc3-101	Production of the first pair of leaf primordia is significantly delayed compared to the wild type.  This likely reflects a defect in embryonic shoot meristem initiation.	17122068
AT1G76420	cuc2-1 cuc3-101	"High frequency of production of cup-shaped cotyledons in seedlings, more than half fail to produce primary shoots."	17122068
AT1G76420	cuc2-1 cuc3-101	Production of the first pair of leaf primordia is significantly delayed compared to the wild type.  This likely reflects a defect in embryonic shoot meristem initiation.	17122068
AT1G76420	cuc3-101	12% of seedlings have cotyledons partially fused along one side (heart-shaped cotyledons).	17122068
AT1G76430	SALK_130532	cystm3-1 mutant seedlings show increased resistance to salt stress.	30701352
AT1G76490	hmg1	"Inhibition of root elongation, dwarf, sterile, rapid senescence in mature leaves"	14871314
AT1G76490	hmg1	"The hmg1 mutant has reduced levels of sterols compared to wild-type plants, but, its sterol composition is normal. It also has about a 65% drop in triterpenoid levels compared to wild-type plants."	17917299
AT1G76510	arid2/3/4	Seedling lethal. Triple mutants arrest at cotyledon stage.	30104406
AT1G76630	war1-3/cer7-1	Normal wax. war1-3 suppresses the wax phenotype of cer7-1.	27208312
AT1G76878	CS2106722	Seed mucilage defects.	
AT1G76878	CS2106723	Seed mucilage defects.	
AT1G76880	CS2106722	Seed mucilage defects.	
AT1G76880	CS2106723	Seed mucilage defects.	
AT1G77000	skp2b	Defect in protein degradation.	
AT1G77000	skp2b	Phenotype not described.	
AT1G77000	skp2b	"The mutant does not have any obvious defects and a KRP1:GUS fusion protein is not stabilized in this line, nor in a skp2a / skp2b double mutant. But, over-expression analyses suggest that SKP2b, but not SKP2a, may be involved in regulating KRP1 stability."	
AT1G77080	FLM-ND	Early flowering in short days. natural vartiation has QTL that maps to a deletion in FLM locus.	
AT1G77110	SALK_046393	shorter visible lateral roots at 9 days after germination.  The proximal region of each lateral root in the mutant is significantly swollen and often bent.  Growth and morphology of the primary root of the puchi mutant is normal.	17630277
AT1G77120	CS66116	Not tested. Expected to be resistant to allyl alcohol.	
AT1G77120	CS66117	Not tested. Expected to be resistant to allyl alcohol.	
AT1G77120	CS66118	Not tested. Expected to be resistant to allyl alcohol.	
AT1G77120	CS8095	resistant to allyl alcohol; alcohol dehydrogenase (ADH) deficient	
AT1G77120	CS8102	resistant to allyl alcohol; no detectable alcohol dehydrogenase (ADH) mRNA or protein	
AT1G77145	as2	Rosette leaves are lobed and curled downwards and have shorter petioles.  Both the cauline leaves and sepals show serrations at margins.	15821980
AT1G77145	asl1 as2	"At stage 6 of flower development, when sepals should enclose the wild type buds completely, the double mutant has narrower sepals resulting in exposed inner floral organs.  Sepals and petals curl outwards.  Dramatic reduction in number of trichomes at the abaxial side of sepals.  Same leaf phenotypes as as2 single mutant.  Petals have abnormal proximal-distal organization."	
AT1G77220	laz1-5/laz1h1	"Reduced rosette diameter, dwarf plant. At an ultracellular level, vacuoles of double mutants are disorganized."	29288738
AT1G77230	CS65811	No visible phenotype.	
AT1G77240	CS65811	No visible phenotype.	
AT1G77260	SALK_049924C	Comparison of SALK_049924C to Columbia with and without drought stress (withholding water from weeks 4 to 6 of growth) indicated that the mutant grew more slowly than Columbia (P=0.0016 for change in rosette diameter) and mutant growth was not altered by drought.  Columbia growth was reduced under these drought conditions.	
AT1G77300	CS68151	"Accumulation of cis-carotenes in the etioplast and reduced lutein in the chloroplast. Slow germination, increased shoot branching, early flowering and low male fertility."	
AT1G77300	CS69056	Homozygous ga2-11 mutants require supplemental GA for germination. Homozygous ga2-11 plants have a dark-green dwarf phenotype and reduced fertility; these phenotypes can be rescued by repeated GA treatment. sdg8-2 background does not contribute to the ga2-11 phenotypes.	
AT1G77300	SALK_065480(ccr1)	Reduced levels of lutein.	19174535
AT1G77300	ashh2-1	"Reduced stature, bushy plants, reduced number of ovules, reduced fertility.  Homeotic conversion of floral organs such as carpeloid sepals and stamen like petals.Defects in ovule and embryo sac development.Reduced pollen."	
			
AT1G77300	ccr1-1	"Lutien levels reduced by 30-70%.Increased shoot branching (2-3X more branches), early flowering and reduced fertility."	19174535
AT1G77300	efs-4	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs-4	Reduced fertility.	16258034
AT1G77300	efs-4	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs-4	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	efs1-3	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs1-3	Reduced fertility.	16258034
AT1G77300	efs1-3	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs1-3	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	efs1-5	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs1-5	Reduced fertility.	16258034
AT1G77300	efs1-5	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs1-5	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	efs1-6	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs1-6	Reduced fertility.	16258034
AT1G77300	efs1-6	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs1-6	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	efs1-7	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs1-7	Reduced fertility.	16258034
AT1G77300	efs1-7	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs1-7	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	efs1-8	Leaves are rounder and paler than wild-type.	16258034
AT1G77300	efs1-8	Reduced fertility.	16258034
AT1G77300	efs1-8	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT1G77300	efs1-8	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT1G77300	sdg8-1	Short bushy plants.  Reduced fertility-ovule number reduced by 80%	
			
AT1G77390	SALK_080686C	Meiocytes produce unreduced gametes by undergoing meiosis I but skipping meiosis II.	20143347
AT1G77390	pans1-2/tam1-2	"pans1 tam1 double mutant plants showed an increase in viable pollen and seed set compared to the pans1 mutant, indicating genetic suppression of the male sterile phenotype of pans1 by a tam1 loss of function allele."	26272661
AT1G77510	SALK_026561C	"pdi6-2 plants show reduced levels of photoinhibition under high light conditions compared to wild-type plants. While there is no change in either antenna architecture or photosystem II amounts, these plants show a higher rate of D1 synthesis. The higher D1 turnover rates account for the resistance to photoionhibition."	24684167
AT1G77510	pdi6-1	"pdi6-1 plants show reduced levels of photoinhibition under high light conditions compared to wild-type plants. While there is no change in either antenna architecture or photosystem II amounts, these plants show a higher rate of D1 synthesis. The higher D1 turnover rates account for the resistance to photoionhibition."	24684167
AT1G77590	CS65782	No visible phenotype.	
AT1G77590	CS65783	No visible phenotype.	
AT1G77590	CS65784	No visible phenotype.	
AT1G77760	CS2356	"ABA inhibits stomatal opening in nia1 nia2 as in the wild type, revealing that not all stomatal responses to ABA are reduced."	12446847
AT1G77760	CS2356	Guard cells do not generate NO in response to  H2O2 and are not significantly different to untreated controls.	16367958
AT1G77760	CS2356	Nitrite fails to induce stomatal closure in epidermal peels of the double mutant.	12446847
AT1G77760	CS2356	No emission of NO (nitric oxide) under condition in which wild-type does. Wounding-induced NO production is however still observed.	12446847
AT1G77760	CS2356	Significantly impaired in NO biosynthesis in response to exogenous H2O2 compared to wild-type.	16367958
AT1G77760	CS2356	Stomata are far less sensitive to ABA.	12446847
AT1G77760	CS2356	Stomatal aperture not affected by treatment with sodium nitroprusside (SNP).	16367958
AT1G77760	CS2356	"double mutant; chlorate resistant (more resistant than the chl3-5 parent) due to very low levels of nitrate reductase activity, about 0.5 percent of level in Columbia; very poor growth on nitrate medium."	
AT1G77760	CS6512	Nitrate reductase (NR)-null mutant; no detectable NR activity and can not use nitrate as the sole nitrogen source; requires ammonia as nitrogen source.	
AT1G77760	CS6936	"Defective in nitrate reductase (NR) activity; makes less than 20% of total nitrate reductase activity in vitro; no significant difference is observed under conventional in vitro NR assay; only when both nitrate reductases are mutated, the significance of NIA1 can be observed; no visible phenotype."	
AT1G77860	kom	Altered morphology of pollen exine wall	
AT1G77980	CS66252	No visible phenotype.	
AT1G77980	CS66253	Reduced seed set due to decreased pollen viability and other pollen defects.	
AT1G77980	CS69932	"Reduced fertility and seed set due to reduced pollen viability, delayed pollen germination, and inhibited pollen tube growth. Low rate of allele transmission in the presence of competing pollen."	
AT1G77980	CS69932	Reduced seed set. Pollen tubes are delayed in germination/growth.	19211705
AT1G77980	agl104-1/agl66-1	Reduced seed set.	19211705
AT1G78240	qua2-1	"short, darkgrown hypocotyls, reduced cell adhesion and a dwarfed mature plant. 50% reduction in HG (homogalacturonan) content"	17425712
AT1G78240	qua2-2	"short, darkgrown hypocotyls, reduced cell adhesion and a dwarfed mature plant"	17425712
AT1G78240	tsd2-1	"Increased activity of axial meristems, reduced root growth and enhanced de-etiolation."	17461780
AT1G78240	tsd2-2	"Increased activity of axial meristems, reduced root growth and enhanced de-etiolation."	
AT1G78290	snrk2.8-1	No visible phenotype.	17404219
AT1G78290	snrk2.8-1	"The activity of glyI in wild type and snrk2.8-1 knockout plants under control conditions and salt stress was tested. Salt treatment stimulated the activity of the enzyme in the wild type plant, but less stimulation was observed in the snrk2.8-1. glyI activity was lower after salt treatment in the snrk2.8-1, but salt stress still increased the protein activity."	
	17404219		
AT1G78290	snrk2.8-2	No visible phenotype.	17404219
AT1G78390	atnced6-1 atnced9-1	"No visible phenotype was observed during vegetative stage. When germinated on medium supplemented with paclobutrazol, germination rate was higher in double mutant seeds than in the single mutants or wild type, i.e., paclobutrazol resistance was enhanced in double mutant seeds. Dormancy was reduced in double mutants, and levels of ABA in the seeds were up to 18% lover than in the wild type or single mutants."	16412079
AT1G78390	atnced9-1	"No visible phenotype was observed during vegetative stage. In seeds, ABA levels were 25% to 40% lower than in the wild type. Freshly harvested seeds germinated at a rate similar to wild type seed. Seed dormancy was not affected. When germinated on medium supplemented with paclobutrazol, germination rate was higher in mutant seeds than in the wild type."	
AT1G78390	atnced9-1	Seed germination in the dark after far red light treatment was almost completely suppressed as in the case of wild type.	17010113
AT1G78390	nced9 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT1G78400	SALK_033729	No defects were observed in etiolated hypocotyl lengths or rosette diameters for pgx2-1.	28004869
AT1G78570	CS16372	Slightly deformed cotyledons and pavement cells.	
AT1G78570	CS16373	"Short roots with short root hairs. Aberrations in cell shape, which result in oversized cotyledon pavement cells that lack typical lobes; aberrant cotyledon development, with an uneven cotyledon surface and hyponastic growth; compared with the wild type, the size of adaxial pavement cells in the cotyledons is frequently increased  and the typical jigsaw puzzle-like cell shape of pavement cells is absent (cell borders are straight and the characteristic lobes are absent); this phenotype is restricted to the adaxial side of the cotyledon. Stomatal distribution is  affected in cotyledons; plants have fewer stomata than wild-type plants, and the stomata are frequently larger than those of wild-type plants. Trichomes of the first rosette leaves are strongly deformed."	
AT1G78570	CS71668	Left-handed helically twisted petals and roots and decreased expansion of adaxial petal epidermal cells. Partially penetrant hyponastic cotyledon phenotype. Reduced cell wall rhamnose and altered flavonol glycosylation profile of flowers.	
AT1G78570	CS71669	"Seeds have a pale transparent testa phenotype. Reduced cell wall rhamnose, but significantly more than the rhm1-3 single mutant (CS71668)."	
AT1G78570	CS71670	Seeds have a pale transparent testa phenotype.	
AT1G78570	CS71672	Left-handed helically twisted petal phenotype that is somewhat milder as compared to the rhm1-3 single mutant (CS71668). Reduced cell wall rhamnose.	
AT1G78570	CS71673	"Reduced cell wall rhamnose, but significantly more than the rhm1-3 single mutant (CS71668)."	
AT1G78570	CS71674	Similar phenotype to the rol1-2 single mutant (CS16373); hyponastic cotyledons and left-handed helically twisted and hyponastic petals.	
AT1G78570	CS71675	Petals have slight helical twisting.	
AT1G78570	CS71676	Left-handed helically twisted petals and hyponastic cotyledons.	
AT1G78570	CS71677	Left-handed helically twisted petals and hyponastic cotyledons.	
AT1G78570	CS71678	Left-handed helically twisted petals and hyponastic cotyledons. Decreased petal growth.	
AT1G78570	CS71679	Left-handed helically twisted petals and hyponastic cotyledons.	
AT1G78570	rol1-2	"A detailed analysis of the rol1-2 mutants show aberrant cotyledon development with an uneven  surface and hyponastic growth, aberrant pavement cell and stomatal morphology in cotyledons, and defective trichome formation. Further the typical jigsaw puzzle–like cell shape of pavement cells was absent in rol1-2 mutants."	18567791
AT1G78570	rol1-2	"No significant differences in the amounts of the major sugars of cell wall material, including Rha, were identified between the WT and rol1-2.  However, rol1-2 and lrx1 rol1-2 showed an approx 30% reduction in the RG II-specific monosaccharides 2-O-methyl-D-xylose and 2-O-methyl-L-fucose.  These methylated sugars are diagnostic components of the two large Rha-containing side chains of RG II, and their reduced abundance may reflect a defect in the synthesis of RG II."	16766693
AT1G78580	CS91071	Asymmetric leaf surface; compact plant; slow growth; short internodes; short pedicels; short siliques; numerous lateral inflorescences; short plants; average height = 20 cm.	
AT1G78580	tps1-1	Arrest at torpedo stage during embryo development. Can germinate after cold stratification and extended incubation. Embryos show increased deposition of cell wall material.	16553896
AT1G78580	tps1-1	"Embryo defective, cotyledon"	
AT1G78580	tps1-1	"Enzymatic activities that typically peak during early maturation of wildtype embryos are also detected in the mutant at 12 DAF. OF these, both NAD-malic E and IDH activities then decreases significantly at 15 DAF and the expected drop in PFK activity is delayed."	16553903
AT1G78580	tps1-1	"G6PDH, 6PGDH, AGPase and GK activities, which typically peak at 9-12 DAF in wildtype, all show a reduction at the equivalent temporal stage in the mutant."	16553903
AT1G78580	tps1-1	"In contrast to the embryo, the endosperm of homozygous seeds developed normally up until seed maturation. During this period starch accumulated transiently in the endosperm cells of both the mutant and wild type. In desiccating homozygous seeds gaps were observed in the aleurone, a persistent layer of the endosperm. These cells appeared devoid of their endoplasm."	
	11851922		
AT1G78580	tps1-1	"In the heterozygote plants, embryos from a single silique were essentially  indistinguishable early in the morphogenic phase of development. However, beyond the heart stage a segregation ratio emerged as approximately 25% of the seeds began to develop more slowly. Development was progressively retarded, eventually arresting at the torpedo stage."	11851922
AT1G78580	tps1-1	The homozygous progeny is embryo-lethal.	11851922
AT1G78580	tps1-1	"With the exception of ADH, all other enzymatic activities increase with the onset of maturation."	16553903
AT1G78580	tps1-11	Longer circadian period as compared to wt when exposed to sucrose.	30078562
AT1G78580	tps1-11	Slow growth and delayed flowering. Germination is hypersensitive to ABA with the degree of hypersensitivity correlating with the decrease in T6P levels.	20659274
AT1G78580	tps1-12	Circadian period shorted by sucrose.Longer circadian period as compared to wt when exposed to sucrose.	30078562
AT1G78580	tps1-12	Slow growth and delayed flowering. Germination is hypersensitive to ABA with the degree of hypersensitivity correlating with the decrease in T6P levels. Affected stomatal pore aperture.	20659274
AT1G78580	tps1-13	Longer circadian period as compared to wt when exposed to sucrose.	30078562
AT1G78580	tps1-13	Slow growth and delayed flowering. Germination is hypersensitive to ABA with the degree of hypersensitivity correlating with the decrease in T6P levels.	20659274
AT1G78580	tps1-2	The homozygous progeny is embryo-lethal.	11851922
AT1G78590	SALK_079342	"SALK_079342 (nadk3) is hypersensitive to oxidative stress, ABA and osmotic stress."	16856986
AT1G78610	CS69760	No visible phenotype	
AT1G78610	msl4-1; msl5-2; msl6-1; msl9-1; msl10-1	Abolished stretch-activate mechanosensitive channel activity	18485707
AT1G78630	CS16023	embryo defective; developmental arrest of mutant embryos	
AT1G78880	shou4-3 shou4l-1	Few underdeveloped root hairs at seedling stage; roots grow with slight twist; dwarf with small rosette and inflorescence; cells in inflorescence stem are smaller and have thinner cell walls; papillae on stigma are underdeveloped; partial infertility; reduced sensitivity to isoxaben; increased levels of cellulose in seed mucilage; elevated levels of amorphous cellulose; increased rate of exocytosis.	30245104
AT1G79000	SALK_070277	Late flowering in long day (16 h light/8 h dark) as well as short day (8 h light/16 h dark).	17144897
AT1G79040	psbR	Marked reduction in steady-state of oxygen evolution. 30% reduction in mutant plants grown under standard light conditions and over 50% reduction when grown under low light.	16282331
AT1G79040	psbR	Mutant plants are not more susceptible to donor-site photoinhibition.	16282331
AT1G79040	psbR	Mutant plants exhibit over two-fold higher PSII excitation pressure compared to wildtype plants.	16282331
AT1G79040	psbR	"No observable phenotype under normal (125 &#956;mol photons/m2/s), high (450 &#956;mol photons/m2/s) or low (15 or 50 &#956;mol photons/m2/s) light."	16282331
AT1G79040	psbR	Similar amount of PSI and PSII centers while wildtype plants have less PSI centers.	16282331
AT1G79090	SALK_040660C	Levels of select capped mRNAs are elevated.	25603932
AT1G79250	agc1.5/agc1.7-1	Double mutant displays defects in pollen tubes. Tubes are wider and bulge out indicating a defect in polarity maintenance. Pollen tubes are also shorter.	19144004
AT1G79250	agc1.5/agc1.7-2	Double mutant displays defects in pollen tubes. Tubes are wider and bulge out indicating a defect in polarity maintenance. Pollen tubes are also shorter.	19144004
AT1G79280	CS39978	"Early flowering, stunted growth, phyllotaxy defects, stunted siliques, very low seed set; Increased level of SUMO conjugates and decreased level of free SUMO; Decreased mRNA levels of the floral repressors FLC and MAF4 and increased mRNA levels of the floral activators FT and SOC1; Nuclear accumulation of  poly(A)+  RNA."	
AT1G79280	CS39979	Mild early flowering phenotype; slightly increased level of SUMO conjugates; Moderate nuclear accumulation of  poly(A)+  RNA.	
AT1G79280	CS39980	"Early flowering, stunted growth; Increased level of SUMO conjugates; Decreased mRNA levels of the floral repressors FLC and MAF4 and increased mRNA levels of the floral activators FT and SOC1; Nuclear accumulation of  poly(A)+  RNA."	
AT1G79280	CS39981	"Early flowering, stunted growth, phyllotaxy defects, stunted siliques, very low seed set; Increased level of SUMO conjugates and decreased level of free SUMO; Decreased mRNA levels of the floral repressors FLC and MAF4 and increased mRNA levels of the floral activators FT and SOC1; Nuclear accumulation of  poly(A)+  RNA."	
AT1G79280	nua-1	Accumulate nuclear poly(A+) RNA.	17513499
AT1G79280	nua-1	Decreased mRNA levels of the floral repressors FLC and MAF4 and increased mRNA levels of the floral activators FT and SOC1.	17513499
AT1G79280	nua-1	"Extreme early-flowering, stunted in growth, phyllotaxy defects in the inflorescence."	17513499
AT1G79280	nua-1	Increase in SUMO conjugates and decrease in free SUMO.	17513499
AT1G79280	nua-1 esd4-2	Similar to nua-1 and esd4-2 single mutants.  Have even shorter stamens and reduced fertility than the single mutants.	17513499
AT1G79350	CS24331	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT1G79350	CS65863	No visible phenotype.	
AT1G79360	CS65864	No visible phenotype.	
AT1G79400	CS25428	"Osmotic adjustment and K(+) homeostasis in pollen development, survival, germination, and tube growth."	
AT1G79430	CS9816	"defect in the organization of phloem poles in the root; short, determinate root with only occasional lateral branches"	
AT1G79440	ssadh	"Dwarfed, necrotic lesions under white light"	
AT1G79440	ssadh-3	"Phenotypically dwarfed with necrotic lesions, bleached leaves, reduced leaf area, lower chlorophyll content, shorter hypocotyls and fewer flowers.  Weaker phenotype compared to other ssadh alleles; inflorescences were 25-30% higher than those of ssadh-1."	12740438
AT1G79440	ssadh-4	"Phenotypically dwarfed with necrotic lesions, bleached leaves, reduced leaf area, lower chlorophyll content, shorter hypocotyls and fewer flowers."	12740438
AT1G79460	CS59	"dwarf, responsive to gibberellin; germination increased by gibberellin."	
AT1G79460	CS69056	Homozygous ga2-11 mutants require supplemental GA for germination. Homozygous ga2-11 plants have a dark-green dwarf phenotype and reduced fertility; these phenotypes can be rescued by repeated GA treatment. sdg8-2 background does not contribute to the ga2-11 phenotypes.	
AT1G79490	CS24339	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT1G79550	pgk1.1 pgk3.2 	"Double mutant was bigger than pgk3.2, and displayed an intermediate phenotype between the two single mutants in all measured biochemical and physiological parameters."	28951489
AT1G79550	pgk3.2	"Reduced growth, but higher starch levels than the wild-type."	28951489
AT1G79560	CS6327	developmental arrest of mutant embryos occurs at transition globular-heart stage (reduced hypocotyl); white seeds; white embryo; 24.3% mutant.	
AT1G79560	CS84677	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 23.4% mutant; 53.2% aborted seeds in top half of silique.	
AT1G79580	SALK_143526C	"Additional columella root cap and lateral root cap cell layers in the mature embryo and postembryonic root development. Root meristem length and cell number is similar to WT. Extra layer of small, stem-cell-like cells, below the columella and lateral root cap stem cells."	19081078
AT1G79580	SALK_143526C	Delayed maturation and shedding of lateral root cap cells. The root cap extends into the differentiation zone.	20197506
AT1G79580	smb-3; brn1-1	same as smb-3 single mutant	20197506
AT1G79580	smb-3; brn1-1; brn2-1	"Root cap cells appear as a mass lacking uniform morphology. Cells can be highly elongated and twisted.   Cells fail to stop elongation and to  adopt the rigid, rectangular morphology of COL cells.   When compared with smb-3, the triple mutant has thesame number of complete LRC layers, and the appearance of the cells in those layers closely resembles that in smb-3. However, partial remains of older LRC layers remain attached to the meristem in the triple mutant, giving it a messy appearance. Remains of old LRC cap layers can be  found still attached to the root along its whole length."	
	20197506		
AT1G79580	smb-3; brn2-1	Same as smb-3 single mutant phenotype	20197506
AT1G79700	CS71741	"Reduced deposition of epicuticular wax crystals and reduced total wax loads in stems. Significantly reduced levels of 29-carbon long alkanes, ketones, and secondary alcohols in stems."	
AT1G79700	CS71742	"Reduced deposition of epicuticular wax crystals and reduced total wax loads in stems. Significantly reduced levels of 29-carbon long alkanes, ketones, and secondary alcohols in stems; slightly reduced level of C29 ketones in siliques."	
AT1G79700	SALK_048920	"Reduced stem epicuticular wax crystals.Wax crystals in forms such as vertical plates, rather than rods and tubes, are more abundant on the stem surfaces.Strong decrease in the levels of 29-carbon long alkanes, secondary alcohols, and ketones."	27337244
AT1G79810	ted3-1D	Suppresses det1-1 phenotype	
AT1G79840	CS2106731	Seed mucilage defects.	
AT1G79840	CS65	trichomes rudimentary on first two leaves and reduced in number on higher leaves.	
AT1G79840	CS67762	"Apart from fewer and less branched trichomes, altered differentiation of the non-hair epidermal cells causes them to produce root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT1G79840	p777	"No leaf trichomes. Has lower seed density and higher (8% increase) seed oil content. No difference in seed size, weight, or fatty acid composition."	16514561
AT1G79850	ore4	Delayed senescence and yellowing of leaves	
AT1G79870	hppr2-1	Lower amounts of pHPL; impaired in conversion of tyrosine to pHPL.	30233632
AT1G79870	hppr2-c1	Lower amounts of pHPL; impaired in conversion of tyrosine to pHPL.	30233632
AT1G79940	SAIL_1265_E04	"Reduced transmission through pollen. Pollen grains are viable, but pollen germination is aberrant. Homozygotes cannot be recovered."	18718935
AT1G79940	SALK_058638	"Reduced transmission through pollen. Pollen grains are viable, but pollen germination is aberrant. Homozygotes cannot be recovered."	18718935
AT1G80070	CS16072	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G80070	CS16073	"embryo defective; developmental arrest of mutant embryos, altered suspensor."	
AT1G80070	CS6306	developmental arrest of mutant embryos occurs at globular stage; white to pale yellow-green seeds; white to pale yellow-green embryo; 23.1% mutant; 40.6% aborted seeds in top half of silique	
AT1G80070	CS69597	Hypomorphic late flowering.	
AT1G80070	CS69849	Diminished GFP fluorescence in seedling stem and shoot apex resulting from the decreased level of translatable GFP.	
AT1G80070	CS69850	Diminished GFP fluorescence in seedling stem and shoot apex resulting from the decreased level of translatable GFP.	
AT1G80070	CS84715	"developmental arrest of mutant embryos occurs at transition stage, altered suspensor; pale yellow-green seeds; white to pale yellow-green embryo; 25.9% mutant; 49.8% aborted seeds in top half of silique."	
AT1G80070	prp8-7	"Mutants grow and reproduce normally, although they are somewhat late flowering."	25819795
AT1G80080	CS6140	"stomata occur in clusters, containing an even number of guard cells; effect is stronger in cotyledons than true leaves; stomata nearly absent from inflorescence stems; overall plant morphology similar to wt, but siliques are slightly smaller; glabrous plants (gl1), lacking trichomes on leaves and stems"	
AT1G80080	CS65452	"the stomata form clusters, decreased sensitivity to ABA in plate assays"	
AT1G80080	CS65758	"stomata occur in clusters, containing an even number of guard cells; effect is stronger in cotyledons than true leaves; stomata nearly absent from inflorescence stems; overall plant morphology similar to wt, but siliques are slightly smaller; glabrous plants (gl1), lacking trichomes on leaves and stems."	
AT1G80080	CS65760	"stomata occur in clusters, containing an even number of guard cells; effect is stronger in cotyledons than true leaves; stomata nearly absent from inflorescence stems; overall plant morphology similar to wt, but siliques are slightly smaller; glabrous plants (gl1), lacking trichomes on leaves and stems."	
AT1G80080	CS65762	"The mutant phenotype of tmm-1 (CS6140), reflected in the occurrence of stomatal clusters, was almost completely complemented by the pTMM:TMM-GFP construct."	
AT1G80080	CS65763	"stomata occur in clusters, containing an even number of guard cells; effect is stronger in cotyledons than true leaves; stomata nearly absent from inflorescence stems; overall plant morphology similar to wt, but siliques are slightly smaller; glabrous plants (gl1), lacking trichomes on leaves and stems."	
AT1G80080	CS67112	"Unlike tmm-1, produces stomata on hypocotyl."	
AT1G80080	CS67113	Produces stomata on hypocotyl.	
AT1G80080	CS67114	The cll2 mutation does not have any clear effect on the tmm phenotype in hypocotyls.	
AT1G80080	CS67115	"Produces numerous, clustered stomata on hypocotyl."	
AT1G80080	CS67116	"Produces stomata on hypocotyl. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT1G80080	CS67117	Produces stomata on hypocotyl.	
AT1G80080	CS67118	"Produces numerous, clustered stomata on hypocotyl and inflorescence stem. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT1G80080	tmm;chal-1	Mutants produce stomata on the hypocotyl and also produce small groups of hypocotyl cells in an arrangement that resembles braided 'challah' bread.	20056678
AT1G80100	CS9818	"In the mutant, protoxylem differentiation occurs sporadically along the root."	
AT1G80100	ahp6-1	increased number of vascular cell files with  intervening procambial and phloem cell files; protoxylem differentiation  occurred sporadically along the root	16400151
AT1G80100	ahp6-2	increased number of vascular cell files with intervening procambial and phloem cell files; protoxylem differentiation occurred sporadically along the root	16400151
AT1G80260	CS16019	embryo defective; developmental arrest of mutant embryos	
AT1G80325	ga3ox3/ga3ox1/ga3ox4	"Dwarf phenotype, early flowers are sterile while late flowers are fertile. Reduced silique length."	18310462
AT1G80330	3ox4KO	No remarkable phenotype in its germination and vegetative growth. Delayed starch degradation in the outer seed integument but no difference in the embryo. Starches of columnar shape disappear sooner than smaller granules in the inner layer of the outer integument. Shape of hexagonal epidermal cells is severely distorted. Thinner and more heterogeneous distribution of mucilage at periphery of seeds. These phenotypes could be complemented by exogenous application of gibberellin GA4.	15927942
AT1G80330	ga3ox3/ga3ox1/ga3ox4	"Dwarf phenotype, early flowers are sterile while late flowers are fertile. Reduced silique length."	18310462
AT1G80340	CS6944	"Severe defect in seed germination and root growth; dwarf plants; severe root length growth phenotype similar to the ga1-3 mutant; reduced ability of seeds to germinate, in contrast to each single mutant, double mutant seeds fail to germinate in the dark and had only a 5% germination frequency in the light, this slight leakiness in germination of the double mutant is similar to the ga1-3 mutant; plants have the same number of leaves as wild type, but flowering is delayed for 7 days; no observable plant phenotype was noted in the flowers and the fertility (average number of seeds/silique on primary inflorescence stems). Although the ga3ox2 single mutant does not have any phenotype, plants are 30% smaller in leaf diameter and 37% shorter than ga3ox1; therefore, production of bioactive GA by GA3ox2 during early vegetative growth may be sufficient for transport to the stem to induce the partial stem elongation observed in the ga3ox1 mutant, the overall phenotype of the double mutant is consistent with expression patterns of these two genes. The bioactive level of GA4 is severely decreased; while the level of GA9  is drastically increased, compared to wild type plants; exogenous application of GA4, but not GA9, was able to induce seed germination in a dose-dependent manner."	
AT1G80340	ga3ox1-3 ga3ox2-1	30% smaller in leaf dimater and 37% shorter than single mutant ga3ox1-3.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Dwarf phenotype.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Increased levels of GA9.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Same number of leaves as wildtype but flowers seven days later.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Seeds failed to germinate in the dark and only 5% germinate in light conditions.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Severe decrease in levels of bioactive GA4.	16460513
AT1G80340	ga3ox1-3 ga3ox2-1	Severe defect in root length.	16460513
AT1G80340	ga3ox2-1	No visible phenotype.	16460513
AT1G80340	ga3ox2-1	Root length similar to that of wildtype.	16460513
AT1G80340	ga3ox2-1	Seed germination similar to wildtype in both dark and light conditions.	16460513
AT1G80350	CS9531	Inappropriate cortical microtubule reorientation during cell growth in response to ethylene and gibberellin hormons; inappropriate expression of GA5 (GA20 oxidase).	
AT1G80350	frc1-1 frc2-1	"Although more than 60% of the double mutant have two trichome branches, at least 30% are unbranched."	10572032
AT1G80350	frc2-1	About 60% of the trichomes are two-branched.	10572032
AT1G80350	frc2-1	Decreased fertility compared to wild type.	10572032
AT1G80350	frc2-1	Reduced trichome branching	10572032
AT1G80350	frc2-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT1G80350	frc2-1 frc4-1	Decreased fertility compared to wild type.	10572032
AT1G80350	frc2-1 frc4-1	Grows more slowly than wild type; produces abnormally short and bushy bolts at the time of flowering.	10572032
AT1G80350	frc2-1 frc4-1	Reduced trichome branching	10572032
AT1G80350	frc2-1 gl-3	Double mutant has approximately the same proportion of two-branched and unbranched trichomes as the gl-3 single mutant.	10572032
AT1G80350	frc2-1 nok-9310-11	Double mutants have more trichome branches than frc single mutant but fewer than nok single mutant.	10572032
AT1G80350	frc2-1 sta-23	Produces mostly two-branched trichomes.	10572032
AT1G80350	frc2-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT1G80350	frc2-1 try-240	Produces less two-branched trichomes (~40%) than the frc single mutant.	10572032
AT1G80350	frc2-1 zwi-9311-11	Produces mostly two-branched trichomes.	10572032
AT1G80350	frc2-2	Reduced trichome branching	10572032
AT1G80350	frc2-3	Decreased fertility compared to wild type.	10572032
AT1G80350	frc2-3	Reduced trichome branching	10572032
AT1G80350	frc2-3 frc3-1	"Although more than 60% of the double mutant have two trichome branches, at least 30% are unbranched."	10572032
AT1G80380	SALK_036371	"In ambient air, the growth of the homozygote plant is arrested at early cotyledon stage. The seedlings die within 2 weeks. With elevated CO2, the plant grows slowly but is viable and fertile."	15980259
AT1G80380	SALK_085479	"In ambient air, the growth of the homozygote plant is arrested at early cotyledon stage. The seedlings die within 2 weeks. With elevated CO2, the plant grows slowly but is viable and fertile."	15980259
AT1G80410	CS24056	embryo defective; globular	
AT1G80440	CS71763	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G80440	CS71764	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G80440	CS71768	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT1G80600	tup5-1	Root growth of tup5-1 mutant is inhibited by blue light.	23321422
AT1G80680	CS69987	Increased susceptibility to virulent bacterial pathogen P.s.m. ES4326; supports ~20-fold more bacterial growth than wild-type Col-0 plants.	
AT1G80680	SALK_109959	supports ~20-fold more bacterial	
growth than wild-type plants	15772285		
AT1G80680	pre	Early-flowering	
AT1G80750	SALK_134960C	Delayed leaf development.	29142022
AT1G80760	SALK_046323C	"Under conditions of low boron, nip6;1-2 mutants have smaller, darker green, and more irregularly shaped young rosette leaves than wild type plants. These leaves have smaller cells and lack intercellular air spaces. Lower boron levels accumulate in these young rosette leaves and in stems with shoot apicies when nip6;1-2 mutants are grown under low boron conditions, but, wild type levels of boron accumulate when these plants are grown with sufficient boron. Even under low boron conditions, there are no significant differences in boron levels between wild type and mutant plants in mature leaves. In addition, under normal boron conditions, the leaves of nip6;1-2 mutants grow normally and accumulate wild type levels of boron."	18952773
AT1G80760	SALK_097969C	"Under conditions of low boron, nip6;1-3 mutants have smaller, darker green, and more irregularly shaped young rosette leaves than wild type plants."	18952773
AT1G80830	nramp1-1 nramp2-1	"Under Mn-deficient conditions, roots are shorter, cell elongation was inhibited, and root hair elongation is markedly compromised."	28913895
AT1G80840	wrky18 wrky40	sixfold reduction in the growth of the bacterial pathogen PstDC3000	16603654
AT1G80840	wrky18 wrky40 wrky60	Ninefold reduction in the growth of the bacterial pathogen PstDC3000. extensive chlorosis. more susceptible to the fungal pathogen B. cinerea than the double mutants.	16603654
AT1G80840	wrky18-1 wrky40	Mutant is almost fully resistant to the virulent powdery mildew <i>Golovinomyces orontii</i>.	17185563
AT1G80840	wrky18-1 wrky40 wrky60-1	Mutant is almost fully resistant to the virulent powdery mildew <i>Golovinomyces orontii</i>.	17185563
AT1G80840	wrky40	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT1G80840	wrky40 wrky60	little reduction in the growth of the bacterial pathogen PstDC3000	16603654
AT1G80840	wrky40 wrky60-1	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT1G80840	wrky40-1	no reduction in the growth of the bacterial pathogen PstDC3000.	16603654
AT1G80900	SALK_100361C	"Homozygote has a WT phenotype, even under conditions of Mg+ stress."	19966073
AT1G80920	CS66463	No visible phenotype.	
AT1G80920	CS66464	No visible phenotype.	
AT1G80920	CS66465	No visible phenotype.	
AT1G80920	CS66466	No visible phenotype.	
AT1G80950	lpeat1	Significantly shorter siliques than wild type.	28408542
AT1G80950	lpeat1 lpeat2	Reduced root acyl-lipid content. Altered amounts of phosphatidylethanolamine and phosphatidylcholine in roots and leaves.	28408542
AT1G80950	lpeat1 lpeat2	"Smaller rosette leaves, smaller plants, shorter mature siliques. Lower dry mass of aerial parts. Lower seed number. Shorter primary root length."	28408542
AT2G01110	apg2	Albino and pale green	
AT2G01200	CS70847	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G01200	CS70947	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G01210	zar1-1 +/-	Segregates ca. 25% embryo lethal. Aborted embryos fail to make proper first asymmetric division of the zygote. Endosperm is also abnormal.	27014878
AT2G01250	SAIL_1244_B01	Delayed leaf development.	29142022
AT2G01290	rpi2-1	"Low chlorophyll content. Chloroplast were smaller and accumulated fewer and smaller starch granules than wild-type. Under short-day conditions, the flowering  times of the mutant plants were significantly delayed. Premature cell death."	
	19744161		
AT2G01330	aip1-1	"Disorganized apical actin filaments, impaired  formation of apical actin structure at the pollen tube tip. Affected  apical accumulation pattern and tip-directed movement of vesicles in pollen tubes."	30714606
AT2G01370	SALK_128329	Mutation is lethal in the homozygous state.	16489121
AT2G01420	CS9368	No visible phenotype; average height = 28 cm.	
AT2G01420	pin4	Patterning defects in embryonic and seedling roots	
AT2G01430	SALK_095524C	Homozygotes show increased sensitivity to salt  stress and are less drought tolerant.	28358040
AT2G01450	SALK_020801C	Root elongation is sensitive to indole-3-butyric acid (IBA) treatment. Increased number of peroxisomes.	28931630
AT2G01570	CS16298	"The hypocotyl length, in red light and dark grown seedlings, is comparable to that of GA-treated wild type; PAC (paclobutrazol, a GA biosynthesis inhibitor) has no significant effect."	
AT2G01570	CS16352	No visible phenotype.	
AT2G01570	CS3742	"double mutant; partially represses several defects of the severe GA deficiency of ga1-3, including: stem growth (about 1/3 as tall as wt, compared to the extreme dwarf stature of ga1-3), leaf abaxial trichome initiation (one to three leaves later than wt), flowering time (flowers earlier than ga1-3, but not as early as wt), and apical dominance (intermediate branching between ga1-3 and wt)."	
AT2G01570	ctr1-1 gai-t6 rga-24	Gibberellic acid treatment restored almost to normal the SD flowering time of the triple mutant.	
			
AT2G01570	ctr1-1 gai-t6 rga-24	Mutant plants bolted 1 week later in short day photoperiod than did WT plants.	
AT2G01570	ctr1-1 gai-t6 rga-24	Suppression of the late-flowering phenotype  conferred by ctr1-1 in short day photoperiod.	
AT2G01570	gai-t6 rga-28	"The double mutant germinated much better in response to increasing red light fluences. At 0 &mu;mol.m-2 red light fluence, the double mutant germinated ~15%, whereas the wildtype and single mutant seeds did not germinate under this light condition. At 5 &mu;mol.m-2, the double mutant germinated ~60%, whereas the wild type and the two single mutants germinated only ~5%. At a higher red light fluence (65 &mu;mol.m-2), all seeds germinated ~100%."	
	17449805		
AT2G01570	gid1a-1 gid1b-1 gid1c-1 rga-28	Partial suppression of the gid1a-1 gid1b-1 gid1c-1 triple mutant phenotype.	17194763
AT2G01570	rga&#916;17 rga-24	Does not produce seeds.	11717468
AT2G01570	rga&#916;17 rga-24	Extreme dwarf phenotype.	11717468
AT2G01570	rga&#916;17 rga-24	No bolting.	11717468
AT2G01570	rga&#916;17 rga-24	Unresponsive to GA treatment in leaf expansion or stem growth.	11717468
AT2G01570	rga-&#916;17	Does not produce seeds.	11717468
AT2G01570	rga-&#916;17	Extreme dwarf phenotype.	11717468
AT2G01570	rga-&#916;17 hemi	Produces seeds.	11717468
AT2G01570	rga-&#916;17 hemi	Semi-dwarf phenotype.	11717468
AT2G01570	rga-&#916;17 rga-24 hemi	Produces seeds.	11717468
AT2G01570	rga-&#916;17 rga-24 hemi	Semi-dwarf phenotype.	11717468
AT2G01570	rga-24	Early flowering compared to wild type.	9215910
AT2G01570	rga-24	No visible phenotype.	9215910
AT2G01570	rga-24 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT2G01570	rga-24 ga1-3	Partially restored stem height (59% of Ler wild type).	9215910
AT2G01570	rga-24 ga1-3	Rescue of the nonflowering phenotype of ga1-3.	9215910
AT2G01570	rga-24 gai-t6	Much reduced fertility compared to wild type Ler.	9215910
AT2G01570	rga-24 gai-t6	Reduced pollen levels than wild type Ler and filaments shorter than carpels.	9215910
AT2G01570	rga-24 gai-t6	Stems are 35% taller than that of wild type Ler.	9215910
AT2G01570	rga-24 gai-t6 ga1-3	Early flowering.	9215910
AT2G01570	rga-24 gai-t6 ga1-3	Longer carpels than those of the ga1-3 single mutant.	9215910
AT2G01570	rga-24 gai-t6 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT2G01570	rga-24 gai-t6 ga1-3	Stems are 32% taller than that of wild type Ler.	9215910
AT2G01570	rga-24 sly1-10	Partial rescue of the sly1-10 dwarf phenotype but no significant suppression of the germination or fertility defects.	12724538
AT2G01570	rga-28	Normal germination compared to wild-type plants  in response to varying red light fluences.	17449805
AT2G01570	sly1-d rga-&#916;17	Partial suppression of the dwarf phenotype.	15155881
AT2G01690	vac14	Male gametophyte lethal. Mutant allele does not transmit through pollen. Pollen arrests by stage 11.	29884680
AT2G01770	CS66013	Changed iron localization in the seeds compared with wild type.	
AT2G01770	SALK_123591C	Changed iron localization in the seeds compared with wild type.	28461400
AT2G01820	CS2985	morphological phenotype similar to wt; resistant to kanamycin	
AT2G01820	CS70840	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G01820	CS70941	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G01830	CRE1:wol-1	Wildtype roots.	15053761
AT2G01830	CRE1:wol-2	Wildtype roots.	15053761
AT2G01830	CS6563	Cytokinin-induced partial inhibition of cell division and greening of hypocotyl-derived calli.	
AT2G01830	CS6563	No visible phenotype when grown on soil; reduced sensitivity to cytokinin ; cytokinin-induced cell division and greening of hypocotyl-derived calli are partially inhibited; normal or slightly reduced sensitivity to cytokinins in a shoot induction assay; resistant to cytokinin-induced inhibition of root growth and adventitious root formation; resistant to 50 µg/mL kanamycin.	
AT2G01830	CS6563	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT2G01830	CS6563	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	CS6564	Double mutant; no visible phenotype when grown on soil; normal roots; less sensitive to cytokinin than is either single mutant; no appropriate response to cytokinin in callus and shoot induction assays; enhanced resistance to cytokinin-induced inhibition	
AT2G01830	CS6564	No visible phenotype.	
AT2G01830	CS9817	reduced cell number and exclusive xylem differentiation within the root vasculature; defect in cell division in the root and lower hypocotyl region soon after the embryo torpedo stage; absence of periclinal cell divisions in the primary root meristem; decreased number of vascular initials	
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Aborted vascular system containing few protoxylem cells in the primary root. Normal adventitious root-vascular system.	16357038
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Adventitious roots are normal.	16357038
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	"Does not produce lateral roots from the primary root. However, 10 days after germination, lateral roots are formed at the upper part of the hypocotyl rather than at the root-hypocotyl junction."	16357038
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Dwarf phenotype.	15155880
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Growth severely affected during reproductive growth phase: onset of flowering varies with each individual plant.	11479382
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Leaf shape slightly altered: longitudinal length of blade more affected than lateral length. Impaired leaf vasculature.	11479382
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Leaves expand more slowly than those of wildtype controls.	11479382
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	"Normal vascular system in adventitious roots, although the hypocotyl and primary root develop aborted vascular tissues."	16357038
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	Postembryonic growth of roots (primary and lateral) severely impaired.	11479382
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	"Reduced seedling size with small cotyledons, slightly shortened hypocotyls (65% of wildtype) and significantly reduced root length."	11479382
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	"The leaves of the triple mutant expand more slowly than those of wildtype. At 17 days after germination, their surface area is 20% that of wildtype plants."	15155880
AT2G01830	ahk2-1cu ahk3-1cu ahk4-1cu	The rate of leaf primordial formation is slightly decreased but the phyllotaxy is normal.	15155880
AT2G01830	ahk2-1cu ahk4-1	Root elongation unaffected.	15155880
AT2G01830	ahk2-1cu ahk4-1	Seedlings appear normal.	15155880
AT2G01830	ahk2-5 ahk3-7 cre1-2	Almost completely infertile but can be allowed to self-fertilize under favorable temperature and light conditions.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Chlorophyll content about 35% of that of wild-type.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Delay in flowering induction.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Delay in rate of leaf formation. Longer plastochrone.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Downwards bending of cotyledons indicating differential growth in the adaxial and abaxial sides.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Early germination compared to wild-type.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Increase in trans-zeatin (16-fold) and trans-zeatin ribosides (9-fold) concentrations. 50-fold concentration increase for zeatin-O-glucoside.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Increased cytokinin resistance compared to double mutant ahk2-5 ahk3-7.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	"Increased seed size, largely due to increased size of the embryo. Embryonic root epidermal cells increased 15% in number and 30% in size compared to wild-type."	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	"Leaf epifermal cell size is increased about three-fold compared to wild-type cells, in young as well as older leaves."	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Shorter hypocotyls than wild-type when grown in white light but increase in length when grown in darkness (~25%) and red- and far-red-light.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Stronger reduction of shoot development compared to double mutant ahk2-5 ahk3-7.	16361392
AT2G01830	ahk2-5 ahk3-7 cre1-2	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT2G01830	ahk2-5 cre1-2	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT2G01830	ahk2-5 cre1-2	Early germination compared to wild-type.	16361392
AT2G01830	ahk2-5 cre1-2	"With a few exceptions, no increase in zeatin concentrations."	16361392
AT2G01830	ahk3-1cu ahk4-1	Root elongation unaffected.	15155880
AT2G01830	ahk3-1cu ahk4-1	Seedlings appear normal.	15155880
AT2G01830	ahk3-7 cre1-2	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT2G01830	ahk3-7 cre1-2	Early germination compared to wild-type.	16361392
AT2G01830	ahk3-7 cre1-2	Resistant to cytokinin-induced hypocotyl shortening.	16361392
AT2G01830	ahk3-7 cre1-2	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT2G01830	ahk3-7 cre1-2	Two- to three-fold increase of concentrations of all zeatin metabolites.	16361392
AT2G01830	ahk4-1	"Addition of IAA to the medium completely inhibits root elongation, indicating normal auxin responsiveness."	11479382
AT2G01830	ahk4-1	No significant phenotype in shoot organs.	11479382
AT2G01830	ahk4-1	Root elongation not severely inhibited by cytokinins.	11479382
AT2G01830	cre1-10 ahk2-1ms	No visible phenotype.	
AT2G01830	cre1-10 ahk2-1ms	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-10 ahk2-1ms ahk3-1ms	Cytokinin insensitive (no inhibition of growth compared to wildtype).	
AT2G01830	cre1-10 ahk2-1ms ahk3-1ms	Occasionally produces inflorescence stems with abnormal and non-functional flowers which did not produce seeds.	
AT2G01830	cre1-10 ahk2-1ms ahk3-1ms	Shoot and root growth is very slow and leaf number is decreased compared to wildtype.	
AT2G01830	cre1-10 ahk3-1ms	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-11	Cytokinin-induced partial inhibition of cell division and greening of hypocotyl-derived calli.	
AT2G01830	cre1-11	No defect in root vasculature morphology.	16753566
AT2G01830	cre1-11	No visible phenotype.	15166290
AT2G01830	cre1-11	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT2G01830	cre1-11	Normal vascular morphology.	16753566
AT2G01830	cre1-11	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-12	Cytokinin-induced partial inhibition of cell division and greening of hypocotyl-derived calli.	
AT2G01830	cre1-12	No visible phenotype.	15166290
AT2G01830	cre1-12	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT2G01830	cre1-12	Reduced cytokinin-induced inhibition of adventitious root formation compared to wildtype.	
AT2G01830	cre1-12	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-12 ahk2-2tk	No visible phenotype.	
AT2G01830	cre1-12 ahk2-2tk	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT2G01830	cre1-12 ahk2-2tk	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	Cytokinin insensitive (no inhibition of growth compared to wildtype).	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	No significant response in the cytokinin-induced assay for stimulation of cell division and greening of hypocotyl-derived calli.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	Occasionally produces inflorescence stems with abnormal and non-functional flowers which did not produce seeds.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	Prolonged plastochron.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	Shoot and root growth is very slow and leaf number is decreased compared to wildtype.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	Shorter root than wildtype plant.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	The diameter of the shoot apical meristem is about three times smaller than that of wildtype.	
AT2G01830	cre1-12 ahk2-2tk ahk3-3	The size and activity of the root apical meristem is decreased with respect to wildtype.	
AT2G01830	cre1-12 ahk3-3	Enhancement of the inhibition of cytokinin-induced stimulation of cell division and greening of hypocotyl-derived calli compared to the responsed observed with CRE1 single mutants (e.g. cre1-10).	
AT2G01830	cre1-12 ahk3-3	No cytokinin-induced inhibition of adventitious root formation.	
AT2G01830	cre1-12 ahk3-3	No visible phenotype.	15166290
AT2G01830	cre1-12 ahk3-3	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT2G01830	cre1-12 ahk3-3	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT2G01830	cre1-2	No difference in chlorophyll content compared to wild-type.	16361392
AT2G01830	cre1-2	No loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT2G01830	cre1-2	Normal vascular morphology.	16753566
AT2G01830	cre1-2	Resistant to cytokinin in root elongation assay and in callus growth and shoot formation assays.	11234017
AT2G01830	cre1-2	Shoot development indistinguishable from that of wild-type.	16361392
AT2G01830	cre1-3	Develops metaxylem as wildtype plants.	15053761
AT2G01830	cre1-3	"Excised hypocotyls develop small and yellowish calli indicating a strong insensitivity to kinetin, while wildtype calli are green-coloured."	15053761
AT2G01830	cre1-3	"In the presence of kinetin, lateral root formation is not greatly inhibited, even at high concentrations."	12410813
AT2G01830	cre1-3	Root elongation is indistinguisable from that of wildtype.	15053761
AT2G01830	cre1-3	Strong cytokinin insensitivity.	15053761
AT2G01830	cre1-4	"In the presence of kinetin, lateral root formation is not greatly inhibited, even at high concentrations."	12410813
AT2G01830	cre1-5	Phenotype not described.	12410813
AT2G01830	cre1-6	Phenotype not described.	12410813
AT2G01830	cre1-7	Phenotype not described.	12410813
AT2G01830	cre1-9	Phenotype not described.	12410813
AT2G01830	stip-d ahk2-2 ahk3-3 cre1-12	Small SAM and limited root growth.	20110319
AT2G01830	wol	Absence of periclinal cell divisions in the primary root meristem.	11114883
AT2G01830	wol	Cytokinin insensitivity.	15053761
AT2G01830	wol	Decreased number of vascular initials.	11114883
AT2G01830	wol	Defect in cell division in the root and lower hypocotyl region soon after the embryo torpedo stage.	11114883
AT2G01830	wol	"Excised hypocotyls develop small and yellowish calli indicating a strong insensitivity to kinetin, while wildtype calli are green-coloured."	15053761
AT2G01830	wol	No metaxylem and no phloem differentiation.	15053761
AT2G01830	wol	Reduced cell number and exclusive xylem differentiation within the root vasculature.	11114883
AT2G01830	wol	Root elongation markedly reduced in the presence of kinetin.	15053761
AT2G01830	wol-1:cre1-3	In this line the wol-1 allele appears recessive compared to cre1-3.	15053761
AT2G01830	wol-1:cre1-4	Wildtype roots.	15053761
AT2G01830	wol-1:cre1-7	Same phenotype as wol-1.	15053761
AT2G01830	wol-1:wol-2	Develops metaxylem as wildtype plants.	15053761
AT2G01830	wol-1:wol-2	Root cross-sections are identical to those of wildtype: observed re-appearance of a bipolar xylem strand and phloem tissue on each side.	15053761
AT2G01830	wol-1:wol-2	Root elongation is indistinguisable from that of wildtype.	15053761
AT2G01830	wol-2	"Excised hypocotyls develop small and yellowish calli indicating a strong insensitivity to kinetin, while wildtype calli are green-coloured."	15053761
AT2G01830	wol-2	No metaxylem and no phloem differentiation.	15053761
AT2G01830	wol-2	Rapidly accumulate anthocyanins due to the loss of root functionality.	15053761
AT2G01830	wol-2	Short root phenotype.	15053761
AT2G01830	wol-2	Strong insensitivity to the hormone kinetin.	15053761
AT2G01830	wol-2	Viability depends on the ability to develop adventitious root before plant dies.	15053761
AT2G01830	wol-2:cre1-3	Same phenotype as wol-1.	15053761
AT2G01830	wol-2:cre1-4	Wildtype roots.	15053761
AT2G01830	wol-2:cre1-7	Same phenotype as wol-1.	15053761
AT2G01830	wol-3	Aborted vascular system containing few protoxylem cells in the primary root. Normal adventitious root-vascular system.	16357038
AT2G01830	wol-3	Addition of IAA results in the formation of laterals from the primary root as is the case for wildtype. Both the laterals and primary root show retarded growth and reduced amounts of vascular tissue. Similar phenotypes were obtained with NAA instead of IAA.	16357038
AT2G01830	wol-3	Adventitious roots are normal.	16357038
AT2G01830	wol-3	"Does not produce lateral roots from the primary root. However, 10 days after germination, lateral roots are formed at the upper part of the hypocotyl rather than at the root-hypocotyl junction."	16357038
AT2G01830	wol-3	"Normal vascular system in adventitious roots, although the hypocotyl and primary root develop aborted vascular tissues."	16357038
AT2G01830	wol-3	Reduction in primary root length (about 5-fold compared to wildtype).	16357038
AT2G01830	wol-3	The hypocotyl vascular system only contains xylem cells. Secondary vascular tissue develops in the upper part of the hypocotyl.	16357038
AT2G01830	wol1-sup1	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup10	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup11	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup12	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup13	Weak suppression of wol-1 mutant phenotype. Phenotype intermediate between that of wol-1 and wild-type.	16753566
AT2G01830	wol1-sup2	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup3	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup4	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup5	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup6	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup7	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup8	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01830	wol1-sup9	Strong suppression of wol-1 mutant phenotype. Phenotype close to that of wild-type.	16753566
AT2G01850	CS16539	No visible phenotype.	
AT2G01900	SALK_090899	"Homozygote phenotype:  Salt sensitive, less than 10% seedling survival on 150 mM NaCl. Normal response to other osmotic stressors including 0.4 M sorbitol with 0.028 M glucose"	
or 0.4 M sucrose or mannitol.	23658066		
AT2G01900	SALK_090905	Salt sensitive. Hemizygotes are sensitive to growth in the presence of 150 mM NaCl. Only survived 5 days when grown on this medium.	23658066
AT2G01918	SALK_023468C	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT2G01918	SALK_128662C	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT2G01918	pql3-2	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT2G01920	CS65861	No visible phenotype.	
AT2G01930	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G01930	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G01930	CS68698	"Very reduced vigor, sensitive to any stress, reduced stature, small curled leaves, perforated gynoecium septum, severe reduction in female fertility, common ovule abnormalities, primary inflorescence usually infertile, fertility only in secondary inflorescences, some reduction in male fertility."	
AT2G01930	CS68699	"Occasional perforated gynoecium septum, slight reduction in female fertility, sporadic ovule abnormalities."	
AT2G01930	CS68700	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G01930	CS68803	No visible phenotype.	
AT2G01940	sgr5-1	"Inflorescence stems of mutant plants showed abnormal gravitropic response, while gravitropism in hypocotyls and roots was not altered."	9210330
AT2G01940	sgr5-2	Reduced shoot gravitropism compared with wild-type Ler.	16813575
AT2G01940	sgr5-3	"Inflorescence stems of mutant plants showed abnormal gravitropic response, while gravitropism in hypocotyls and roots was not altered."	16813575
AT2G01950	SALK_016024	Abnormal leaf venation. Reduced number of leaf veins.	19000166
AT2G01950	vh1	"Premature senescence, cell death in leaves"	
AT2G01980	CS3862	"hypersensitive to sodium and lithium stresses ; plants accumulate more sodium and retain less potassium than wild type under salt stress; incapable of growing under low-potassium conditions; trichomes absent on leaves and stems, some trichomes in leaf margins.  Accumulates higher levels of ROS (reactive oxygen species) under salt stress."	
AT2G01980	CS6527	"Suppressor of sos1-1 NaCl sensitivity and growth deficiency under low potassium conditions; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G02080	SALK_148352C	Increased areal and root biomass. Reduced proliferation levels of Pst DC3000 72 hrs after spray infection.	30677094
AT2G02220	pskr1-1	"Compared to wildtype, mutant cells gradually lose their ability to form calluses as they age."	16829587
AT2G02220	pskr1-1	Mutant calluses exhibit premature signs of senescence (browning within 3 weeks).	16829587
AT2G02220	pskr1-1	Mutant leaves display premature senescence four weeks after germination and are fully senesced after six weeks.	16829587
AT2G02220	pskr1-1	Treatment of hypocotyl segments of the mutant with auxin/cytokinin resuls in normal calluses development.	16829587
AT2G02220	pskr1-1	"When grown on B5 agar, the mutant seedlings were indistinguishable from wildtype, albeit with a slight reduction in root growth. After three weeks of culture, the mutant was morphologically identical from above-ground widltype plants."	16829587
AT2G02220	pskr1-1	"Whereas wildtype callus' growth is significantly promoted by 10mM phytosulfokine (PSK), calluses of the mutant are less sensitive to PSK."	16829587
AT2G02470	CS799931	"Defective root hair elongation, particularly in low phosphate conditions"	
AT2G02480	elc sti	The mutant showed cluster-like trichomes lacking additional branches.	
	17090720		
AT2G02480	frc1-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT2G02480	frc2-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT2G02480	frc3-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT2G02480	frc4-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT2G02480	nok-122 sti-40	Trichomes have two branch points.	9367433
AT2G02480	nok-122 sti-EMU	Partial suppression of the strong sti-EMU phenotype resulting in sta-like trichomes.	9367433
AT2G02480	sti-40	Trichomes have one branch point resting on a long stalk.	9367433
AT2G02480	sti-40:sti-EMU	Trichomes have one branch point resting on a long stalk.	9367433
AT2G02480	sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT2G02480	sti-EM1	No branching of trichomes.	12586888
AT2G02480	sti-EMU	Most trichomes do not develop any branch points.	9367433
AT2G02480	sti-XTI	No branching of trichomes.	12586888
AT2G02480	try-EM1 sti-EMU	Larger but unbranched trichome cells compared to wild type.	9367433
AT2G02560	SALK_099479	"Similar to Atcand1-1 mutant. Resistant to sirtinol and auxin, but not to gibberellins or brassinolide. Displayed developmental phenotypes similar to those of axr1, namely, short petioles, downwardly curling leaves, shorter inflorescence. More severe inflorescence phenotype were found in this mutant compared to the atcand1-1 (ems-generated) mutation. Mutant plants were completely sterile."	15181201
AT2G02560	atcand1-1	"Mutants resistant to sirtinol and auxin, but not to gibberellins or brassinolide. Displayed developmental phenotypes similar to those of axr1, namely, short petioles, downwardly curling leaves, short inflorescence, and reduced fertility."	15181201
AT2G02560	cand1-1	"Similar to cand1-2 and cand1-3 mutants. Rosette leaves of mutants plants were much smaller than those of wild-type plants and had a wavy morphology. Mutants flowered later than wild-type plants, with an increased number of rosette leaves indicating that the vegetative to reproductive growth transition of the primary shoot apical meristem was affected. The growth of axillary meristems is also abnormal, where a large number of smaller leaves are produced. Furthermore, the mutants have very low fertility, with less than one seed produced on average per silique. Mutant plants continued to make new flowers while wild-type plants of the same age started to senesce. Other notable phenotypes of cand1 mutants include dwarfism and loss of apical dominance. When examined closely, dwarfism largely results from reduced stem elongation. Mutant plants had a strong increase in the number of secondary inflorescences, an indication that they have lost apical dominance."	15208391
AT2G02560	cand1-1	"When grown in darkness, mutant seedlings exibited mild photomorphogenic phenotypes, with short hypocotyls and opened cotyledons."	15208391
AT2G02560	hve-2	"Cotyledon areoles (regions of the lamina completely bordered by veins) were often incompletely closed, while in the wild type, the cotyledons contained three or four complete areoles. The reduction in vein numbers was also apparent in the first two rosette leaves, which had fewer secondary veins than the wild type. No quaternary veins and only a few tertiary veins, which ended blindly within the areoles, were present in mutant leaves, the intramarginal vein of which was occasionally interrupted."	16943276
AT2G02560	hve-3	"Cotyledon areoles (regions of the lamina completely bordered by veins) were often incompletely closed, while in the wild type, the cotyledons contained three or four complete areoles. The reduction in vein numbers was also apparent in the first two rosette leaves, which had fewer secondary veins than the wild type. No quaternary veins and only a few tertiary veins, which ended blindly within the areoles, were present in mutant leaves, the intramarginal vein of which was occasionally interrupted."	16943276
AT2G02560	hve-3	"Similar to Atcand1-1 mutant. Resistant to sirtinol and auxin, but not to gibberellins or brassinolide. Displayed developmental phenotypes similar to those of axr1, namely, short petioles, downwardly curling leaves, shorter inflorescence. More severe inflorescence phenotype were found in this mutant compared to the atcand1-1 (ems-generated) mutation. Mutant plants were completely sterile."	16943276
AT2G02760	ubc1-1 ubc2-1	The flowering of ubc1/2 double mutants is accelerated compared to wild type plants under long days and short days. Histone2B ubiquitination is lost in ubc1/2 mutants and FLC expression is repressed. There are gene-specific changes in the patterns of histone ubiquitination and methylation in this mutant.	18849490
AT2G02760	ubc2-1	"This mutant flowers at the same time as wild type plants, but, a ubc1 ubc2 double mutant has accelerated flowering."	18849490
AT2G02810	CS100184	"ER-derived vesicles obtained from atutr1 plants had a decreased uptake of UDP-glucose compared to the wild type. BiP and Calnexin are overexpressed in the mutant, suggesting that atutr1 plants have the unfolded protein response constitutively activated."	16467298
AT2G02820	CS65770	More severe phenotype than a flp-1 single mutant characterized by a presence of clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT2G02820	CS65771	More severe phenotype than a flp-7 single mutant characterized by a presence of numerous clusters of cells consisting of mature stomata and developmentally arrested guard cells.	
AT2G02860	CS93664	Short internodes; upright plants; short siliques; average height = 28 cm.	
AT2G02950	phyA-211 pks1-1	"Under hourly R pulses, the pks mutation also had no effect in the phyA background."	14615593
AT2G02950	pks1-1	Blocking of greening was enhanced in the mutant exposed to hourly pulses of FR.	14615593
AT2G02950	pks1-1	"In dark controls, hypocotyl growth was unaffected by the mutations and the cotyledons remained fully closed. Compared with those in the wild type, hypocotyl growth inhibition and  cotyledon unfolding responses to hourly FR pulses were significantly greater in the mutant."	14615593
AT2G02950	pks1-1	No differences were observed under hourly R pulses or continuous FR between wild-type and mutant plants.	14615593
AT2G02950	pks1-1	No obvious root growth phenotypes.	14615593
AT2G02950	pks1-1 pks2-1	Wild-type-like hypocotyl growth inhibition response to hourly FR pulses.	14615593
AT2G02950	pks1-1 pks2-1	"With respect to cotyledon unfolding and greening, the double mutant was  indistinguishable from the wild type."	14615593
AT2G02950	pks1-101	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is also decreased and the cotyledon area is larger."	16891401
AT2G03050	CS84634	developmental arrest of mutant embryos occurs at globular-cotyledon stage; white seeds; white embryo; 23.4% mutant; 49.1% aborted seeds in top half of silique.	
AT2G03070	CS16505	Increased leaf number	
AT2G03070	CS16515	No visible phenotype.	
AT2G03070	seth10-1	"Pollen is wild type in appearance, but in vitro pollen tube growth is  reduced."	15342534
AT2G03120	spp-2	"no homozygotes were recovered from the heterozygous mutant, mutant pollen appeared normal by Alexander stain but failed to germinate, the organization of the male germ unit (MGU) is disrupted, the vegetative nuclei were malformed with displacement of the two sperm cells, or the entire MGU were mislocalized to the pollen periphery."	19168645
AT2G03150	CS16026	embryo defective; developmental arrest of mutant embryos	
AT2G03150	CS16027	embryo defective; developmental arrest of mutant embryos	
AT2G03150	CS24068	embryo defective; cotyledon	
AT2G03200	SALK_038980	Reduced root length and number of lateral roots.	30778561
AT2G03220	CS8565	fucose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT2G03270	SAIL_563_D07	"Delayed senescence, hypersensitive response to H2O2"	30266040
AT2G03620	SALK_105475C	"Homozygote has a WT phenotype, even under conditions of Mg+ stress."	19966073
AT2G03680	CS6546	"Defective in directional cell elongation processes; abnormal cortical microtubule function; exhibits right-handed helical growth in roots and etiolated hypocotyls; epidermal cell files of roots are twisted to form right-handed helices; on vertically oriented hard agar plates, roots grow to the right when viewed from above the agar plates; this skewed root growth is driven by the friction between agar surface and helical epidermal cell files; phenotype is enhanced under the conditions that accelerate cell elongation, under such conditions, epidermal cells undergo isotropic cell expansion, resulting in spherically shaped cells protruding from the organ surface."	15084720
AT2G03680	CS6547	"Defective in directional cell elongation processes; abnormal cortical microtubule function; exhibits right-handed helical growth in roots and etiolated hypocotyls; epidermal cell files of roots are twisted to form right-handed helices; on vertically oriented hard agar plates, roots grow to the right when viewed from above the agar plates; this skewed root growth is driven by the friction between agar surface and helical epidermal cell files; phenotype is enhanced under the conditions that accelerate cell elongation, under such conditions, epidermal cells undergo isotropic cell expansion, resulting in spherically shaped cells protruding from the organ surface."	15084720
AT2G03680	spr1-3	Phenotype not described.	15084720
AT2G03680	spr1-4	Phenotype not described.	15084720
AT2G03680	spr1-5	Phenotype not described.	15084720
AT2G03680	spr1-6	"Mutant plants exhibit altered patterns of root and organ growth as a result of defective anisotropic cell expansion. Roots, etiolated hypocotyls, and leaf petioles exhibit right-handed axial twisting, and root growth on inclined agar media is strongly right skewed. Cortical microtubules reoriented. The touch-dependent helical growth of roots is suppressed by the antimicrotubule drugs propyzamide and oryzalin, and right skewing is exacerbated by cold treatment."	15155883
AT2G03710	ap1 cal sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT2G03710	ap1 cal sep4	Inflorescences take 7-10 days longer than ap1 cal mutant to begin producing flowers.	15530395
AT2G03710	ap1 sep4	Meristem defect intermediate between that of ap1 and ap1 cal mutants. Inflorescences appear caulifower-like early after bolting but soon start producing ap1-like flowers on their periphery.	15530395
AT2G03710	sep1 sep2 se3/+ sep4	Early flower mutant phenotypes are lessened in later-arising flowers which appear more normal whilst still displaying significant perturbations of organ development.	15530395
AT2G03710	sep1 sep2 se3/+ sep4	Gynoecium  often supported by an elongated gynophore.	15530395
AT2G03710	sep1 sep2 se3/+ sep4	Many flowers display a loss of fourth whorl determinancy.	15530395
AT2G03710	sep1 sep2 se3/+ sep4	Profound changes in early arising flowers. Both organ numbers and organ identity are affected in a highly variable manner.	15530395
AT2G03710	sep1 sep2 se3/+ sep4	Stellate trichomes are frequently observed on carpels (never on wild-type).	15530395
AT2G03710	sep1 sep2 sep3 sep4	"All flower organs are converted to leaf-like organs, most strikingly on their adaxial surface. Abaxial epidermal cells are made up of a mixture of leaf- and sepal-like characteristics. Leaf characteristics include an abundance of branched trichomes."	15530395
AT2G03710	sep1 sep2 sep4	Adaxial surface of first whorl organs are unaffected.	15530395
AT2G03710	sep3 sep4	Adaxial surface of first whorl organs are unaffected.	15530395
AT2G03710	sep4-1	No visible phenotype.	15530395
AT2G03720	SALK_042433	Multiple straight hairs	16367956
AT2G03800	gek1-1	Ethanol hypersensitivity.	15215505
AT2G03800	gek1-1	"When the mutant seedlings grown on normal medium were transferred to medium containing 0.03-0.1% (v/v) ethanol, their growth was reduced strongly."	15215505
AT2G03800	gek1-2	Ethanol hypersensitivity.	15215505
AT2G03800	gek1-2	"The germination rates of the mutant were significantly reduced by 0.003% (v/v,~0.5 mM) ethanol, whereas the wild type germinated normally in the presence of at least 0.3% (v/v) ethanol."	15215505
AT2G03800	gek1-2	The mutant died eventually in the presence of 0.1% ethanol.	15215505
AT2G03800	gek1-2	"When the mutant seedlings grown on normal medium were transferred to medium containing 0.03-0.1% (v/v) ethanol, their growth was reduced strongly."	15215505
AT2G03800	gek1-3	Ethanol hypersensitivity.	15215505
AT2G03800	gek1-3	"The germination rates of the mutant were significantly reduced by 0.003% (v/v,~0.5 mM) ethanol, whereas the wild type germinated normally in the presence of at least 0.3% (v/v) ethanol."	15215505
AT2G03800	gek1-3	The mutant died eventually in the presence of 0.1% ethanol.	15215505
AT2G03800	gek1-3	"When the mutant seedlings grown on normal medium were transferred to medium containing 0.03-0.1% (v/v) ethanol, their growth was reduced strongly."	15215505
AT2G04240	xerico	Resistant to exogenous ABA. Seeds contained lower amounts of endogenous ABA than wildtype.	17933900
AT2G04270	CS318713	Segregates 3:1 WT:hoomozygous mutant. Homozygotes are white and arrest after the cotyledon stage. The phenotype is rescued by growth on sucrose.	18515828
AT2G04270	SALK_093546C	"White seedlings that arrest at the cotyledon stage. Phenotype rescued by providing sucrose. On sucrose, mutant plants have small chloroplasts with fewer thylakoids and shorter granal stacks than WT. Fully developed chloroplasts are not observed."	18515828
AT2G04300	CS2997	AP3-like phenotype; resistant to kanamycin	
AT2G04350	CS65781	No visible phenotype.	
AT2G04410	SALK_133048	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT2G04550	SALK_039359	Pronounced serrations due to increased cell area. Distribution of PIN1  on the plasma membrane of the epidermal and cells around the leaf vein was compromised.	31505781
AT2G04550	SALK_039359c	A higher proportion of the MPK12 protein isolated from ibr5-3 mutants is dually phosphorylated. The MPK12 protein isolated from ibr5-3 mutants also has higher activity than the MPK12 protein isolated from wild type plants.	19000167
AT2G04550	ibr5-2	Pronounced serrations due to increased cell area. Distribution of PIN1  on the plasma membrane of the epidermal and cells around the leaf vein was compromised.	31505781
AT2G04650	SALK_023876C	No visible phenotype in single mutant detected.	26672069
AT2G04650	kjc1-1 kjc2-1	"Severe dwarf, small leaves"	
and short roots and does not flower in double mutant.	26672069		
AT2G05070	SALK_005614C	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT2G05160	CS65854	No visible phenotype.	
AT2G05160	CS65855	No visible phenotype.	
AT2G05160	CS65856	No visible phenotype.	
AT2G05210	pot1-1	No visible phenotype.	17627276
AT2G05210	pot1-1	Telomeres in wild-type siblings appeared as a homogeneous smear of products ranging from 1.6 to 4.5 kb. Telomere tracts in pot1-1 were much shorter than in wild-type and showed a more discrete banding pattern.	
	17627276		
AT2G05210	pot1-1	"The fate of telomeres in pot1 mutants was followed for several plant generations and it was found that telomere length in pot1-1 decreased progressively with each generation. The ever-shorter-telomere phenotype and sharp TRF banding profile were strikingly similar to the phenotype associated with tert mutants, which lose 200-500 bp of telomeric DNA per plant generation."	17627276
AT2G05210	pot1-1 ku70	"The mutants failed to elongate their telomeres, and exhibited a heterogeneous profile of TRF products similar to that seen in ku70 tert."	17627276
AT2G05210	pot1-1 ku70 tert	Same degree of telomere shortening as in the pot1 ku70 and ku70 tert double mutants.	17627276
AT2G05210	pot1-1 tert	Telomeres in the double mutants shortened at the same rate as in either single mutant.	
	17627276		
AT2G05210	pot1-1 tert	"Telomeres of the same length and sharp banding profile were found in the double mutant, as in their tert and pot1-1 siblings."	17627276
AT2G05210	pot1-2	No visible phenotype.	17627276
AT2G05210	pot1-2	"Telomeres in wild-type siblings appeared as a homogeneous smear of products ranging from 1.6 to 4.5 kb. Telomeres were significantly shorter in pot1-2 than in wild-type, or even pot1-1."	
	17627276		
AT2G05990	mod1	Premature cell death	
AT2G06040	GABI_600H03	reduced growth and aberrant leaf development.	16792691
AT2G06040	SALK_051730	"Significantly increased UV sensitivity in roots, hypocotyls, and adult leaves."	30466592
AT2G06040	SALK_095626	"Significantly increased UV sensitivity in roots, hypocotyls, and adult leaves."	30466592
AT2G06040	SALK_107725	"Significantly increased UV sensitivity in roots, hypocotyls, and adult leaves."	30466592
AT2G06050	opr3	Male sterile.	
AT2G06210	CS68725	"Pleiotropic: early flowering, defects in leaf and floral development, sterile under typical controlled environment conditions"	
AT2G06210	SALK_065364	Abnormal phyllotaxy. About 6% tricot seedligs.	28982682
AT2G06510	Atrpa1a / Atmlh3	"This double mutant has a lower chiasma frequency than either single mutant, but more chiasma than Atrpa1a/Atmsh4 or Atmsh4."	19153602
AT2G06510	Atrpa1a / Atmsh4	This double mutant has even lower fertility and shorter siliques than atrpa1 mutants. These mutants have a residual chiasmata frequency and distribution comparable to msh4 mutants.	19153602
AT2G06510	GK-406D08 (HOMOZYGOUS)	"Meiosis in pollen mother cells proceeds normally from early prophase I to the pachytene stage where full synapsis is observed, in the mutants. However, a reduced number of chiasmatas are detected in the mutants during chromosome condensation in late diplotene/diakinesis.Univalent chromosomes present at metaphase I cause mis-segregation at meiosis I and therefore, aneuploid tetrads are observed following meiosis II. There is no evidence of chromosome fragmentation in these mutants, suggesting that RPA1a is not required per se for the repair of double strand breaks during meiosis."	19153602
AT2G06510	SALK_017580C	"According to one report, this T-DNA insertion causes lethality and the authors could not recover homozygous mutants from a heterozygous parent."	15978034
AT2G06510	SALK_017580C	"The rpa1a mutant has normal vegetative growth, but lower levels of fertility. Siliques are shorter in rpa1a mutants than in wild type plants, and their mean seed set per silique is reduced by ~68%. Pollen viability is also reduced in the mutants. Meiosis in pollen mother cells proceeds normally from early prophase I to the pachytene stage where full synapsis is observed, in the mutants. However, a reduced number of chiasmatas are detected in the mutants during chromosome condensation in late diplotene/diakinesis.Univalent chromosomes present at metaphase I cause mis-segregation at meiosis I and therefore, aneuploid tetrads are observed following meiosis II. There is no evidence of chromosome fragmentation in these mutants, suggesting that RPA1a is not required per se for the repair of double strand breaks during meiosis. There are no major defects in axis formation or synaptonemal complex formation in these mutants, nor are the number of MSH4 foci altered. However, there is a reduced number of MLH1 and MLH3 foci, suggesting that more recombination intermediates are repaired as non-cross-overs"	19153602
AT2G06925	SALK_099415C	"WT phenotype. Also, no effect on light-induced stomatal opening."	18725378
AT2G06990	svk-1 hen2-2	asCBF1 disappeared	30385760
AT2G06990	uns-1 hen2-2	asCBF1 disappeared	30385760
AT2G07050	cas1-1	Albino inflorescence shoots. The first 10-20 flowers attached to the albino stems are normal. However late flowers are either albino or variegated. Cells from the cortical layers of the albino stems do not have fully differentiated chloroplasts. The chloroplasts are devoid of organized thylakoid membranes.	
AT2G08750	pgpp1-1 ptpmt1-1 ptpmt2-1	"Short roots, disorganized columella cells, irregularly divided cells and cellular structure of outer layer root tips deteriorated."	29476828
AT2G08915	soul1	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller."	16891401
AT2G08986	SALK_109798	no expression of atRZ-1a	15941401
AT2G09187	SALK_139667	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT2G11005	CS923495	No visible phenotype.	
AT2G11005	SALK_045941	Normal phenotype during vegetative growth and floral organ development; but reduced fertility.	16045469
AT2G11005	SALK_045941	"Short fruits, low fertility (about 13% of wild type seed set)."	15854901
AT2G11110	SALK_135793	Increased sensitivity to drought and osmotic stress. Mutants have increased water loss under drought stress due to increased stomatal aperture size.	26025529
AT2G11810	mgd2 mgd3	No visible or biochemically determinable mutant phenotype observed under nutrient-sufficient conditions.	18808455
AT2G11810	mgd2 mgd3	"Under Pi starved conditions, reduced DGDG content is observed, the proportion of phosphatidylethanolamine and phosphatidylcholine increased approximately two-fold in shoot and large differences in fatty acid compositions of galactolipids are seen in shoots and particularly roots. Under these conditions, the fresh weight of shoots and roots was reduced."	18808455
AT2G11810	mgd3-1	No visible or biochemically determinable mutant phenotype observed under nutrient-sufficient conditions.	18808455
AT2G11810	mgd3-1	"Under Pi starved conditions, reduced DGDG content is observed, the proportion of phosphatidylethanolamine and phosphatidylcholine increased approximately two-fold in shoot and large differences in fatty acid compositions of galactolipids are seen in shoots and particularly roots. Under these conditions, the fresh weight of shoots and roots was reduced."	18808455
AT2G13470	CS70201	"kanamycin resistant, no visible phenotype"	
AT2G13540	CS3786	"altered leaf development; young rosette leaves are small, rounded, distorted with asymmetric surface; older rosette leaves are big, with irregular gross (not sharp) serrations  and curled (rolled) down margins; serrated cauline leaves; slow growth rate; small plants; population segregating for gl-1 (lacks trichomes on stems and leaves, some trichomes in leaf margins)."	
AT2G13540	CS66124	hypersensitive to ABA during seed germination; stomatal closure and elevation of cytosolic calcium in guard cells is hypersensitive to ABA; ABA content of seeds and vegetative tissues is wild type; slightly slowed growth and moderately serrated leaves.	
AT2G13540	CS68518	"Slightly serrated leaf phenotype and slightly slowed growth. ABA hypersensitivity leading to several phenotypes in the presence of ABA: inhibition of seed germination, enhanced stomatal closing and reduced wilting during drought and increased cytosolic calcium in guard cells compared to wild-type."	
AT2G13540	abh1	"ABA-hypersensitive stomatal closing, reduced wilting"	
AT2G13560	nad-me1.1	"The nad-me1.1 mutants appear to grow and develop normally and display normal photosynthetic behavior, however, the plants have a significant reduction in NAD-dependent malic enzyme activity."	18223148
AT2G13560	nad-me1.1 / nad-me2.1	"The nad-me1.1 / nad-me2.1 double mutant has no detectable NAD-dependent malic enzyme activity. However, it appears to grow and develop normally and to have normal photosynthetic parameters. However, the levels of several metabolites, including fructose, galactose, sucrose, 2-oxoglutarate, succinate, fumarate, citrate, and several amino acids are altered in these double mutants relative to wild type plants. The metabolites affected differ depending on whether the analyses are done at the end of the day or end of the night."	18223148
AT2G13680	CS68974	"Formation of pollen tubes lacking callose walls and plugs. Defective in exine pattern formation, but pollen is still viable."	
AT2G13680	CS68975	"Defective in exine pattern formation, but pollen is still viable."	
AT2G13680	CS68976	"Defective in exine pattern formation, but pollen is still viable."	
AT2G13680	cals5-1	severely reduced silique length and seed yield	15842618
AT2G13680	cals5-2	severely reduced silique length and seed yield	15842618
AT2G13790	CS71778	No obvious growth phenotype.	
AT2G13790	CS71781	No obvious growth phenotype.	
AT2G13790	CS71783	No obvious growth phenotype.	
AT2G13790	CS71784	"Homozygous mutants show spontaneous cell death, seedling lethality."	
AT2G13790	CS71787	Moderate stomatal clustering in the cotyledon.	
AT2G13790	CS71790	Homozygous mutants are sterile.	
AT2G13790	CS71791	"Homozygous mutants show spontaneous cell death, seedling lethality."	
AT2G13790	CS71792	"More clustered rosette leaves, low fertility, defective floral abscission."	
AT2G13790	CS71793	No obvious growth phenotype.	
AT2G13790	CS71794	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT2G13790	bak1-3 bkk1-1 sbb1-1	Rescues the cell death phenotype of bak1-3 bkk1-1 double mutant.	26775605
AT2G13800	CS2988	morphological phenotype similar to wt; resistant to kanamycin	
AT2G14120	drp3B-1	Peroxisomes defective. Division is abnormal and peroxisomes have aberrant morphology (observed in plants carrying an marker-YFP-PTS1).	
AT2G14120	drp3B-2	Peroxisomes defective. Division is abnormal and peroxisomes have aberrant morphology (observed in plants carrying an marker-YFP-PTS1).	
AT2G14120	drp3a-1/drp3b-1	Plants are slower growing than single mutants or non-mutant siblings. Pale mutant color due to decreased number of mitochondria and peroxisomes.	18785999
AT2G14120	drp3a-2/drp3b-2	Plants are slower growing than single mutants or non-mutant siblings. Pale mutant color due to decreased number of mitochondria and peroxisomes.	
AT2G14540	SALK_088095	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT2G14560	SALK_039201	Compromised in RPP4-mediated resistance.  Mutants allow increased growth of Hyaloperonospora parasitica hyphae frequently surrounded by a trail of necrotic plant cells.	18346188
AT2G14620	CS16531	No visible phenotype.	
AT2G14720	CS859920	No visible phenotype.	
AT2G15040	CS65453	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A 	
AT2G15290	cia5-1	"Seedling lethal when grown on soil, but produced albino leaves or even inflorescent tissues on synthetic media supplemented with sucrose."	16891400
AT2G15290	cia5-1	The youngest part of the homozygous progeny are slightly green at the center of the seedlings.	16891400
AT2G15290	cia5-2	Null allele.	16891400
AT2G15290	cia5-2	"Seedling lethal when grown on soil, but produced albino leaves or even inflorescent tissues on synthetic media supplemented with sucrose."	16891400
AT2G15290	cia5-2	The youngest part of the homozygous progeny are slightly green at the center of the seedlings.	16891400
AT2G15290	cia5-2 tic20-I	"Albino phenotype even in the youngest part of the seedling, which often accumulates anthocyanins."	16891400
AT2G15290	cia5-2 tic20-I	"Seedlings grown in artificial media supplemented with sucrose are able to produce a few irregularly shaped leaves, followed by an arrest in growth. The timing of growth arrest varies from one seedling to the next leading to a variety of sizes and morphologies."	16891400
AT2G15290	cia5-3	"Cotyledons in young homozygous progeny were red, most likely because chlorophyll was low or absent, and anthocyanin pigments accumulated."	17337631
AT2G15290	cia5-3	Dwarfed and chlorotic mutant plants.	17337631
AT2G15290	cia5-3	"In the mutant's homozygous progeny, mature rosette leaves were retarded in growth. Secondary and tertiary veins in mutant leaves were thicker than in the wild type, and their diameter was commensurate with that of the primary vein. The organization of leaf mesophyll into palisade and spongy parenchyma cells was lost, and the leaf surface was extremely curled. This deformation in the mutant leaf was already visible in  cotyledons. In addition, leaf cross sections revealed that mesophyll cells, in contrast with wild-type plants, do not contain fully differentiated chloroplasts."	
	17337631		
AT2G15290	cia5-3	"Plastids of cotyledons, leaves, and shoot apices in the mutant plants were characterized by the presence of electron-dense phytoferritin aggregates. Those clusters were not found in any chloroplasts of wild-type plants."	17337631
AT2G15290	cia5-3	"Roots were smaller than in wild-type plants.  However, no significant phenotype in roots of mutants maintained on sucrose-supplemented medium was observed."	17337631
AT2G15290	cia5-3	"Seedling lethal when grown on soil, but produced albino leaves or even inflorescent tissues on synthetic media supplemented with sucrose."	16891400
AT2G15290	cia5-3	"The majority of the slowly growing homozygous mutant progeny produced almost transparent rosette leaves; however, in approximately one-third of the plants, the leaves appeared white. This subpopulation of mutants was even smaller and did not produce inflorescences."	17337631
AT2G15290	cia5-3	"The shoot apex and the very young emerging  leaves of homozygous progeny were pale green and their leaves turned chlorotic while growing. After 6 weeks on sucrose-containing agar, surviving mutant plants were able to produce an inflorescence; again, the young sepals of the flower were pale green and became white subsequently."	17337631
AT2G15290	cia5-3	"The style and developing silique of the flower of the homozygous progeny were pale green, whereas leaves and stem accumulated anthocyanin pigments."	17337631
AT2G15290	cia5-3	The youngest part of the homozygous progeny are slightly green at the center of the seedlings.	16891400
AT2G15290	pic1-2	"Cotyledons in young homozygous progeny were red, most likely because chlorophyll was low or absent, and anthocyanin pigments accumulated."	17337631
AT2G15290	pic1-2	Dwarfed and chlorotic mutant plants.	17337631
AT2G15290	pic1-2	"Roots were smaller than in wild-type plants.  However, no significant phenotype in roots of mutants maintained on sucrose-supplemented medium was observed."	17337631
AT2G15290	pic1-2	"The majority of the slowly growing homozygous mutant progeny produced almost transparent rosette leaves; however, in approximately one-third of the plants, the leaves appeared white. This subpopulation of mutants was even smaller and did not produce inflorescences."	17337631
AT2G15290	pic1-2	"The shoot apex and the very young emerging  leaves of homozygous progeny were pale green and their leaves turned chlorotic while growing. After 6 weeks on sucrose-containing agar, surviving mutant plants were able to produce an inflorescence; again, the young sepals of the flower were pale green and became white subsequently."	17337631
AT2G15290	pic1-2	"The style and developing silique of the flower of the homozygous progeny were pale green, whereas leaves and stem accumulated anthocyanin pigments."	17337631
AT2G15290	pic1-3	No visible phenotype.	17337631
AT2G15292	pic1-3	No visible phenotype.	17337631
AT2G15430	nrpb3-1	"Increased stomatal density, paired stomata, deficient developmental phenotypes, such as etiolation, late flowering, and dwarfness, fully expanded rosette leaves were smaller than those of the wild type, increased epidermal cell density in the abaxial epidermis of the mutant leaves, higher number of stomatal cells (meristemoids, GMCs, and stomata) and non-stomatal cells."	26989174
AT2G15690	dyw2-1	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT2G15690	dyw2-1	embryo lethal.	28760958
AT2G15690	dyw2-2	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT2G15690	dyw2-2	embryo lethal.	28760958
AT2G15790	CS67854	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67855	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67856	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67857	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67858	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67859	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67860	"Rosettes display a transient delay in leaf initiation; early vegetative phase change, marked by the production of large, serrated leaves and the precocious production of abaxial trichomes. Abnormal phyllotaxis in the inflorescence. Multiple carpels."	
AT2G15790	CS67879	Partially rescues the sqn-1 phenotype.	
AT2G15790	CS67880	Partially rescues the sqn-1 phenotype.	
AT2G15790	CS67881	Partially rescues the sqn-1 phenotype.	
AT2G15790	sqn-1 mutant	early abaxial trichomes; delayed emergence of first two rosette leaves	
AT2G15820	otp51-2	"Homozygous otp51-2 mutants can only survive in sucrose-supplemented in vitro cultures under low light conditions. The small developmentally delayed mutants are pale yellow under normal light conditions. otp51-2 mutants fail to splice intron 2 of the the ycf3 transcript encoded in the chloroplast genome. Because YCF3 is required for the proper assembly of photosystem I (PSI), These mutants have multiple defects related to photosynthesis. They have lower levels of total protein, thylakoid membrane protein, and chlorophyll than wild-type plants when both are grown hydroponically. Chlorophyll a/b ratios are elevated in otp51-2 mutants, several PSI and PSII proteins cannot be detected, chlorophyll fluorescence patterns are altered, and the quantum efficiency of PSII is reduced. otp51-2 mutants also have elevated levels of unspliced products from the trnK, trnL, trnV, trnG, clpP, trnI, trnA, and atpF genes."	18557832
AT2G16005	rosy1-1	"Enhanced gravitropic response,reduced basipetal auxin transport, increased salt tolerance."	27044028
AT2G16070	CS16468	Severe chloroplast phenotype	
AT2G16070	CS16469	Severe chloroplast phenotype	
AT2G16070	CS68660	ARC5 ring not present in pdv1 pdv2 double mutants. Double mutant had a more severe phenotype than those of the single mutants. Each leaf mesophyll cell contained only one or two chloroplasts. Chloroplasts are usually constricted in the middle.	
AT2G16070	CS68683	One to two chloroplasts per cell (arc6-like phenotype).	
AT2G16070	pdv1-1 pdv2-1	"More severe phenotype than each of the single mutants, leaf mesophyll cells contained only one or two chloroplasts, usually constricted."	16998069
AT2G16280	CS71730	"Altered fatty acid composition, including significant reduction in C24 very-long-chain fatty acids (VLCFAs) and an accumulation of C20 and C22 VLCFAs in the analysis of membrane and surface lipids."	
AT2G16365	SALK_024229	Elongated hypocotyls under short day growth.	26839287
AT2G16390	CS69758	No visible phenotype	
AT2G16390	CS9948	No visible phenotype; average height = 36 cm.	
AT2G16390	drd1-1	Mutations nearly eliminate non-CpG methylation at a target promoter but do not affect rDNA or centromere methylation.	15120073
AT2G16500	CS9657	chilling sensitive	
AT2G16500	CS9658	chilling sensitive	
AT2G16575	ati3a ati3b	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT2G16575	ati3a ati3b ati3c	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT2G16575	ati3b-1	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT2G16580	ati3a ati3b	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT2G16580	ati3a ati3b ati3c	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT2G16580	ati3b-1	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT2G16770	m19m23	"double mutant seedlings grown on zinc-deficient agar media showed a zinc-deficiency hypersensitive  phenotype, visible as very poor growth and strong chlorosis."	20479230
AT2G16910	ams	Sporophytic male sterile	
AT2G16950	SALK_003127	"Pleiotropic developmental phenotypes including delayed leaf initiation, serrated and asymmetric leaves, growth retardation and reduced fertility."	27662897
AT2G17010	CS69953	Reduced pollen viability after rehydration. Increased rate of pollen germination.	
AT2G17010	CS69954	Reduced pollen viability after rehydration. Increased rates of pollen grain burst and pollen germination.	
AT2G17040	ANAC036 RNAi	same as smb-3 single mutant	19962211
AT2G17040	SAIL_600_D02	Delayed flowering; no other visible phenotype.	
AT2G17090	CS16376	"The zygote fails to elongate to a normal extent before dividing; the suspensor is short, malformed, or not recognizable; male gametophytic effect; adult plants show no apparent phenotype. Expression of embryonic phenotypes may be influenced by variable growth conditions."	
AT2G17220	SALK_033392	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT2G17265	dmr1-1 eds1-2	Resistant to downy mildew fungus Hyaloperonospora parasitica. Showed chlorosis and reduced growth.	
AT2G17290	CS65905	More susceptible to bacterial pathogen Pst DC3000.	
AT2G17290	CS69905	Compromised in immune gene activation and disease resistance.	
AT2G17290	CS69906	Compromised in immune gene activation and disease resistance	
AT2G17290	SALK_033392	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT2G17290	SALK_093308	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT2G17310	son1	Resistant to P. parasitica in nim 1-1 mutant	
AT2G17370	hmg2	"The hmg2 mutant has about 15% lower sterol levels than wild type plants, but its sterol composition is normal. It also has about a 25% drop in triterpenoid levels compared to wild-type plants."	17917299
AT2G17410	arid2/3/4	Seedling lethal. Triple mutants arrest at cotyledon stage.	30104406
AT2G17420	ntra ntrb	"Double mutant plants are viable but the pollen has reduced fitness, and they showed slowed plant growth, modified seed shape, and high accumulation of anthocyanins. Seedlings are not hypersensitive to oxidant stresses"	17586656
AT2G17420	ntra ntrb rml1	ntra ntrb rml1 plants do not show any shoot and root  meristematic activity. Meristematic  activities of most ntra ntrb rml1 plants are rescued when  transferred to Murashige and Skoog (MS) medium containing  GSH. The germination rate of the ntra ntrb  rml1 seeds is also perturbed.	
	17586656		
AT2G17430	CS66537	No visible phenotype.	
AT2G17430	SALK_027128	female gametophytic defects; reduced fertility and pollen tube overgrowth in the synergids;	21071669
AT2G17430	nta-1	female gametophytic defects; reduced fertility and pollen tube overgrowth in the synergids;	21071669
AT2G17442	SALK_076254	Shifts single-channel amplitude peak from 10pa (WT) to 7.3pa	18485707
AT2G17480	CS66538	No visible phenotype.	
AT2G17480	CS66539	No visible phenotype.	
AT2G17520	SALK_018112	"bZIP60 mRNA splicing is detectable in ire1a-2 (SALK_018112), whereas it is completely abolished in ire1a-2 (SALK_018112)/ire1b-1 (GABI_638B07) double mutant."	
AT2G17520	ire1a-2/ire1b-1	bZIP60 mRNA splicing is completely abolished in ire1a-2 (SALK_018112)/ire1b-1 (GABI_638B07) double mutant whereas it is still detectable in ire1a-2 and ire1b-1 single mutants. ire1a-2/ire1b-1 double mutant is much more sensitive to tunicamycin than wild-type and ire1a-2 and ire1b-1 single mutant plants.  Induction of a number of ER stress-inducible genes is much weaker in the ire1a-2/ire1b-1 double mutant than in the wild-type.	
AT2G17560	CS70155	"kanamycin resistant, no visible phenotype"	
AT2G17570	CS70155	"kanamycin resistant, no visible phenotype"	
AT2G17650	CS65810	No visible phenotype.	
AT2G17740	CS476068	"Heterozygous plants have reduced fertility, short siliques.  Abnormal pollen and embryo sac development."	28107777
AT2G17790	CS68664	No visible phenotype.	
AT2G17790	CS68665	No visible phenotype.	
AT2G17790	CS68667	No visible phenotype.	
AT2G17790	CS68669	Dwarf phenotype and early leaf senescence.	
AT2G17790	CS68670	"No visible phenotype, because of a leaky phenotype of the vps35b-2 allele."	
AT2G17790	CS68671	"Early senescence, abnormal growth and a defect in embryogenesis. The level of abnormal growth varies on a plant by plant basis) and while the level of defects in embryogenesis varies in single siliques. Different levels of severity may be due to the variety of leaked expression levels of VS35S in each plant/embryo."	
AT2G17790	mag1-1 zig-1	Reduced but still significant response to gravity. mag1 represses the phenotype of zig-1.Similar phenotype to mag-1 single mutant.	20086190
AT2G17790	zip3-1/zig-1	Reduced response to gravity but not as strong as zig-1 along. Zip3 suppresses zig-1 phenotype.	20086190
AT2G17820	CS65886	"More sensitive than the wild type to drought, osmotic and salt stress."	
AT2G17820	CS65887	"More sensitive than the wild type to drought, osmotic and salt stress."	
AT2G17950	CS15	premature termination of shoot and floral meristems.	
AT2G17950	trn2-23010 wus-1	"Whereas carpels were completely absent in wus-1 flowers and only 1.6 stamens (compared to 6 in wild type) developed in the third floral whorl, all trn2-23010 wus-1 flowers developed 2 carpels, which in contrast to trn2-23010 single mutants were seldom open (33%) and more usually fused. Consistent with the increased number of stamens (4.2 on average) in the third floral whorl, the trn2 mutation may compensate for a premature consumption of stem cells in wus-1 flowers. In contrast, the number of sepals and petals in the outer perianth whorls in trn2-23010 wus-1 was closer in number to that of the trn2 mutant rather than to wus-1 single mutant flowers."	
	17351828		
AT2G17950	wus-1	"Anthers have less, smaller or malformed lobes in comparison to wild type and do not open.  Cells in the stomium region and the neighboring septum cells do not undergo cell wall thickening and degeneration as in wild type."	17027956
AT2G17975	SAIL_187_C10	Increased sensitivity to ABA.	28174577
AT2G17975	SAIL_312_E06	Increased sensitivity to ABA.	28174577
AT2G17990	SALK_209627C	"Delayed germination. No other obvious morphological phenotypes.  At the cellular level, roots have fragmented vacuoles."	29378957
AT2G18020	CS16050	embryo defective; developmental arrest of mutant embryos	
AT2G18020	CS16051	embryo defective; developmental arrest of mutant embryos	
AT2G18390	CS16077	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT2G18470	SALK_034666	Mutant plants showed decreased  sensitivity to ABA during root tip growth. Seed germination and seedling growth were less  sensitive to ABA in the perk4 mutants than in wild types.	
	19566594		
AT2G18510	CS16053	embryo defective; developmental arrest of mutant embryos	
AT2G18590	CS69767	No visible phenotype	
AT2G18710	CS16483	"Pale seedling, lethal."	
AT2G18710	CS16484	"Pale seedling, lethal."	
AT2G18740	SALK_089521	"Substantial developmental defects, alterations in shape and number of cotyledons, veins form more closed loops, smaller rosettes, leaves have twisted shape, atypical number of branches, shorter main roots, absence of secondary roots, increase in number of root hairs, longer primary and secondary inflorescences, higher number of flowers with an altered number of petals, earlier flowering. Increased tolerance to cold after cold-acclimation."	30696706
AT2G18740	SALK_089521C	"Cold temperatures (16 °C) affect both shoot and root apical meristems. Failure to develop properly formed lateral organs, arrest in root growth in 14-days-old seedlings. Most plants die, but 20-30% of individuals develop into bushy plants after ~60-70 days, no viable pollen. At 23°C plants grow similarly to wt with only subtle phenotypes at low frequency."	29988152
AT2G18740	SALK_119088	"Substantial developmental defects, alterations in shape and number of cotyledons, veins form more closed loops, smaller rosettes, leaves have twisted shape, atypical number of branches, shorter main roots, absence of secondary roots, increase in number of root hairs, longer primary and secondary inflorescences, higher number of flowers with an altered number of petals, earlier flowering. Increased tolerance to cold after cold-acclimation."	30696706
AT2G18790	 SALK_069700 homo	Induction of germination by treatment with red light is significantly inhibited.	17010113
AT2G18790	CS6211	"strong allele; long hypocotyl in red and white but not in far-red light; plants are light green to green due to reduced chlorophyll level (less pale than hy1, hy2, and hy6); abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6212	"weak allele; medium hypocotyl length in red and white but not in far-red light; plants are slightly light green due to an intermediate chlorophyll level; abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6213	"strong allele; long hypocotyl in red and white but not in far-red light; plants are light green to green due to reduced chlorophyll level (less pale than hy1, hy2, and hy6); abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6214	"weak allele; medium hypocotyl length in red and white but not in far-red light; plants are slightly light green due to an intermediate chlorophyll level; abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6215	"weak allele; medium hypocotyl length in red and white but not in far-red light; plants are slightly light green due to an intermediate chlorophyll level; abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6216	"strong allele; long hypocotyl in red and white but not in far-red light; plants are light green to green due to reduced chlorophyll level (less pale than hy1, hy2, and hy6); abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6217	Mutant does not show arsenic tolerance compared with WT controls.	17335514
AT2G18790	CS6217	The hypocotyl of the mutant is as short as that of WT in far-red light but is not inhibited in red light.	
	17566111		
AT2G18790	CS6217	The randomization of hypocotyl growth orientation observed in WT that is induced through FR as a result of repression of gravitropism through phyA is enhanced in the phyB mutant.	17566111
AT2G18790	CS6217	"strong allele; long hypocotyl in red and white but not in far-red light; plants are light green to green due to reduced chlorophyll level (less pale than hy1, hy2, and hy6); abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6218	"strong allele; long hypocotyl in red and white but not in far-red light; plants are light green to green due to reduced chlorophyll level (less pale than hy1, hy2, and hy6); abnormally elongated petioles, stems and root hairs; smaller leaf areas; flowers earlier than wild type during both long and short days, having fewer rosette leaves; greater apical dominance (longer main inflorescences, fewer lateral branches, fewer stem termini and fewer siliques on the main inflorescence)."	
AT2G18790	CS6224	"double mutant; slightly longer hypocotyl than the phy B single mutant in white light; longer hypocotyl than the phyB single mutant in red light and same length as that of the phyA mutant in far-red light; poorly developed cotyledons in red light unlike the single mutants, reduced red-light induction of CAB gene expression and reduced chlorophyll induction."	
AT2G18790	CS66039	Double mutant seedlings are indistinguishable from phyB-10 single mutants when grown in red light.	
AT2G18790	CS66040	Double mutant seedlings are indistinguishable from phyB-9 single mutants when grown in red light. Increased petiole length compared with both single mutants. Early flowering in long day conditions compared with the wild type and similar to the flowering time of the phyB single mutant. Early flowering in short day conditions compared with the wild type and similar to the flowering time of the phyB single mutant.	
AT2G18790	CS69	"elongated hypocotyl, pale green plant, far-red light inhibits elongation, red does not."	
AT2G18790	CS71624	"Phenotype is identical to CS6217. Elongated hypocotyl under white or red light. Leaf petiole somewhat elongated but shorter than the pure phyB-9 single mutant (CS71625). Smaller leaf blade, paler leaf color, and lower chlorophyll content than CS71625. Combination of pale yellowish interveinal tissue and green vascular associated tissue, resulting in a reticulate phenotype. Interveinal mesophyll cells contain abnormally small chloroplasts. Inefficient photosystem II quantum yield."	
AT2G18790	CS71625	Elongated hypocotyl under white or red light. Elongated leaf petiole and smaller leaf blade. Slightly lighter leaf color and slightly lower chlorophyll content than wild type Col-0 plants. Photosystem II quantum yield is not affected under standard growth conditions.	
AT2G18790	CS71662	Short hypocotyl in darkness (D). Hypocotyl does not shorten with increasing amount of R light.	
AT2G18790	CS71748	"Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation)."	
AT2G18790	phyA-5 phyB-10	"Under normal growth conditons, phyA-5 phyB-10 double mutant plants have less leaves compared to wild-type plants and the double mutant leaves exhibit elongated petioles and a reduced leaf blade surface. Furthermore, mature leaves of phyA-5 phyB-10 double-mutant plants have a reduced chlorophyll content compared to either wild-type and single mutant plants and, when partially shaded, exhibit an enhanced leaf yellowing. For more information on this line, see the original report by Aukermann et al 1997, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;9.&#8203;8.&#8203;1317"	24604733
AT2G18790	phyB	"Although a rapid decrease of ABA levels during the first 6h after red light treatment was observed as in wild type, ABA levels in mutant seeds treated with far red/red light were higher than those in wild type."	17010113
AT2G18790	phyB	Induction of germination by treatment with red light is significantly inhibited.	17010113
AT2G18790	phyB	The poor induction of germination by red light relative to wild type is efficiently restored by fluridone treatment.	17010113
AT2G18790	phyB-10	"Under normal growth conditions, mature phyB-10 mutant plants have less leaves compared to wild-type plants and the mutant leaves exhibit elongated petioles and a reduced leaf blade surface. Furthermore, mature phyB-10 mutant leaves have a reduced chlorophyll content compared to wild-type leaves, but when partially shaded, mature phyB-10 leaves exhibit leaf yellowing to the same extent as the wild-type. For more information on this line, see the original report by Aukermann et al 1997, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;9.&#8203;8.&#8203;1317"	24604733
AT2G18790	phyB-103	Mutant seedlings displayed elongated hypocotyls and reduced chlorophyll accumulation when grown in white light.	7539307
AT2G18790	phyB-103	Mutants also displayed elongated hypocotyls in continuous R but not in continuous FR.	7539307
AT2G18790	pil5-1 phyB-9	"When treated with a short pulse of far-red light after seed surface sterilization, only half of the double mutant seeds germinated, while majority of wild-type seeds did not."	15486102
AT2G18790	sob2-D phyB-4	Dramatically shorter hypocotyl compared to phyB-4 single mutant.  Adult plants have curled leaves lacking petioles and irregularly shaped siliques.	16339853
AT2G18950	CS68911	"Tocopherol-deficient phenotype. Lack all tocopherols and pathway intermediates. Exhibits the following phenotypes under low temperatures: increased anthocyanin levels (purple leaf coloration), reduced growth and seed production."	
AT2G18950	CS68916	Tocopherol-deficient phenotype. Lack all tocopherols and pathway intermediates.	
AT2G18950	CS68919	"Biochemical phenotypes of fad2 vte2-1 include: deficiency in ER fatty acid desaturation and lack of all tocopherols and pathway intermediates. vte2-1 single mutant exhibits the following phenotypes under low temperatures: increased anthocyanin levels (purple leaf coloration), reduced growth and seed production. These vte2-1 single mutant phenotypes are fully suppressed by combining the vte2-1 and fad2 mutations in the double mutant."	
AT2G18950	CS68920	"Biochemical phenotypes include the following: deficiency in plastid-localized fatty acid desaturation and lack of all tocopherols and pathway intermediates. Exhibits the following phenotypes under low temperatures: increased anthocyanin levels (purple leaf coloration), reduced growth and seed production."	
AT2G18950	vte2	"Although growth of the mutant is slightly inhibited, the overall morphology is the same as that of wild type."	16258032
AT2G18950	vte2	"Whole plants were exposed to continuous light  of high PFD (1100 mmol.m-2.s-1) at low temperature (6°C), and no lipid peroxidation could be detected, even after 48 h."	16258032
AT2G18950	vte2-1	4-week-old plants grown at 22 degree then transferred to 7 degree for continued growth had significantly lower level of 18:3 and higher 18:2 fatty acids esterified to phosphatidylcholine and phosphatidylethanolamine. The mutant plants also had abnormal transfer cell wall development and callose deposition in phloem parenchyma transfer cells.	
AT2G18950	vte2-1	"Early seedling growth and development was severely impacted by the absence of tocopherols  in vte2-1.      Seedlings of vte2-1 were generally smaller than those of the wild type and exhibited a wide range of cotyledon defects, including  failure to fully expand one or both cotyledons and sectors devoid of chlorophyll at the cotyledon tips.      Germination was not influenced and plants that survived germination and early seedling development were indistinguishable from the wild type."	
			
AT2G18960	CS67805	No visible phenotype.	
AT2G18960	CS67806	No visible phenotype.	
AT2G18960	aha1-10	Reduced stomatal conductance in response to blue light and fusicoccin. Reduced stomatal H[+] ATPase levels.	27261063
AT2G18960	aha1-9	Reduced stomatal conductance in response to blue light and fusicoccin. Reduced levels of H[+]-ATPase activity.	27261063
AT2G18960	ost2-1D	Impaired stomatal response to ABA.  Higher proton extrusion in plants.	17557075
AT2G19080	SALK_039892	"Diminished growth after leaf emergence, abnormal leaf morphology, ectopic floral development, sterile. Large starch deposits within the chloroplasts of leaf mesophyll cells."	17981999
AT2G19080	SALK_107629	"Diminished growth after leaf emergence, abnormal leaf morphology, ectopic floral development, sterile. Large starch deposits within the chloroplasts of leaf mesophyll cells."	17981999
AT2G19110	CS68124	No visible phenotype.	
AT2G19110	CS68126	"Extreme zinc-deficient phenotype. Chlorotic, stunted, and male-sterile phenotype results in the absence of a zinc supplement."	
AT2G19110	CS68127	"Extreme zinc-deficient phenotype. Chlorotic, stunted, and male-sterile phenotype results in the absence of a zinc supplement."	
AT2G19110	CS9418	HMA4 defective	
AT2G19450	CS3861	"semidominant, reduced seed oil content with altered fatty acid composition: increased levels of 18:3 fatty acids and reduced levels of 18:1 and 20:1 fatty acids; reduced diacylglycerol acyltransferase (DGAT) activity throughoout seed development; reduced seed triacylglycerol; reduced germination rates."	
AT2G19480	Atnap1;1-1/Atnap1;2-1/Atnap1;3-1	Increased sensitivity to UV-C radiation.	19228338
AT2G19520	CS107	"late flowering; like fca, but less extreme"	
AT2G19520	CS173	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 12 days later than wild type.	
AT2G19520	CS174	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 26 days later than wild type.	
AT2G19520	ath1-1 fve-1	Significant though  not complete reduction in flowering.	17908157
AT2G19520	suf4 fve-3	Intermediate delay in flowering time compared to both single mutants.	17138694
AT2G19560	CS68979	"Diverse developmental defects, such as curly leaves, shorter siliques, shorter primary roots and fewer lateral roots."	
AT2G19560	eer5-1	"eer5-1 mutant hypocotyls show hypersensitivity to ethylene, but the hypocotyls grow similarly to wild type hypocotyls when etyhlene signaling is blocked using silver nitrate. eer5-1 mutant roots are shorter than wild-type roots when neither are subjected to ethylene treatment, but eer5-1 roots do not show altered sensitivity to ethylene. Transcript levels for certain ethylene-responsive genes are aberrant in the eer5-1 mutant. For instance, AtEBP expression is lower in eer5-1 than in WT dark-grown seedlings. But, EBF1 and EBF2 transcript levels are not altered in the mutant. Dark-grown eer5-1 seedlings do not produce significantly more ethylene than WT seedlings. Although EER5 can interact with members of the signalosome, EIN3 protein accumulation is not changed in eer5-1 mutants. Adult eer5-1 mutant plants resemble WT Col-0 plants."	18429939
AT2G19560	eer5-2	"eer5-2 mutant hypocotyls show hypersensitivity to ethylene, but the hypocotyls grow similarly to wild type hypocotyls when etyhlene signaling is blocked using silver nitrate."	18429939
AT2G19690	pla2beta-rnai H	WT phenotype under short day conditions. Slow-growing under long day conditions. Slower light-induced stomatal opening.	18725378
AT2G19760	prf1	Altered seedling morphology	
AT2G19810	SALK_151571C	"atozf1 mutants are more sensitive to oxidative stress (various concentration of H2O2). In the presence of H2O2, MDA (malondialdehyde) content in atozf1 is significantly higher than that in WT. atozf1 mutants display lower activities of catalase and guaiacol peroxidase, higher chlorosis, and down-regulated expression of antioxidant genes under oxidative stress. Under normal condition, atozf1 mutant exhibit similar phenotype with WT."	21188458
AT2G19880	gcs-1/gcs-1	"gcs-1 seedlings had reduced size and pale, often necrotic, appearance. These seedlings also displayed little secondary growth and did not advance past the seedling stage. Seedling lethal. Mutants are defective pollen development and homozygotes lack chloroplasts."	26313010
AT2G20000	hbt	Altered root meristem development	
AT2G20000	hbt_2311	The roots in mutants was more than ten-fold shorter in length than the roots in the wild-type (Col-0).	9425146
AT2G20000	hbt_5721	The roots in mutants was more than ten-fold shorter in length than the roots in the wild-type (Col-0).	9425146
AT2G20000	hbt_5859	The roots in mutants was more than ten-fold shorter in length than the roots in the wild-type (Col-0).	9425146
AT2G20000	hbt_e65	Mutant plants have residual root meristem activity (weak allele). The root length in mutants was less than half of the root length in the wild-type (Col-0).	9425146
AT2G20020	Atcaf1-1	ivory	17071648
AT2G20020	Atcaf1-2	ivory	
AT2G20120	CS4073	Disruption of the vascular patterning in the inflorescence stem resulting in a proliferation of vascular tissue; this additional differentiation occurs between the normal vascular bundles filling the space usually occupied by the interfascicular cells such that an almost continous ring of vascular tissue is visible at the base of the stem; plants grow slower than wild type and are stunted with a slightly twisted and wrinkled leaf phenotype; vascular patterning in leaves appears to be relatively normal.	
AT2G20180	CS66041	"Bleaching phenotype of the seedlings grown for 5 days in the dark and then transferred to white light due to the overaccumulation of chlorophyll precursor, photochlorophyllide."	
AT2G20180	CS66045	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation."	
AT2G20180	CS66047	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. They also show separated cotyledons under true dark conditions."	
AT2G20180	CS66049	"Seedlings show severe cop-like deetiolation phenotype in ""pseudo-dark"" and true dark conditions, with an unfolded hook and cotyledon separation."	
AT2G20180	CS66500	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. "	
AT2G20180	CS68094	"Increased photomorphogenic phenotype in darkness compared to pif single mutants, which are generally unaffected."	
AT2G20180	CS68095	Increased photomorphogenic phenotype in darkness compared to pif double mutant combinations.	
AT2G20180	CS68811	"Unknown phenotype. *As seen in the other pif mutants, it is likely that this stock has an increased photomorphogenic phenotype in darkness compared to wildtype. However, the increased photomorphogenic phenotype is not confirmed as this mutant was never analyzed in detail by the authors."	
AT2G20180	CS71662	Short hypocotyl in darkness (D). Hypocotyl does not shorten with increasing amount of R light.	
AT2G20180	CS71680	Short hypocotyls under far-red light. Seeds germinate irrespective of red or far-red light treatment; able to complete germination in darkness after a pulse of far-red light (FRp-D). Decreased hypocotyl negative gravitropism when grown in the dark. Increased bioactive gibberellic acid (GA) levels.	
AT2G20180	SALK_072677	Germinates even without the activation of phytochromes.  Exhibits disrupted shoot negative gravitropism.	16740147
AT2G20180	SALK_072677	Increased bioactive GA levels.	17449805
AT2G20180	SALK_072677	"Mutant seeds germinated irrespective of red or far-red light irradiation, while wild-type seeds (Col-0) germinated only when PHYB was activated by the red light pulse. However, treatment with paclobutrazol (inhibitor of GA biosynthesis) blocked germination of both pil5 mutant seeds and WT seeds, even under continuous white light irradiation."	16740147
AT2G20180	SALK_072677	The ABA levels in the mutant seeds were as low  as those seen in red light-irradiated wild-type seeds irrespective of light conditions.	17449805
AT2G20180	SALK_072677	"When treated with a short pulse of far-red light after seed surface sterilization, mutant seeds germinated, while majority of wild-type seeds did not. When wild-type seedlings were grown in the dark, the majority of their hypocotyls were oriented in an upward direction. However, when grown under red or far-red light, the majority of the WT seedlings grew flat on the agar plates. Compared with wild-type seedlings, higher percentages of pil5 mutant seedlings grew flat in the dark, i.e., inhibition of hypocotyl negative gravitropism was observed in the dark in the pil5 mutant."	15486102
AT2G20180	athb1-2/pif1-2	Shorter hypocotyls than either single mutant	25865500
AT2G20180	pil5-1 ga1	"Irrespective of the light conditions, a reduction of the expression levels of two DELLA genes, GAI and RGA, was measured in this double mutant."	
	17449805		
AT2G20180	pil5-1 ga1	"The double mutant germinates almost 100% in response to even 5 &mu;MGA3, irrespective of light conditions."	17449805
AT2G20180	pil5-1 phyB-9	"When treated with a short pulse of far-red light after seed surface sterilization, only half of the double mutant seeds germinated, while majority of wild-type seeds did not."	15486102
AT2G20180	pil5-1 pif3-1	"When grown under red light, double mutants had a short hypocotyl length similar to that of the pif3 single mutant, whereas the pil5 pif3 double mutant grown under far-red light had short hypocotyl length similar to that of the pil5 single mutant. Compared with wild-type seedlings, higher percentages of double mutant seedlings grew flat in the dark, i.e., inhibition of hypocotyl negative gravitropism was observed in the dark in the double mutant (similar to pil5 single mutant)."	15486102
AT2G20180	pil5-1phyA-211	"When treated with a short pulse of far-red light after seed surface sterilization, double mutant seeds germinated, while majority of wild-type seeds did not."	15486102
AT2G20190	CS67062	Dwarf; short siliques with fewer seeds.	
AT2G20190	clasp-1	"Microtubules in interphase and mitotic microtubule arrays appear less stable and are more sensitive to the microtubule destabilizer, oryzalin.  Buildup of microtubules in the preprophase band and decrease in microtubule lengths in spindles and phragmoplasts are all consistent with the presence of destabilized microtubules."	17873093
AT2G20190	clasp-1	"Significant dwarfing at all stages of development compared with wild type.  Cell expansion in leaves, roots and hypocotyls is affected."	17873093
AT2G20300	ale2-1	"various epidermal defects, including disorganization of epidermis-related tissues, defects in the leaf cuticle and the fusion of organs."	17376810
AT2G20300	ale2-2	"various epidermal defects, including disorganization of epidermis-related tissues, defects in the leaf cuticle and the fusion of organs."	
AT2G20310	SALK_001145	Enhanced susceptibility to Pseudomonas syringae carrying avrRpm1.	15722472
AT2G20370	CS8566	fucose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT2G20370	CS8567	fucose content in leaf polysaccharides reduced to approximately 50 percent of wild type; no visible phenotypic effect.	
AT2G20370	mur3	Altered xyloglucan composition	
AT2G20570	Atglk1.1;glk2.1	Plants are pale green throughout development and reduced in size. Chloroplast development impaired and photosystem II proteins accumulate to reduced levels.	18643989
AT2G20570	CS71757	"Partial rescue of the glk1 glk2 mutant phenotype. Small rosette, light-green leaves. Reduced sizes of mesophyll chloroplasts. Enhanced chloroplast production in both epidermal pavement and stomata guard cells, as well as in roots and hypocotyls. Increase in NPQ (nonphotochemical energy quenching) and a decrease in the flux of electrons through PSII."	
AT2G20570	CS71758	"Partial rescue of the glk1 glk2 mutant phenotype. Small rosette, light-green leaves. Reduced sizes of mesophyll chloroplasts. Enhanced chloroplast production in both epidermal pavement and stomata guard cells, as well as in roots and hypocotyls. Increase in NPQ (nonphotochemical energy quenching) and a decrease in the flux of electrons through PSII."	
AT2G20570	CS71766	"Pale leaves, small rosette with fewer leaves, early flowering. Reduced chlorophyll levels, decreases in chloroplast size and NPQ (nonphotochemical energy quenching)."	
AT2G20570	CS9805	essentially indistinguishable from wild type (AtGLK1 is redundant to AtGLK2)	
AT2G20570	CS9807	plants are pale green throughout development and reduced in size; chloroplast development impaired and photosystem II proteins accumulate to reduced levels.	
AT2G20570	CS9905	"dark green vegetative tissue, delayed flowering"	
AT2G20570	CS9906	"dark green vegetative tissue, delayed flowering"	
AT2G20570	CS9907	"Pale green vegetative tissue, somewhat darker green upon dexamethasone induction"	
AT2G20570	CS9908	"pale green vegetative tissue, somewhat darker green upon dexamethasone induction"	
AT2G20570	CS9909	pale green vegetative tissue	
AT2G20580	rpn1a-1	"Embryo lethal, embryos arrest at globular stage."	16169895
AT2G20585	CS25405	Defective in fusion of the polar nuclei during female gametophyte development.	
AT2G20610	CS16400	"Small, pale and fertile plants; wei2-1 partially suppresses rty1-1 phenotype."	
AT2G20610	CS16421	Segregates 1/4 of rty-like seedlings with epinastic cotyledons and numerous adventicious roots; double mutant plants are comparable to rty1-1 single mutants and adults are lethal.	
AT2G20610	CS16423	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT2G20610	CS16424	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT2G20610	CS16708	"Segregates rty1-1 at less than 1/4, rty1-1 homozygotes show elevated DR5:GUS expression."	
AT2G20610	CS8156	"phenotypic effects are best seen on 10 day old plants in soil, 5-7 day light-grown tissue cultures or 3 day dark-grown tissue cultures; mutant plants have short hypocotyls; leaves become chlorotic; epinastic cotyledons and true leaves; extreme proliferation of roots, inhibition of shoot growth; adventitious root meristems on hypocotyls and true leaves; for tissue in the dark, short, hookless hypocotyls and short roots are observed; increased IAA concentrations; rty seedlings are partially rescued by exogenous cytokinin"	
AT2G20750	SAIL_345_G11 (homo)	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller."	16891401
AT2G20810	SALK_082273C	Shorter RAM in roots (RAM contains fewer cells) when grown in the absence of sucrose.	30918009
AT2G20810	SALK_092577C 	Shorter RAM in roots (RAM contains fewer cells) when grown in the absence of sucrose.	30918009
AT2G20815	SALK_080031	delay in flowering; slower rates of root elongation.	30213859
AT2G20875	CS67139	"stomata occur in clusters; increased stomatal cell density compared with the wild-type, as well as with both single mutants."	
AT2G20890	hcf106-1/thf1-1	"Increased ROS accumulation in guard cells, increased stomatal closure, reduced water loss and more drought resistance compared to the wild type."	27744298
AT2G20890	thf1-1	"M2-6 mutant plants exhibited higher light sensitivity. M2-6 plants lost a larger fraction of Fv/Fm values with increasing light  intensities as compared with Columbia-1 wild-type plants. Furthermore, M2-6 plants grew much slower than wild-type plants. The mutant plants were variegated, containing large areas lacking chlorophyll."	16155179
AT2G20890	thf1-1	thf1-1 Root Growth Is Hypersensitive  to Increased D-Glucose	16582010
AT2G20990	SAIL_775_A08	Increased mechanosensitivity. syt1-2 protoplasts have reduced tolerance to mechanical stress and epidermal cells collapse more easily under mechanical pressure.	25792253
AT2G21070	fio1-1	"fio1-1 mutants display an early flowering phenotype under both long and short-day conditions. fio1-1 seedling hypocotyls are shorter than WT when grown under LD or SD, but there is no appreciable difference under LL conditions. Expression of CO and FT is higher in fio1-1 seedlings than in WT seedlings under long and short days. The free-running length of the period for circadian leaf movements is longer in entrained fio1-1 seedlings than in WT seedlings (by about 2.5 hr). But, the robustness of the WT and fio1-1 periods are similar. Increases in period-length are also observed based on the expression levels of several other genes under constant light or constant dark conditions. Different fluences of light are able to modulate the period of fio1-1 and WT seedlings in a similar manner. fio1-1 seedlings entrained using temperature also show an increase in period length, and FIONA1 does not seem to be necessary for temperature compensation. The period length of 4 central clock oscillators (CCA1, LHY, TOC1, and LUX) is increased in fio1-1 mutants, relative to WT."	
AT2G21120	SALK_042398C	"Mildly susceptible to CMV-D2b infection. Curly and clustered upper leaves, chlorosis and necrosis after CMV-D2b infection"	29396140
AT2G21150	SALK_108639	"No circadian period defects in constant darkness, constant light, constant red light, constant blue light or a combination of constant red and blue light."	18515502
AT2G21150	SALK_134513	"2 fold reduction in miR156, 159, 162, 166, 167, and 319) were reduced by ?2-fold in xct-2 relative to wild-type.miR822 is also reduced."	25770820
AT2G21150	SALK_134513	"Short photoperiod both in constant darkness and constant light. Short photoperiod is more severe in darkness than in light. Delayed greening of shoot tissues. Long hypocotyl in red light, but short hypocotyl in white or blue light. Hypersensitive to red light."	18515502
AT2G21150	XCT-1	"Short circadian period both in constant darkness and constant light. Leaf movement rhythms are shortened in constant light. Long hypocotyl in red light, but short hypocotyl in white or blue light. Hypersensitive to red light."	18515502
AT2G21150	cma33	Two fold reduction of the miRNAs amiR-triOX.	25770820
AT2G21170	CS829061	This mutant has no visible phenotypic abnormalities.	20097871
AT2G21170	Salk-022963	This mutant has no visible phenotypic abnormalities.	20097871
AT2G21170	pdtpi	"This mutant is severely stunted in growth. The seeds germinate at a rate comparable to wild type seeds but they begin to show aberrant phenotypes 3 to 4 days post-germination. Their cotyledons are paler and their primary roots are shorter than in wild type seedlings. The mutants have fewer chloroplasts per cell and the chloroplast differentiation seems to be delayed. They have fewer starch granules in their stroma. These mutants grow like wild type seedlings under dark-grown conditions. Light-grown pdtpi mutant tissue has roughly 40% less triose phosphate isomerase activity than comparable wild-type tissue. pdtpi seedlings also have elevated levels of glycerol, glycerol-3-phosphate, and dihydroxyacetone phosphate (DHAP) and reduced levels of glyceraldehyde-3-phosphate. The level of methylglyoxal (MG) is doubled in mutant seedlings. Total lipid content is slightly reduced, but there are notable differences between various lipid components (e.g. MGDG vs. DGDG). Overall the changes in composition indicate an enhancement of the eukaryotic galactolipid biosynthesis pathway and a decrease in the prokaryotic pathway variant. DHAP and MG accumulation in the mutant may be responsible for many of the aberrant phenotypes."	20097871
AT2G21230	SALK_003886	Vegetative phase mutant dkm rosettes are larger and adult dkm plants are taller  than the corresponding wild type. dkm inflorescences contain  fewer flower buds and  stage 18 dkm fruits are longer than wild type fruits.	27402171
AT2G21237	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G21237	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G21237	CS68698	"Very reduced vigor, sensitive to any stress, reduced stature, small curled leaves, perforated gynoecium septum, severe reduction in female fertility, common ovule abnormalities, primary inflorescence usually infertile, fertility only in secondary inflorescences, some reduction in male fertility."	
AT2G21237	CS68701	No visible phenotype.	
AT2G21237	CS68806	No visible phenotype.	
AT2G21240	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G21240	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G21240	CS68698	"Very reduced vigor, sensitive to any stress, reduced stature, small curled leaves, perforated gynoecium septum, severe reduction in female fertility, common ovule abnormalities, primary inflorescence usually infertile, fertility only in secondary inflorescences, some reduction in male fertility."	
AT2G21240	CS68701	No visible phenotype.	
AT2G21240	CS68806	No visible phenotype.	
AT2G21385	bfa3-3	When grown in soil under low light conditions seedling size is reduced 75% of wild type.High NPQ.gH+ is educed to ~50% of wt.	27208269
AT2G21390	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	30514814
AT2G21390	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	
AT2G21410	vha-a2 vha-a3	"No tonoplast V-ATPase activity. Severely reduced rosette size. pH shifted to pH 6.4 in double mutants from 5.9 in WT. Reduced leaf growth under short- and long-day conditions is accompanied by varying  degrees of leaf tip and flower necrosis. Calcium content in leaf extracts of vha-a2 vha-a3 plants grown in soil under LD conditions was >2-fold lower than  in WT plants. In the presence of increasing  external concentrations of NaCl neither growth inhibition nor accumulation of sodium, potassium, and chloride was significantly different from WT."	
	20133698		
AT2G21660	grp7-1	Increased susceptibility to P. syringae infection. Reduced callose deposition suggests defect in innate immune response.	17450127
AT2G21660	grp7-1	Late flowering in both long and short days.	18573194
AT2G21660	grp7-2	Increased susceptibility to P. syringae infection. Reduced callose deposition suggests defect in innate immune response.	
AT2G21660	grp7-KD	"grp7-KD (knock-down) mutants are less-sensitive to osmotic stress based on germination assays, and more sensitive to cold stress based on freezing tolerance analyses, than their wild type counterparts."	18410480
AT2G21660	grp7-KO	"grp7-KO (knock-out) mutants are less-sensitive to osmotic stress based on germination assays, and more sensitive to cold stress based on freezing tolerance analyses, than their wild type counterparts. These mutants also have altered stomatal responses. ABA-induced stomatal closure is decreased, cold-induced stomatal opening is increased, and NaCl and mannitol-induced stomatal closing is increased  in grp7-KO plants relative to wild type. There is no difference in stomatal closing in response to light."	18410480
AT2G21710	CS16044	embryo defective; developmental arrest of mutant embryos	
AT2G21710	CS24081	embryo defective; cotyledon	
AT2G21770	prc1-1 cesa2-1 cesa9-1	"the triple mutant pollen grains are severely deformed, the pollen cell walls are unevenly deposited. The mutant pollen is not fertile."	17878302
AT2G21790	cls8-1	"Homozygous cls8-1 plants had crinkled leaves that showed slight yellowing at 4C  (also apparent under normal growth conditions)  Germination and cotyledon development are indistinguishable from wild type (Columbia), however the first developing true leaves appear bleached. Subsequent leaves emerge curled and ?ruffled?, with bleached edges. The rosette leaves expand some become crinkled and show patches of white or pits on the surface. There is often a degree of asymmetry along the axis of the main vein, with one half of the leaf failing to fully expand. The bleaching is localized to the petiole and the base of the leaf, and extends along the edges of the leaf. As they continue to expand, the leaves become greener, although the crinkling remains. Following bolting, the  cauline leaves show similar characteristics to rosette leaves.  Flowers produced by cls8-1 plants can be asymmetrical and the petals crinkled in appearance. Siliques grow  to a normal size, but are slightly pale in colour with patches of white, and exhibit ?pits? like those present on the leaves.  Root growth is reduced in cls8-1 compared with wild type by approximately 20%."	17346262
AT2G21790	cls8-2	"dominant mutation, Cotyledons of heterozygous plants were pale and showed areas of bleaching. Homozygous plants had bleached cotyledons and, at most, produced two to four bleached leaves."	
	17346262		
AT2G21790	cls8-3	"recessive mutant, Leads to a moderately pale leaf phenotype. The cotyledons of these plants are green and indistinguishable from those of wild-type seedlings"	
	17346262		
AT2G22010	rkp-1	"There are no obvious growth defects observed in the rkp-1 mutant. However, a KRP1:GUS reporter protein is stabilized in the mutant, supporting the theory that RKP can promote the degradation of KRP1."	
AT2G22080	35S::AT2G22080	early flowering in short days	18614705
AT2G22125	pom2-1	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
AT2G22125	pom2-1	Extremely low fertility.	7743935
AT2G22125	pom2-1	Reduced filament elongation as well as thickening of the style.	7743935
AT2G22125	pom2-2	Extremely low fertility.	7743935
AT2G22125	pom2-2	Reduced filament elongation as well as thickening of the style.	7743935
AT2G22300	CS71604	Very small plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT2G22300	CS71605	Small plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT2G22300	CS71606	Tiny plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C.	
AT2G22300	CS71607	No visible phenotype.	
AT2G22300	CS71608	CAMTA3 (S454A/S964A) protein variant partially represses the camta2 camta3 double mutant phenotypes. Small plants. Elevated salicylic acid (SA) biosynthesis and expression of SA pathway genes.	
AT2G22300	CS71609	CAMTA3 (S454A/S964A) protein variant partially represses the camta2 camta3 double mutant phenotypes. Small plants. Elevated salicylic acid (SA) biosynthesis and expression of SA pathway genes.	
AT2G22300	CS71610	No visible phenotype.	
AT2G22300	CS71611	No visible phenotype.	
AT2G22300	CS71612	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT2G22300	CS71613	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT2G22300	CS71614	"CAMTA3 (K907E) protein variant does not repress the elevated expression of salicylic acid (SA) pathway genes in the camta2 camta3 double mutant, and only marginally represses the elevated SA biosynthesis and small stature phenotypes of the camta2 camta3 double mutant."	
AT2G22300	CS71615	"CAMTA3 (K907E) protein variant does not repress the elevated expression of salicylic acid (SA) pathway genes in the camta2 camta3 double mutant, and only marginally represses the elevated SA biosynthesis and small stature phenotypes of the camta2 camta3 double mutant."	
AT2G22300	CS71616	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT2G22300	CS71617	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT2G22300	CS71618	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT2G22300	camta1/2/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT2G22300	camta1/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT2G22300	camta2/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT2G22300	camta3-1	Forms chlorotic lesions on leaf lamina. Enhanced resistance to bacterial and fungal pathogens.	18298954
AT2G22300	camta3-1	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT2G22310	CS860085	No visible phenotype.	
AT2G22330	cyp79B2 cyp79B3 (AKF)	"Subtle growth phenotypes under normal culture conditions: double mutant plants have slightly shorter petioles and smaller leaves, which would be expected if the double mutant produces less IAA."	12464638
AT2G22330	cyp79B2 cyp79B3 (SALK)	"At 21°C, there was no significant difference between the double mutant and wild type; however, at 26°C, there was significantly less free IAA in cyp79B2 cyp79B3 relative to Col-0. In addition, the cyp79B3 mutant showed a modest decrease in free IAA compared with Col-0 at 26°C."	12464638
AT2G22330	cyp79B2 cyp79B3 (SALK)	"Following <i>P. syringae</i> infection,  camalexin in the double mutant was undetectable. Similar results were observed following <i>A. brassicicola</i> infection."	17573535
AT2G22330	cyp79B2 cyp79B3 (SALK)	Indole-3-acetonitrile (IAN) treatment restored camalexin synthesis in cyp79B2 cyp79B3 plants that are unable to produce camalexin due to failure to synthesize indole-3-acetaldoxime (IAOx).	17573535
AT2G22330	cyp79B2 cyp79B3 (SALK)	"Subtle growth phenotypes under normal culture conditions: double mutant plants have slightly shorter petioles and smaller leaves, which would be expected if the double mutant produces less IAA."	12464638
AT2G22330	cyp79B2 cyp79B3 (SALK)	The double mutant was as susceptible to <i>A. brassicicola</i> as pad3-1 and cyp71A13 mutants.	
	17573535		
AT2G22330	cyp79B2 cyp79B3 (SALK)	"The hypocotyl length of the double mutant grown at 26°C was ~50% of the length of the wild type grown under the same conditions. This reduction in hypocotyl length likely correlates with decreased levels of endogenous-free IAA. Adult cyp79B2 cyp79B3 plants are also sensitive to temperature changes. cyp79B2 cyp79B3 grown at 19°C has much smaller, slightly curled leaves that are characteristic of known IAA-resistant mutants."	
	12464638		
AT2G22330	cyp79B2 cyp79B3 (SALK)	"Wild-type plants were minimally sensitive to 5 &#956;M 5-methyltryptophan (5MT), whereas the double mutant was extremely sensitive to this concentration of 5MT and appears at least threefold more sensitive to 5MT than to wild type."	12464638
AT2G22330	cyp79B3 (AKF)	No visible phenotype.	12464638
AT2G22330	cyp79B3 (SALK)	"Following <i>P. syringae</i> infection, camalexin levels in cyp79B3 were indistinguishable from that of the wild type."	
	17573535		
AT2G22330	cyp79B3 (SALK)	No visible phenotype.	12464638
AT2G22370	SALK_027178C	Resistant to infection by F. oxysporum. Strong delay in flowering time.	28441405
AT2G22400	CS24063	pigment defective	
AT2G22420	prx17-1	Displays a delay in bolting and elongation of inflorescence stems compared to wild type.	27513887
AT2G22540	agl24-2 svp-41	"Frequently (70% of double mutant flowers) sepals were fused and they showed carpelloid features, including stigmatic papillae and multiple ovules developed along the margin of each organ."	16679456
AT2G22540	agl24-2 svp-41	The double mutant has the same flowering time as the svp single mutant.	16679456
AT2G22540	agl24-2 svp-41	"Under standard growing conditions (22°C), only the first three flowers of the double mutant were affected. These flowers had a reduced number of organs. In particular, this reduction concerned the second and third floral whorls that produced three petals and five stamens, whereas wild-type Arabidopsis thaliana flowers have four petals and six stamens. Furthermore, some flowers showed homeotic conversion of sepals into petaloid organs."	
	16679456		
AT2G22540	agl24-2 svp-41	"When double mutant plants were grown at a higher temperature (>30°C), almost all flowers (90%) were severely affected in contrast with wild-type and single mutant plants that showed no floral phenotype. The double mutant flowers exhibited variable floral defects, and all produced a reduced number of organs."	16679456
AT2G22540	ap1-10 agl24-2 svp-41	"The triple mutant displayed proliferating inflorescence meristems in positions that would normally be occupied by flowers. This phenotype is very similar to the ap1-1 cal-1 double mutant phenotype. However, the mutant formed a few flower meristems that produced  stamens and carpels. The triple mutant also showed increased levels of the FUL mRNA in the inflorescences  when compared with wild-type (five-fold) and the ap1-1 cal double mutant (two-fold)."	18694458
AT2G22540	ap1-12 agl24-2 svp-41	"Unlike the agl24-2 svp-41 double mutant, where severe phenotypes similar to the lug mutant were only observed when plants were grown at 30°C, in the ap1-12 agl24-2 svp-41 triple mutant, severe lug-type phenotypes were observed under normal growing conditions (22°C)."	
	16679456		
AT2G22540	svp-31	"Early flowering, especially at 16 degrees C.  Almost identical flowering times at 23 degrees C and 16 degrees C, suggesting in insensitivity to changes in ambient growth temperature."	17322399
AT2G22540	svp-32	"Early flowering, especially at 16 degrees C.  Almost identical flowering times at 23 degrees C and 16 degrees C, suggesting in insensitivity to changes in ambient growth temperature."	17322399
AT2G22540	svp-41	Recessive mutants have early flowering phenotype. In long days (16 hours) flowers after about 10 leaves as compared to Col siblings which flower after 15 leaves. Truncates vegetative phase. Makes trichomes early.	10758486
AT2G22630	agl17-1	Late flowering under long days.Average of 15-16 rosette leaves produced before flowering compared to average of 10 for normal siblings.	18363787
AT2G22630	agl17-2	Late flowering under long days.Average of 15-16 rosette leaves produced before flowering compared to average of 10 for normal siblings.	18363787
AT2G22640	CS86554	alterations in F-actin organization in expanding trichomes	16481352
AT2G22640	brk1;arp2	alterations in F-actin organization in expanding trichomes	16481352
AT2G22650	SALK_079708C	Sensitive to osmotic stress. Plants have reduced germination when grown on 4% mannitol or sorbitol. Germination is reduced to 12% when grown on 7% sorbitol.	
AT2G22660	SALK_079708C	Sensitive to osmotic stress. Plants have reduced germination when grown on 4% mannitol or sorbitol. Germination is reduced to 12% when grown on 7% sorbitol.	
AT2G22670	CS25210	No visible phenotype.	
AT2G22670	CS25223	No visible phenotype.	
AT2G22770	CS69075	ER bodies are hardly detected in seedlings and roots.	
AT2G22770	N397417	growth of mutants is not promoted by the endophytic fungus Piriformospora indica	
AT2G22780	CS799960	Requires sucrose for germination and establishment	
AT2G22780	CS799962	Requires sucrose for germination and establishment; Mild photorespiration phenotype	
AT2G22780	pmdh1	"some reduction in growth rate in the dark, resulting in shorter hypocotyls in pmdh1, 1% sucrose rescued the mutant phenotype"	17376163
AT2G22780	pmdh1pmdh2	"Some reduction in growth rate in the dark, resulting in shorter hypocotyls in the pmdh1pmdh2 double mutant. The double mutant germinated, but seedling growth was arrested unless exogenous sucrose was provided, however even then the double mutant remained appreciably smaller than the wild type"	
	17376163		
AT2G22810	CS16566	"decreased hypocotyl length in etiolated seedlings, enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height , increased ethylene production"	
AT2G22810	CS16574	no dramatic change in phenotype	
AT2G22810	CS16578	increased plant height	
AT2G22810	CS16583	increased plant height	
AT2G22810	CS16588	no dramatic change in phenotype	
AT2G22810	CS16589	no dramatic change in phenotype	
AT2G22810	CS16590	no dramatic change in phenotype	
AT2G22810	CS16591	increased plant height	
AT2G22810	CS16597	no dramatic change in phenotype	
AT2G22810	CS16598	no dramatic change in phenotype	
AT2G22810	CS16599	no dramatic change in phenotype	
AT2G22810	CS16601	no dramatic change in phenotype	
AT2G22810	CS16602	no dramatic change in phenotype	
AT2G22810	CS16603	no dramatic change in phenotype	
AT2G22810	CS16604	no dramatic change in phenotype	
AT2G22810	CS16610	no dramatic change in phenotype	
AT2G22810	CS16611	no dramatic change in phenotype	
AT2G22810	CS16612	no dramatic change in phenotype	
AT2G22810	CS16613	no dramatic change in phenotype	
AT2G22810	CS16619	no dramatic change in phenotype	
AT2G22810	CS16620	no dramatic change in phenotype	
AT2G22810	CS16621	no dramatic change in phenotype	
AT2G22810	CS16622	no dramatic change in phenotype	
AT2G22810	CS16623	no dramatic change in phenotype	
AT2G22810	CS16626	no dramatic change in phenotype	
AT2G22810	CS16627	no dramatic change in phenotype	
AT2G22810	CS16628	no dramatic change in phenotype	
AT2G22810	CS16629	no dramatic change in phenotype	
AT2G22810	CS16630	no dramatic change in phenotype	
AT2G22810	CS16631	no dramatic change in phenotype	
AT2G22810	CS16634	no dramatic change in phenotype	
AT2G22810	CS16635	no dramatic change in phenotype	
AT2G22810	CS16636	no dramatic change in phenotype	
AT2G22810	CS16637	no dramatic change in phenotype	
AT2G22810	CS16638	no dramatic change in phenotype	
AT2G22810	CS16641	no dramatic change in phenotype	
AT2G22810	CS16642	no dramatic change in phenotype	
AT2G22810	CS16643	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT2G22810	CS16644	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT2G22810	CS16645	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT2G22810	CS16646	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT2G22810	CS16647	phenotype not determined	
AT2G22810	CS16648	phenotype not determined	
AT2G22810	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT2G22810	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT2G22810	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT2G22870	CS24337	embryo defective; developmental arrest of mutant embryos occurs at transition stage.	
AT2G22870	CS24338	pigment defective.	
AT2G22900	CS2106373	"Compact seed mucilage capsule, reduced galactoglucomannan content"	
AT2G22900	CS2106374	"Compact seed mucilage capsule, reduced galactoglucomannan content"	
AT2G22900	CS2106375	"Compact seed mucilage capsule, reduced galactoglucomannan content"	
AT2G22900	CS2106380	"Compact seed mucilage capsule, reduced galactoglucomannan content; similar mucilage defects to the muci10-2 single mutant"	
AT2G22990	CS3737	accumulates sinapoylglucose in its leaf tissue instead of sinapoylmalate.	
AT2G23070	CS67784	No visible phenotype.	
AT2G23070	CS67785	Delayed flowering under long days.	
AT2G23070	CS67786	Delayed flowering under long days. Longer period length of circadian rhythms under constant light conditions.	
AT2G23080	CS67784	No visible phenotype.	
AT2G23080	CS67785	Delayed flowering under long days.	
AT2G23080	CS67786	Delayed flowering under long days. Longer period length of circadian rhythms under constant light conditions.	
AT2G23130	 SALK_101062 homo	No visible phenotype.	17217456
AT2G23140	SALK_108269C	"Reduced fertility, male sterile due to defects in tapetum development."	23398263
AT2G23140	fc2-1/pub4-6	Seedlings green normally when exposed to 4 hour light cycle. Plants still produce ROS and chloroplasts look abnormal but do not degrade.	26494759
AT2G23140	pub4-6	Plants are stunted when grown in short days(8 hrs light). pub4-6 plants also accumulate more chloroplasts/cell area and chlorophyll.	26494759
AT2G23150	atnramp3 atnramp4	"No visible phenotype when grown on regular soil in greenhouse. On agar medium under low Fe supply, germination was arrested during first four days. This phenotype was transient, since seedlings recovered and cotyledons regained green color. When grown on calcareous soil, double mutant seedlings did not green and appeared bleached after 6 days, and very few seedlings survived beyond seedling stage, with early lethality over 90% (in Fe restrictive alkaline soil conditions)."	16270029
AT2G23150	atnramp3-1	"No obvious phenotype, when grown on soil in the greenhouse or in vitro on a solid medium with complete nutrients. In addition, no obvious difference in the level of chlorosis was observed under Fe starvation between mutant plants and wild type."	16270029
AT2G23350	CS8175	No visible phenotype.	
AT2G23350	CS8177	Serrated-dentated leaf margins; delayed flowering; increased width and size of siliques; reduced inflorescence length (stunted).	
AT2G23350	CS8178	No visible phenotype.	
AT2G23380	CS290	"small rosette,  fewer leaves than wild type; leaves pointed; leaf margins rolled up; dwarf; perhaps early flowering; sensitive to temperature and daylength; pleiotropic effects on leaf and floral morphology"	
AT2G23380	CS869728	Small rosettes with small and narrow leaves and elongated petioles; later leaves have leaf margins serrated and are hyponastic; early flowering; thin stems; short plants; average height = 23cm.	
AT2G23380	CS8853	Curling of both rosette and cauline leaves and reduction in petal size in the second whorl.	
	16412084		
AT2G23380	CS8853	strong allele; pleiotropic effects on leaf and flower morphology and on flowering time; short and early flowering plants (effect is more severe under short days than long days); blades of leaves narrow and curled upward along the longitudinal axis of the leaf; sepals fail to enclose the floral buds; petals are often smaller and narrower than in wt; homeotic transformations of sepals to carpels and petals to stamens.	
AT2G23380	agl19-1 clf-29	"clf leaf phenotype, but partially suppressed the early flowering phenotype."	16778081
AT2G23380	clf-2 rbe-3	The enhancement of the second-whorl phenotypes in these double mutants resulted from AG misexpression.	16412084
AT2G23380	clf-2 rbe-3	"leaf curling similar to that in clf-2. Both clf-2 and clf-2 rbe-3 produced an average of 4.0 second-whorl organs per flower. In clf-2 mutants these were almost exclusively small petals whereas the average number of small petals in clf-2 rbe-3 was 1.37. Second-whorl petals were most often replaced by spoonshaped petals, staminoid petals, petaloid stamens or stamens."	
	16412084		
AT2G23380	icu11-1 clf-2	"strong reduction in body size, extremely involute leaves"	29915151
AT2G23380	ring1a/ring1b/clf-26	"lants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested. Cotyledons are relatively well expanded.Enhanced de-repression of KNOX gene expression."	19097900
AT2G23380	ult1-3 clf-2	clf-2 phenotype is rescued by ult1-3 allele.	19952107
AT2G23460	CS93681	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT2G23740	CS69982	Delayed flowering and reduced root growth.	
AT2G23740	CS69983	Delayed flowering and reduced root growth. Reduction in RNA-directed DNA methylation.	
AT2G23760	CS16377	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT2G23760	CS16378	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT2G23760	CS16379	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT2G23760	saw1-1/saw2-1	Serrated leaves	
AT2G23780	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	30514814
AT2G23780	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	
AT2G23980	CS69967	Guard cells exhibit dramatically impaired cyclic GMP (cGMP)-activated currents.	
AT2G24050	i4g1/i4g2	"Double mutant i4g1/i4g2 knockout plants show reduced germination rates, slow growth rates, moderate chlorosis, impaired fertility and reduced long term seed viability. Double mutant plants also exhibit altered responses to dehydration, salinity, and heat stress. The i4g2 and i4g1/i4g2 double mutant has reduced amounts of chlorophyll a and b suggesting a role in the expression of chloroplast proteins. General protein synthesis did not appear to be affected as the levels of gross protein expression did not appear to change in the mutants."	20694742
AT2G24060	svr9-1 / svr9-1	"young and emerging leaf tissues diplayed pronounced chlorosis while these yellow tissues gradually turned green as mutant leaves matured, mutants also have a series of leaf developmental abnormalities including more serrated leaf margin, disorganized mesophyll cells, and altered cotyledon venation patterns; and disturbed auxin homeostasis."	27535792
AT2G24260	CS67757	"A high frequency of branched root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT2G24260	drop1 drop2	"Pollen tubes lack sperm cells. Pollen grains are capable of germinating, tubes can grow and respond to female signals during the early stages of journey toward the ovule, and can rupture after entering the ovule."	28585562
AT2G24270	np-gapdh	"Abortion of the first 3-4 basal siliques. However, other non-aborting siliques are similar to those of wildtype."	16927206
AT2G24270	np-gapdh	"Delay in growth when grown under normal conditions. No significant morphological differences in leaves, roots, stems and flowers between mutant and wildtype."	16927206
AT2G24270	np-gapdh	"Higher levels of superoxide (reactive oxygen species) production were observed, particularly in trichomes. This corrolates with the induction, in the mutant, of three genes known to be involved in stress responses."	16927206
AT2G24270	np-gapdh	Increase of about 40% of NADPH levels.	16927206
AT2G24270	np-gapdh	Normal fertility compared to wildtype.	16927206
AT2G24270	np-gapdh	The rate of CO2 assimilation per unit leaf area is decreased about 40% compared to wildtype plants.	16927206
AT2G24360	SALK_105195C	Mutant seedlings have enhanced post germination growth arrest when grown under salt stress conditions.	29575093
AT2G24360	SALK_105195C	Reduced levels of oil body protein phosphorylation and reduced levels of triacylglyceride in oil bodies.	29348626
AT2G24360	SALK_120808C	Mutant seedlings have enhanced post germination growth arrest when grown under salt stress conditions.	29575093
AT2G24360	SALK_120808C	Reduced levels of oil body protein phosphorylation and reduced levels of triacylglyceride in oil bodies.	29348626
AT2G24360	raf22 raf28	embryo lethality in the homozygous double mutant background	30101424
AT2G24360	raf22 raf28	presence of arrested and defective embryos in the heterozygous double mutant background	30101424
AT2G24490	ror1-1 ros1-1	"Increased sensitivity to DNA damage,decreased gene silencing as measured by expression of reporter genes, small plants, decreased trichome number, early flowering in long days,decreased cell division, short roots."	16326925
AT2G24640	CS860109	"Embryo defective, lethal; developmental arrest of embryos occur at the globular stage."	
AT2G24640	CS860110	No visible phenotype.	
AT2G24790	col3	"Mutant plants have longer hypocotyls in red  light and in short days. Unlike constans, the col3 mutant flowers early and shows a reduced number of lateral branches in  short days. The mutant also exhibits reduced formation of lateral roots. The col3 mutation partially suppresses the cop1 and  deetiolated1 (det1) mutations in the dark"	16339850
AT2G24840	agl61-1/+	"Reduced transmission through female gametophyte. 50% of ovules show defects in central cell development. Central cells are reduced in size and nuclei are displaced. Post-fertilization, 50% of seeds abort early. In those aborted seeds the endosperm is morphologically abnormal."	18599653
AT2G25000	wrky18 wrky40 wrky60	Ninefold reduction in the growth of the bacterial pathogen PstDC3000. extensive chlorosis. more susceptible to the fungal pathogen B. cinerea than the double mutants.	16603654
AT2G25000	wrky18-1 wrky40 wrky60-1	Mutant is almost fully resistant to the virulent powdery mildew <i>Golovinomyces orontii</i>.	17185563
AT2G25000	wrky18-1 wrky60-1	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT2G25000	wrky40 wrky60	little reduction in the growth of the bacterial pathogen PstDC3000	16603654
AT2G25000	wrky40 wrky60-1	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT2G25000	wrky60-1	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT2G25000	wrky60-1	no reduction in the growth of the bacterial pathogen PstDC3000.	16603654
AT2G25010	CS480597	"Seedling primary roots are short, agravitropic and the RAM is reduced in size. Shoot defects include delayed leaf initiation,bushy inflorescence, and sectoring. In the root, there is increased cell death and abnormal pattering."	24635680
AT2G25095	CS71699	Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes.	
AT2G25095	CS71702	Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes.	
AT2G25095	CS71703	"Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3 and 5."	
AT2G25095	CS71704	"Reduced angle of leaf base in leaves 1, 3 and 5."	
AT2G25095	CS71708	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT2G25095	CS71709	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT2G25095	CS71710	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT2G25095	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT2G25110	SALK_141321	enhanced disease susceptibility to bacteria and fungi	19763086
AT2G25170	CS3866	"increased sensitivity to cytokinin, callus growth in tissue culture exhibit typical cytokinin responses including rapid proliferation and chloroplast development in response to lower levels of cytokinins than in the wild type; short inflorescences and primary roots when grown in soil."	
AT2G25170	CS3966	no morphological visible phenotype observed	
AT2G25170	CS3967	no morphological visible phenotype observed	
AT2G25170	CS3968	no morphological visible phenotype observed	
AT2G25170	pkl-1	"Chlorotic under cold stress, increased electrolyte leakage after freezing treatment, decreased cotyledon greening rate and reduced primary root elongation under high salinity."	31354770
AT2G25180	CS39991	Reduced sensitivity to cytokinin inhibition of primary root and hypocotyl growth.	
AT2G25180	CS39992	Almost complete loss of sensitivity to cytokinin inhibition of primary root and hypocotyl growth; Premature termination of primary root growth; Altered vascular morphogenesis; Reduced stature; Increased light sensitivity; Altered chlorophyll content. 	
AT2G25180	CS66983	Reduced  root  insensitivity to cytokinin.	
AT2G25180	CS6978	"Mutant root meristems are larger than those of wild type already at 2 dpg, but they stopped growing after reaching a fixed number of cells at 5 dpg."	17363254
AT2G25180	CS6978	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT2G25180	CS6981	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT2G25180	CS6983	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT2G25180	CS6985	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT2G25180	CS6986	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT2G25180	CS69876	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT2G25180	CS69877	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT2G25180	CS69878	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT2G25180	CS69879	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT2G25180	ahk3-3 arr12-2	The root-meristem size of the double mutant was indistinguishable from that of the ahk3 mutant.	17363254
AT2G25180	arr1-3 arr10-5 arr12-1	Higher levels of anthocyanins than WT under both drought and well- watered control conditions.	26884175
AT2G25180	arr1-3 arr10-5 arr12-1	"The triple mutant showed enhanced drought tolerance versus WT plants, enhanced cell membrane integrity, increased anthocyanin biosynthesis, abscisic acid (ABA) hypersensitivity, and reduced stomatal aperture, but not to altered stomatal density."	26884175
AT2G25180	arr1-3 arr10-5 arr12-1	severe primary root abnormalities; premature termination of primary root growth; substantially reduced sensitivity to cytokinin in the hypocotyl growth response assay; smaller rosette diameter; altered chlorophyll and anthocyanin production.	18723577
AT2G25180	arr1-4 arr12-2	The development and size of the double mutant root meristems were comparable to those of ahk3-3 meristems.	
	17363254		
AT2G25180	arr12-2	"Mutant root meristems are larger than those of wild type already at 2 dpg, but they stopped growing after reaching a fixed number of cells at 5 dpg."	17363254
AT2G25440	CS65454	No visible phenotype.	
AT2G25470	CS65455	No visible phenotype.	
AT2G25490	ebf1-1	Flowering of the mutant is not significantly delayed.	17389366
AT2G25490	ebf1-1	"The mutants were indistinguishable from wild-type under normal growth conditions. However, when germinated in the dark, all three mutant alleles showed a slightly exaggerated response to ACC. Nevertheless, striking developmental alterations resembling those of the ctr1 mutants were observed."	14675533
AT2G25490	ebf1-1 ebf2-1	Double mutants exhibits a clearly detectable delay in bolting time: plants had still not bolted by ~25 days after the mean bolting time of WT in LDs.	17389366
AT2G25490	ebf1-1 ebf2-1	GA treatment did not restore a normal growth phenotype or floral transition to double mutant plants grown in SDs.	
	17389366		
AT2G25490	ebf1-1 ebf2-1	"The double mutant is still responsive to ethylene. Moreover, inhibitors of ethylene perception or biosynthesis including AgNO3 and aminoethoxyvinyl glycine (AVG) could not suppress the constitutive triple response (ctr1)."	14675533
AT2G25490	ebf1-1 ebf2-1	"The mutant shows dwarfed growth, supernumerary epinastically curled leaves, early senescence, and abnormal flowers with the gynoecium protruding from the unopened floral buds. However, the phenotypes seen in double mutant plants are more severe than those seen in ctr1. This becomes apparent at about two weeks after germination, except for the reduced root growth, which is already obvious at three days after germination. Moreover, unlike the ctr1 mutation that has a reduced transmission of the ctr1 allele relative to wild-type and infertile early flowers, the double mutants have a greatly reduced fertility but can readily be pollinated with wild-type pollen."	14675533
AT2G25490	ebf1-1 ebf2-1	"When germinated in the dark, the mutant display a ctr1-like phenotype (short hypocotyls, short roots, and exaggerated apical hooks)."	14675533
AT2G25490	ebf1-1 ebf2-1	"When grown in the light, the double mutants display slightly longer hypocotyls, curled unexpanded cotyledons, and short and thicker roots with ectopic root hairs, similar to the ctr1 mutant. Moreover, the average area of the leaf epidermal cells was reduced 5-fold compared to wild type."	14675533
AT2G25490	ebf1-2	"The mutants were indistinguishable from wild-type under normal growth conditions. However, when germinated in the dark, all three mutant alleles showed a slightly exaggerated response to ACC. Nevertheless, striking developmental alterations resembling those of the ctr1 mutants were observed."	14675533
AT2G25490	ebf1-2 ebf2-1	"ctr1-like phenotype (short hypocotyls, short roots, and exaggerated apical hooks)."	14675533
AT2G25490	ebf1-3 ebf2-3	Strong growth arrest following germination even in the absence of ethylene. Plants fail to develop true leaves.	17307926
AT2G25490	ebf1-3 ebf2-3 eil1-3	Modest rescue of the ebf1-3 ebf2-3 phenotype. Seedlings continue grow and develop at a slow pace after germination. Cotyledons partially expanded and turned pale green. Stunted root densely covered with root hair. Plants never flowered or set seeds.	17307926
AT2G25490	ebf1-3 ebf2-3 ein3-1	More dramatic rescue of the ebf1-3 ebf2-3 phenotype. Seedlings grow rapidly after germination and eventually developed large rosette of true leaves. However the leaves are epinastic with elongated petioles and small leaf blades. Produced fertile but shorter flowers and viable seeds.	17307926
AT2G25490	ebf1-3 ebf2-3 ein3-1 eil1-3	Almost complete rescue of the ebf1-3 ebf2-3 phenotype. Plants are phenotypically indistinguishable from the wild type.	17307926
AT2G25600	spik	Impaired pollen-tube growth	
AT2G25630	CS65839	No visible phenotype.	
AT2G25660	CS24082	embryo defective; globular	
AT2G25660	CS24083	embryo defective; globular	
AT2G25660	SALK_048770	A quarter of the seeds of heterozygous plants are albino or shrunken; embryonic lethality.	30464337
AT2G25680	CS66074	No visible phenotype. Mutant root and shoot molybdenum content is lower than Col-0.	
AT2G25680	CS859718	"molybdate concentrations in shoot and root were reduced to 10% and 20%, respectively, of that in the wild type. Shoot and root growth under Mo-limiting condition was reduced to 35% and 70%, respectively."	18003916
AT2G25760	CS71657	Reduced seed production.	
AT2G25760	CS71658	Reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production.	
AT2G25760	CS71660	"Strongly reduced light-induced endogenous PIF3 mobility shift and degradation, and reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production."	
AT2G25760	ael123	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT2G25760	ael124	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT2G25760	ael134	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT2G25840	SALK_042930	"In heterozygous plants, 26% of ovules are aborted, compared to 7% of ovules in wild type siblings."	16297076
AT2G25870	atybeY-2	Exhibit pale-green cotyledons and true leaves and grow more slowly under greenhouse conditions. Total chlorophyll content and levels of chlorophyll a and b are significantly reduced.	25810095
AT2G25930	CS3787	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction; lacks trichomes on stems and leaves, some trichomes in leaf margins."	8893545
AT2G25930	CS3788	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction; lacks trichomes on stems and leaves, some trichomes in leaf margins."	8893545
AT2G25930	CS3789	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction.	8893545
AT2G25930	CS3790	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction.	8893545
AT2G25930	CS3791	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; lacks trichomes on stems and leaves, some trichomes in leaf margins."	11402160
AT2G25930	CS3792	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings.	11402160
AT2G25930	CS3793	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings.	11402160
AT2G25930	CS3794	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings.	11402160
AT2G25930	CS3795	early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings.	11402160
AT2G25930	CS72240	"Early flowering, long hypocotyl."	
AT2G25930	CS72241	"Early flowering, long hypocotyl."	
AT2G25930	CS72242	"Early flowering, long hypocotyl."	
AT2G25940	CS67914	No visible phenotype.	
AT2G25940	CS67918	Suppressed fumonisin B1-induced lesion formation compared to wild type. Has greater suppression than the gammavpe-1 single mutant.	
AT2G26000	SALK_094761C	"growth arrest (embryos are slow to emerge from the seed coat; after emergence, the embryos remain white with unexpanded cotyledons even after twelve days on GM media)"	20810661
AT2G26000	SALK_151060	"growth arrest (embryos are slow to emerge from the seed coat; after emergence, the embryos remain white with unexpanded cotyledons even after twelve days on GM media)"	20810661
AT2G26060	CS24064	embryo defective; preglobular	
AT2G26070	rte1-2	Enhanced ethylene-response.  Largely phenocopies the etr1-7 null mutant.	16682642
AT2G26070	rte1-2 etr1-2	Weak ethylene-insensitivity of etr1-2 is suppressed by rte1-2.  Ethylene responses are similar to those of the wild type.	16682642
AT2G26080	Atgldp1-1 ATGLDP2:Atgldp2-2	No visible phenotype.	17496108
AT2G26080	Atgldp1-1 Atgldp2-2	"Typically, do not survive for longer than 3-4 weeks even under the non-photorespiratory growth conditions of 0.9% CO2 in combination with low light intensity."	17496108
AT2G26080	Atgldp1-1 Atgldp2-2	"When germinated on MS medium in a CO2 concentration close to 1% in combination with moderate light intensity. Under these conditions, which very strongly suppress 2-phosphoglycolate synthesis by Rubisco, several very small plants with whitish leaves and a growth arrest at the cotyledon stage segregated. Shadowing by leaves of neighbouring plants resulted in minor chlorophyll biosynthesis, but growth was not significantly improved."	17496108
AT2G26080	Atgldp2-1	No visible phenotype.	17496108
AT2G26080	Atgldp2-2	No visible phenotype.	17496108
AT2G26140	SALK_035107	"Homozygous mutants of ftsh4-1 show increased meristem determinacy when plants are grown at 30C. Inflorescences terminate with single flower, the cauline leaves dry at the ends."	27321362
AT2G26170	CS9564	increased rosette axillary branches	
AT2G26170	max1-3	"Mutant plants displayed increased number of axillary branches, rounder rosette leaves, smaller rosette diameter, and reduced stature; this phenotype is similar to those of the other recessive axillary bud outgrowth max mutants of Arabidopsis."	16387852
AT2G26190	CS2103846	Decreased sensitivity to ABA during germination. Reduced effect of ABA mediated inhibition.	29951071
AT2G26190	SALK_101914	Decreased sensitivity to ABA during germination. Reduced effect of ABA mediated inhibition.	29951071
AT2G26250	fdh	"Organ fusion, altered trichomes"	
AT2G26300	CS3910	Plants homozygous for G&#945; allele gpa1-1 are less sensitive to O3 damage than wildtype Ws but more sensitive than Col-0.	15705948
AT2G26300	CS3910	"Reduced cell division  throughout development; increase in cell expansion compensates the reduction in cell division; light-grown plants exhibit a rotundifolia-like leaf shape (round leaves); dark-grown seedlings have short hypocotyls (because of a reduced number of elongated cells) and open hooks typical of light-irradiated seedlings; roots and cotyledons have the appearance of dark-grown wild type; reduced brassinolide responsiveness; stomatal opening is insensitive to inhibition by ABA, and the rate of water loss is greater than from wild type."	11408654
AT2G26300	CS3911	Plants homozygous for G&#945; allele gpa1-2 are less sensitive to O3 damage than wildtype Ws but more sensitive than Col-0.	15705948
AT2G26300	CS3911	"Reduced cell division  throughout development; increase in cell expansion compensates the reduction in cell division; light-grown plants exhibit a rotundifolia-like leaf shape (round leaves); dark-grown seedlings have short hypocotyls (because of a reduced number of elongated cells) and open hooks typical of light-irradiated seedlings; roots and cotyledons have the appearance of dark-grown wild type; reduced brassinolide responsiveness; stomatal opening is insensitive to inhibition by ABA, and the rate of water loss is greater than from wild type."	11408654
AT2G26300	CS6533	"Reduced control of cell division throughout development; fewer cells in many organs; decreased root mass compared to wild type (fewer lateral roots); roots and cotyledons have the appearance of dark-grown wild type; light-grown plants exhibit a rotundifolia-like leaf shape (round leaves); blunt siliques; decreased apical dominance relative to wild type; dark-grown seedlings have short hypocotyls (because of a reduced number of elongated cells) and open hooks typical of light-irradiated seedlings; altered ABA, auxin and sugar sensing; kannamycin resistant or silenced."	
AT2G26300	CS6534	show less sensitivity to ozone damage than wild-type Col-0 plants.	15705948
AT2G26300	CS6535	Similar to the agb1-2 single mutant in resistance to tunicamycin.	17360436
AT2G26300	CS6535	"gpa1-4, agb1-2 double mutant; kanamycin resistant or silenced."	
AT2G26300	CS68712	"Increased lateral root formation. Increased root elongation rate, cortical root cell length and cell production rate in the primary root than the wildtype."	
AT2G26300	CS68713	"Increased lateral root formation. Increased root elongation rate, cortical root cell length and cell production rate in the primary root than the wildtype."	
AT2G26300	CS859992	No visible phenotype.	
AT2G26300	gpa1-4	ABA-inhibition of stomatal opening reduced.	18541915
AT2G26300	grc2-1 gpa1-2	The defect exhibited by the double mutant in ABA-induced stomatal closure was similar to that exhibited by both single mutants.	
	17347412		
AT2G26330	CS163	"narrow leaves; relatively small plants with slender appearance; isogenic for marker loci tested with the Landsberg erecta line (CS20), which is used as a background for many mutants; homozygous for wild-type allele of ER, erecta locus (derived from CS3177)."	
AT2G26330	CS1642	"round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tip, short and upright stems, compact inflorescence; height = 20-25 cm."	
AT2G26330	CS20	"round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tip, short and upright stems, compact inflorescence, carries erecta gene; height = 20-25 cm."	
AT2G26330	CS22618	"Medium size rosettes, leaves with rounded tips and short petioles, leaf margins smooth, intermediate flowering time, flowers with short pedicels are clustered at the top of the inflorescence, short and wide siliques with blunt tips, short and compact inflorescence with upright stems,  height = 20-25 cm."	
AT2G26330	CS24596	"round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tip, short and upright stems, compact inflorescence, carries erecta gene; height = 20-25 cm"	
AT2G26330	CS28445	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 26 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 28 cm. 	
AT2G26330	CS28446	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 26 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 30 cm. 	
AT2G26330	CS28447	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 26 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 30 cm. 	
AT2G26330	CS28448	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 27 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 30 cm. 	
AT2G26330	CS28449	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 27 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 32 cm. 	
AT2G26330	CS28450	Medium rosette; round leaves with short petioles; leaf margins almost smooth; observed flowering time was 26 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tips; short and upright stems; short internodes; compact inflorescence; average height = 32 cm. 	
AT2G26330	CS3134	"bright green stems and siliques, reduced wax layer, fully fertile, erecta phenotype."	
AT2G26330	CS3135	"delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days, compact habit, short petioles, blunt siliques."	
AT2G26330	CS3136	"erecta phenotype, veins darker than interveinal tissues, delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days."	
AT2G26330	CS3140	"lacks trichomes on stems and leaves; erecta phenotype; green plants at early stages, green-yellowish bushy plants later."	
AT2G26330	CS3141	"lacks trichomes on stems and leaves, virescent (yellowish plants), erecta phenotype."	
AT2G26330	CS3259	"narrow leaves; bright green stems and siliques, abnormal wax layer; fully fertile; compact habit, short petioles, blunt siliques; lacks trichomes on leaves and stems (glabrous), some trichomes in leaf margins."	
AT2G26330	CS3262	"yellow-green, small plants, possibly sensitive to valine; compact habit; yellow seeds (lacks brown pigment in seed coat)."	
AT2G26330	CS3335	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of Vitamin B1; 2-5-dimethyl-4-aminopyrimidine or thiamine restores to normal; compact rosette, short petioles, blunt siliques."	
AT2G26330	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT2G26330	CS3378	"compact rosette, short petioles and blunt siliques; bright green stems and siliques due to abnormal wax layer"	
AT2G26330	CS3400	"narrow and thick leaves, slightly twisted blunt siliques; compact rosettes and inflorescences; reduced plant height."	
AT2G26330	CS3401	"compact rosettes and inflorescences, upright and blunt siliques, reduced plant height."	
AT2G26330	CS3490	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of Vitamin B1; 2-5-dimethyl-4-aminopyrimidine or thiamine restores to normal; compact rosette, short petioles, blunt siliques."	
AT2G26330	CS3498	"asymmetric, lobed and curled down rosette leaves; compact rosette, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G26330	CS3589	"asymmetric, lobed rosette leaves, leaf edges slightly curled under; compact plants, blunt siliques; leaves but not cotyledons white, conditional lethal; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; high temperature sensitive (28C)."	
AT2G26330	CS3595	"narrow leaves, slightly twisted siliques; compact rosette and inflorescences, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; lacks trichomes on stems and leaves."	
AT2G26330	CS3912	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3913	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3914	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3915	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3916	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3917	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3918	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3919	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3920	"weak allele; slightly altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels (pedicel length is about 80% of the wt), less severe phenotype is obvious in floral apices when compared with other strong alleles, slightly shorter and wider siliques with slightly blunt tips (silique length is about 90 % of the wt), shorter and wider inflorescence stems (plant heigth is about 80 % of wt), slightly compact inflorescence."	
AT2G26330	CS3921	"intermediate allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence."	
AT2G26330	CS3922	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3923	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3924	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3925	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence; absence of trichomes on leaves and stems, some trichomes on leaf margins."	
			
AT2G26330	CS3926	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Col wt: rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence"	
AT2G26330	CS3927	"Strong allele; altered organ shape, affecting the development of leaves, inflorescences, flowers and siliques expressed throughout much of the plant's life; compared to Ws wild type rounder cotyledons and leaves, shorter petioles, shorter and wider flowers borne on shorter pedicels, flowers are clustered at the top of the inflorescence, shorter and wider siliques that have a blunt tip, shorter and wider inflorescence stems, compact inflorescence."	
AT2G26330	CS6587	Weak allele; compact and short inflorescence; thick inflorescence stems; clustered flower buds at the top of the inflorescence without affecting phyllotaxis; increased number of flower buds at the first flowering; number of lateral inflorescences is not altered; blunt and short siliques; siliques have the same width as the wild type; short pedicels; leaves and roots are similar to wild type; intermediate phenotype (milder than Ler or erecta-105).	
AT2G26330	CS68977	"phb-13 phv-11 cna-2 triple mutants often displayed tri-cotyledons, enlarged SAM, stem fasciation, flowers with extra organs, silique enlargement, and reduced fertility."	
AT2G26330	CS69111	Reduced flower diameter compared to tetraploid.	
AT2G26330	CS69112	Increased flower diameter compared to diploid.	
AT2G26330	CS6928	"round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tip, short and upright stems, compact inflorescence; height = 20-25 cm."	
AT2G26330	CS6961	"Plants exhibit reduced lateral shoot meristems (LSMs) of rosette and cauline leaves, meristem-defective flowers, altered leaf morphology (size and shape) and leaf color. The percentage of absent LSMs is correlated with the severity of leaf morphology and color, the severity of leaf morphology and color is also correlated with the % of meristem-defective flowers; however, the % of absent LSMs is independent of the % of meristem-defective flowers."	
AT2G26330	CS6964	"Altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant; all four types of floral organs affected to some degree."	
AT2G26330	CS6965	"Altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant; all four types of floral organs affected to some degree."	
AT2G26330	CS6966	Transformation of abaxial to adaxial fates in leaves and leaf-like organs; the most severely affected organs develop with radial symmetry and exhibit adaxial traits around their circumference.	
AT2G26330	CS6968	"Plants appear superficially wild type in phenotype. Altered meristem size, organogenesis, and stem cell specification. Shoot meristems at early developmental stages are significantly larger than wild-type meristems, giving the appearance of a corona or ring-like meristems."	
AT2G26330	CS6969	No visible phenotype; altered regulation of the activity of the vascular meristems.	
AT2G26330	CS6970	No visible phenotype; altered regulation of the activity of the vascular meristems.	
AT2G26330	CS77020	Small rosette; rounded leaves; short petioles; leaf margins almost smooth; observed flowering time was 23 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tip; short and upright stems; compact inflorescence; average height = 32 cm.	
AT2G26330	CS77021	Small rosette; rounded leaves; short petioles; leaf margins almost smooth; observed flowering time was 22 days after planting; short pedicels; flowers are clustered at the top of the inflorescence; short and wide siliques with blunt tip; short and upright stems; compact inflorescence; average height = 32 cm.	
AT2G26330	CS800010	erecta null phenotype	
AT2G26330	CS800017	erecta null phenotype	
AT2G26330	CS8154	"lacks shoot apical meristem (SAM) in seedlings and embryos; true leaves do not develop; cells in the location of SAM of mature embryos are similar to surrounding cells of the hypocotyl and cotyledons; morphology is similar to torpedo stage embryo, indicating that mutant may be blocked in SAM formation."	
AT2G26330	CS8325	sensitive to UV light under photoreactivating conditions; leaves become necrotic and wither and plants have reduced growth rate under chronic UV light; defective in DNA repair (dimer repair)	
AT2G26330	CS8581	"round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tip, short and upright stems, compact inflorescence; height = 20-25 cm."	
AT2G26330	CS8845	"quartet phenotype: outer walls of the four meiotic products of a pollen mother cell are fused and the pollen grains fail to separate, forming pollen tetrads; pollen viable and fertile, and fertilization with a single tetrad usually yields four seeds."	
AT2G26330	CS89504	Increased number of stomatal lineage ground cells (SLGCs) that fail to differentiate into stomata.  Excessive asymmetric division and meristemoid formation in cotyledons.	16002616
AT2G26330	CS97814	"Medium rosette; round leaves, short petioles, short pedicels, flowers are clustered at the top of the inflorescence, short and wide siliques with blunt tips, short and upright stems, compact inflorescence; average height = 29 cm."	
AT2G26330	CS9956	"Angustifolia, Erecta"	
AT2G26330	er-103	"compact rosette leaf, short petiole, round blade"	16126863
AT2G26330	er-105	Increased sensitivity to high temperatures.Plants wilt more quickly after transfer from 22  to 40C.er-105 leaf cells had increased ion leakage than those in the wild-type Col-0 (82% vs. 60%) and  a higher occurrence of plasma membrane disruption (71% vs. 46%) 24 h after heat treatment.	26280413
AT2G26330	er-105 erl1-2	Increase in stomatal index with respect to wild type.	16002616
AT2G26330	er-105 erl2-1	Increased number of stomatal lineage ground cells (SLGCs) with respect to single er mutant.	16002616
AT2G26330	super1-D er-103	"altered leaf shape, reduced fertility,elongated hypocotyl resulted from elongated epidermal and cortex cells, elongated pedicel resulted from elongated epidermal pavement cells and increased cortex cell numbers"	16126863
AT2G26330	super1-D er-105	"short siliques, very few seeds, elongated stems, elongated hypocotyls resulted from elongated epidermal and cortex cells, elongated pedicels resulted from elongated epidermal pavement cells and increased cortex cell numbers"	16126863
AT2G26430	CS69996	"Slightly small plants with small, light green leaves. Altered splicing patterns of SNC1 and RPS4. Compromised basal and RPS4-mediated disease resistance."	
AT2G26430	mos12-1	altered splicing patterns of SNC1 and RPS4	22248079
AT2G26510	CS16061	pigment defective embryo	
AT2G26550	ho2	"Decreased chlorophyll accumulation, early flowering"	
AT2G26550	ho2 ho3	No visible phenotype when grown in the dark.	16428602
AT2G26550	ho2 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT2G26550	ho2 ho4	No visible phenotype when grown in the dark.	16428602
AT2G26550	ho2-2	Develops subtle growth abnormalities: slight early flowering and diminished inhibition of hypocotyl growth under red or far-red light.	16428602
AT2G26550	ho2-2	"Paler phenotype under continuous light or long-day photoperiods, especially in the later stages of development."	
AT2G26650	CS3762	roots lack inward-rectifying potassium channels activated by hyperpolarized membrane potentials; display reduced potassium (rubidium-86) uptake; akt1 channel mediates potassium uptake from solutions that contain as little as 10 micromolar potassium; plants grow poorly on media with a potassium concentration of 100 micromolar or less.	
AT2G26670	CS236	"HY6 gene; elongated hypocotyl, like hy1 but more yellow and etiolated in appearance; increased apical dominance and reduced leaf size; exhibits many pleiotropic effects."	10339624
AT2G26670	CS67	"hypocotyl elongation not inhibited by white light, reverts to wild type in blue light and UV, reduced  photoreversibly detectable phytochrome, yellow-green plant."	
AT2G26670	CS9854	extremely spindly and weak seedling; almost etiolated in full light	
AT2G26670	CS9855	very spindly and weak seedling; close to etiolated in full light	
AT2G26670	CS9856	Photoreceptor multiple deficiency. hy1 is phytochrome chromophore deficient. cry2 is null for cryptochrome 2. Combined they cause a stronger deetiolation phenotype than that of single mutants alone.	
AT2G26670	bsp1-2 gun2-1	"In double mutant seedlings grown on CPTA, a partial rescue of the bps1 phenotype was observed."	17217459
AT2G26670	gun2-1	Express nuclear-encoded Lhcb and RbcS  transcripts in the absence of chloroplast development.	7690685
AT2G26670	gun2-1	Long hypocotyl phenotypes under white light.	11172074
AT2G26670	hy1 ho3	No visible phenotype when grown in the dark.	16428602
AT2G26670	hy1 ho3 ho4	No visible phenotype when grown in the dark.	16428602
AT2G26670	hy1 ho4	No visible phenotype when grown in the dark.	16428602
AT2G26710	bas1	Suppressed long hypocotyl	
AT2G26710	sob7-1/bas1-2	"Double mutant of BAS1 and SOB both of which are null alleles. Less responsive to light as measured by hypocotyl elongation and enhanced cotyledon expansion in red, blue and far red light meaning they are less responsive. Early flowering. Increased levels of 6-deoxotyphasterol and cataseterone, which are products of the brassiolide pathway."	15773851
AT2G26800	CS66520	"Seeds have high levels of free branched-chain amino acids (Ile, Leu and Val), also high levels of Arg, Asp, Gly, His, Ser, Trp and Tyr."	
AT2G26800	CS66521	"Seeds have high levels of free branched-chain amino acids (Ile, Leu and Val), also high levels of Arg, Asp, Gly, His, Ser, Trp and Tyr."	
AT2G26800	SALK_014207C	"hml1-1 seeds have much higher levels of free branched-chain amino acids Ile, Leu and Val. hml1-1 seeds also have higher Arg, Asp, Gly, His, Ser, Trp and Tyr."	21224340
AT2G26800	SALK_145226C	"hml1-2 seeds have much higher levels of free branched-chain amino acids Ile, Leu and Val. hml1-2 seeds also have higher Arg, Asp, Gly, His, Ser, Trp and Tyr."	21224340
AT2G26830	SALK_057727	Heterozygotes segregate for embryo lethal phenotype. Heart stage arrest.	25966764
AT2G26840	moc1-1	albino	28495749
AT2G26840	moc1-1	decrease in cpDNA copy number	28495749
AT2G26840	moc1-2	Seed development stalls before germination.	28495749
AT2G26890	CS6519	Reduced shoot phototropism and gravitropism; lower hypocotyl elongation rate compared to wt; primary inflorescence shoots curve slightly and the lateral shoots grow in a horizontal direction; plants are slightly smaller and have reduced vigor compared to wt; reduced fertility due to variable defects in stamen growth and pollen dehiscence; amyloplasts in the shoot endodermal cells do not sediment to the same degree as in wt; mutant seedlings arrest in the absence of sucrose but recover if transplanted to media with 1% sucrose; mutant seedlings arrest if sucrose is replaced with 1% sorbitol but do not arrest if it is replaced by 1% glucose; aberrant vacuole morphology in apical hook cells of etiolated seedlings	
AT2G26890	SALK_067162	deformed endosomes and protein storage vacuoles; aggregated endomembranes; swelled and electron-dense extracellular space; defects of growth axis of embryo	17259264
AT2G26890	SALK_078570	deformed endosomes and protein storage vacuoles; aggregated endomembranes; swelled and electron-dense extracellular space; defects of growth axis of embryo	17259264
AT2G26890	SALK_132563	deformed endosomes and protein storage vacuoles; aggregated endomembranes; swelled and electron-dense extracellular space; defects of growth axis of embryo	17259264
AT2G26890	gfs2-1	green fluorescent seeds	17293568
AT2G26890	grv2-9	Embryos have enlarged apical cell with respect to wild type.	17971043
AT2G26890	kam2-1	deformed endosomes and protein storage vacuoles; aggregated endomembranes; swelled and electron-dense extracellular space; defects of growth axis of embryo	17259264
AT2G26890	kam2-6	deformed endosomes and protein storage vacuoles; aggregated endomembranes; swelled and electron-dense extracellular space; defects of growth axis of embryo	17259264
AT2G26930	ispE-1	ispE-1 mutants die as albino lethal mutants. Photosynthetic pigments	
 are almost undetectable in these mutants and they completely lack thylakoid membranes.	18236010		
AT2G26990	CS5225	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	10330469
AT2G26990	CS5225	"In the homozygous progeny, dark purple seeds."	10330469
AT2G26990	CS5225	Mutation is lethal in the homozygous state.	10330469
AT2G26990	fus12-R280	Lacks the intact COP9 signalosome (CSN).	12615944
AT2G26990	fus12-R280	Mutation is lethal in the homozygous state.	12615944
AT2G26990	fus12-U228	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT2G26990	fus12-U228	Lacks the intact COP9 signalosome (CSN).	12615944
AT2G26990	fus12-U228	Mutation is lethal in the homozygous state.	12615944
AT2G27020	CS69865	No visible phenotype	
AT2G27020	pag1-1/+	Homozygous mutant progeny cannot be generated from a self-crossed heterozygous parent.  There is a defect in male gametogenesis.	20516081
AT2G27040	CS16395	No visible phenotype.	
AT2G27040	CS6364	"Wild type morphology; suppresses silencing of the Superman (SUP) gene, reactivating silent SUP alleles; decreases CpNpG and asymmetric DNA methylation as well as histone H3 lysine-9 methylation; blocks histone and DNA methylation and the accumulation of 25-nucleotide small interfering RNAs (siRNAs) that correspond to the retroelement AtSN1; lacks trichomes on stems and leaves."	
AT2G27040	CS66095	"greater reduction in DNA methylation at endogenous targets such as AtSN1, MEA-ISR, AtREP2 and SIMPLEHAT2  and lower AtREP2 siRNA levels than in either of the single mutants."	
AT2G27040	ago4-2	Enhanced disease susceptibility.	
AT2G27040	ago6-1 ago4-1	Substantial decreases in DNA methylation at CpNpG and asymmetric sites but not at CpG sites with respect to the single mutants alone.	17332757
AT2G27050	ebf1-3 ebf2-3 eil1-3	Modest rescue of the ebf1-3 ebf2-3 phenotype. Seedlings continue grow and develop at a slow pace after germination. Cotyledons partially expanded and turned pale green. Stunted root densely covered with root hair. Plants never flowered or set seeds.	17307926
AT2G27050	ebf1-3 ebf2-3 ein3-1 eil1-3	Almost complete rescue of the ebf1-3 ebf2-3 phenotype. Plants are phenotypically indistinguishable from the wild type.	17307926
AT2G27100	CS3257	serrated leaves. se-1 hyl1-1 double mutant is embryonically lethal.	
AT2G27100	SAIL_44_G12	"Hypertrophic meristem, upwardly curled leaves, decreased accumulation of microRNAs.Phenotype provided by Stephen Grigg"	16222298
AT2G27100	SALK_083196	"Hypertrophic meristem, defective patterning of leaves, upwardly curled leaves, increased adaxial character due to increased HD-Zip III gene expression, decreased accumulation of microRNAs. Phenotype provided by Stephen Grigg"	16222298
AT2G27120	CS859809	No visible phenotype.	
AT2G27120	CS859810	No visible phenotype.	
AT2G27120	til1-4/til2-1	"Arrests earlier than til1-4 single mutant.Zygote , one or two celled embryo arrest."	
AT2G27150	CS5736	"ABA deficient, wilty leaves"	
AT2G27150	CS5736	"In the mutant, the ABA levels are reduced to around 20% of those of wild type."	15574845
AT2G27150	CS5736	The activity of ABA oxidase (ABAO) is dramatically reduced in the siliques and dry seeds of the mutant.	15574845
AT2G27150	aao3-1 aao1	The endogenous levels of ABA are significantly lower than those of the aao3 single mutant.	15574845
AT2G27150	aao3-1 aao4	The endogenous levels of ABA are significantly lower than those of the aao3 single mutant.	15574845
AT2G27150	aao3-2	Increased susceptibility to <i>P. irregulare</i> compared with the wild type.	17513501
AT2G27150	aao3-2	Mutant able to germinate and develop green cotyledons under inhibitory concentrations of NaCl.	15122034
AT2G27150	aao3-3	Mutant able to germinate and develop green cotyledons under inhibitory concentrations of NaCl.	15122034
AT2G27150	aao3-4	"Approximately 40% of mutant seeds germinate after far red/red light treatment, whereas wild type germination was suppressed almost entirely."	17010113
AT2G27150	aao3-4	"In the mutant, the ABA levels are reduced to around 50-60% of those of wild type."	15574845
AT2G27170	CS16080	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT2G27170	CS16081	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT2G27230	SALK_079402 homozygous	Reduced root vascular population.  Roots lose bilateral symmetry and are monarch instead of diarch.	17626058
AT2G27230	lhw lhl3	"Almost complete suppression of lateral vein formation. Severe defects in vascular tissues of roots, specifically xylem."	23359424
AT2G27230	lhw-1	Reduced root vascular population.  Roots lose bilateral symmetry and are monarch instead of diarch.	17626058
AT2G27230	lhw-2	Reduced root vascular population.  Roots lose bilateral symmetry and are monarch instead of diarch.	17626058
AT2G27230	lhw-3	Reduced root vascular population.  Roots lose bilateral symmetry and are monarch instead of diarch.	17626058
AT2G27230	lhw-4	Reduced root vascular population.  Roots lose bilateral symmetry and are monarch instead of diarch.	17626058
AT2G27250	CS68823	Enlarged meristems and club-like siliques.	
AT2G27250	CS68824	Enlarged meristems and club-like siliques.	
AT2G27250	CS8066	"enlarged shoot apical meristem, often becoming fasciated; increased numbers of floral organs, especially stamens and carpels; enlarged floral meristem; increased width of siliques (club-like)."	
AT2G27250	bam1-1/bam2-1/clv3-2	Triple mutant shows greater suppression of the clv3-2 with approximately 4.3 carpels per flower compared to clv3-2 single mutants which have approximately 6.7 carpels per flower.	18780746
AT2G27250	bam1-1/clv3-2	Number of carpels reduced relative to clv3 single mutant.	18780746
AT2G27250	bam2-1/clv3-2	Reduced number of carpels relative to clv3 single mutant.	18780746
AT2G27250	trn2-23010 clv3-2	"trn2-23010 clv3-2 double mutant flowers also exhibited an additive phenotype not observed in single clv3-2 or trn2-23010 plants: double mutant flowers had reduced organ numbers in sepal, petal and stamen whorls, reminiscent of trn2-23010 single mutant flowers and in contrast to clv3-2 single mutant flowers, there was no increase in the number of stamens. However, in the fourth whorl, where trn2 loss-of-function interferes with the fusion of two carpels to the single style, double mutant flowers were comprised of multiple carpels, most of them fused (73%) as typically found in the clv3-2 mutation. Supernumerary stem cells in clv3-2 mutant floral meristems therefore not only led to the initiation of multiple carpels in the trn2 background but also favoured their fusion to a single style which remained severely twisted. In addition to a style consisting of multiple carpels, over-proliferating callus-type tissue was observed at the tip of the style in all flowers."	
	17351828		
AT2G27300	CS106660	Reduced growth of lateral roots.Delayed flowering in long and short days.	17410378
AT2G27400	tas1a-1	No obvious leaf developmental defects.	16682354
AT2G27460	SALK_012411	"Reduced fertility, abnormal pollen development, defective exine patterning"	29390074
AT2G27460	atsec23a/atsec23d	"Reduced fertility, collapsed pollen grains."	29390074
AT2G27530	pgy1-1	Pointed and more serrated leaves.	
AT2G27530	pgy1-1/as1-1	Narrow elongated leaves. Ectopic adaxial lamina.	
AT2G27530	pgy1-1/as1-1/kan1	Triple mutant.as1/pgy1 phenotype is supressed and leaves are more rounded and do not form ectopic lamina.	
AT2G27530	pgy1-1/as1-1/rev-6	"Abnormal leaf development,radial leaves."	
AT2G27530	pgy1-1/kan1-2/kan2-1	kan1/kan2 defects in gynoecium development is mostly supressed. Plants are fertile and siliques more elongated compared to the kan1/kan2 double mutant and only occasionally form ectopic style tissue along the replum.Leaves are small and adaxialized.	
AT2G27530	pgy1-1/rev-6	Floral and inflorescence meristems defective. Few flowers.	
AT2G27700	CS93727	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT2G27760	SALK_042050C	Levels of cZ are reduced in this mutant compared to those of wild type.	17062755
AT2G27760	SALK_042050C	Levels of cZR and cZRMP are reduced in this mutant compared to those of wild type.	17062755
AT2G27760	SALK_042050C	Levels of iP-type and tZ-type cytokinins are unaffected in this mutant.	17062755
AT2G27760	SALK_042050C	No visible phenotype.	17062755
AT2G27760	SALK_042050C	"The levels of cZR contained in tRNA are decreased to ~30% of those found in wild type; in contrast, the levels of iPR in tRNA remain unchanged."	17062755
AT2G27760	atipt2 atipt 9	Levels of iP-type and tZ-type cytokinins are unaffected in this mutant.	17062755
AT2G27760	atipt2 atipt 9	This mutant can be chlorotic.	17062755
AT2G27760	atipt2 atipt 9	cZR and cZRMP are almost undetectable in this mutant.	17062755
AT2G27760	atipt2-2	No visible phenotype.	17062755
AT2G27990	SALK_096116C	No visible phenotype.	15120075
AT2G27990	ath1-1/pny-40126/pnf-96116	In triple mutants the primary apical meristem terminates after germination-usually being consumed in the formation of a single terminal leaf. Growth can resume with the formation of new meristems however the phyllotaxy is abnormal.	19175771
AT2G27990	pnf-33879	No defects in internode development.	15120075
AT2G27990	pnf-33879	No visible phenotype.	15120075
AT2G27990	pnf-33879 pny-40126	Plants do not flower and continue to produce leaves even after 200 days in long-day inductive conditions. Shoot meristems initiated only leaves.  SAMs respond to floral inductive signals but fail to induce floral meristem identity genes. Phyllotaxy in both reproductive and vegetative meristems is altered so that two organs are produced per node vs. the usual one.	15120075
AT2G27990	pnf-96116/pny-40126	Shoot apical meristem terminates prematurely.	19175771
AT2G28000	CS16067	"embryo defective; retardation of embryo development before the heart stage; highly reduced cotyledons beyond the heart stage; embryos exhibit a normal apical-basel pattern, and radial tissue organization, but are morphologically retarded."	
AT2G28000	CS3719	"Although most of the enzyme activities assayed can be detected  in the mutant embryos, most of the staining patterns obtained are aberrant: glucokinase is detected in all the embryo but with a decreased intensity of staining; G6PDH and 6PGDH at 12 DAF, and PGI and ADH at 15 DAF are non-homogeneous; PGM at 15 DAF is detected in small areas of the apical region of the embryo."	16553903
AT2G28000	CS3719	Embryo-defective; retardation of embryo development before the heart stage even though embryo morphology remains normal; defective embryos with highly reduced cotyledons beyond the heart stage; embryos exhibit a normal apical-basal pattern and radial tissue organization but they are morphologically retarded; embryos also exhibit a defect in plastid development: they remain white during maturation in planta and in culture.	
AT2G28000	SALK_006606	"Heterozygotes segregate ca. 25% embryo lethal. The abnormal embryos had highly reduced cotyledons, a larger angle between cotyledons, and developed more slowly from the torpedo stage."	28961247
AT2G28110	fra8	"Dramatic reduction in fiber wall thickness of a vessel member cells, a decrease in stem strength, and alteration of the overall growth were observed in mutated plants. Comparative analyses of cell wall polysaccharide fractions from fra8 and wild-type stems showed that the xylan and cellulose contents are drastically reduced in fra8, whereas xyloglucan and pectin are elevated. Inflorescence stems were shorter in height, and rosette leaves smaller in size. Mild wilty phenotype was sometimes found in greenhouse conditions."	16272433
AT2G28160	fit1-1	"Seedlings are chlorotic,  consistent with iron starvation, are smaller than their wildtype  counterparts, and die 2 to 3 weeks post-germination.  Watering with supplemental iron overcomes lethality.  Roots contain less iron than wt."	15539473
AT2G28230	med20	Resistant to infection by F. oxysporum. Strong delay in flowering time.	28441405
AT2G28290	CS6937	"Pleiotropic phenotype: slow growth; leaves and bracts are small and upward curling; precocious transition from inflorescence to flower formation under short-day conditions; fewer secondary inflorescences than the wild-type, with bracts subtending the first flowers that form on the primary inflorescence (suggesting that flowers initiate in the position where secondary inflorescences would normally form); numerous defects in floral organ formation including altered floral organ number, position, and identity; splayed-open floral buds; the first-whorl sepals are splayed open instead of enclosing the remaining floral organs due to outward bending of the pointy sepal tips; the fourth-whorl carpels are partially unfused at the tip, with stigmatic tissue missing or placed internal to the carpel tip; carpel defects are first observed in stage 7, which are funnel shaped rather than cylindrical; female sterile due to ovule growth arrest at megagametogenesis; ovules don't contain an embryo sac; male fertile; inflorescences terminate in central carpelloid structures after forming 2-20 flowers; reduced plant height compared to wild type; no gross alterations in root phenotype."	
AT2G28290	CS6938	"Pleiotropic phenotype: slow growth; leaves and bracts are small and upward curling; precocious transition from inflorescence to flower formation under short-day conditions; fewer secondary inflorescences than the wild-type with bracts subtending the first flowers that form on the primary inflorescence (suggesting that flowers initiate in the position where secondary inflorescences would normally form); plants occasionally form a flower immediately from the rosette leaves; numerous defects in floral organ formation including altered floral organ number, position, and identity; splayed-open floral buds; the first-whorl sepals are splayed open instead of enclosing the remaining floral organs due to outward bending of the pointy sepal tips; the fourth-whorl carpels are partially unfused at the tip, with stigmatic tissue missing or placed internal to the carpel tip; carpel defects are first observed in stage 7, which are funnel shaped rather than cylindrical; female sterile due to ovule growth arrest at megagametogenesis; reduced male fertility and reduced anther dehiscence; inflorescences terminate in central carpelloid structures after forming 2-20 flowers; reduced plant height compared to wild type; no gross alterations in root phenotype."	
AT2G28290	brm-1 syd-5	"Embryo lethal, embryos arrest at early heart stage."	17293567
AT2G28290	cuc1-1 syd-2	Strongly enhanced cotyledon fusion phenotype of cuc1-1.	16854978
AT2G28315	SAIL_147_F11	Decreased xyl and glucuronic acid in stems.	25804536
AT2G28315	SALK_086773C	Decreased xyl and glucuronoxylan content in stems.	25804536
AT2G28315	uxt1 uxt2 uxt3	"Delayed growth, darker leaf color, shorter stems, vessels severely collapsed, thin interfascicular fiber cells, reduced secondary cell walls, reduced cell wall. Reduced Xyl, XyG, xylan, lignin content, increased Ara content (leaf, stem, anther filament). Reduced length of xylan backbone, modified xylan structure (methylation of alpha-GlcA residues). Reduced silique development and seed production, reduced anther filament length, indehiscent anthers with little pollen produced."	29300997
AT2G28350	CS24611	no obvious auxin-related growth phenotype	15659631
AT2G28550	CS67864	Early flowering; precocious production of abaxial trichomes	
AT2G28560	atrad51b-1	Plants are hypersensitive to Mitomycin C as determined by reduced growth on this medium.	15686518
AT2G28610	prs	Altered floral development	
AT2G28625	pca22 atrzf1	Proline content significantly lower than atrzf1 single mutant. The addition of the pca22 dominant mutation suppresses the dehydration- and ABA-insensitive phenotype of the atrzf1 mutant.	28369480
AT2G28650	CS68758	Susceptible to Hyaloperonospora arabidopsidis Emco5.	
AT2G28650	CS68759	Resistant to Hyaloperonospora arabidopsidis Emco5.	
AT2G28670	CS2106042	"increased levels of suberin, disordered casparian strip and altered levels of several ions in the leaves"	
AT2G28800	CS16	albino	
AT2G28890	pll4-1	Abnormal leaf shape and size.	16112663
AT2G28900	SALK_024018	Rapidly bleached and finally died if grown in darkness and exposed to white light.  No phenotype of kept under continuous white light right from the begining of germination.	17261815
AT2G29090	cyp707a1-1 cyp707a2-1	ABA levels in dry seeds are 50-fold higher compared to those in wild type.	16543410
AT2G29090	cyp707a2-1	"12h after imbibition, the decrease in ABA content in the mutant seeds was much slower than that of wild type (<i>ca.</i> 70%)."	16543410
AT2G29090	cyp707a2-1	ABA levels in dry seeds are 5-fold higher compared to those in wild type.	16543410
AT2G29090	cyp707a2-1	Germination of mutant seeds after dark imbibition and far red/red light treatment was slower than that of wild type seeds.	17010113
AT2G29090	cyp707a2-1	"Only 10% of mutant seeds germinate immediately after harvest, compared to 70% for wild type Columbia (reported to have low dormancy). This mutant has higher levels of dormancy."	16507085
AT2G29090	cyp707a2-1	The induction of GA biosynthesis and GA upregulated genes after irradiation with red light is inhibited in the mutant compared to wild type.	17010113
AT2G29090	cyp707a2-1 cyp707a3-1	ABA levels in dry seeds are 5-fold higher compared to those in wild type.	16543410
AT2G29130	SALK_025690C	reduced root elongation under PEG-induced dehydration	16804053
AT2G29380	CS69627	Increased proline and osmoregulatory solute accumulation under low water potential conditions.	
AT2G29380	CS69629	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT2G29380	CS69630	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT2G29460	SALK_125181c	Increased spider mite damage.	29930298
AT2G29460	SALK_143928c	Increased spider mite damage.	29930298
AT2G29628	thic1	thic1 mutants produce white leaves and die early unless they are grown with thiamine supplements. Total thiamine levels are reduced by roughly 60% in the thic1 mutant.	18332905
AT2G29630	CS3335	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of Vitamin B1; 2-5-dimethyl-4-aminopyrimidine or thiamine restores to normal; compact rosette, short petioles, blunt siliques."	
AT2G29630	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT2G29630	CS3467	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3470	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); large rosette leaves, edges curled down."	
AT2G29630	CS3471	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); rosette leaf edges curled down."	
AT2G29630	CS3473	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); rosette leaf edges curled down."	
AT2G29630	CS3477	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds  (lacks brown pigment in seed coat)."	
AT2G29630	CS3480	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3483	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat)."	
AT2G29630	CS3485	"yellow seeds (lacks brown pigment in seed coat); leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; bright green stems and siliques due to abnormal wax layer."	
AT2G29630	CS3490	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of Vitamin B1; 2-5-dimethyl-4-aminopyrimidine or thiamine restores to normal; compact rosette, short petioles, blunt siliques."	
AT2G29630	CS3491	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3498	"asymmetric, lobed and curled down rosette leaves; compact rosette, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3500	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); narrow rosette leaves."	
AT2G29630	CS3503	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat)."	
AT2G29630	CS3510	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3521	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); large rosette leaves, edges curled down."	
AT2G29630	CS3522	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3523	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3527	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3536	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3538	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3540	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3544	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); bright green stems and siliques, looks like eceriferum."	
AT2G29630	CS3546	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat)."	
AT2G29630	CS3549	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G29630	CS3551	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat)."	
AT2G29630	CS3555	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3563	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT2G29630	CS3572	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat); large rosette leaves, edges curled down."	
AT2G29630	CS3589	"asymmetric, lobed rosette leaves, leaf edges slightly curled under; compact plants, blunt siliques; leaves but not cotyledons white, conditional lethal; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; high temperature sensitive (28C)."	
AT2G29630	CS3595	"narrow leaves, slightly twisted siliques; compact rosette and inflorescences, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; lacks trichomes on stems and leaves."	
AT2G29630	CS78	true leaves of unsupplemented plants white or pale.	
AT2G29630	thiC	"A severe reduction (~10-fold) of THIC levels in plants decreases vitamin B1 (thiamin diphosphate (TPP)) levels and also leads to changes in the levels of numerous other metabolites since so many primary metabolic enzymes require a TPP co-factor. For example, alanine, asparagine, methionine, phenylalanine, tryptophan, and malate levels rise while fumarate, gentiobiose, and ribose  levels decrease. thiC mutants are chlorotic and arrest in their development at the cotyledon stage.The mutant phenotype can be largely rescued by continuous supplementation with thiamin."	18332905
AT2G29630	thic1	thic1 mutants produce white leaves and die early unless they are grown with thiamine supplements. Total thiamine levels are reduced by roughly 60% in the thic1 mutant.	18332905
AT2G29750	CS2990	morphological phenotype similar to wt; resistant to kanamycin	
AT2G29980	CS8034	"reduction in desaturation of storage and membrane lipids; deficient in lineolate desaturase, 18:2; deficient in endoplasmic reticulum lipids; no visible phenotypic effects."	
AT2G30040	SAIL_1175_F12 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length and cotyledon area is similar to that of wild type."	16891401
AT2G30110	CS69913	Susceptible to virulent oomycete and bacterial pathogens.	
AT2G30110	mos5	"The mutant supports 5-fold more virulent bacterial growth, indicates the gene plays a role in basal resistance to virulent bacteria. The mutant also shows increased susceptibility (10-fold) to certain avirulent pathogens."	17217463
AT2G30110	mos5 uba2	lethal	17217463
AT2G30200	SALK_047933	mcamt-2 heterozygous plants segregate for embryo lethals that arrest at globular stage.	30796840
AT2G30200	SALK_143365	mcamt-1 heterozygotes segregate for embryo lethals. Globular stage arrest.	30796840
AT2G30210	SALK_031901C	no observable phenotype	16804053
AT2G30240	atchx13-1	Reduced rate of growth and increased leaf chlorosis. Pale leaves with reduced levels of chlorophyll.	18676662
AT2G30250	SAIL_529B11	"WT phenotype.  Root bending and root elongation assays under salt, osmotic and ABA treatments showed no significant difference compared to WT."	
	18839316		
AT2G30250	wrky25-1; wrky33-1	Double mutant roots were significantly shorter than WT toots when under salt-stress.	18839316
AT2G30280	CS69178	"Floral inflorescences are more closely packed, short internode distances and disturbed phyllotaxy. Seedlings are pale and grow more slowly than wildtype seedlings, late flowering."	
AT2G30280	dms4-1	Mutants displays defects in plant development and RNA-directed DNA methylation. Floral inflorescences of mutant plants are more closely packed than those of wild type. Mutant seedlings are pale and grow slowly. Short  internode distances and disturbed phyllotaxy.	
	20010803		
AT2G30290	CS859918	No visible phenotype.	
AT2G30290	CS859919	No visible phenotype.	
AT2G30290	CS859927	No visible phenotype.	
AT2G30330	blos1 rna1	Longer primary roots and increased number of lateral roots as compared to WT. Increased levels of PIN1 and PIN2 proteins on the plasma membrane.	20971704
AT2G30370	CS67112	"Unlike tmm-1, produces stomata on hypocotyl."	
AT2G30370	CS67115	"Produces numerous, clustered stomata on hypocotyl."	
AT2G30370	CS67116	"Produces stomata on hypocotyl. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT2G30370	CS67118	"Produces numerous, clustered stomata on hypocotyl and inflorescence stem. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT2G30370	CS67119	No visible phenotype.	
AT2G30370	CS67122	No visible phenotype.	
AT2G30370	CS67123	"Reduced height, shortened internodes, and shortened pedicels."	
AT2G30370	CS67125	"Reduced height, shortened internodes, and shortened pedicels. Mutant plants produce more sterile siliques than wild type but are not fully sterile."	
AT2G30370	tmm;chal-1	Mutants produce stomata on the hypocotyl and also produce small groups of hypocotyl cells in an arrangement that resembles braided 'challah' bread.	20056678
AT2G30390	fc2-1	fc2-1 seedlings do not become green when grown in short days (4 or 8 hours light).They are defective in de-etiolation response in short days. This is likely due to accumulation of protoporphyrin IX which in turn causes production of reactive oxygen species and triggers chloroplast degradation pathway.	26494759
AT2G30390	fc2-1/pub4-6	Seedlings green normally when exposed to 4 hour light cycle. Plants still produce ROS and chloroplasts look abnormal but do not degrade.	26494759
AT2G30410	elc kis-T1	Epidermal pavement cells are strongly reduced in size.	17090720
AT2G30410	elc kis-T1	Increase in the frequency of trichomes with more stems.	17090720
AT2G30410	elc kis-T1	Leaf architecture is grossly disturbed.	17090720
AT2G30410	elc kis-T1	Many cells contain multiple nuclei and nuclear anomalies.	17090720
AT2G30410	elc kis-T1	Synergistic phenotype compared to both single mutants.	17090720
AT2G30410	kis	"Embryo defective, enlarged embryo cells and endosperm nuclei"	
AT2G30410	kis-T1	"Compared with wild-type trichomes, which normally are three-branched, the mutant has trichomes that are either two-branched or unbranched. Trichome stems and trichome branches are reduced in length, and the tips often are blunted."	12215519
AT2G30410	kis-T1	"In leaf sections, mesophyll cells are frequently highly enlarged with one large nucleus. In some cases, the enlarged cells possesse incomplete cell walls and contain several nuclei."	12215519
AT2G30410	kis-T1	"Male and female sterile. Male and female meiosis and/or early stages of gametophytic development are impaired. On the male side, the tetrad containing the four meiotic products seem to be normal initially, but before the release of the four microspores, nuclei appear to be fragmented. This phenotype is not fully penetrant. Approximately 5% of the released microspores are arrested at the binucleate stage, and 3% are arrested at the trinucleate stage, whereas the remaining microspores  have collapsed. A few microspores germinate  and form a pollen tube within the anther.  On the female side, ovule development started normally. However, at floral stage 12, when meiosis is completed in the wild type (Schneitz, 1995) and embryo sac development  has proceeded to the binucleate stage, the mutants still lack an embryo sac."	12215519
AT2G30410	kis-T1	No cell division defects are found in the root.	12215519
AT2G30410	kis-T1	Root cortical cells and epidermal hypocotyl cells of the mutant are indistinguishable from the wild type under normal growth conditions.	
	12215519		
AT2G30410	kis-T1	"Whereas, under normal light conditions, wild-type and mutant hypocotyls are similar in length. However, in the dark, hypocotyl elongation is much reduced in the mutants compared with the wild type. Epidermal hypocotyl cells are bulged and short, indicating that they have lost growth polarity."	12215519
AT2G30432	SALK_055460	ectopic formation of trichomes on inflorescence stems and pedicels.	17933793
AT2G30460	uxt1 uxt2 uxt3	"Delayed growth, darker leaf color, shorter stems, vessels severely collapsed, thin interfascicular fiber cells, reduced secondary cell walls, reduced cell wall. Reduced Xyl, XyG, xylan, lignin content, increased Ara content (leaf, stem, anther filament). Reduced length of xylan backbone, modified xylan structure (methylation of alpha-GlcA residues). Reduced silique development and seed production, reduced anther filament length, indehiscent anthers with little pollen produced."	29300997
AT2G30490	CS66574	"altered phenylpropanoid metabolism; reductions in the levels of sinapoyl malate, flavonoids and  lignin; dwarf; reduced apical dominance; swellings at inflorescence nodes caused by disordered growth of cortex cells"	
AT2G30490	CS66575	"altered phenylpropanoid metabolism; reductions in the levels of sinapoyl malate, flavonoids and  lignin; dwarf; reduced apical dominance; swellings at inflorescence nodes caused by disordered growth of cortex cells"	
AT2G30490	CS66576	"altered phenylpropanoid metabolism; reductions in the levels of sinapoyl malate, flavonoids and  lignin; plant development comparable to wild type"	
AT2G30490	cyp73a5-1	Stunted plants. Reduced stature.	28505373
AT2G30490	ref3-1	"accumulate decreased levels of several different classes of phenylpropanoid end-products and exhibit reduced lignin deposition and altered lignin monomer content; accumulate a novel hydroxycinnamic ester, cinnamoylmalate, which is not found in the wild type; pleiotropic phenotypes includ dwarfism, male sterility, and the development of swellings at branch junctions."	19682296
AT2G30580	drip1-1 drip 2-1	"drip1-1 drip1-2 double mutants are developmentally delayed and bolt, flower, and set seed later than wild type plants. However, their overall size can exceed that of wild type plants if they receive adequate water. The transcript profile of these mutants differs from wild type under normal conditions, and in response to dehydration stress. Levels of numerous stress-inducible transcripts are increased in the double mutant. In addition, the double mutants appear to be more tolerant to dehydration stress than wild type plants, based on ion leakage assays and recovery after dehydration stress experiments."	18552202
AT2G30580	drip2-1	"There are no obvious morphological defects in the drip2-1 mutant, but the drip1-1 drip 2-1 double mutant has altered gene expression levels and dehydration tolerance."	18552202
AT2G30750	GABI_127H03	"When camalexin was determined two days after infection with <i>Pseudomonas syringae</i>, no reduction in camalexin levels relative to wild-type plants was observed."	17573535
AT2G30766	fep1-1	The shoot iron concentration was notably lower while those of roots were slightly higher than those of the wild type regardless of whether iron was supplied or not. Leaf color was slightly brighter and the growth rates were slightly slower than the wild type.	30032190
AT2G30766	fep1-2	The shoot iron concentration was notably lower while those of roots were slightly higher than those of the wild type regardless of whether iron was supplied or not. Leaf color was slightly brighter and the growth rates were slightly slower than the wild type.	30032190
AT2G30770	cyp71A13-1	No visible phenotype.	17573535
AT2G30770	cyp71A13-1	"When droplets of the necrotrophic fungi <i>Alternaria brassicicola</i> (10 &#956;L) containing 10<sup>5</sup> spores/mL were  placed on the third, fourth, and fifth true leaves of each plant, wild-type plants developed necrotic spots at the sites of the  inoculation droplets, whereas cyp71A13 mutants developed spreading necrotic lesions."	17573535
AT2G30770	cyp71A13-1	"When indole-3-acetonitrile (IAN) was applied to silver nitrate-treated cyp71A13 leaves, camalexin levels were approximately sixfold higher than when water was applied."	17573535
AT2G30770	cyp71A13-1	"When infected with <i>Alternaria brassicicola</i> or <i>Pseudomonas syringae</i>, camalexin levels in infected cyp71A13 mutants were <20% of wild-type levels, even though the ratio of infected to uninfected leaf area was  much larger in the mutants than in the wild type."	17573535
AT2G30770	cyp71A13-2	No visible phenotype.	17573535
AT2G30770	cyp71A13-2	"When droplets of the necrotrophic fungi <i>Alternaria brassicicola</i> (10 &#956;L) containing 10<sup>5</sup> spores/mL were  placed on the third, fourth, and fifth true leaves of each plant, wild-type plants developed necrotic spots at the sites of the  inoculation droplets, whereas cyp71A13 mutants developed spreading necrotic lesions."	17573535
AT2G30770	cyp71A13-2	"When infected with <i>Alternaria brassicicola</i> or <i>Pseudomonas syringae</i>, camalexin levels in infected cyp71A13 mutants were <20% of wild-type levels, even though the ratio of infected to uninfected leaf area was  much larger in the mutants than in the wild type."	17573535
AT2G30920	CS24350	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT2G30950	CS272	variegated.	
AT2G30950	Ftsh2	Lesser ability to deal with photoinhibition.	14630971
AT2G30950	Ftsh2	variegated.	14630971
AT2G30950	evr1-1/var2-5	Enhanced leaf varigation.	29142022
AT2G30950	evr1-2/var2-5	Enhanced leaf varigation.	29142022
AT2G30950	ftsh1 ftsh2	More variegated than ftsh2.	16126834
AT2G30950	ftsh2 ftsh5	More variegated than ftsh2.	16126834
AT2G30950	ftsh2 ftsh8	Completely white seedlings. Restoration of Heterozygocity of FTSH8 allows chloroplast development in the cotyledons.	16126834
AT2G30950	fug1-1/var2-2	Double mutant suppresses leaf variegation due to  var2 loss of function. First leaves are smaller with reduced cell size.	17416734
AT2G30950	fug1-3/var2-1	Double mutant suppresses leaf variegation due to var2 loss of function. First leaves are smaller with reduced cell size.	17416734
AT2G30950	var2-5	variegated	18599582
AT2G30950	"var2-5, svr1-2"	Variegation caused by var2 single mutant is suppressed.	18599582
AT2G30950	var2-5;svr1-1	WT phenotype. The single var2 variegated phenotype is suppresed.	18599582
AT2G30980	CS2996	no morphological phenotype observed; kanamycin resistant	
AT2G31210	bhlh010 bhlh091	Aborted pollen occasionally observed.  Anther size and number of pollen grains obviously reduced. Tapetum does not develop normally.	26216374
AT2G31210	bhlh010 bhlh091	Normal vegetative growth and floral organs.	26216374
AT2G31220	bhlh010 bhlh089	"Anthers on early flowers fail to produce pollen grains, anthers on later flowers produce a small number of pollen grains. Tapetum does not develop normally. Callose cell wall is thinner."	26216374
AT2G31220	bhlh010 bhlh089	Normal vegetative growth and floral organs.	26216374
AT2G31220	bhlh010 bhlh091	Aborted pollen occasionally observed.  Anther size and number of pollen grains obviously reduced. Tapetum does not develop normally.	26216374
AT2G31220	bhlh010 bhlh091	Normal vegetative growth and floral organs.	26216374
AT2G31260	CS68820	Delayed ICL (isocitrate lyase) degradation in hypocotyls. Autophagic flux is not fully compromised.	
AT2G31260	apg9	Early chlorosis and reduced seed set under nitrogen starvation	
AT2G31340	CS16018	embryo defective; developmental arrest of mutant embryos	
AT2G31340	CS24067	embryo defective; cotyledon	
AT2G31370	SAIL_786_F08 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is similar to that of wild type."	16891401
AT2G31400	gun1-1	"Defective in greening after a prolonged period of dark growth. Defective in coupling nuclear and plastidic gene expression, and in establishing photoautotrophic growth."	11172074
AT2G31400	gun1-1	Express nuclear-encoded Lhcb and RbcS  transcripts in the absence of chloroplast development.	7690685
AT2G31400	gun1-1 gun4-1	Accumulate the same levels of chlorophyll as gun4-1.	11172074
AT2G31400	gun1-1 gun4-1	Strong enhancements of the gun phenotype: Lhcb1*2-GUS expression in the double mutants was ~fivefold higher than the single mutants and was about 11-17% of that observed in  nonphotobleached wild-type plants. The endogenous Lhcb1 mRNA levels were also  derepressed synergistically in the double mutants.	11172074
AT2G31400	gun1-1 gun4-1 gun5-1	The homozygous progeny is albino.	11172074
AT2G31400	gun1-1 gun5-1	Accumulate the same levels of chlorophyll as gun5-1.	11172074
AT2G31400	gun1-1 gun5-1	Strong enhancements of the gun phenotype: Lhcb1*2-GUS expression in the double mutants was ~fivefold higher than the single mutants and was about 11-17% of that observed in  nonphotobleached wild-type plants. The endogenous Lhcb1 mRNA levels were also  derepressed synergistically in the double mutants.	11172074
AT2G31510	SALK_049255	Homozygous mutant exhibits abnormal floral structures and embryo development.	29066667
AT2G31510	SALK_049255	Late flowering.Decreased freezing tolerance.	27925396
AT2G31530	CS16047	embryo defective; developmental arrest of mutant embryos	
AT2G31530	CS16048	embryo defective; developmental arrest of mutant embryos	
AT2G31530	CS16049	embryo defective; developmental arrest of mutant embryos	
AT2G31550	CS65838	The mutation disrupts pollen tube growth in vitro.	
AT2G31580	ICA1-Sij-4 	"In populations containing the natural variant allele of ICA1those with the allele an increased sensitivity to high temperature and growth defects when grown at high temps (27-28C). The defects include delayed growth, abnormal leaf shapes, abnormal phyllotaxy. Plants show defects in cell cycle regulation with a block in G2/M under high temperatures. Plants are also more susceptible  to DNA damage under normal and high temperatures."	25951176
AT2G31580	ica1-2 ica2-1	lethal	30992321
AT2G31650	CS71692	No visible phenotype.	
AT2G31650	CS71693	Elongated leaves and accelerated production of leaves with abaxial trichomes.	
AT2G31650	atx1-1	"Petals may vary in size, shape and number; sepals are assymetrically placed and folded. Sepals also may lack trichomes and their epidermal cells may lack the typical striated pattern seen in wild-type sepals."	12699618
AT2G31650	atx1-1	"Reduced fertility which probably results from the many reproductive defects observed: gynoecium may lack stigmatic papillae, may be curved or aberrantly-shaped; carpels may be partially or completely unfused."	12699618
AT2G31650	atx1-1	Up to 20% of mutant buds remain closed when the rest of the flowers have initiated seed development. These unopened buds display abnormalities in stamen and gynoecium development.	12699618
AT2G31660	CS65878	Severely reduced trichome induction in response to mechanical wounding or methyl jasmonate treatment. Seed germination may be slightly delayed.	
AT2G31660	SALK_133577	Hypersensitive to ABA in seed germination and seedling growth.	16889648
AT2G31660	sad2-1	Hypersensitive to ABA in seed germination and seedling growth.	16889648
AT2G31660	urm9	urm9 mutant leaves produce fewer trichomes than wild-type (ca. 30% reduction). Morphology and branching number of urm9 trichomes are normal.	19234066
AT2G31660	urm9 gl1-2	"urm9 enhances the hypomorphic gl1-2 allele and results in almost complete glabrousness (loss of trichomes) in normal growth condition. urm9 gl1-2 double mutant shows strong, but not complete, defect in wounding and jasmonate-induced increase of trichomes. GL3-GFP fusion protein is mis-localized in a subset of urm9 gl1-2 epidermal cell nuclei. urm9 is recessive in gl1-2 background. gl1-2 is incompletely dominant in urm9 background."	19234066
AT2G31760	SALK_049255	Homozygous mutant exhibits abnormal floral structures and embryo development.	29066667
AT2G31760	SALK_049255	Late flowering.Decreased freezing tolerance.	27925396
AT2G31770	SALK_049255	Homozygous mutant exhibits abnormal floral structures and embryo development.	29066667
AT2G31770	SALK_049255	Late flowering.Decreased freezing tolerance.	27925396
AT2G31810	CS69739	Increased free Val in two week-old seedlings	
AT2G31810	CS69740	Increased free Val in two week-old seedlings	
AT2G31810	CS69745	Homozygous double mutant is lethal. ahass1-2/ahass1-2 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.	
AT2G31810	CS69746	Homozygous double mutant is lethal. ahass1-1/ahass1-1 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.	
AT2G31810	SALK_096207C	No obvious morphological phenotype of single homozygous mutant.	28388946
AT2G31810	aip1/AIP1 aip3/aip3 	Plants segregate for aborted ovules. Cannot recover the aip1/aip3 double homozygote.	28388946
AT2G31870	SALK_012110C	"Mutants accumulate poly(ADP-ribose) and are hypersensitive to bleomycin. Loss of function of PARG1 leads to severe cell death after bleomycin treatment.Mutants also have increased levels of ATM, ATR and SOG1 when plants are treated with bleomycin."	26516022
AT2G31870	tej	Long free-running circadian period	
AT2G31880	CS2992	morphological phenotype similar to wt; resistant to kanamycin	
AT2G31880	CS69917	"Blocks the effect of the serk1-L326F mutation, and leads to floral organ abscission deficiency.  "	
AT2G31880	CS860327	No visible phenotype	
AT2G31880	sobir1-1	suppresses cell death and defense responses in bir1-1.	19616764
AT2G31955	cnx2-2	"Nitrate reductase activity reduced by 55% compared to wild type. Growth defects, chlorotic plants."	29247140
AT2G31970	Atrad50	High levels of double-strand breaks.	18007598
AT2G31970	Atrad50	Hyperaccumulation of  AtSPO11-1 in meiocytes.	18007598
AT2G31970	rad50	"Sterile, produces numerous flowers but small, empty siliques."	11169180
AT2G32280	SALK_023737C	Abnormal leaves. Increased lobing of rosette leaves.	29139551
AT2G32280	SALK_047972C	Abnormal leaves. Increased lobing of rosette leaves.	29139551
AT2G32280	vcc-3	Abnormal leaves. Increased lobing of rosette leaves.	29139551
AT2G32320	SALK_131808	Smaller petioles and blade length or area at 28 degrees C; larger  209 proportions of cells with high ploidy levels.	30992321
AT2G32320	ica1-2 ica2-1	lethal	30992321
AT2G32370	CS69198	No visible phenotype.	
AT2G32370	SALK_033462C	No visible phenotype.	16778018
AT2G32370	hdg3-1 atml1-1	Defects in cotyledon development.  Frequently exhibited hyponastic growth of cotyledons.	16778018
AT2G32370	hdg3-1 pdf2-1	Defects in cotyledon development.	16778018
AT2G32410	AXL/axl-1 axr1-12	"Homozygous axr1-12 plants that are heterozygous for axl-1 display severe growth defects. These seedlings developed short, slow growing roots compared with wild-type roots, and were arrested at the late seedling stage."	17655650
AT2G32410	AXL/axl-1 axr1-12	Plants with the genotype AXL/axl-1 axr1-12/axr1-12 had a slight but consistent reduction in RUB-CUL1 levels.	
	17655650		
AT2G32410	AXL/axl-1 axr1-12	"The axr1-12/axr1-12 AXL/axl-1 line are nearly completely resistant to auxin, a much more severe phenotype than for axr1-12 alone."	17655650
AT2G32410	AXL/axl-1 axr1-12	"The columella of AXL/axl-1 axr1-12/axr1-12 root tips is highly disorganized during early seedling root growth, and is completely disrupted at the time when root growth ceases."	17655650
AT2G32410	CS69655	No visible phenotype.	
AT2G32410	axl-1	Mutant has a normal level of RUB-CUL1 that is in keeping with the lack of any growth defect in these plants.	17655650
AT2G32410	axl-1	No defect in meristem organization.	17655650
AT2G32410	axl-1	No embryo defects were found.	17655650
AT2G32410	axl-1 AXR1/axr1-12	Double homozygous mutant seedlings are completely deficient in RUB-modified CUL1.	17655650
AT2G32410	axl-1 AXR1/axr1-12	"Double homozygous progeny has severe growth and developmental defects. The phenotype of these plants resembled the bdl/iaa12 and mp/arf5 mutants. These seedlings did not segregate at the expected 1/16 ratio. Instead, we identified three double mutant seedlings in 176 F2 plants, suggesting the homozygous double mutants are arrested during embryogenesis."	
	17655650		
AT2G32410	axl-1 AXR1/axr1-12	"In the double mutant progeny, great reduction in vascular development."	17655650
AT2G32410	axl-1 AXR1/axr1-12	"The AXR1/axr1-12, axl-1/axl-1 plants were similar to wild type with respect to overall morphology and fertility."	17655650
AT2G32410	axl-1 AXR1/axr1-12	The double homozygous progeny is seedling lethal.	17655650
AT2G32410	axl-1 AXR1/axr1-12	Very strong embryo defects were observed in homozygous axl-1 plants segregating the axr1-12 mutation.	17655650
AT2G32460	myb97 myb101 myb120	"Significant increase in expression of AT1G65330, AT1G65300, AT3G11180. Significant decrease in expression of AT4G20990, AT4G21000, AT5G46200, AT5G09280, AT5G36720, AT5G36805, AT2G30310, AT2G30220, AT4G26830, AT5G06170, AT3G19940, AT5G20340, AT5G03810, AT5G03820, AT3G26870, AT1G06540, AT1G02820, AT1G02550, AT2G14670, AT5G39200, AT5G39170, AT5G39140, AT1G09720, AT1G66570, AT5G22910, AT5G26250, AT3G17600, AT5G12060, AT2G46660, AT1G66220, AT3G19940, AT5G14470, AT5G47370, AT5G11820, AT4G39490, AT1G29230, AT3G09590, AT5G26100, AT3G26880, AT2G16130, AT2G16120, AT2G34920, AT1G18280, and AT1G29770."	23791732
AT2G32660	CS65456	No visible phenotype.	
AT2G32680	CS65457	No visible phenotype.	
AT2G32700	CS3903	Defective in seed coat mucilage secretory cells; seed coats do not release mucilage when placed in an aqueous environment.	
AT2G32700	SALK_107245C	Significantly less root growth inhibition when grown in the presence of Al compared to WT. Reduced Al accumulation in the cell wall rather than the symplast in comparison with wild type roots. Lower content of unmethylated pectin in the root cell walls.	28181322
AT2G32700	lug-16/luh-1	Double homozygote are difficult to recover and may die very early in embryogenesis. Plants that do form are reduced in size with mature plants as small as single leaves. The inflorescence bears few flowers consisting of only carpels.	18390806
AT2G32700	luh-1	"Reduced germination (80% of normal), slow initial growth, short roots."	18390806
AT2G32700	luh-1/lug-16	Reduced fertility- siliques do not elongate. Flower phenotype resembles the lug-16 single mutant with narrow sepals and petals. A percentage are also embryo lethal.	18390806
AT2G32700	luh-1/lug-3	Mutant flowers have carpelloid sepals and sepal like organs topped with horns. No petals and stames are absent or fused to first whorl organs. Sterile.	18390806
AT2G32700	luh-1/seu-1	Resembles seu-1 single mutant with reduced stamen number.	18390806
AT2G32760	SAIL_552_F02	Smaller curled leaves.	29897620
AT2G32760	SALK_094540C	Smaller curled leaves.	29897620
AT2G32780	CS860081	No visible phenotype.	
AT2G32800	SALK_064193	No obvious morphological phenotype.	28184233
AT2G32900	SALK_017317	abnormal accumulation of the precursors of both 12S globulin and 2S albumin in dry seeds	24118572
AT2G32940	CS66095	"greater reduction in DNA methylation at endogenous targets such as AtSN1, MEA-ISR, AtREP2 and SIMPLEHAT2  and lower AtREP2 siRNA levels than in either of the single mutants."	
AT2G32940	CS66096	"reduced DNA methylation at endogenous targets such as AtSN1, MEA-ISR, AtREP2 and SIMPLEHAT2; reduced levels of AtREP2 siRNAs."	
AT2G32940	CS66097	"release of TGS of transgenic RD29A-LUC and the endogenous RD29A gene; reduced DNA methylation at endogenous targets such as AtSN1, MEA-ISR, AtREP2 and SIMPLEHAT2; ; reduced levels of AtREP2 siRNAs"	
AT2G32940	CS69754	Reactivation of GFP fluorescence and reduced DNA methylation of the enhancer region of the GFP target construct (T).  	
AT2G32940	CS69755	Reactivation of GFP fluorescence and reduced DNA methylation of the enhancer region of the GFP target construct (T).  	
AT2G32940	CS69756	Reactivation of GFP fluorescence and reduced DNA methylation of the enhancer region of the GFP target construct (T).  	
AT2G32940	ago6-1	Almost two-fold reduction in CpNpG and four-fold reduction in asymmetric methylation at the AtSN1 locus but not the 5S rDNA repeat.  Reduced accumulation of endogenous heterochromatin-related siRNAs.	17332757
AT2G32940	ago6-1 ago4-1	Substantial decreases in DNA methylation at CpNpG and asymmetric sites but not at CpG sites with respect to the single mutants alone.	17332757
AT2G32950	CS6259	Blue-light- or dark-grown mutants contain high levels of anthocyanins and are not responsive to cytokinins.	17217468
AT2G32950	CS6259	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	CS6259	"accumulation of anthocyanins (purple coloration) in cotyledons of developing embryos; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; expression of light-induced genes in dark-grown plants; light-grown seedlings are heavily pigmented, with anthocyanin accumulation even in roots, open cotyledons, shoots are small and abnormally shaped, lethal (development arrested soon after initiation of primary leaves)."	
AT2G32950	CS69040	"Dark-grown cop1-1 seedlings mimic phenotype of light-grown wildtype seedlings. Phenotypes of the dark-grown cop1-1 include the following: short hypocotyls, open and enlarged cotyledons, accumulation of anthocyanins, cell-type differentiation and chloroplast-like plastid differentiation in cotyledons. Light-grown cop1-1 plants have a severe size reduction and greatly reduced seed set than the wildtype."	
AT2G32950	CS69041	Light-grown cop1-6 plants have a severe size reduction and greatly reduced seed set than the wildtype. Dark-grown cop1-6 plants can bolt and flower; dark-grown cop1-6 have enlarged cotyledons compared to dark-grown wildtype.	
AT2G32950	cop1-1	Dark- and light-grown strong mutant seedlings have short hypocotyls of similar length.	8205001
AT2G32950	cop1-1	"Dark-grown mutant seedlings are transferred to the light, a significant portion of the seedlings are unable to green and will bleach out and die."	12023303
AT2G32950	cop1-1	"Mutant belonging to the strong class. Milder phenotypes than that observed in the mutants of the lethal class. Not adult lethal although mutation causes a severe size reduction of light-grown mature plants and greatly reduce seed set. Dark-grown seedlings  homozygous for the mutation exhibit light-grown characteristics, including  patterns of cell differentiation and gene expression."	8205001
AT2G32950	cop1-1	"The mutant does not show additional hypocotyl elongation under far-red light-enriched conditions, whereas the wild-type seedlings  display more than a twofold increase in hypocotyl elongation."	8205001
AT2G32950	cop1-1	"Under long-day or continuous light conditions, wild-type plants and the mutant flower after producing approximately seven rosette leaves and growing for 3 to 4 weeks. However, under short-day conditions, wildtype plants produce more than 40 rosette leaves and grow  for ~75 days before flowering, whereas the mutant line continues to produce only seven rosette leaves and flower earlier  than the wild-type plants."	8205001
AT2G32950	cop1-1 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT2G32950	cop1-1 hyh	No suppression of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light. This is in contrast to the phenotype observed in the other two double mutants: cop1-4/hyh and cop1-6/hyh.	12023303
AT2G32950	cop1-10	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	cop1-11	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	cop1-3	Dark- and light-grown strong mutant seedlings have short hypocotyls of similar length.	8205001
AT2G32950	cop1-3	"Mutant belonging to the strong class. Milder phenotypes than that observed in the mutants of the lethal class. Not adult lethal although mutation causes a severe size reduction of light-grown mature plants and greatly reduce seed set. Dark-grown seedlings  homozygous for the mutation exhibit light-grown characteristics, including  patterns of cell differentiation and gene expression."	8205001
AT2G32950	cop1-4	"Dark-grown mutant seedlings are transferred to the light, a significant portion of the seedlings are unable to green and will bleach out and die."	12023303
AT2G32950	cop1-4	"Dark-grown seedlings homozygous for weak copl mutations have longer hypocotyls than their light-grown siblings and light-grown wild-type  seedlings, although they are clearly shorter than etiolated wild-type seedlings."	8205001
AT2G32950	cop1-4	"Mutant belonging to the weak class. Milder phenotypes than that observed in the mutants of the strong class. Not adult lethal although mutation causes a severe size reduction of light-grown mature plants and greatly reduce seed set. Dark-grown seedlings  homozygous for the mutation exhibit light-grown characteristics, including  patterns of cell differentiation and gene expression."	8205001
AT2G32950	cop1-4	"The mutant does not show additional hypocotyl elongation under far-red light-enriched conditions, whereas the wild-type seedlings  display more than a twofold increase in hypocotyl elongation."	8205001
AT2G32950	cop1-4	"Under long-day or continuous light conditions, wild-type plants and the mutant flower after producing approximately seven rosette leaves and growing for 3 to 4 weeks. However, under short-day conditions, wildtype plants produce more than 40 rosette leaves and grow  for ~75 days before flowering, whereas the mutant line continues to produce only seven rosette leaves and flower earlier  than the wild-type plants."	8205001
AT2G32950	cop1-4 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT2G32950	cop1-4 hyh	Suppression in a substantial number of seedlings of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light.	12023303
AT2G32950	cop1-6	"Dark-grown mutant seedlings are transferred to the light, a significant portion of the seedlings are unable to green and will bleach out and die."	12023303
AT2G32950	cop1-6	"Dark-grown seedlings homozygous for weak copl mutations have longer hypocotyls than their light-grown siblings and light-grown wild-type  seedlings, although they are clearly shorter than etiolated wild-type seedlings."	8205001
AT2G32950	cop1-6	"Mutant belonging to the weak class. Milder phenotypes than that observed in the mutants of the strong class. Not adult lethal although mutation causes a severe size reduction of light-grown mature plants and greatly reduce seed set. Dark-grown seedlings  homozygous for the mutation exhibit light-grown characteristics, including  patterns of cell differentiation and gene expression."	8205001
AT2G32950	cop1-6	Roots of the mutant contained ~20-fold the amount of chlorophyll of the wild type.	9367981
AT2G32950	cop1-6	"The mutant does not show additional hypocotyl elongation under far-red light-enriched conditions, whereas the wild-type seedlings  display more than a twofold increase in hypocotyl elongation."	8205001
AT2G32950	cop1-6	"Under long-day or continuous light conditions, wild-type plants and the mutant flower after producing approximately seven rosette leaves and growing for 3 to 4 weeks. However, under short-day conditions, wildtype plants produce more than 40 rosette leaves and grow  for ~75 days before flowering, whereas the mutant line continues to produce only seven rosette leaves and flower earlier  than the wild-type plants."	8205001
AT2G32950	cop1-6 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT2G32950	cop1-6 hyh	Suppression in a substantial number of seedlings of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light.	12023303
AT2G32950	cop1-7	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	cop1-8	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	cop1-9	"Both dark- and light-grown homozygous mutant seedlings are severely retarded in their development, with significantly reduced cell  elongation in their hypocotyls and reduced cell enlargement in their cotyledons. Both mature seeds and seedlings homozygous  for the mutations exhibit dark purple coloration in their hypocotyls and cotyledons due to high levels of anthocyanin  accumulation. Most important, homozygous mutants are adult lethal. Occasionally, some mutant individuals will develop up to three pairs of tiny true leaves before senescence.  Not a single mutant plant has been able to survive to reproduce."	8205001
AT2G32950	csu4-1/cop1-6	Restores photomorphogenesis.Double mutant restores etiolated phenotype. Dark grown seedlings show normal hypocotyl elongation.	30352855
AT2G32950	csu4-3/cop1-6	Restores photomorphogenesis.Double mutant restores etiolated phenotype. Dark grown seedlings show normal hypocotyl elongation.	30352855
AT2G33020	CS65458	No visible phenotype.	
AT2G33030	CS65459	No visible phenotype.	
AT2G33040	CS65460	No visible phenotype.	
AT2G33060	CS65461	No visible phenotype.	
AT2G33080	CS65462	No visible phenotype.	
AT2G33150	CS2105643	Requires sucrose for germination and seedling establishment	
AT2G33150	CS2105644	Requires sucrose for germination and seedling establishment. Seed ages quickly	
AT2G33150	CS2105645	Unusual kat2 allele	
AT2G33150	CS2105646	Requires sucrose for germination and seedling establishment	
AT2G33150	CS2105647	Requires sucrose for germination and seedling establishment	
AT2G33150	ped1	"Resistant to 2,4-dichlorophyenoxybutyric acid, etiolated cotyledons"	
AT2G33330	SALK_145882C	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT2G33330	pdlp1-1 / pdlp3-1	The movement of GFP between cells is increased in this double mutant.	18215111
AT2G33330	pdlp2-1 / pdlp3-1	The movement of GFP between cells is increased in this double mutant.	18215111
AT2G33330	pdlp3-1	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT2G33340	CS69985	"Late flowering, slightly small plants with dark leaves. Compromised basal defense and R protein-mediated bacterial resistance."	
AT2G33340	mac3a mac3b	defective in R protein-mediated defense response	19629177
AT2G33430	DAL1-2	Growth on sucrose: Yellow leaves. Small plants. Sterile flowers. Lacks palisadic cell layer. Small plastids. Missing stacked grana structures.. Structurally aberant nucleoids.	12678554
AT2G33460	ric1-1	Derived from Weigel Activation tagged line- . Mutants have fewer and shorter cortical microtubule arrays.	15766531
AT2G33540	CS6542	Exhibit a hos (high expression of osmotically regulated gene) phenotype; RD29A::LUC hyperexpression and transcript accumulation in response to ABA treatment in seedlings; plants grow more slowly and flower earlier than wild type plants.	
AT2G33580	SALK_077953	"retarded growth, reduced NPQ amplitude, limited electron transport rate"	18381925
AT2G33670	CS66533	No visible phenotype.	
AT2G33670	CS66534	No visible phenotype.	
AT2G33730	SALK_110742	likely a null mutation and causes embryo lethality when becoming homozygous	29982637
AT2G33730	sma1-1	"small plant size, reduced miRNA levels"	29982637
AT2G33730	smal1-3	defective in development and displayed reduced miRNA abundance	29982637
AT2G33730	smal1-4	defective in development and displayed reduced miRNA abundance	29982637
AT2G33770	CS8508	accumulates phosphate to high concentrations in shoots; plants show mild chlorosis and necrosis on margins of leaves; leaf symptoms become more severe under high transpiration conditions.	
AT2G33793	asy4-1	Fewer meiotic recombination events.	30002256
AT2G33800	SALK_095863	Pale green. Lower levels of chlorophyll a and chlorophyll b. Mesophyll development defects.	26522839
AT2G33800	SALK_095863	"pale yellow inner leaves and a developmental defect, serious impairment of chloroplast 16S rRNA processing and accumulation."	27006483
AT2G33800	sca1-1	"sca1-1 mutant exhibits a general reduction in size, which translates into rosettes with signicantly reduced projected area when compared with its wild type, Landsberg erecta (Ler). Mutants have significantly lower levels of chlorophyll a and chlorophyll b. Mesophyll defects include large intercellular spaces and a distribution of cell sizes wider than in the wild type."	26522839
AT2G33800	sca1-rps5	"pale yellow inner leaves and a developmental defect, serious impairment of chloroplast 16S rRNA processing and accumulation."	27006483
AT2G33810	CS69782	No visible phenotype	
AT2G33810	CS69790	No visible phenotype	
AT2G33815	CS69782	No visible phenotype	
AT2G33815	CS69790	No visible phenotype	
AT2G33850	e6l1-1	"Pollen hydration, pollen adhesion, and seed mildly impaired."	31069543
AT2G33850	e6l1-2	"Pollen hydration, pollen adhesion, and seed mildly impaired."	31069543
AT2G33850	e6l1-3	"Pollen hydration, pollen adhesion, and seed mildly impaired."	31069543
AT2G33860	CS24603	"Unusual gynoecium and floral patterning defects,  including an increased number of sepals and carpels."	15659631
AT2G33860	CS24604	"Unusual gynoecium and floral patterning defects,  including an increased number of sepals and carpels."	15659631
AT2G33860	CS8554	"very strong allele;homozygotes have flowers with 1-2 extra sepals and petals, 1 less medial stamen and a gynoecium with altered shape and anatomy; locule number on medial stamen is often reduced; gynoecium has a reduced ovary which is covered abaxially by style transmitting tract apically, and style epidermal tissue basally; it appears as if the top of the gynoecium has been pulled down over the surface of the ovary, and the bottom of the gynoecium has been pulled up, creating an elongated internode-like basal stalk; ovule density is not affected but placentae are shortened; ovules appear sterile due to failure of integument growth around egg sac which protrudes out of the ovule tip and appears to lack the full compliment of 8 nuclei; pollen is fertile"	
AT2G33860	CS8555	"weak allele; homozygotes have flowers with 1-2 extra sepals and petals, 1 less medial stamen and a gynoecium with altered shape and anatomy; locule number on medial stamen is often reduced; gynoecium has a slightly reduced ovary, with a small basal internode, and the basalization of the adaxial style tissue only on the medial sides of the gynoecium; almost fully female fertile"	
AT2G33860	CS8556	"intermediate allele; homozygote has flowers with 1-2 extra sepals and petals, 1 less medial stamen and a gynoecium with altered shape and anatomy; locule number on medial stamen is often reduced; gynoecium has a reduced ovary which is covered abaxially by style transmitting tract apically, and style epidermal tissue basally; it appears as if the top of the gynoecium has been pulled down over the surface of the ovary, and the bottom of the gynoecium has been pulled up, creating an elongated internode-like basal stalk; ovule density is not affected but placentae are shortened; ovules appear sterile due to failure of integument growth around egg sac which protrudes out of the ovule tip and appears to lack the full compliment of 8 nuclei; pollen is fertile."	
AT2G33860	ett-1/arf4-1	"Short internodes, abnormal phyllotaxy, misshapen floral organs, variable floral organ numbers, gynoecium lacks valve tissue, , abnormally positioned ovules. Resembles kanadi homozygous mutants."	16199616
AT2G33860	stv1-1 ett-2	"The gynoecia of double mutants showed severe reduction of the ovary and morphological abnormalities in the apical region that were similar  to ett strong allele mutant phenotypes. Occasionally, inflorescences of the double mutant failed to produce any normal flower buds, resulting in pin-like structures that were not found in either stv1 or ett single mutants. Pin-like inflorescences are formed in mp, pid, and pin1 mutants and in wild-type plants treated with polar auxin transport inhibitors."	16227452
AT2G33860	sty1-1 ett-1	"The gynoecial defects of ett-1 mutants, such as reduction in ovary size and increased gynophore elongation, were enhanced by the sty1-1 mutation. A number of double mutant gynoecia were nearly completely valveless, and in those, ovules grew on top of a placental surface. In addition, the apical ends of sty1-1 ett-1 gynoecia were less fused than those of ett-1 and sty1-1, and ovules frequently protruded at the apex. The amount of stylar and stigmatic tissues was reduced compared with ett-1, and the double mutant was sterile. As in ett-1 gynoecia, ectopic tissue of transmitting tract identity was generally present."	16740145
AT2G33880	CS66947	"Homozygous plants have small and hyponastic cotyledons, some seedlings lack the primary root; 80% show early seedling lethality."	
AT2G33880	CS66948	"Homozygous plants have small and hyponastic cotyledons, some seedlings lack the primary root; 80% show early seedling lethality."	
AT2G33880	CS66949	Epinastic cotyledons; wavy leaf margins; increased number of axillary shoots; reduced fertility.	
AT2G33880	stip-1	When grown in the absence of sugars plants exhibit growth arrest after germination. Seedling lethal. Shoots exhibit reduced sensitivity to cytokinins but roots appear normal.	20110319
AT2G33880	stip-2	Hypomorphic allele identified as an intragenic supressor of stip-d activation tagged allele. Homozyous plants show about 80% seedling lethality. Other phenotypes include hyponastic cotyledon and reduced root size. Expression of WUS is reduced and the domain of STM (a marker of meristems)reduced.Heterozygotes have 25% abnormal embryos with smaller meristems. Phenotype can be rescued with the addition of sucrose in the growth media.	15753038
AT2G33880	stip-d	"Activation tagged allele of STIP. Ectopic/overexpression of homeobox gene results in abnormal leaf shape, loss of apcial dominance, and reduced fertility due to abnormal ovule and flower development."	15753038
AT2G33880	stip-d ahk2-2 ahk3-3 cre1-12	Small SAM and limited root growth.	20110319
AT2G34150	scar1-1	Phenotype not described.	17267444
AT2G34160	ipr7-1	"Growth delay, early flowering"	30576513
AT2G34220	CS70794	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G34220	CS70901	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G34470	ureG-1	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT2G34480	rpl18aB-1	Pollen carrying rpl18aB-1 allele shows reduced competition through stigma and reduced transmission. Transmission is also reduced through the female gametophyte. Homozygous mutants are embryo lethal. They fail to differentiate after the globular stage.	27502163
AT2G34490	cyp710a2	"Brassicasterol/crinosterol production activity is almost completely abolished. Stigmasterol content, however, was the same as that of wildtype."	16531502
AT2G34490	cyp710a2	Does not contain any 24-methyl-&Delta;22-sterols.	16531502
AT2G34490	cyp710a2	No visible phenotype.	16531502
AT2G34650	CS69064	Reduced number of stamens and carpels; occasionally 3 cotyledons; weak allele.	
AT2G34650	CS8062	"strong allele; apical meristem usually produces limited number of flowers before termination with a short pin-like stem; flowers are bunched together on the stem; no defect on polar auxin transport; floral organs are abnormal in structure, size, number and spacing within whorls; average number of sepals and stamens per flower is reduced while the number of petals is increased, stem-like gynoecium; plant height markedly reduced; cotyledons often increased in number and defective in size and shape."	
AT2G34650	CS8063	"intermediate allele; apical meristem produces limited number of flowers before termination of inflorescence with a short, pin-like stem; no defect in polar auxin transport; flowers abnormal (increased number of petals, reduced number of stamens, stem-like gynoecium); cotyledons often increased in number."	
AT2G34650	CS8064	"strong allele; apical meristem usually produces limited number of flowers before termination with a long pin-like stem; stem elongates between individual flowers; no defect on polar auxin transport; floral organs are abnormal in structure, size, number and spacing within whorls; average number of sepals and stamens per flower is reduced while the number of petals is increased, stem-like gynoecium; cotyledons often increased in number and defective in size and shape."	
AT2G34650	laterne	"Lacks cotyledons and develops an altered shoot apex topology.  SAM formation is not suppressed. Significant reduction of sepals and sterility because of a reduction in number of gynoecia.  Position of the polar auxin transporter PIN1 is reversed in the embryo apex, resulting in altered polar auxin transport."	16107478
AT2G34650	npy1-1; pid-101	"This double mutant fails to form cotyledons, first evident at the early heart stage of embryogenesis. It also has slightly shorter hypocotyls than wild type seedlings when grown in the dark and displays altered phyllotaxy. However, the light-grown hypocotyls and the roots of npy1-1 pid-101 mutant plants appear normal. In addition, the mutants can form true leaves and generate appropriate apical hooks in the dark."	
AT2G34650	pid-3/mab4-1	Severe defects in organogenesis. Mutants lack cotyledons and floral organs.	
AT2G34650	yuc1; yuc4-1; pid-101	"This triple mutant fails to produce cotyledons, a defect that can first be observed at the early heart embryo developmental stage. True leaves develop, but show aberrant phyllotaxy. The mutant forms a normal hypocotyl and roots and produces a normal apical hook in the dark."	
AT2G34660	CS66052	Primary roots are shorter than wild-type.	
AT2G34690	CS57503	acd11 is lethal at the rosette stage. First symptoms (yellowing of leaf margins) is seen at the 2-6 leaf stage with individual variation.	
AT2G34690	acd11	"Defense marker genes SAG13, FMO and PR1 are very strongly expressed in the mutant. Ethylene-induced genes PR3 and EFR1 were induced, whereas PDF1.2 was not."	15923330
AT2G34690	acd11	"Spontaneous cell death lesions, constitutive defense reponses"	
AT2G34690	stp13-1 acd11	Same phenotype as that of single mutant acd11.	16616142
AT2G34710	CS3761	"Leaves are moderately adaxialized, stipules surrounding the entire leaf base.  Ectopic meristems are commonly formed at the base of the abaxial side of leaves."	11525739
AT2G34710	CS3761	"completely penetrant; altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; phb-1d heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; expressivity of the phb-1d mutant is variable, some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant, develop ectopic SAMs on undersides of leaves, weakly suppresses the shoot meristemless (stm) mutant phenotype, all four types of floral organs affected to some degree; temperature sensitive."	
AT2G34710	CS68977	"phb-13 phv-11 cna-2 triple mutants often displayed tri-cotyledons, enlarged SAM, stem fasciation, flowers with extra organs, silique enlargement, and reduced fertility."	
AT2G34710	CS6963	"Altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant; all four types of floral organs affected to some degree."	
AT2G34710	CS6964	"Altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant; all four types of floral organs affected to some degree."	
AT2G34710	CS6965	"Altered leaf polarity; transformation of abaxial cell fates to adaxial cell fates in leaves & floral organs, altered organ shape; heterozygotes have leaves with adaxial epidermal characters (dark green, glossy, trichome-rich surfaces) around their circumference & exhibit varying degrees of radial symmetry & loss of blade outgrowth; some leaves rod like while others are shaped like trumpets (with adaxial tissue on outer surfaces & abaxial tissue on inside of 'bell' of trumpet), leaves grow nearly vertical rather than bending away from the plant; all four types of floral organs affected to some degree."	
AT2G34720	N644313	No obvious flowering-time phenotype.	17138697
AT2G34780	CS66257	"Shoot apical meristem (SAM) terminates prematurely, vegetative growth is delayed, reduced shoot and root growth, early flowering, fewer lateral roots, trichomes have extra branches, rosette leaves show increased endoreduplication."	
AT2G34780	emb1611-2	Shoot apical meristem terminates prematurely. The embryonic SAM appears normal during embryogenesis but after germination it begins to show signs of disorganization and decreasing size.	18980659
AT2G34860	CS430127	Lethal when grown in soil.	27047527
AT2G34860	CS445540	Pale yellow leaves and severely retarded growth.	27047527
AT2G34880	CS70788	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G34880	CS70896	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT2G34920	CS100126	Defective in pollen development.	19237690
AT2G34920	CS65871	No visible phenotype.	
AT2G34940	CS859921	No visible phenotype.	
AT2G35000	CS24736	Increased susceptibility to fungal pathogen G. cichoracearum.	29161311
AT2G35035	ureD-1	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT2G35035	ureD-2	No visible phenotype.  Unable to sustain growth on urea as sole nitrogen source.  No urease activity detected.	16244137
AT2G35100	arad1-1	"Cell wall composition was altered in mutant plants. Analysis of cell wall polysaccharides isolated from mutant leaves and stems showed that arabinose content was reduced to about 75% and 46%, respectively, of wild-type levels. Immunohistochemical analysis indicated a specific decrease in arabinan with no change in other pectic domains or in glycoproteins. Radial cell expansion of the stem tissue was increased in mutant plants, but the cellular structure of the stem was also not altered. No other visible phenotypic changes were detected in the mutant plants."	16377743
AT2G35160	suvh5-1	"The suvh5 single mutant has no obvious morphological defects or changes in histone or DNA methylation patterning, due to redundancy with suvh4 and suvh6. The suvh4 suvh5 suvh6 triple mutant has no obvious morphological defects, but displays loss of  DNA methylation in non-CG sequence contexts similar to a cmt3 null mutant, and loss of both mono- and di-methylation of H3 K9 at heterochromatic sequences."	16582009
AT2G35160	suvh5-2	"The suvh5 single mutant has no obvious morphological defects or changes in histone or DNA methylation patterning, due to redundancy with suvh4 and suvh6. The suvh4 suvh5 suvh6 triple mutant has no obvious morphological defects, but displays loss of  DNA methylation in non-CG sequence contexts similar to a cmt3 null mutant, and loss of both mono- and di-methylation of H3 K9 at heterochromatic sequences."	16582009
AT2G35190	CS3980	No visible phenotype.	
AT2G35210	CS100143	Pollen development defective.	19237690
AT2G35230	CS6994	"Reduced seed size; small seeds result from coordinated reduction of endosperm size, embryo proliferation, and cell elongation of the maternally derived integument .                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                          Premature arrest of endosperm growth triggers precocious onset of endosperm cellularization during the syncytial developmental stage; reduced proliferation of the cellularized endosperm, reduced embryo proliferation after the early torpedo stage and reduced cell elongation of the maternally derived seed integument. Homozygous seeds develop into plants"	
AT2G35230	iku1-1; mini3-1	Reduced seed size	20545893
AT2G35270	ET14389.Ds5.02.10.2006.jy73.675 Homozygous	"Most of the flowers from gik homozygous mutants appeared normal without any  gametophytic defects, but a small number of  flowers (22 of 800) showed various degrees of defects in stamen and carpel development.Stamen  development was impaired, which resulted in delayed dehiscence or indehiscence of anthers. In some cases, the filaments  of the stamens were branched and had ectopic anther formation,and anthers were partially transformed into petal-like structures"	
	19956801		
AT2G35350	CS66029	No visible phenotype.	
AT2G35350	CS66030	Decreased pedicel length.	
AT2G35350	CS66031	"Double homozygous pol-6 pll1-1 plant has a seedling lethal phenotype if not grafted to a wild-type seedling. Grafted pol-6 pll1-1 double mutant displays a meristem-termination phenotype similar to wus mutants, including flowers with reduced number of floral organs."	
AT2G35350	pll1-1	Decreased pedicel length.	16112663
AT2G35350	pol-6 pll1-1	"Embryo lethal, due to major defects in embryo patterning."	17079273
AT2G35500	CS66139	No visible phenotype.	
AT2G35500	CS66140	No visible phenotype.	
AT2G35500	CS66141	No visible phenotype.	
AT2G35550	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT2G35550	CS68808	No visible phenotype.	
AT2G35600	SALK_038885	No visible root phenotype.	16514016
AT2G35620	CS2106721	Seed mucilage defects.	
AT2G35630	CS67061	"Temperature-sensitive mutant characterized by shortening and loss of ordered alignment of cortical microtubules at temperatures above 28C. Microtubule organization is rapidly reversed at 21C. No visible phenotype is observed if the mutant is grown at the permissive temperature. At the restrictive temperature, the mutant plants are severely stunted, with radially swollen and short organs, show left-handed twisting of upper parts of roots and do not produce flowers."	
AT2G35630	gem1-2	Stronger phenotype than gem1-1. Defects in cell division - particularly in the pollen which leads reduced transmission through pollen in heterozygotes. Sporphytic lethal as homozygote.	15753108
AT2G35630	mor1-1	"Cortical microtubule disorganization commonly found in elongating cells in mutant seedlings, however, disruption of mitotic and cytokinetic microtubule arrays was not detected in all dividing cells. Nevertheless, quantitative analysis identified distinct defects in preprophase bands (PPBs), spindles, and phragmoplasts. In nearly one-half of dividing cells at the restrictive temperature of 30 degrees C, PPBs were not detected prior to spindle formation, and those that did form were often disrupted. mor1-1 spindles and phragmoplasts were short and abnormally organized and persisted for longer times than in wild-type cells. Microtubule organizational defects led to aberrant chromosomal arrangements, misaligned or incomplete cell plates, and multinucleate cells."	
AT2G35630	mor1-1	"Temperature-sensitive mutants. Mutation causes temperature-dependant microtubule disruption causing cortical microtubules to shorten and lose ordered alignment at temperatures above 28 degrees C. Recovery of normal microtubule organization after returning to the permissive temperature was rapid. When grown at permissive temperature mutant plants and wild type cannot be distinguished. At the restrictive temp, mutant plants were extremely squat and didn't develop flowers, and eventually die. Several morphological defects were observed, such as impaired root hair polarity, isotropic cell expansion, left-hand twisting of organs. Throughout development (at any stage), mutant plants exhibited altered morphology and function at the restrictive temperature."	
AT2G35650	csla7	embryo defective	
AT2G35670	CS6998	"Autonomous seed development is initiated in absence of fertilization, with a penetrance of about 60%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Abnormal development of the endosperm posterior pole with a cyst and nodules larger than in the wild type; ectopic location of nodules in the peripheral endosperm; absence of cellularisation and overproliferation at late stages. Gametophytic maternal effect results in embryo lethality."	
AT2G35670	CS6999	"Autonomous seed development is initiated in absence of fertilization, with a penetrance of about 60%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Abnormal development of the endosperm posterior pole with a cyst and nodules larger than in the wild type; ectopic location of nodules in the peripheral endosperm; absence of cellularisation and overproliferation at late stages. Gametophytic maternal effect results in embryo lethality."	
AT2G35670	fis2	Initiation of seed development in absence of fertilization	
AT2G35680	pgpp1-1 ptpmt1-1 ptpmt2-1	"Short roots, disorganized columella cells, irregularly divided cells and cellular structure of outer layer root tips deteriorated."	29476828
AT2G35690	CS66498	No visible phenotype.	
AT2G35690	CS66499	"Significantly reduced JA level in unwounded and wounded leaves. Increased susceptibility to Trichoplusia ni larvae attack, associated with a lack of larvae-induced JA accumulation. No change in susceptibility or JA accumulation upon Alternaria brassicicola infection when compared with the wild-type. Reduced fecundity most likely due to decreased pollen viability."	
AT2G35690	acx1 acx5	"severely impaired in jasmonate biosynthesis, produced fewer seed-containing siliques and fewer viable seeds. JA level did not increase significantly in response to wounding, more susceptible to the leaf-chewing insect Trichoplusia ni."	17172287
AT2G35700	SALK_000610	same as smb-3 single mutant	18723362
AT2G35747	hid1	Decreased responsiveness to continuous red (cR) light.Inhibition of hypocotyl growth specifically under cR.	24982146
AT2G35930	pub22-1 pub23-2 pub24-1	"This triple mutant does not exhibit any obvious constitutive defense signaling phenotypes and it has normal fertility compared to wild-type plants. However, it has an enhanced relative oxidative burst compared to wild type plants in response to flg22, chitin, and the conserved elf18 epitope from a bacterial transcription factor. MPK3 transcripts remain elevated for longer in the mutant than in wild-type seedlings, though the MPK3 protein does not appear to have altered protein stability in this triple mutant.When challenged with the bacterial pathogen Pst, the triple mutant allows ~30 times less bacterial growth than wild-type plants. It is also less susceptible to a biotrophic oomycete."	18771922
AT2G35930	pub22-1/pub23-1	Resistant to severe drought stress. Mutant plants recovered from water withdrawl to a greater extent than wild type.	18664614
AT2G35935	pub22-1 pub23-2 pub24-1	"This triple mutant does not exhibit any obvious constitutive defense signaling phenotypes and it has normal fertility compared to wild-type plants. However, it has an enhanced relative oxidative burst compared to wild type plants in response to flg22, chitin, and the conserved elf18 epitope from a bacterial transcription factor. MPK3 transcripts remain elevated for longer in the mutant than in wild-type seedlings, though the MPK3 protein does not appear to have altered protein stability in this triple mutant.When challenged with the bacterial pathogen Pst, the triple mutant allows ~30 times less bacterial growth than wild-type plants. It is also less susceptible to a biotrophic oomycete."	18771922
AT2G35940	eostre-1	Reduced fertility due to abnormal embryo sac development. Nuclear migration and cellularization are affected and synergid cell is converted to a second egg cell. Phenotype is due to ectopic expression of  BLH1  which is normally not expressed in the embryo sac.	
AT2G35940	eostre-1/knat3	Normal embryo sac development.	
AT2G36100	CS93631	"Segregating for very small and yellow-green rosettes that eventually die (30%); survived plants are short, short internodes; short siliques; average height = 20 cm."	
AT2G36120	dot1-1	"dot1-1 mutants display an open-class leaf and cotyledon venation patterning defect with low penetrance. Post-genital fusions of aerial organs also occur in dot1-1 mutants, and they produce cup-shaped leaves with a reduced number of trichomes. Normal epidermal cell wall formation is disrupted at the site of the organ fusions. These mutants have reduced water permeability compared to wild type plants, but they have normal levels of fertility and normal patterns of root and stem development."	18643975
AT2G36190	SALK_017466C	"The cwinv4-2 mutant has reduced invertase activity in its cell wall fraction and it does not secrete nectar. However, it has normal nectary morphology."	19861655
AT2G36230	apg10	"Pale green cotyledons and true leaves.  Development of true leaves was delayed fro 2 days in the mutant plants.  Shape of the true leaves was small, narrow, with some serrations."	15870096
AT2G36250	CS65897	"Plant appears phenotypically wild type, but has fewer, heterogenous in size chloroplasts per mesophyll cell than wild type."	
AT2G36250	CS65898	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT2G36250	CS65899	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT2G36250	CS65901	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT2G36250	CS65902	"Plant appears phenotypically wild type, but has fewer, heterogenous in size chloroplasts per mesophyll cell than wild type."	
AT2G36250	CS65903	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT2G36250	CS68687	Contains one to two greatly enlarged chloroplasts per mesophyll cell. Chloroplasts contain dots or short filaments of FtsZ1.	
AT2G36270	CS8105	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 3 microM ABA; does not exhibit compromised water relations, normal stomatal regulation, not wilty phenotype; seed dormancy similar to wt; reduced sensitivity to salt and osmotic stress during germination."	10760247
AT2G36307	zpr3-2; zpr4-2	"Extra cotyledons. Only three or four true rosette leaves produced initially, then after a pause of a few days, leaves are produced at random positions. These leaves are often produced from the adaxial side of leaf / cotyledon bases instead of the SAM. >50 rosette leaves produced at maturity. Altered phyllotaxy. SAM has irregular appearance. Some radially symmetric organs."	18408069
AT2G36390	adg1 be2-1 be3-2	No visible phenotype.	17028209
AT2G36390	adg1 be2-1 be3-2	Strong reduction in maltose accumulation compared to the be2-1 be3-2 double mutant.	17028209
AT2G36390	be1-1 be3-2	Displays the same profile of polymerization (DP) as the corresponding be2 or be3 mutant.	17028209
AT2G36390	be2-1 be3-2	Absence of starch and accumulation of very high levels of water-soluble glucans.	17028209
AT2G36390	be2-1 be3-2	Contains 90% of &alpha;-maltose and 10% of &beta;-maltose.	17028209
AT2G36390	be2-1 be3-2	Increased starch phosphorylase activity compared to wild type.	17028209
AT2G36390	be2-1 be3-2	Low growth and flowering rates.	17028209
AT2G36390	be2-1 be3-2	No starch branching enzyme activity detected.	17028209
AT2G36390	be2-1 be3-2	Pale colour.	17028209
AT2G36390	be2-1 be3-2	"Reduced size of the mature plant. Thirty days after seed germination, the fresh weight of this mutant is one-fifth of that of wild type."	17028209
AT2G36390	be2-1 be3-2	"The levels of sucrose, fructose, glucose 6-phosphate and glucose 1-phosphate are not significantly deviating from those of wild type or the single mutants."	17028209
AT2G36390	be2-1 be3-2	The maltose accumulates mostly in the cytosol (~80%).	17028209
AT2G36390	be2-1 be3-2	The mutant is still able to produce siliques and viable seeds.	17028209
AT2G36390	be2-1 be3-2	"Water-soluble glycans are composed of very short malto-oligosaccharides made of 80% maltose, 14% maltotriose and 6% glucose."	17028209
AT2G36390	be2-1 be3-2	Wilting of the inflorescence.	17028209
AT2G36390	be3-1	"DP 6-7 and DP 5-9 chains are slightly decreased, whereas DP 10-16 chains are slightly increased (DP, degree of polymerization)."	17028209
AT2G36390	be3-1	Starch branching enzyme activity unaffected (similar to wild type levels).	17028209
AT2G36390	be3-1	Starch granules are slightly larger than those of wild type.	17028209
AT2G36390	be3-2	"DP 6-7 and DP 5-9 chains are slightly decreased, whereas DP 10-16 chains are slightly increased (DP, degree of polymerization)."	17028209
AT2G36390	be3-2	Starch branching enzyme activity unaffected (similar to wild type levels).	17028209
AT2G36390	be3-2	Starch granules are slightly larger than those of wild type.	17028209
AT2G36450	hrd-D	"hrd-D mutants produce elevated levels of the HRD transcript. Moreover, the expression domain of HRD expands from inflorescence tissue into vegetative tissue in the hrd-D mutants. The mutants have smaller, thicker green leaves with extra palisade and spongy mesophyll cell layers. Their root network is more dense and the roots have more cortical cell layers. The mutants tolerate drought and salt stress better than wild type plants. A number of genes related to drought are differentially expressed in wild type and hrd-D mutants"	17881564
AT2G36490	CS66099	Enhanced sensitivity to methyl methanesulfonate and hydrogen peroxide	12526807
AT2G36490	CS66099	"Mutants have abnormal bioluminescence (luciferase transgene) in response to cold, osmotic stress, or ABA treatment."	12526807
AT2G36490	CS66099	The mutation causes DNA hypermethylation in the promoter of several genes.	12526807
AT2G36490	CS66099	"When three-week-old seedlings were treated with the cytosine methylation inhibitor 5-aza-2'-deoxycytine (5Aza-dC), newly grown roots in ros1-1 were found to have a strong luminescence response similar to that in wild-type plants."	12526807
AT2G36490	CS67889	enhanced sensitivity to methyl methanesulfonate and hydrogen peroxide; DNA hypermethylation of RD29A (AT5G52310) and a T-DNA region close to marker AthGA-Pab on chromosome III.	
AT2G36490	ror1-1 ros1-1	"Increased sensitivity to DNA damage,decreased gene silencing as measured by expression of reporter genes, small plants, decreased trichome number, early flowering in long days,decreased cell division, short roots."	16326925
AT2G36490	ros1-1	"The transgene-minus mutant plants did not produce any smRNAs, and showed a wild-type level of DNA methylation in the endogenous RD29A gene promoter."	12526807
AT2G36490	ros1-1 ddm1-2 (LUC transgene)	"The luminescence response of the ros1/ ros1::ddm1/ddm1 double mutant was much higher than that of ros1/ros1::DDM1/DDM1 plants, but was still lower than that of ROS1/ROS1::DDM1/DDM1 plants."	12526807
AT2G36490	ros1-2 (LUC transgene)	"Mutants have abnormal bioluminescence (luciferase transgene) in response to cold, osmotic stress, or ABA treatment."	12526807
AT2G36530	CS24937	"Impaired cold-responsive gene transcription, acquired freezing tolerance and plant resistance to chilling under certain conditions; STZ/ZAT10 expression is induced strongly and prolonged by cold compared to the wild type; plants are chilling sensitive in"	
AT2G36530	los2	"Reduced expression of cold-responsive genes, increased freezing sensitivity"	12032082
AT2G36690	CS120447	Reduced rate of seed germination. Can be partially rescued by application of GA.	29205921
AT2G36690	gas2-1	Slightly hypersensitive to ABA during germination and early seedling development. Severe ABA induced inhibition of cotyledon development and seed germination. Delay in cotyledon greening.	30992454
AT2G36690	gas2-2	Slightly hypersensitive to ABA during germination and early seedling development. Severe ABA induced inhibition of cotyledon development and seed germination. Delay in cotyledon greening.	30992454
AT2G36690	gas2-D	Slightly hypersensitive to ABA during germination and early seedling development. Severe ABA induced inhibition of cotyledon development and seed germination. Reduction in germination.	30992454
AT2G36810	sgr6-1	"Inflorescence stems of mutant plants showed abnormal gravitropic response, while gravitropism in hypocotyls and roots was not altered."	9210330
AT2G36850	CS9893	"club-like appearance of seedlings, seedling lethal"	
AT2G36850	CS9894	Homozygous mutants are seedling lethal and cytokinesis-defective; club-like appearance with stunted roots.	
AT2G36850	CS9895	"club-like appearance of seedlings, seedling lethal"	
AT2G36850	CS9896	"club-like appearance of seedlings, seedling lethal"	
AT2G36850	CS9897	"club-like appearance of seedlings, seedling lethal"	
AT2G36850	CS9898	"club-like appearance of seedlings, seedling lethal"	
AT2G36850	SALK_111094C	Abnormal pollen development associated with asymmetric microspore division.	18315544
AT2G36850	gsl8-2	Abnormal pollen development associated with asymmetric microspore division.	18315544
AT2G36870	CS67891	no visible phenotype	
AT2G36870	CS67892	no visible phenotype	
AT2G36910	CS66051	Increased lateral root formation compared with wild-type.	
AT2G36910	pgp1 pgp19	"dwarf with short inflorescences, reduced axillary and secondary inflorescences, reduced numbers of rosette and cauline leaves which are smaller and curled"	17237354
AT2G36910	pin1 pgp1 pgp19	"dwarf, loss of apical dominance, fused cotyledons, reduced number of rosette leaves, curlier leaves with altered leaf margins"	17237354
AT2G36980	SAIL_1304_G03	No visible phenotype.	
AT2G36985	rot4-1D	Short leaves. Both petiole and blade are shortened and blade is more rounded. Reduced cell proliferation along the leaf margins.	15125775
AT2G36990	sig6-1	Pale green cotyledons with drastically reduced chlorophyll content in 3- to 4-day-old seedlings.  The chlorophyll deficiency was limited to the young cotyledons and was restored to the wild-type level in 8-day-old seedlings.	15807777
AT2G37090	irx8 irx9	"The double mutants had significantly less xylose compared with the irx8 and irx9 single mutant plants. Whereas irx8 and irx9 contain ~40 to 50% xylose compared with the wild type, the double mutant contained only ~20% xylose compared with wild-type plants."	
	17237350		
AT2G37090	irx9-1	"Although irx9 mutants have a reduction in xylose levels, they retain the ability to form the oligosaccharide leader present at the reducing end of xylan chains. However, they appear to be defective in xylan chain elongation. Their xylan chains seem to show the normal branching pattern found in wild type xylan chains, but glucuronic acid (GlcUA) is largely replaced by methylglucuronic acid (MeGlcUA). They are capable of accumulating cellulose throughout development, but they have lower total cellulose levels than WT plants at middle and late developmental stages."	17944810
AT2G37090	irx9-1	"The wall thickness of interfascicular fibers and vessels in the stems of the mutants was decreased by ~60% compared with the wild type, which is most likely the cause of their reduced stem strength."	17322407
AT2G37090	irx9-1	irx9 mutants of Arabidopsis showed a decrease in the abundance of xylan as revealed by cell wall analysis.	16844780
AT2G37090	irx9-1 irx1	Similar phenotype to that of the irx8-2 irx1-1 double mutant.	17237350
AT2G37090	irx9-2	"The wall thickness of interfascicular fibers and vessels in the stems of the mutants was decreased by ~60% compared with the wild type, which is most likely the cause of their reduced stem strength."	17322407
AT2G37090	irx9-2	irx9 mutants of Arabidopsis showed a decrease in the abundance of xylan as revealed by cell wall analysis.	16844780
AT2G37230	SAIL_1146_C06	severe growth delay	30626926
AT2G37230	SALK_134878	reduction of DNA methylation	30382101
AT2G37250	adk1-1	"After 2 d in continuous light, the total aerial biomass accumulated by the mutant was 40% higher than the wild type. In normal photoperiod and continuous light, both the wild type and mutants developed to the reproductive stage synchronically, but in darkness the mutant plants showed a delay of about 2 to 3 d to reach the flowering phase."	
	15618410		
AT2G37260	CS2105597	"seed coat paler than wild type, darker than ttg1; trichomes reduced in number"	
AT2G37260	CS2106724	Seed mucilage defects.	
AT2G37260	CS277	"trichomes reduced in number, simple; seed coat paler than wild type, darker than ttg1; seed coat mucilage absent."	
AT2G37260	ttg2-1	Pale brown seeds and unbranched trichomes.	17766401
AT2G37260	ttg2-1/gl3-1	Reduced trichome numbers.Trichomes that do form have reduced (e.g. single) branch numbers.	17766401
AT2G37260	ttg2-1/gl3-2	Clusters of unbranched trichomes.	17766401
AT2G37260	ttg2-3	Reduced number of trichomes and abnormal trichomes. Pale seed coats. Smaller seeds.	19071961
AT2G37290	CS23879	"Leaves lack any detectable amounts of the unsaturated 16-carbon fatty acids, 16:1 delta 7, 16:2 and 16:3 fatty acid methylesters. The mutant leaves also have increased levels of 16:0 fatty acid methylesters. This phenotype is the fad5-2 mutation based upon similarity to the fad5-1 phenotype in the literature."	
AT2G37590	pear1 pear2 dof6 obp2 hca2	30% of plants have slowly elongating roots that show a reduction in radial growth.	30626969
AT2G37590	pear1 pear2 dof6 tmo6	reduced radial growth	30626969
AT2G37590	pear1 pear2 tmo6	reduced radial growth	30626969
AT2G37630	CS146	"small rosette; asymmetric, lobed and round rosette leaves."	
AT2G37630	CS16272	"Asymmetric and lobed leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves, floral buds open prematurely."	
AT2G37630	CS16273	"Asymmetric and lobed leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves, floral buds open prematurely."	
AT2G37630	CS3283	"asymmetric, lobed rosette leaves, leaf edges slightly curled under, somewhat rounder leaves."	
AT2G37630	CS3374	"asymmetric and lobed rosette leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves."	11076771
AT2G37630	CS3443	"asymmetric rosette leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves; green, yellow and white variegated plants; lacks trichomes on stems and leaves."	
AT2G37630	CS3498	"asymmetric, lobed and curled down rosette leaves; compact rosette, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal."	
AT2G37630	CS3589	"asymmetric, lobed rosette leaves, leaf edges slightly curled under; compact plants, blunt siliques; leaves but not cotyledons white, conditional lethal; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; high temperature sensitive (28C)."	
AT2G37630	CS444	"bright green bushy rosette; heart shaped, wrinkled leaves; leaf edges curled under irregularly; many flowering stems."	
AT2G37630	CS69042	"Asymmetric and lobed rosette leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves."	
AT2G37630	CS923722	"Small rosette; asymmetric leaf surface, lobed and rounded rosette leaves; leaf margins curl under, giving a triangular leaf shape; dark-green plants; average height = 41 cm."	
AT2G37630	CS9958	Asymmetric leaves. Width of sheet plate more length. Compact? Semi-dwarf.	
AT2G37630	as1-1	No defects were observed in the dehiscence of as1-1 siliques.	17592013
AT2G37630	as1-1	The mutant displayed slightly altered siliques with a moderate bumpy appearance. A closer inspection of these fruits showed that they had developed enlarged repla with more cells than those of the wild type.	17592013
AT2G37630	as1-1	"The number of outer epidermal cells in mutant valves was smaller, causing a reduction in valve width."	17592013
AT2G37630	as1-1 bp-1	"The alteration produced in fruits by the as1  mutation was partially alleviated in the double mutants. Repla were narrow, practically reverting to the appearance of the wild type, and numbers of cells in both repla and valves were different from those of the as1 mutants."	17592013
AT2G37630	as1-1 rpl-1	Partial rescue of the rpl repla phenotype.	17592013
AT2G37630	as1-1 rpl-2	Partial rescue of the rpl repla phenotype.	17592013
AT2G37630	as1-104	Showed large repla and a reduction in valve width.	17592013
AT2G37630	as1-104 bp-1	"The alteration produced in fruits by the as1  mutation was partially alleviated in the double mutants. Repla were narrow, practically reverting to the appearance of the wild type, and numbers of cells in both repla and valves were different from those of the as1 mutants."	17592013
AT2G37630	as1-104 ful-1	"Double mutant displayed extremely small valves, and very large, rough and distorted repla, indicating a strong enhancement of the phenotypes of the two single mutants both in valves and replum."	17592013
AT2G37630	as1;axr1	"Leaf phenotypes are enhanced with respect to either single mutant, with deeply lobed margins and ectopic stipules present in the sinus of each lobe."	16971475
AT2G37630	as1;axr1;bp	Ectopic stipules observed in cauline leaves of as1;axr1 plants are not found.  Leaves have an as1-like morphology.	16971475
AT2G37630	bop1-4 bop2-11 as1-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G37630	bop1-4 bop2-11 as1-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT2G37630	bop1-4 bop2-11 as1-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT2G37630	pgy1-1/as1-1	Narrow elongated leaves. Ectopic adaxial lamina.	
AT2G37630	pgy1-1/as1-1/kan1	Triple mutant.as1/pgy1 phenotype is supressed and leaves are more rounded and do not form ectopic lamina.	
AT2G37630	pgy1-1/as1-1/rev-6	"Abnormal leaf development,radial leaves."	
AT2G37630	zll-2/as1-101	Abnormal leaves. Leaves are pin-like or 'lotus'-like.	19054365
AT2G37860	CS3136	"erecta phenotype, veins darker than interveinal tissues, delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days."	
AT2G37860	CS3142	"veins darker than interveinal tissues; lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins."	
AT2G37860	CS6359	"Low cell density in the leaf palisade parenchyma, resulting in decreased chlorophyll content on leaf area basis, but the photosynthetic activity per cell is not affected; plant growth is slightly retarded due to decreased number of cells per unit area; under optimal light intensity, plants are pale-green compared to wt especially in the interveinal tissue, under higher light intensities leaves are even paler, whereas at low light intensities plants look like wt; increased sensitivity to ozone (250-300 ppb); increased susceptibility to virulent Pseudomonas syringae pv. maculicola ES4326."	
AT2G37860	soz2	"Pale plants, sensitive to ozone"	
AT2G37920	CS16025	embryo defective; developmental arrest of mutant embryos	
AT2G37970	soul1	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller."	16891401
AT2G38020	CS3042	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 25.2% mutant.	
AT2G38020	CS3941	"Lack of vacuoles in suspensor cells of early embryos; abnormally oriented cell walls, defects in cell elongation, formation of autophagosomes, defective endosperm development;  embryos variably arrest at or before the late torpedo developmental stage; embryo lethal"	
AT2G38040	CS85669	Segregating for very small and pale green rosettes (20%); plants look like Ler-0 with very small siliques; reduced apical dominance; reduced fertility; average height = 28 cm.	
AT2G38040	CS93681	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT2G38050	CS6159	"dark-grown seedlings have short thick hypocotyls, pigmented and expanded cotyledons; light-grown: smaller and darker green than wild type; delayed flowering, reduced apical dominance; smaller flowers, reduced male fertility."	
AT2G38050	CS65989	Plants overexpressing BSK3 provide suppression of the dwarf phenotype of det2-1.	
AT2G38070	opl2-1/ops-2	"Slow growth, dwarf stature, short roots. Differentiation of protophloem and metaphloem is delayed. Abnormal phloem development leads to defects in phloem transport."	28877333
AT2G38100	SALK_039337	Reduced nitrogen content in embryos.	25608465
AT2G38100	npf5.5-1	Reduced nitrogen content in embryos.	25608465
AT2G38120	CS16704	Altered DR5:GUS expression upon ethylene induction	
AT2G38120	CS3074	Root agravitropic phenotype.	15486104
AT2G38120	CS3074	aerial portions of plant similar in appearance to wild type; slight increase in root elongation and altered geotropic response; resistant to ethylene and auxin.	
AT2G38120	CS39984	No visible phenotype.	
AT2G38120	CS69048	GUS expression at root tip under alkaline stress conditions.	
AT2G38120	CS8040	"auxin resistant; narrow, irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots - greater reduction than for either single mutant; dwarf, bushy plants; reduced plant height; ethylene resistant; reduced fertility."	7704045
AT2G38120	CS8843	"double mutant; resistant to auxin and ethylene; large rosette, delayed bolting; altered geotropic response; slight increase in root elongation."	
AT2G38120	CS9583	Agravitropic root growth.	
AT2G38120	CS9584	Agravitropic root growth.	
AT2G38120	CS9585	Agravitropic root growth.	
AT2G38120	CS9586	agravitropic root	
AT2G38120	CS9589	agravitropic root	
AT2G38120	CS9590	agravitropic roots	
AT2G38120	CS9591	agravitropic	
AT2G38120	CS9592	agravitropic root	
AT2G38120	CS9593	Partially agravitropic root growth.	
AT2G38120	CS9594	Partially agravitropic root growth.	
AT2G38120	CS9595	partially gravitropic root	
AT2G38120	CS9598	Agravitropic root growth.	
AT2G38120	CS9599	agravitropic root	
AT2G38120	aux1-100	Root agravitropic phenotype.	15486104
AT2G38120	aux1-102	Root agravitropic phenotype.	15486104
AT2G38120	aux1-103	Root agravitropic phenotype.	15486104
AT2G38120	aux1-104	Root agravitropic phenotype.	15486104
AT2G38120	aux1-105	Root agravitropic phenotype.	15486104
AT2G38120	aux1-106	Root agravitropic phenotype.	15486104
AT2G38120	aux1-108	Root agravitropic phenotype.	15486104
AT2G38120	aux1-109	Root agravitropic phenotype.	15486104
AT2G38120	aux1-111	Root agravitropic phenotype.	15486104
AT2G38120	aux1-112	Root agravitropic phenotype.	15486104
AT2G38120	aux1-113	Partial root gravitropic phenotype.	15486104
AT2G38120	aux1-114	Partial root gravitropic phenotype.	15486104
AT2G38120	aux1-115	Root agravitropic phenotype.	15486104
AT2G38120	aux1-116	Partial root gravitropic phenotype.	15486104
AT2G38120	aux1-117	Root agravitropic phenotype.	15486104
AT2G38120	aux1-118	Root agravitropic phenotype.	15486104
AT2G38120	aux1-120	Root agravitropic phenotype.	15486104
AT2G38120	aux1-21	Reduction in AUX1 mRNA level.	9484486
AT2G38120	aux1-21	Root agravitropic phenotype.	15486104
AT2G38120	aux1-22	Root agravitropic phenotype.	15486104
AT2G38120	axr4-1 aux1-7	"auxin resistant; narrow, irregular rosette leaves, slightly curled around leaf axis; roots elongate on auxin-containing medium; defective root gravitropism; reduced number of lateral roots - greater reduction than for either single mutant; dwarf, bushy plants; reduced plant height; ethylene resistant; reduced fertility."	7704045
AT2G38120	wav5-33	Root agravitropic phenotype.	15486104
AT2G38120	wip1-1 wip2-1 wip3-1	Both endogenous RanGAP1 and RanGAP1-GFP were absent from the nuclear envelope in root-tip cells of the triple mutant.	17600715
AT2G38120	wip1-1 wip2-1 wip3-1	Mutant plants had no observable defect in growth or development under standard laboratory conditions and no change in auxin sensitivity was observed in a standard root-elongation assay.	17600715
AT2G38120	wip1-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT2G38120	wip2-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT2G38120	wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT2G38170	CS25435	"Vacuolar H+/Ca2+ transporter; play a central role in Ca2+ and metal sequestration into the vacuole, localized in the tonoplast; predominately expressed in leaves. Altered plant development: alterations in lateral root growth (seedlings display 11% reduction in primary root length when grown on normal medium, number of lateral roots is reduced by 25%, length of the lateral roots is reduced by almost 50%); alterations in apical dominance (reduced branching, reduced length of the secondary inflorescences);  delayed flowering; reduced plant height; eventually plants grow and produce seeds normally. Enhanced growth under Mn2+ and Mg2+ stress conditions; perturbed hormone sensitivities (roots are resistant to auxin but are tolerant to 1-aminocycloproprane-1-carboxylic acid (an ethylene precursor), abscisic acid, and benzyladenine; sensitive to gibberellic acid and epibrassinolide); modestly sensitive to exogenous Ca2+; exhibit a 50% reduction in tonoplast Ca2+/H+ antiport activity, a 40% reduction in tonoplast V-type H+-translocating ATPase activity, a 36% increase in tonoplast Ca2+-ATPase activity; high capacity transporter responsible for maintaining low cytosolic-free Ca2+ concentrations in plant cells by catalyzing pH gradient-energized vacuolar Ca2+ accumulation."	
AT2G38170	cax1	Altered development and hormone sensitivity	
AT2G38280	SALK_055006	Embryonic lethal in homozygotes.	
AT2G38290	amt2;1-1	"This mutant was used to construct a quadruple mutant: amt1;1-1, amt1;2-1, amt1;3-1, amt2;1-1. When this qko (quadruple knockout) was compared with a triple knockout with WT AMT2;1, it provided little evidence for a role of AMT2;1 in ammonium uptake in Arabidopsis roots."	17693533
AT2G38320	tbl34/tbl35/esk1-1	"tbl34 esk1, tbl35 esk1 double mutant and tbl34 tbl35 esk1 triple mutants have more retarded plant growth and lower stem strength than wild type or esk1."	26795157
AT2G38440	SALK_036419	Mutant plants showed irregularities in trichome branch positioning and expansion.	16006582
AT2G38440	SALK_039449	Mutant plants showed irregularities in trichome branch positioning and expansion.	16006582
AT2G38440	SALK_124023	Mutant plants showed irregularities in trichome branch positioning and expansion.	16006582
AT2G38440	asb1	Altered trichome morphology	
AT2G38440	itb1-1	Mutant plants showed irregularities in trichome branch positioning and expansion. Disruption of actin and microtubule cytoskeleton organization was observed.	16006582
AT2G38440	itb1-16	Mutant plants showed irregularities in trichome branch positioning and expansion. Disruption of actin and microtubule cytoskeleton organization was observed.	16006582
AT2G38440	itb1-2	Mutant plants showed irregularities in trichome branch positioning and expansion	16006582
AT2G38440	itb1-5	Mutant plants showed irregularities in trichome branch positioning and expansion	16006582
AT2G38440	itb1-7	Mutant plants showed irregularities in trichome branch positioning and expansion	16006582
AT2G38440	scar2-1	Dark-grown mutant lines occasionally exhibit severe cell expansion and adherence defects such that in some instances cells tear out of the  epidermal tissue layer and bend away from the surface.	17267444
AT2G38440	scar2-1	The mutants showed well-developed epidermal lobes and no significant difference with regart to the pavement cell complexity compared to wild type.	17267444
AT2G38440	scar2-1	Weak distorted phenotype reminiscent of arp2-arp3 complex mutant trichomes: branches of mutant trichomes are often twisted and variable in length.	17267444
AT2G38440	scar2-2	Dark-grown mutant lines occasionally exhibit severe cell expansion and adherence defects such that in some instances cells tear out of the  epidermal tissue layer and bend away from the surface.	17267444
AT2G38440	scar2-2	The mutants showed well-developed epidermal lobes and no significant difference with regart to the pavement cell complexity compared to wild type.	17267444
AT2G38440	scar2-2	Weak distorted phenotype reminiscent of arp2-arp3 complex mutant trichomes: branches of mutant trichomes are often twisted and variable in length.	17267444
AT2G38440	scar2-3	Dark-grown mutant lines occasionally exhibit severe cell expansion and adherence defects such that in some instances cells tear out of the  epidermal tissue layer and bend away from the surface.	17267444
AT2G38440	scar2-3	The mutants showed well-developed epidermal lobes and no significant difference with regart to the pavement cell complexity compared to wild type.	17267444
AT2G38440	scar2-3	Weak distorted phenotype reminiscent of arp2-arp3 complex mutant trichomes: branches of mutant trichomes are often twisted and variable in length.	17267444
AT2G38470	SALK_006603	"Homozygotes have a WT phenotype. Root bending and root elongation assays under osmotic and ABA treatments showed no significant difference compared to WT. However, primary root elongation was inhibited by salt stress. Relative electrolyte leakage was significantly higher in salt - stressed plants as compared to WT."	18839316
AT2G38470	wrky25-1; wrky33-1	Double mutant roots were significantly shorter than WT toots when under salt-stress.	18839316
AT2G38560	CS162	"reduced dormancy; does not require GA; high capacity for dark germination; reduced sensitivity to GA biosynthesis inhibitor, tetcyclacis; freshly harvested seeds will germinate; embryo determined (not a maternal effect)."	8587986
AT2G38560	CS6132	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
AT2G38560	CS6135	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
AT2G38560	CS6136	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; reduced capacity to germinate in darkness."	
AT2G38560	SALK_027259	slightly earlier flowering time; reduced seed dormancy.	
AT2G38560	SALK_056755	slightly earlier flowering time; reduced seed dormancy.	19150360
AT2G38620	CS66145	frequent formation of stomata composed of a single undivided guard cell with a single 4C nucleus.	
AT2G38660	CS860078	No visible phenotype.	
AT2G38660	CS860080	No visible phenotype. Photorespiratory phenotypes of the double homozygous mutant dKO (CS860079 = SALK_062946 x Garlic_169F06) are rescued in the SALK_143478 (CS860078) mutant background.	
AT2G38670	CS92951	ethanolamine-phosphate cytidylyltransferase activity is reduced to 74%. Seedling phosphatidylethanolamine content is reduced by 20%. Dwarf when grown at 8<sup>o</sup>C. Earlier senescence of cotyladons and mature leaves. Pale green and smaller seeds. Delay in embryo maturation. Reduced fertility.	17189343
AT2G38670	pect1-6	embryo lethal. Embryos do not develop beyond the octant stage.	17189343
AT2G38700	mdd1-1	Decrease in campesterol and sitosterol contents and decrease in &#946;-caryophyllene emission.	26216978
AT2G38700	mdd1-2	Decrease in campesterol and sitosterol contents and decrease in &#946;-caryophyllene emission.	26216978
AT2G38810	CS69073	"Shorter, thickened siliques; strong asymmetric curvature of developing siliques, reduced fertility. Additional novel phenotypes occur, but only rarely. Under LD conditions, phenotypes also include: greatly reduced rosette size and stature; mature plants are spindly and have trouble remaining upright. Under SD conditions, phenotypes also include: increased leaf serration and petiole length. The following phenotypes are more pronounced under SD, but exist under LD conditions: early flowering, increased number of flowers with extra petals."	
AT2G38880	GABI_ 769B07	Same flowering time as wild-type plants.	17138697
AT2G39140	SALK_013085 HOMOZYGOUS	Yellow-green and significantly smaller than WT.	18599582
AT2G39140	svr1-1	Similar to var2-5; svr1-1 double mutant. Not variegated. Smaller than WT.	18599582
AT2G39140	"var2-5, svr1-2"	Variegation caused by var2 single mutant is suppressed.	18599582
AT2G39140	var2-5;svr1-1	WT phenotype. The single var2 variegated phenotype is suppresed.	18599582
AT2G39175	foc	"Abnormal flower development, serrated leaves.  Flowers have narrow sepals and petals. Floral organs emerge from within siliques. Reduced fertility. Seeds are viviparous.Abnormal cell divisions early in embryogenesis result in delayed and asynchronous development."	
	20136729		
AT2G39180	acr4-2/ccr2-2	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	
AT2G39200	CS66549	broad spectrum powdery mildew resistance	
AT2G39200	CS66550	No visible phenotype.	
AT2G39200	CS66551	No visible phenotype.	
AT2G39200	CS66552	No visible phenotype.	
AT2G39200	CS66564	No visible phenotype.	
AT2G39200	CS66568	Broad-spectrum powdery mildew resistance	
AT2G39200	CS66569	Broad-spectrum powdery mildew resistance	
AT2G39200	CS9712	none	
AT2G39200	CS9713	broad-spectrum powdery mildew resistance	
AT2G39200	CS9715	broad-spectrum powdery mildew resistance	
AT2G39290	pgp	Pale green plants	
AT2G39290	pgp1-2	"Impaired photosynthesis with decreased chlorophyll content. Susceptible to photo damage, abolished oxygen-evolving activity of PSII, blocked energy transfer from antenna to PSII reaction center, dysfunctional cyclic election flow around PSI, rearranged antenna to PSII and PSI."	27047516
AT2G39340	CS71819	GFP-weak phenotype relative to intermediate level of GFP observed in wild-type T line (CS69640).	
AT2G39340	CS71820	GFP-weak phenotype relative to intermediate level of GFP observed in wild-type T line (CS69640).	
AT2G39450	mtp11	"On nutrient agar supplied with Mn2+ concentrations that ranged from basal to toxic levels, the mutant was more sensitive to Mn2+ than the wild type, as determined by significantly reduced shoot dry weights. Analysis of Mn2+ in shoots showed that both wild type and mutant accumulated similar Mn2+  concentrations at the various Mn2+ supplies, despite the differences in growth."	
	17559518		
AT2G39450	mtp11	The mutant showed the same level of tolerance to both Cu<sup>2+</sup> and Zn<sup>2+</sup> as the wild-type control.	17559518
AT2G39450	mtp11	"The mutant was visually indistinguishable from wild type when grown in potting mix. However, when grown on nutrient agar with a basal supply of Mn2+, the mutant accumulated more Mn2+ in shoots and roots (45-60% greater concentrations) than the wild type, whereas the concentrations of other mineral nutrients did not differ between the lines."	17559518
AT2G39460	SAIL_258_C12	same as smb-3 single mutant	18566829
AT2G39460	SALK_091329	WT phenotype. RT-PCR confirmed that RPL23aA and RPL23aB transcript levels are similar between WT and homozygotes.	18566829
AT2G39510	umamit14	Significantly elevated levels of amino acids in the seeds. Reduced seed volume.	26628011
AT2G39550	era1-4 ggb-2	"Enlarged meristems, extra floral organs,retarded growth and reduced stature"	16183844
AT2G39550	ggb-2	Growth and morphology not significantly different from wild-type.	16183844
AT2G39660	CS71773	"Dwarf, wrinkled leaves, particularly the 4th and newer pair of true leaves. Mild defect in seed production. Moderately elongated and curling petioles. Compromised in diverse flagellin-mediated responses and immunity to nonpathogenic bacterial infection; enhanced resistance to Pst and Psm infection. Brassinosteroid hypersensitive phenotypes and elevated accumulation of salicylic acid."	
AT2G39660	bik1	"After A. brassicicola infection, increased disease symptoms and pathogen growth are observed when compared to wild type."	16339855
AT2G39660	bik1	"After spraying mutant plants with Botrytis spores, disease symptoms increase rapidly, showing chlorosis, necrosis, and complete plant decay compared with wild type plants."	16339855
AT2G39681	tas2-1	No obvious leaf developmental defects.	16682354
AT2G39770	CS8326	"semidominant; sensitive to ozone, sulfur dioxide and UV-B light - all due to ascorbic acid deficiency; exposure to greater than 200 ppb for 8 h of O3 results in complete collapse and death of all fully expanded leaves; growing points are not affected, and plants subsequently produce new leaves; defective in reactive oxygen species (ROS) detoxification; plants have normal appearance when grown in air."	
AT2G39770	CS84607	disrupted in cytokinesis during embryo development; mutant embryos at the cotyledon stage are pale green and appear as large and somewhat disorganized masses of bloated cells; cotyledons and a primitive hypocotyl  are often present but obscured by enlargement and disorganization; fleshy appearance of mutant embryos at maturity; embryos in some cases fill the seed coat late in development; mutants embryos shrink dramatically as a result of desiccation and fail to germinate at maturity (desiccation-intolerant); 24.3% of mutant seeds in heterozygous siliques following self pollination; 53% total mutant seeds located in top half of silique	
AT2G39770	CS84608	strong allele; disrupted in cytokinesis during embryo development; mutant embryos at the cotyledon stage are pale green and appear as large and somewhat disorganized masses of bloated cells; cotyledons and a primitive hypocotyl  are often present but obscured by enlargement and disorganization; fleshy appearance of mutant embryos at maturity; embryos are typically smaller than in cyt1-1; mutants embryos shrink dramatically as a result of desiccation and fail to germinate at maturity (desiccation-intolerant); 24.8% of mutant seeds in heterozygous siliques following self pollination; 47.2% total mutant seeds located in top half of silique.	
AT2G39770	hsn1	hypersensitive to NH4+	19011088
AT2G39770	vtc1	Increased sensitivity to salt stress.	16263910
AT2G39770	vtc1	"have 10-25% of wild type ascorbic acid, exhibit  microlesions, express pathogenesis-related (PR) proteins, and have enhanced basal  resistance against infections caused by Pseudomonas syringae. The mutants have a  delayed senescence phenotype with smaller leaf cells than the wild type at leaf  maturity. The vtc leaves have more glutathione than the wild type, with higher ratios  of reduced glutathione to glutathione disulfide."	16244149
AT2G39770	vtc1	mutation causes sensitivity to ozone and other abiotic stresses	10097187
AT2G39770	vtc1	mutation enhances pathogen resistance	15064386
AT2G39780	CS68852	Ribosomal RNA (rRNA) has a longer half-life causing rRNA intracellular accumulation. Displays constitutive autophagy.	
AT2G39800	CS69621	"Deficient in proline accumulation. Under low water potential conditions, decreased root elongation and decreased dry weight."	
AT2G39800	p5cs1-1	p5cs1-1 mutants accumulate less proline in response to salt stress than wild-type seedlings. Their roots are hypersensitive to salt stress and they have increased evidence of oxdative stress and lipid peroxidation under salt stress than wild type plants.	17971042
AT2G39800	p5cs1-2	p5cs1-2 mutants accumulate less proline in response to salt stress than wild-type seedlings. They have increased evidence of oxdative stress in response to salt stress than wild type plants. Some genes involved in ROS detoxification are differentially expressed in  WT and p5cs1-2 mutants.	17971042
AT2G39800	p5cs1-3	p5cs1-3 mutants accumulate less proline in response to salt stress than wild-type seedlings.	17971042
AT2G39800	p5cs1-4	Decreased root elongation and decreased dry weight for plants grown under low water potential conditions.	21791601
AT2G39800	p5cs1-4	"Response to lower water potential results in an NADP/NADPH ratio that is altered (lower) with respect to wild type.  However, the NAD/NADH ratio remains the same."	21791601
AT2G39800	p5cs1-4	p5cs1-4 mutants accumulate less proline in response to salt stress than wild-type seedlings. Their roots are hypersensitive to salt stress and they have increased evidence of oxdative stress and lipid peroxidation under salt stress than wild type plants. Some genes involved in ROS detoxification are differentially expressed in  WT and p5cs1-4 mutants.	17971042
AT2G39810	CS24932	"Enhanced gene expression in response to low-temperature conditions; plants are less cold hardy than the wild type; nonetheless, after 2 days of cold acclimation, plants acquired the same degree of freezing tolerance as did the wild type; early flowering and constitutively vernalized; plants are smaller, with fewer leaves, shorter siliques and less vigorous than wild type; kanamycin resistant (30mg/L)."	
AT2G39810	hos1	"Early flowering, enhanced induction of cold-responsive genes"	
AT2G39840	CS31091	No visible mutant phenotype.	
AT2G39885	miR393a-1/miR393b-1	"Epinastic leaves, reduced expression of DR5pro:GUS auxin reporter, decreased degradation of AXR3-NT:GUS reporter."	24763336
AT2G39930	N542704	Accumulates reduced amounts of starch relative to wildtype but large amounts of soluble glucan.	15743447
AT2G39930	N542704	Modification of amylopectine structure. Strong increase of number of small chain (degree of polymerisation between 5 and 9) and decrease in number of longer chains (11-17 degree of polymerisation).	15849301
AT2G39930	N542704	"Mutants are defecting in amylopectin biosynthesis. Reduced amounts of starch and abnormal amylopectin, phytoglycogens are produced."	15743447
AT2G39930	N542704	No significant alteration of amylase-to-amylopectine ratio.	15849301
AT2G39930	N542704	Reduced starch in leaves	15849301
AT2G39930	N542704	Strong increase in water soluble polysaccharides (WSPs) content.	15849301
AT2G39930	atisa1-1 atisa2-1	Accumulates reduced amounts of starch relative to wildtype but large amounts of soluble glucan.	15743447
AT2G39930	atisa1-1 atisa2-1	No reduction in maltose and matotriose production.	16495218
AT2G39940	CS6144	"Rescue of the defense response defects of coi1; smaller rosettes compared to coi1 mutant plants; rosette leaves are narrow-elongated and somewhat dark-green color; glabrous plants (gl1), lacking trichomes on leaves and stems; completely male sterile plants; kanamycin resistant."	
AT2G39940	CS6145	"Rescue of the defense response defects of coi1; smaller rosettes compared to coi1 mutant plants; rosette leaves are narrow-elongated and somewhat dark-green color; glabrous plants (gl1), lacking trichomes on leaves and stems; completely male sterile plants; kanamycin resistant."	
AT2G39940	CS67142	Mutation in coi1 does not alter the pen3-1 cell death phenotype.	
AT2G39940	CS67817	"jasmonic acid insensitive; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67818	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67819	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67820	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67821	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67822	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67823	"resistant to methyl jasmonate and ACC; transgene does not complement the altered methyl jasmonate or ACC response; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67824	"resistant to methyl jasmonate; transgene does not complement the altered methyl jasmonate response, but does complement the ACC response; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G39940	CS67825	"resistant to methyl jasmonate; transgene does not complement the altered methyl jasmonate response, but does complement the ACC response and partially restores fertility at 22C."	
AT2G39940	CS68754	Reduced sensitivity to JA/MeJA.	
AT2G39940	CS68755	Reduced sensitivity to JA/MeJA.	
AT2G39940	CS68756	No visible phenotype.	
AT2G39940	CS68757	No visible phenotype.	
AT2G39940	CS68784	No visible phenotype.	
AT2G39940	CS68785	No visible phenotype.	
AT2G39940	CS68786	No visible phenotype.	
AT2G39940	CS68787	No visible phenotype.	
AT2G39940	CS68788	No visible phenotype.	
AT2G39940	CS68794	coi1 homozygotes are male sterile.	
AT2G39940	CS68795	No visible phenotype.	
AT2G39940	CS68796	coi1 homozygotes are male sterile.	
AT2G39940	CS68799	No visible phenotype.	
AT2G39940	CS68800	No visible phenotype.	
AT2G39940	CS68801	No visible phenotype.	
AT2G39940	CS68802	No visible phenotype.	
AT2G39940	CS9721	broad-spectrum powdery mildew resistance	
AT2G39940	coi1-1	Highly susceptible to the oomycete <i>Pythium irregulare</i>.	17513501
AT2G39940	coi1-1	Insensitive to methyl jasmonate inhibition of growth.	9582125
AT2G39940	coi1-1	Mutant displays resistance to <i>Pst</i> DC3000 and is insensitive to coronatine and methyl jasmonate.	11439137
AT2G39940	coi1-1	"Seedlings have green leaves and well-developed  roots when grown on MS medium [mineral salts and sucrose, 3% (w/v), solidified with agar, 0.6% (w/v)] supplemented with 50uM methyl jasmonate."	9582125
AT2G39940	coi1-1 (GL1)	coi1-1 (GL1) single mutant was generated by backcrossing the original coi1-1 to Col-0. coi1-1 single mutant leaves produce fewer trichomes than wild-type (ca. 30% reduction). Morphology and branching number of coi1-1 trichomes are normal. coi1-1 does not increase trichome density in response to wounding or methyl jasmonate treatment.	19234066
AT2G39940	coi1-15	"Seedlings have green leaves and well-developed  roots when grown on MS medium [mineral salts and sucrose, 3% (w/v), solidified with agar, 0.6% (w/v)] supplemented with 50uM methyl jasmonate."	9582125
AT2G39940	coi1-16	"Erysiphe cichoracearum spores had germinated by day 1, but conidiophores did not develop until 4 days post infection. After 6 dpi, many individual colonies had merged; therefore, further analysis was unfeasible. The numbers of conidiophores in colonies on coi1-16 plants increased faster than on wild-type plants."	12437300
AT2G39940	coi1-16	"Following <i>Pythium irregulare</i> infection, salicylic acid levels increased over wild-type levels."	17513501
AT2G39940	coi1-16	"Following <i>Pythium irregulare</i> infection, the increase in JA levels was lower in sid2-1 plants than in wild type."	17513501
AT2G39940	coi1-16	"This mutant has responses to JA similar to coi1-1, except that it displays temperature-sensitive fertility and can be maintained as a pure breeding line."	12437300
AT2G39940	coi1-18	"Seedlings have green leaves and well-developed  roots when grown on MS medium [mineral salts and sucrose, 3% (w/v), solidified with agar, 0.6% (w/v)] supplemented with 50uM methyl jasmonate."	9582125
AT2G39940	coi1-20	"Coronatine, which effectively inhibits ABA-induced stomatal closure, cannot prevent it in the mutant, nor can it efficiently reopen its stomata."	16959575
AT2G39940	coi1-20	Mutant displays resistance to <i>Pst</i> DC3000 and is insensitive to coronatine and methyl jasmonate.	11439137
AT2G40030	CS66152	Late flowering under short day conditions	
AT2G40030	CS69543	No visible phenotype.	
AT2G40030	CS69544	No visible phenotype.	
AT2G40080	CS68093	"Reduced sensitivity to continuous red light during de-etiolation. Longer hypocotyls when grown in continuous red light for 4 days, and reduced expansion of cotyledon area and slightly elongated petioles compared to wild-type."	
AT2G40080	CS9879	early flowering in non-inductive photoperiods	
AT2G40080	SAIL_424_B07	Very early flowering under short days.Slight early flowering under long days.	30917931
AT2G40080	elf4-101	No visible phenotype under constant far-red light conditions.	14605220
AT2G40080	elf4-101	"Reduced sensitivity to constant red light during de-etiolation.  Have longer hypocotyls than Col siblings when grown in continuous red light for 4 days.  Reduced expansion of cotyledon area, slightly elongated petioles."	14605220
AT2G40080	elf4-101	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is increased compared to wild type and the cotyledon area is smaller."	16891401
AT2G40080	elf4-102	No visible phenotype under constant far-red light conditions.	14605220
AT2G40080	elf4-102	"Reduced sensitivity to constant red light during de-etiolation.  Have longer hypocotyls than Col siblings when grown in continuous red light for 4 days.  Reduced expansion of cotyledon area, slightly elongated petioles."	14605220
AT2G40100	SALK_032779C	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT2G40140	SAIL_207_G08	Increased susceptibility to Botrytis infection.	
AT2G40140	SALK_024800	Increased susceptibility to Botrytis infection.	16925600
AT2G40190	lew3	"leaf-wilting; when grown at 21-22C, mutant plants are smaller, have shorter siliques and are less fertile than the wild-type plants.  Growth phenotype is partially rescued at higher temperatures (25-26C); collapsed xylem with reduced cellulose content; more sensitive to osmotic stress and ABA."	19732381
AT2G40220	CS3836	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA;  dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves due to background gl mutation, some trichomes in leaf margins."	
AT2G40220	CS3837	Mutant root growth was already somewhat reduced compared to WT plants under normal growth conditions but was significantly less sensitive to inhibition by 25 mM trehalose. Root length was reduced only by 46% compared to 90% in WT plants (Fig. 1B). The  germination rates on trehalose were identical to those on medium without trehalose indicating that the smaller roots are not caused by delayed or deficient germination.	
	17031512		
AT2G40220	CS3837	"The inhibition of root growth in WT plants by trehalose could be overcome by bypassing the need for starch breakdown through continuous light. Partial effects were observed with long day conditions (16 h/8 h light/dark regime). However, continuous light could not overcome the effects of trehalose on gene expression (AT1G10760, AT4G17090, AT5G16150), or starch accumulation in the cotyledons."	17031512
AT2G40220	CS3837	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA;  dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M) or sorbitol (0.4 M) that inhibit these processes in wt plants; slightly decreased sensitivity to mannose (2mM) on germination and early seedling development; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35mg/L ); does not exhibit compromised water relations, not wilty."	
AT2G40220	CS3838	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M) , sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves due to gl mutation, some trichomes in leaf margins."	
AT2G40220	CS3839	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; dormancy response appears to be as expected for abi4; reduced sensitivity to the inhibitory effects of sugars on early seedling development, germinates and forms seedlings with expanded cotyledons and true leaves on concentrations of glucose (0.3 M), sucrose (0.3 M), mannose (2mM) or sorbitol (0.4 M) that inhibit these processes in wt plants; decreased sensitivity to the presence of the GA biosynthesis inhibitor paclobutrazol (35 mg/L ); does not exhibit compromised water relations, not wilty; lacks trichomes on stems and leaves due to background gl mutation, some trichomes in leaf margins."	
AT2G40220	CS8104	Increased susceptibility to <i>P. irregulare</i> compared with the wild type.	17513501
AT2G40220	CS8104	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 5 microM ABA; does not exhibit compromised water relations, normal stomatal regulation, not wilty phenotype; seed dormancy similar to wt; reduced sensitivity to salt and osmotic stress during germination; decreased accumulation of storage reserves and products of some late-embryogenesis abundant genes."	
AT2G40220	abi4-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT2G40220	sos5-1/abi4-1	Abnormal root growth on NaCl free media.	24603604
AT2G40300	atfer4-2	"morphological alterations in flowers or in siliques was observed when plants were grown in excess Fe. Mutants had no altered sensitivity with respect to wt in response to salinity, osmotic stress, cold stress, nor oxidative stress."	19959254
AT2G40300	fer1-3-4	decreased leaf growth and CO2 fixation; impaired flower development and iron transport in the floral stalk.	18826427
AT2G40320	CS452577	No obvious visible phenotype.	26745802
AT2G40320	tbl32/tbl33/esk1	Severely collapsed vessels and stunted plant growth.	26745802
AT2G40320	tbl33/esk1	Severely collapsed vessels and stunted plant growth.	26745802
AT2G40370	SALK_063466	no observable phenotype	16804053
AT2G40370	SALK_092440C	no observable phenotype	16804053
AT2G40370	SALK_093534C	no observable phenotype	16804053
AT2G40400	bpg3-1D	"Gain of function phenotype caused by overexpression of AT2G40400. When grown in the presence of brassinazole, an inhibitor of brassolinide biosynthesis, plants are dwarf, pale green leaves and have reduced levels of chlorophyll a/b."	25036828
AT2G40430	smo4-1	Reduced size of aerial organs. Much shorter primary root length. Reduced numbers of cells in organs.	26310197
AT2G40550	etg1-1	Increased endoreduplication in leaf tissues. Increased number of abaxial pavement cells. Leaves slightly elongated and serrated.Reduced cell numbers with a corresponding increase in cell size.	18528439
AT2G40570	SALK_067045	mutants did not grow on medium  containing 2.5 mM or 5 mM of L-glutamine as the sole nitrogen source.	17052324
AT2G40700	AT895	Increased tolerance to salt stress during germination and seedling development.	30486488
AT2G40750	SALK_017254	Double mutant wrky54 wrky70 displays enhanced susceptibility to Psm ES4326 infection.	17096590
AT2G40840	dpe2-1	"Dwarf.  Accumulate a large amount of maltose and starch.  Have reduced levels of glucose-1-phosphate, glucose-6-phosphate and sucrose at night. Accumulate maltodextrin in the chloroplast."	14593480
AT2G40840	dpe2-2	"Dwarf.  Accumulate a large amount of maltose and starch.  Have reduced levels of glucose-1-phosphate, glucose-6-phosphate and sucrose at night. Accumulate maltodextrin in the chloroplast."	14593480
AT2G40840	dpe2-3	"Elevated levels of maltose, hexose but not sucrose."	14996213
AT2G40840	dpe2-3	"Leaves of the mutant have a reduced rate of starch degradation at night. The mutant has starch levels comparable to that of wild type at the end of the light period, but high levels of starch at the end of the dark period."	14996213
AT2G40840	dpe2-4	Elevated starch content at the end of the dark period.	14996213
AT2G40840	dpe2-5	"Grows more slowly than wild type, has high starch content at the end of the night and has very high levels of maltose."	14996213
AT2G40840	dpe2-6	"Grows more slowly than wild type, has high starch content at the end of the night and has very high levels of maltose."	14996213
AT2G40850	SALK_022689	"Anthers of plants homozygous for a T-DNA insertion in At2g40850 contained only a small number of pollen grains, and consequently, few seeds were produced per plant. Microscopic examination of the mutant anthers revealed that meiosis, the earliest step of pollen formation, was not affected. However, after tetrads had formed, the cells of the tapetum showed abnormally enlarged vacuoles. Later in development, pollen grains exhibited irregular shapes and, in mature anthers, most of them had collapsed."	17905860
AT2G40890	CS66976	Homozygous plants show altered phenylpropanoid metabolism: the absence of sinapoylmalate in leaves; accumulation of novel p-coumarate derived soluble secondary metabolites and the deposition of p-hydroxyphenyl lignin. These changes lead to small stature; female sterility; vascular collapse; sensitivity to polysaccharide hydrolases and increased susceptibility to fungal infection.	
AT2G40890	cyp98A3	"background Wassilewskija hypocotyls with shortened length and increased diameter, roots had a swollen aspect with increased initiation from the crown and showed reduced growth and gravitropism   in soil plant maintained the dwarfed phenotype with a rosette never exceeding 1 to 1.5 cm in diameter, developed a bushy miniature rosette of round leaves, growth of cyp98A3 plants was arrested latest at the onset of primary stem development (2 weeks later than wild-type), showed darker leaf coloration , severe alteration of lignin content and composition - mainly H units (95% to 3.5% in wild-type), ectopic lignification in roots"	
	16377748		
AT2G40890	ref8	"Reduced fluorescent phenylpropanoid secondary metabolites, reduced lignin, collapsed vessel elements, dwarf"	11967091
AT2G40900	umamit11	Significantly elevated levels of amino acids in the seeds. Reduced seed volume.	26628011
AT2G40930	CS24061	pigment defective	
AT2G40930	CS860086	No visible phenotype.	
AT2G40935	CS860086	No visible phenotype.	
AT2G40935	SALK_061664	No visible phenotype.	16473967
AT2G40940	CS3978	"reduced expression of ERS1 based on Northern blot analysis, but does not eliminate expression (knock-down mutation); morphological phenotype similar to wt; resistant to kanamycin"	
AT2G40940	CS6373	No visible mutant phenotype.	
AT2G40940	CS67821	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G40940	CS71800	No visible phenotype.	
AT2G40940	CS71801	No visible phenotype.	
AT2G40940	CS71802	No visible phenotype.	
AT2G40940	CS71803	Ethylene hyposensitive.	
AT2G40940	CS71804	Ethylene hyposensitive.	
AT2G40940	CS71805	Ethylene hyposensitive.	
AT2G40940	CS71806	Ethylene hyposensitive.	
AT2G40940	CS71807	Ethylene hyposensitive.	
AT2G40940	CS71816	No visible phenotype.	
AT2G40950	zip17	"zip17 mutants exhibit a greater inhibition of primary root elongation in response to NaCl than wild type seedlings. The salt-sensitive phenotype co-segregates with the zip17 T-DNA and can be rescued by a 35S:AtbZIP17 construct. Several salt-responsive genes, such as ATHB-7, that showed a reduced transcriptional response to salt in s1p-3 mutants, also show a reduced transcriptional response to a salt treatment in zip17 mutants"	17662035
AT2G40970	mybc1	The mutant plants exhibited increased tolerance to freezing.	20331973
AT2G41160	ubac2a ubac2b	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT2G41210	pip5k4 pip5k5	"Pollen harvested from pip5k4 pip5k5 mutants germinates at a lower rate than wild type pollen, and pollen tube growth is slowed. However, the general shape of the pollen tubes is normal."	19060112
AT2G41210	pip5k5	"pip5k5 mutants do not show any obvious defects in pollen germination or pollen tube growth. But, these processes are compromised in pip5k4 pip5k5 double mutants."	19060112
AT2G41230	ors1-1 argos-1	"Smaller organs, with a c. 12% reduction in the average blade area of the fully expanded &#64257;fth leaves compared with wild-type leaves."	21457262
AT2G41310	CS25269	No adult visible phenotype under long-day or short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation; increased sensitivity to red light.	
AT2G41310	CS25275	"No adult visible phenotype; increased cytokinin sensitivity of root elongation but intermediate between the wild type and the arr5,6,8,9 or arr3,4,8,9 quadruple mutants; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation (develop slightly fewer lateral roots in the absence of exogenous cytokinin)."	
AT2G41310	CS25277	"No adult visible phenotype; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type; but significantly more sensitive than arr8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT2G41310	CS25278	"No adult visible phenotype; almost approaching the cytokinin hypersensitivity of the arr3,4,5,6,8,9 hextuple mutant but significantly less sensitive than arr3,4,5,6,8,9 at 5 and 10 nM benzyladenine (BA); intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT2G41310	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT2G41370	CS69935	"Developmental defects affecting the morphological symmetry of leaves and flowers. Abnormally long leaves, cauline leaves with serrated bases, leafy petioles, extra abaxial floral organs, formation of an ectopic floral bract, and loss of floral organ abscission."	
AT2G41370	bop1-3/bop2-1	Abnormal abscission zone anatomy. Lacks nectaries. Floral organ abscission defective.	
AT2G41370	bop1-3/bop2-1	"Double mutant of related genes indicates redundant function in leaf and flower development. Leaves are elongated and indeterminate, floral organ number is increased. Also shows absence of floral organ abscission."	
AT2G41370	bop1-4 bop2-11	Double mutant inflorescences displayed slightly enhanced phenotypes compared with those of either single mutant.	
	17601823		
AT2G41370	bop1-4 bop2-11	Double mutant plants displayed an enhanced cauline leaf outgrowth phenotype compared with bop1-4 plants.	17601823
AT2G41370	bop1-4 bop2-11	LBD36/ASL1 transcript levels were not reduced in bop1-4 bop2-11 plants.	
	17601823		
AT2G41370	bop1-4 bop2-11	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41370	bop1-4 bop2-11	"Mutant plants developed extensive ectopic blade outgrowths along the rosette leaf petiole, like those observed in homozygous bop1-1 plants."	17601823
AT2G41370	bop1-4 bop2-11	The stem vasculature in bop1 bop2 plants showed normal vein morphology.	17601823
AT2G41370	bop1-4 bop2-11	"Whereas the gynoecium of wild-type flowers consists of two fused carpels ~50% of bop1-4 bop2-11 gynoecia contained only a single, fertile carpel."	17601823
AT2G41370	bop1-4 bop2-11 as1-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41370	bop1-4 bop2-11 as1-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT2G41370	bop1-4 bop2-11 as1-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT2G41370	bop1-4 bop2-11 as2-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41370	bop1-4 bop2-11 as2-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT2G41370	bop1-4 bop2-11 as2-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT2G41370	bop1-4 bop2-11 kan1-2 kan2-1	"About nine-tenths of the mutants exhibited abaxialized vasculature. The exclusively adaxialized vasculature observed in kan1 kan2 petioles was not detected in bop1 bop2 kan1 kan2 petioles. The radialized portion of bop1 bop2 kan1 kan2 leaves showed various kinds of organ polarity defects. The vascular bundles of nearly half of the leaves (44.0%) consisted of phloem surrounded by xylem, while one-third (36.0%) displayed xylem surrounded by phloem, and a small percentage (16.0%) had a mixture of both types of vasculature."	
	17601823		
AT2G41370	bop1-4 bop2-11 kan1-2 kan2-1	"Quadruple mutant plants developed narrow leaves with ectopic blade outgrowth along the petioles, like bop1 bop2 leaves, as well as ectopic outgrowths on their abaxial lamina, like kan1 kan2 leaves. However, all of the bop1 bop2 kan1 kan2 leaves also showed extended, radialized petiole development that was not observed in either parental genotype."	
	17601823		
AT2G41370	bop1-4 bop2-11 kan1-2 kan2-1	"bop1 bop2 kan1 kan2 stems had a decreased ratio of adaxialized vascular phenotypes compared with kan1 kan2 stems. Similar to what was observed in petioles, 6.7% of bop1 bop2 kan1 kan2 stems exhibited an abaxialized phenotype of xylem surrounded by phloem, while others (13.3%) had both types of vasculature in a single stem."	17601823
AT2G41370	bop2-11	Cauline leaves of bop2 plants do not develop ectopic outgrowths from the basal region.	17601823
AT2G41370	bop2-11	Plants displayed defects in inflorescence  development.	17601823
AT2G41370	bop2-11	Plants frequently formed fused and/or fasciated inflorescences and generated multiple flowers from the same node.	17601823
AT2G41375	bop1-4 bop2-11	Double mutant inflorescences displayed slightly enhanced phenotypes compared with those of either single mutant.	
	17601823		
AT2G41375	bop1-4 bop2-11	Double mutant plants displayed an enhanced cauline leaf outgrowth phenotype compared with bop1-4 plants.	17601823
AT2G41375	bop1-4 bop2-11	LBD36/ASL1 transcript levels were not reduced in bop1-4 bop2-11 plants.	
	17601823		
AT2G41375	bop1-4 bop2-11	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41375	bop1-4 bop2-11	"Mutant plants developed extensive ectopic blade outgrowths along the rosette leaf petiole, like those observed in homozygous bop1-1 plants."	17601823
AT2G41375	bop1-4 bop2-11	The stem vasculature in bop1 bop2 plants showed normal vein morphology.	17601823
AT2G41375	bop1-4 bop2-11	"Whereas the gynoecium of wild-type flowers consists of two fused carpels ~50% of bop1-4 bop2-11 gynoecia contained only a single, fertile carpel."	17601823
AT2G41375	bop1-4 bop2-11 as1-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41375	bop1-4 bop2-11 as1-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT2G41375	bop1-4 bop2-11 as1-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT2G41375	bop1-4 bop2-11 as2-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT2G41375	bop1-4 bop2-11 as2-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT2G41375	bop1-4 bop2-11 as2-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT2G41375	bop1-4 bop2-11 kan1-2 kan2-1	"About nine-tenths of the mutants exhibited abaxialized vasculature. The exclusively adaxialized vasculature observed in kan1 kan2 petioles was not detected in bop1 bop2 kan1 kan2 petioles. The radialized portion of bop1 bop2 kan1 kan2 leaves showed various kinds of organ polarity defects. The vascular bundles of nearly half of the leaves (44.0%) consisted of phloem surrounded by xylem, while one-third (36.0%) displayed xylem surrounded by phloem, and a small percentage (16.0%) had a mixture of both types of vasculature."	
	17601823		
AT2G41375	bop1-4 bop2-11 kan1-2 kan2-1	"Quadruple mutant plants developed narrow leaves with ectopic blade outgrowth along the petioles, like bop1 bop2 leaves, as well as ectopic outgrowths on their abaxial lamina, like kan1 kan2 leaves. However, all of the bop1 bop2 kan1 kan2 leaves also showed extended, radialized petiole development that was not observed in either parental genotype."	
	17601823		
AT2G41375	bop1-4 bop2-11 kan1-2 kan2-1	"bop1 bop2 kan1 kan2 stems had a decreased ratio of adaxialized vascular phenotypes compared with kan1 kan2 stems. Similar to what was observed in petioles, 6.7% of bop1 bop2 kan1 kan2 stems exhibited an abaxialized phenotype of xylem surrounded by phloem, while others (13.3%) had both types of vasculature in a single stem."	17601823
AT2G41375	bop2-11	Cauline leaves of bop2 plants do not develop ectopic outgrowths from the basal region.	17601823
AT2G41375	bop2-11	Plants displayed defects in inflorescence  development.	17601823
AT2G41375	bop2-11	Plants frequently formed fused and/or fasciated inflorescences and generated multiple flowers from the same node.	17601823
AT2G41500	SALK_070009	Forms supernumerary egg cells.  Homozygous line is lethal.	
AT2G41500	lis-1	Forms supernumerary egg cells.  Homozygous line is lethal.	17326723
AT2G41540	gpdhc1-1	Increased levels of malate in mutant (close to twice that in wildtype). Significant decrease in citrate levels and oxaloacetate.	16415206
AT2G41540	gpdhc1-1	Lower germination rates when grown on plates containing ABA and salt.	16415206
AT2G41540	gpdhc1-1	No aberrant phenotype when grown under normal conditions; except a slightly earlier flowering initiation.	16415206
AT2G41540	gpdhc1-2	Increased levels of malate in mutant (close to twice that in wildtype). Significant decrease in citrate levels and oxaloacetate.	16415206
AT2G41540	gpdhc1-2	Lower germination rates when grown on plates containing ABA and salt.	16415206
AT2G41540	gpdhc1-2	No aberrant phenotype when grown under normal conditions; except a slightly earlier flowering initiation.	16415206
AT2G41560	CS86277	Small and dark-green rosettes; epinastic leaves (leaf margins curled down) giving the appearance of narrow leaves; early flowering (bolting occurs 20 days after planting); short internodes; short siliques; short plants; average height = 21 cm.	
AT2G41560	CS93631	"Segregating for very small and yellow-green rosettes that eventually die (30%); survived plants are short, short internodes; short siliques; average height = 20 cm."	
AT2G41560	CS93727	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT2G41650	35S::AT2G41650	early flowering in short days	18614705
AT2G41660	miz1	"Mutant roots are defective in hydrotropism, and have slightly reduced phototropism and modified wavy growth response. Has normal gravitropism and root elongation."	17360591
AT2G41720	CS24054	embryo defective; globular	
AT2G41760	SALK_075466	Lower bacterial growth and lower tissue cellular leakage by 4 d post-infiltration with Pst DC3000. Increased I3CA at 0 hr and increased camalexin 24 hr after infiltration with Pst DC3000.	30117535
AT2G41760	ntaq1-3	stomata hypersensitive to ABA	30117535
AT2G41760	prt6-1 ntaq1-3	Lower bacterial growth and lower tissue cellular leakage by 4 d post-infiltration with Pst DC3000. Increased I3CA at 0 hr and increased camalexin 24 hr after infiltration with Pst DC3000.	30117535
AT2G41770	stl1-1stl2-2 	Double mutant of stl1 stl2 light grown seedlings and etiolated hypocotyls showed shorter primary roots. Eight-week-old soil grown stl1stl2 mutant plants exhibited stunted growth.	27277162
AT2G41770	stl1-2stl2-1	Double mutant of stl1 stl2 light grown seedlings and etiolated hypocotyls showed shorter primary roots. Eight-week-old soil grown stl1stl2 mutant plants exhibited stunted growth.	27277162
AT2G41790	SALK_045186	Male sterile. Abnormal pollen development.	31427085
AT2G41820	CS800029	No visible phenotype.	
AT2G41850	adpg1-1/adpg2-1	Indehiscent siliques.	19168715
AT2G41850	adpg1-2/ adpg2-2	Indehiscent siliques.	19168715
AT2G41940	zfp8	Less or no increase in trichome production after GA treatment on the third cauline leaves.	17507408
AT2G41940	zfp8	Significant reduction in trichome density on upper cauline leaves and branches.	17507408
AT2G41945	SALK_022583	Heterozygotes segregate for collapsed seeds which arrest at the bent cotyledon stage. Homozygous seeds can be rescued if cultured before desiccation.	27477025
AT2G41990	cc1/cc2/cc3	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT2G41990	cc1/cc2/cc3/cc4	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT2G42030	muse1-7 muse2-1	"Strikingly dwarfed with curled leaves.  No growth of H. arabidopsidis Noco2 was  observed on muse1-7muse2-1 seedlings, whereas the muse1-7 and muse2-1 single mutants are as susceptible as WT plants"	30082764
AT2G42030	muse2-1 snc1	very small plants (enhanced snc1 mutant phenotype)	30082764
AT2G42080	bil2-1D	Seedlings have longer hypocotyls and closed cotyledons when grown in the dark on a medium without Brz220.	23494613
AT2G42160	SALK_085207	"growth arrest (embryos are slow to emerge from the seed coat; after emergence, the embryos remain white with unexpanded cotyledons even after twelve days on GM media)"	20810661
AT2G42200	CS67865	"Delayed vegetative phase change, increased rate of leaf initiation, increased anthocyanin production, thin inforescence stem."	
AT2G42200	CS67866	"Delayed vegetative phase change, increased rate of leaf initiation, increased anthocyanin production"	
AT2G42200	CS69792	Delayed vegetative phase change. Increased rate of leaf initiation. Slightly delayed flowering time.	
AT2G42200	CS69794	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT2G42200	CS69795	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT2G42200	CS69796	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT2G42200	CS69797	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT2G42200	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT2G42200	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT2G42200	spl9-1/spl15-1	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT2G42200	spl9-2/spl15-2	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT2G42260	uvi4	"Fresh weight of mutant plants was 2.1 times higher than that of the wild-type plants when grown under supplemental UV-B light. Mutant plants were less sensitive to UV-B light. In addition, the mutant plants have overbranching trichomes on their leaves and stems. Trichomes with more than five branches were often seen on mutant leaves, but were never found on the wild-type leaves."	16623893
AT2G42400	SALK_115813C	"Seed germination rate, seedling growth affected, primary root length under salt stress in a concentration-dependent manner."	30477148
AT2G42400	SALK_115813C	"Seed germination rate, seedling growth affected, primary root length under salt stress in a concentration-dependent manner."	
AT2G42400	voz-1 voz-2	"Suppressed growth and leaf vein clearing in older leaves. Delayed germination, seedling growth, and root length as result of salt stress. Increased sensitivity to salt stress as compared to single mutants."	30477148
AT2G42400	voz-1 voz-2	"Suppressed growth and leaf vein clearing in older leaves. Delayed germination, seedling growth, and root length as result of salt stress. Increased sensitivity to salt stress as compared to single mutants."	
AT2G42430	lbd16-1	"Mutant plants appeared very similar to wild-type plants at both seedling and adult stages. Root growth was inhibited to almost the same extent in both wild-type and mutant seedlings in response to exogenous auxin. In addition, the lbd16-1 mutation did not affect auxin-regulated gene expression, because auxin-induced IAA5, IAA19, LBD29, and LBD33 to a similar degree in mutant and wild-type seedlings."	17259263
AT2G42430	lbd16-1	"The number of lateral roots was reduced slightly in 7-d old  mutant seedlings compared to the wild type. Although exogenous auxin induced lateral root formation in mutant as in wild-type seedlings, there were fewer lateral roots in auxin-treated mutant than in the wild type."	17259263
AT2G42500	CS69972	Reduced abscisic acid (ABA) sensitivity during seed germination. Strongly increased ABA sensitivity of root growth.	
AT2G42500	CS800068	"Slightly longer primary root, less columella stem cell differentiation, equally sensitive to N-1-naphthylphthalamic acid (NPA) treatment as Col-0."	26792519
AT2G42500	pp2a-3/pp2a-4	"Short primary root, further reduced columella differentiation, and severely disrupted cell organization in the root tip compared with wild type; not significantly more sensitive to cantharidin than Col-0."	26792519
AT2G42520	SAIL_533_G08	No visible phenotype; average height = 39 cm.	
AT2G42580	SALK_019340-VIT	Abnormal leaf venation. Reduced number of leaf veins.	19000166
AT2G42620	CS9565	increased shoot branching; increased hypocotyl length in the light	
AT2G42620	CS9566	increased shoot branching; increased hypocotyl length in the light	
AT2G42700	SALK_141975	"abnormally accumulated storage protein precursors, including 17 kDa pro2S albumin"	24118572
AT2G42700	mag2-1 mip3-1	"Shorter root length of 7-day-old seedlings, plants grow poorly, small rosette leaves with short petioles, shorter plant height. Accumulation of seed storage protein precursors. Smaller seed, lower thousand-grain weight and lower protein content, severe ER stress, decreased germination ratio with increased storage time, sensitive to ABA and salt stress, ABA signaling pathway affected."	29868102
AT2G42700	mip2-1 mip3-1	"Shorter root and delayed development. Accumulation of seed storage protein precursors. Smaller seed, lower thousand-grain weight and lower protein content, severe ER stress, decreased germination ratio with increased storage time, sensitive to ABA and salt stress, ABA signaling pathway affected."	29868102
AT2G42700	mip3-2	"seeds abnormally accumulated storage protein precursors, including 17 kDa pro2S albumin"	24118572
AT2G42790	csy2 csy3	Dormant seeds.  Lack peroxisomal citrate synthase.  Cannot mobilize triacyglycerols due to a block in fatty acid beta-oxidation.	15923350
AT2G42800	CS65463	No visible phenotype.	
AT2G42830	CS3843	"double mutant; produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques."	
AT2G42830	CS3844	"double mutant; produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques."	
AT2G42830	CS3845	"siliques from shp2-1 single mutant are dehiscent as wt; double shp1-1 shp2-1 mutant produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques"	
AT2G42830	CS3846	"siliques from shp2-1 single mutant are dehiscent as wt; double shp1-1 shp2-1 mutant produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques"	
AT2G42870	SAIL_668_E10 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is similar to that of wild type."	16891401
AT2G42890	SALK_029713	No visible phenotype.	16473967
AT2G42890	aml1 aml2 aml4	"One quarter of the seedlings were arrested at the seedling stage, failing to grow true leaves. Scanning electron microscopy revealed that leaf primordia were initiated, but their further growth and expansion was largely delayed or did not take place."	16473967
AT2G43010	CS66043	Hypocotyl hypersensitivity to red light.	
AT2G43010	CS66046	Hypocotyl hypersensitivity to red light is greater than the one of either single mutant.	
AT2G43010	CS66048	"Seedlings show mild deetiolation phenotype in ""pseudo-dark"" conditions, with separated cotyledons."	
AT2G43010	CS66049	"Seedlings show severe cop-like deetiolation phenotype in ""pseudo-dark"" and true dark conditions, with an unfolded hook and cotyledon separation."	
AT2G43010	CS66500	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. "	
AT2G43010	CS68095	Increased photomorphogenic phenotype in darkness compared to pif double mutant combinations.	
AT2G43010	CS68096	"Increased photomorphogenic phenotype in darkness compared to pif single mutants, which are generally unaffected."	
AT2G43010	CS68811	"Unknown phenotype. *As seen in the other pif mutants, it is likely that this stock has an increased photomorphogenic phenotype in darkness compared to wildtype. However, the increased photomorphogenic phenotype is not confirmed as this mutant was never analyzed in detail by the authors."	
AT2G43010	CS69173	No visible phenotype.	
AT2G43010	CS71662	Short hypocotyl in darkness (D). Hypocotyl does not shorten with increasing amount of R light.	
AT2G43010	pif4-101/pil6-1	"Reduced hypocotyl elongation, compact rosette. Defects in shade avoidance."	
AT2G43010	srl2	Hypersensitivity to continuous red light	
AT2G43230	SALK_077682	similar to mia-1 and mia-2	16291648
AT2G43230	Salk_203094	Significant higher germination rate than WT in the presence of 1.5 mM ABA.	30967269
AT2G43240	SALK_044835	No obvious morphological changes under standard growth conditions. Reduced Pi content.	27016098
AT2G43280	frf4-1	No visible phenotype.	25524441
AT2G43290	CS923591	No visible phenotype.	
AT2G43350	SALK_071176	mutant seed germination is hypersensitive to mannitol. Mutants are sensitive to and produce more H2O2. ABA impaired stomatal closure in atgpx3-1 mutant plants.	16998070
AT2G43360	CS6329	"developmental arrest of mutant embryos occurs at transition, globular-heart-elongate (early linear) stage ; pale yellow-green seeds; white to pale yellow-green embryo; 26% mutant; 48% aborted seeds in top half of silique."	
AT2G43400	etfqo-1	Reduced female fertile. No phenotype when grown in short days.	16055629
AT2G43400	etfqo-2	Reduced female fertile. Normal phenotype when grown under short/long days. When grown in the dark after 10 days early senescence followed by death.	16055629
AT2G43400	etfqo-3	"Reduced female fertile in short days. In dark ,plants show early sensecence and die before wild type sibs."	16055629
AT2G43410	CS109	"late flowering; like fca, but less extreme."	11402170
AT2G43410	CS165	late flowering; vernalization has large effect on flowering time under both long days and short days; flowering occurs about 10 days later than wild type. Rosette leaf number at flowering was more than 2 times higher than in the wild type.	11402170
AT2G43410	CS166	late flowering; vernalization affects flowering time under both long days and short days; flowering occurs about 13 days later than wild type. Rosette leaf number at flowering was more than 2 times higher than in the wild type.	11402170
AT2G43410	fca-11/fpa-8	"Late flowering, reduced fertility."	
AT2G43410	fpa-6	Longest delay in flowering (among all fpa mutants). Rosette leaf number at flowering was approximately 5 times higher than in the wild type.	11402170
AT2G43430	SALK_059108	glx2-1 plants were indistinguishable from wild type plants under normal growth conditions. glx2-1 plants are more sensitive to salt stress than wild type plants.	24760003
AT2G43710	ssi2	"Spontaneous lesions, enhanced resistance to P. parasitica"	
AT2G43710	ssi2	dwarf with crinkled leaves. conferred hyper-resistance to green peach aphid.	20367470
AT2G43710	ssi2-4	Soil-grown ssi2-4 mutant plants exhibit dwarf phenotype and constitutively express the ER molecular chaperone BiP3.	29688606
AT2G43790	CS31099	No visible mutant phenotype.	
AT2G43790	CS71691	No visible phenotype	
AT2G43790	SALK_062471C	Reduced fertility; silique length is shorter than the wild type; embryo was found to be protruding out of the dried seed coat; approximately 10% of the seed produced display this protruding embryo phenotype.	
AT2G43790	mpk6-1	Defects in root development. Short roots and sometimes even no roots.Ectopic cell divisions in the roots and disorganized cells and cell files.	19832943
AT2G43790	mpk6-2	Defects in root development. Short roots and sometimes even no roots.Ectopic cell divisions in the roots and disorganized cells and cell files.	19832943
AT2G43790	mpk6-2	"Less sensitive to l-Glu treatments, displayed longer primary roots when treated with l-Glu as compared to wt.l-Glu slightly decreases the number of mitotic cells, minor effect on starch grain production, as well as on the overall structure of the root cap."	29344832
AT2G43790	mpk6-3	Defects in root development. Short roots and sometimes even no roots.Ectopic cell divisions in the roots and disorganized cells and cell files.	19484493
AT2G43790	mpk6-3/mpk3-1	"Female sterile. Integuments undergo early cell division arrest, as a result, the embryo sac becomes constricted and protrudes from the micropyle."	
AT2G43800	atfh1 atfh2	Increased plasmodesmata permeability.	30113309
AT2G43800	atfh2-1	Plasmodesmata permeability and sensitivity to virus infection are increased; inhibited leave growth.	30113309
AT2G43800	atfh2-2	Plasmodesmata permeability and sensitivity to virus infection are increased; inhibited leave growth.	30113309
AT2G43860	CS923088	"Narrow, pointy leaves; elongated petioles; dark-green plants; numerous thin lateral inflorescences; very reduced fertility; small siliques; tall plants; average height = 45 cm."	
AT2G44110	CS66561	No visible phenotype.	
AT2G44140	CS69857	Small plants and premature senescence under normal soil-grown conditions. Hypersensitivity to N and fixed-C deprivation.	
AT2G44170	nmt2-1	delay in flowering	17827350
AT2G44190	CS9868	"seed is wrinkled to a variable degree; the underlying defect is aberrant cell division within the endosperm and, to a lesser extent, within the embryo "	
AT2G44190	SALK_048191	Embryonic lethal in homozygotes.	19151224
AT2G44190	ede1-1	"Mutants display 66% seed abortion, with both brown shrunken seeds (late abortion) and small white desiccated seeds (early abortion).  Cellularization of endosperm is not observed.  Microtubule organization in endosperm in defective."	19151224
AT2G44490	CS66946	"Mutants are deficient in non-host resistance, manifested by increased penetration by Blumeria graminis compared to wild type."	
AT2G44490	CS67133	Cell death delayed and resistance compromised relative to the pen3-1 mutant upon infection with Erysiphe cichoracearum.	
AT2G44490	CS67162	PEN2-GFP complements the pen2 phenotype	
AT2G44490	CS67818	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67819	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67820	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67821	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67822	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67823	"resistant to methyl jasmonate and ACC; transgene does not complement the altered methyl jasmonate or ACC response; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67824	"resistant to methyl jasmonate; transgene does not complement the altered methyl jasmonate response, but does complement the ACC response; fails to produce pollen at 22C, but is fertile at 16C."	
AT2G44490	CS67825	"resistant to methyl jasmonate; transgene does not complement the altered methyl jasmonate response, but does complement the ACC response and partially restores fertility at 22C."	
AT2G44490	CS9717	broad-spectrum powdery mildew resistance	
AT2G44490	pen2	Increased susceptibility to fungal pathogens	
AT2G44490	pen2-1	"permits efficient Blumeria graminis f. sp. hordei (Bgh) entry, initiation of postinvasive fungal growth invariably ceases, and this coincides with a cell death response of epidermal cells with haustorial complexes."	16293760
AT2G44610	SALK_119300	"Short hypocotyl, short epidermal cell length in middle part of hypocotyl, adult plants have dwarf phenotype. Cell wall thickness in hypocotyls reduced, mainly as a result of a reduction in cellulose content. Altered golgi morphology."	29975455
AT2G44750	AtTPK1/2-KO	"These double knock-out mutants are thiamine auxotrophs that have a seedling lethal phenotype unless they are supplied with exogenous thiamine pyrophosphate (TPP) through a spray-based application. In addition, these mutants have 2-fold higher levels of thiamine and 32-fold lower levels of TPP than wild type plants."	17611796
AT2G44750	SALK_011765C	"The AtTPK2-KO single mutant does not have any obvious aberrant phenotypes, but, the AtTPK1-KO /AtTPK2-KO double mutant demonstrates that these enzymes are required to produce thiamine pyrophosphate from thiamine."	17611796
AT2G44830	CS866738	Slight impairments of pulse- and/or continuous-light induced phototropism.	29490064
AT2G44830	agc1-3	Slight impairments of pulse- and/or continuous-lightinduced phototropism.	29490064
AT2G44830	pax-1	"Shorter root length, reduced primary root growth accompanied by protophloem sieve elements (PPSEs) differentiation defects."	29875411
AT2G44830	pax-2	Shorter root length.	29875411
AT2G44900	arabidillo-1	No visible phenotype.	16434475
AT2G44900	arabidillo-1 arabidillo-2	"Mutant plants grown on vertical plates had fewer lateral roots were developed than wild type or either single mutant, despite having similar primary root lengths to wild type. Significant decrease in number of lateral root primordia was found in double mutant roots, with no differences in later stages of lateral root development."	16434475
AT2G44910	SALK_104843 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT2G44950	CS6134	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
AT2G44950	CS6136	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; reduced capacity to germinate in darkness."	
AT2G44950	CS6138	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; weak capacity  to germinate in darkness."	
AT2G44950	CS6139	"Reduced seed dormancy determined by the embryo; ability to germinate as freshly harvested seeds; high capacity to germinate in darkness; same sensitivity to gibberellin biosynthesis inhibitors as the wt; pale green leaf color, bushy appearance, flower buds are relatively open."	
AT2G44950	CS9777	reduced seed dormancy; pale-green leaves; bushy appearance	
AT2G44950	CS9778	reduced seed dormancy; pale-green leaves; bushy appearance	
AT2G44950	hub1-1	Reduced leaf size and narrow laminae.	10353913
AT2G44950	hub1-1	"The lamina area of mature first and second mutant leaves was reduced to 55% of that of the wild type. The length:width ratio was significantly increased, reflecting a much stronger reduction in width than in length of the blade. The mutation also affected rosette growth, reducing fresh and dry weight at flowering by 40 and 39%, respectively."	
	17329565		
AT2G44950	hub1-1	"The mutant primary roots grew much more slowly than those of the wild type. No differences between mutant and WT were seen regarding cellular organization or cell wall formation in the root apical meristem. However, a clear reduction in meristem size was detected. The root growth rate of the mutant was severely reduced and no acceleration of growth took place. The average mature cortex cell length was significantly (P < 0.001) reduced from 171 &mu;m in WT to 104 &mu;m in hub1-1, whereas the cell production per hour had decreased by 65%, from 1.26 in Ler to 0.44 in hub1-1."	17329565
AT2G44950	hub1-1	"The number of palisade cells across mutant lamina was 44% that of those in wild type, resulting in narrow leaf shape of the mutant. In addition to reduced cell numbers, distribution and size of the mesophyll cells were irregular with some enlarged cells and the air spaces were increased."	17329565
AT2G44950	hub1-1	"The stomatal index was consistently reduced in all hub1-1 when compared with Ler samples, suggesting that a proportion of leaf epidermal cells of hub1-1 exit the mitotic cell cycle early. The stomatal index (i.e., the fraction of epidermal cells that are guard cells) increased more slowly in hub1-1 than in Ler between 5 and 8 DAS, with final values of 0.23 and 0.35 on average for hub1-1 and Ler, respectively. As a result, in mature leaves of hub1-1, fewer stomata were present, a difference that originated at the same time when division rates were changed."	17329565
AT2G44950	hub1-2	"Pleiotropic phenotypes, such as pale-green leaf color, increased bushy appearance, and more open flower buds."	17329563
AT2G44950	hub1-2	Reduced seed dormancy phenotype.	17329563
AT2G44950	hub1-2	Reduced seed longevity.	17329563
AT2G44950	hub1-2	The chlorophyll content index in the mutant is lower than in wild type.	17329563
AT2G44950	hub1-2	"The growth of hub1-2 seedlings on medium without sucrose is severely delayed compared with wild-type seedlings. Addition of 1.5% sucrose to the medium can rescue the delayed development of hub1-2, suggesting a defect in seedling establishment."	17329563
AT2G44950	hub1-3	"Mutant growth was defective compared with  that of wild type. The mutants were reduced in size and had pale-green laminas with an  irregular blade surface and thinner inflorescence stems, but root growth was not  visibly reduced. Furthermore, the fresh weight of mutant was approximately half of that of wild type."	17329565
AT2G44950	hub1-3	Slightly reduced seed dormancy compared with wild-type seeds.	17329563
AT2G44950	hub1-3	The chlorophyll content index in the mutant is lower than in wild type.	17329563
AT2G44950	hub1-3 hub2-2	"The chlorophyll content index of the double mutant did not differ from the single mutants, and the germination percentage of freshly harvested seeds was slightly higher than that of the single mutants."	17329563
AT2G44950	hub1-4	Increased susceptibility to fungal pathogens B. cinerea and A. brassicicola. Early flowering when grown under long days.	19286969
AT2G44950	hub1-4	"Mutant growth was defective compared with  that of wild type. The mutants were reduced in size and had pale-green laminas with an  irregular blade surface and thinner inflorescence stems, but root growth was not  visibly reduced. Furthermore, the fresh weight of mutant was approximately half of that of wild type."	17329565
AT2G44950	hub1-4	Reduced seed dormancy phenotype.	17329563
AT2G44950	hub1-4	The chlorophyll content index in the mutant is lower than in wild type.	17329563
AT2G44950	hub1-4	"The flowering of hub1-4 mutants is accelerated compared to wild type plants under long days and short days. In addition, the plants are small and have pale green leaves. Histone2B ubiquitination is lost in hub1-4 mutants. FLC expression is suppressed in these mutants. There are gene-specific changes in the patterns of histone ubiquitination and methylation in this mutant."	18849490
AT2G44950	hub1-5	Reduced seed dormancy phenotype.	17329563
AT2G44950	hub1-5	The chlorophyll content index in the mutant is lower than in wild type.	17329563
AT2G44950	hub1-5	"The flowering of hub1-5 mutants is accelerated compared to wild type plants under long days and short days. In addition, the plants are small and have pale green leaves."	18849490
AT2G44950	hub1-5 hub2-2	Same phenotypes as the single mutants.	17329563
AT2G44950	hub1-6	Increased susceptibility to fungal pathogens B. cinerea and A. brassicicola. Early flowering when grown under 12 hour light regime. Reduced thickness of the cell walls.	19286969
AT2G44950	hub2-1 hub1-3	"No new leaf and flower phenotypes were observed compared to the single mutant parents, and the biomass of the double mutant lines fell statistically in the same group as that of both single parents."	17329565
AT2G44950	spt16-1 hub1-3	Reduced leaf size. Leaf shape resembles that of spt16-1 single mutant. Earlier flowering than either single mutant.	19947984
AT2G44950	ssrp1-2 hub1-4	Very reduced leaf size.Leaf shape resembles that if ssrp1-2 single mutant.Earlier flowering than either single mutant.	19947984
AT2G44990	CS9567	bushy appearance due to increased axillary branching; reduced height; reduced petiole and leaf length	
AT2G44990	MAX3:max3-11 MAX4:max4-6	Slight increase in inflorescence number compared with wild type.	16507088
AT2G44990	max3-10	80% of wild type height at maturity. Leaves and petioles are shorter than wild type.	15268852
AT2G44990	max3-10	Bushy appearance due to an increase in primary and secondary order branching.	15268852
AT2G44990	max3-10	Endogenous levels of IAA and ABA are slightly higher than in wild type but differences were not significant.	15268852
AT2G44990	max3-11 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT2G44990	max3-11 max4-6	Double mutant is phenotypically indistinguishable from either single mutant.	16507088
AT2G44990	max3-3	80% of wild type height at maturity. Leaves and petioles are shorter than wild type.	15268852
AT2G44990	max3-3	Bushy appearance due to an increase in primary and secondary order branching.	15268852
AT2G44990	max3-4	80% of wild type height at maturity. Leaves and petioles are shorter than wild type.	15268852
AT2G44990	max3-4	Bushy appearance due to an increase in primary and secondary order branching.	15268852
AT2G44990	max3-9	80% of wild type height at maturity. Leaves and petioles are shorter than wild type.	15268852
AT2G44990	max3-9	Bushy appearance due to an increase in primary and secondary order branching.	15268852
AT2G45000	atnup62-1	"Small with reduced leaf blades and earlier bolting than in the wild type. Abnormal flowers, hypersensitive to auxin."	26728150
AT2G45160	CS16561	"Arrest and differentiation of axillary meristems, altered leaf morphology, abnormal phyllotaxis, reduced elongation of the primary root."	
AT2G45160	CS66951	No visible phenotype.	
AT2G45160	CS67135	Incompletely penetrant phenotype of reduced apical dominance.	
AT2G45160	CS67136	"Abnormal shoot phenotypes similar to Atham1,2,3 mutants but generally more prone to arrest of the inflorescence meristem prior to generation of functional flowers.  "	
AT2G45160	CS67756	"Abnormal shoot phenotype, stems are broader and flatter than in the wild type (mild fasciation); narrow and elongated leaves; fully expanded rosette leaves exhibit less pronounced laminar growth,  and more pronounced leaf serrations; delayed transition from vegetative to reproductive development, delayed inflorescence development; inflorescences exhibit aberrant phyllotaxis; cauline leaves typically exhibit epinastic curling, indicative of greater adaxial leaf surface area relative to abaxial leaf surface area.  Light and temperature dependent phenotype, phenotype is visible at 16 hours light and 20C or lower."	
AT2G45190	CS6377	"Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of  numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; intermediate allele."	
AT2G45190	CS6378	"Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of  numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; weak allele."	
AT2G45190	CS6379	"Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of  numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele."	
AT2G45190	CS6380	"Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of  numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele."	
AT2G45190	CS6381	"Floral primordia have reduced capacity to form flowers, giving rise to a variety of structures including: clusters of  numerous flowerless pedicels (filament-like structures), stalked curled sepals, flowers with pedicel organs and long pedicels; altered floral organ number, organ position, organ identity and organ development during flower development; these defects become stronger at more acropetal positions; partially male sterile; strong allele."	
AT2G45280	SALK_021960	"Male and female sterile.  Defects in meiosis beginning in metaphase I.  Hypersensitivity to a crosslinking reagent, cisplatin, and to gamma-irradiation.  Somatic homologous recombination is reduced twofold below wild-type frequency."	16169964
AT2G45280	atradc-1	Homozygotes are sterile. Pollen is not viable and female gametophyte development is blocked after meiosis.	15686518
AT2G45330	Atgldp2-3	No visible phenotype.	17496108
AT2G45330	CS16010	embryo defective; developmental arrest of mutant embryos	
AT2G45330	CS65449	No visible phenotype.	
AT2G45330	CS66077	No visible phenotype.	
AT2G45330	CS66110	No visible phenotype.	
AT2G45330	CS66112	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change.	
AT2G45330	CS66485	"similar to rdr6-15; homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT2G45330	SAIL_786_B08	"contains only 5% of wild-type myrosinase activity, in the above-ground tissues"	16640593
AT2G45330	SAIL_843_G10	ascorbate deficient	16595667
AT2G45330	ati3a ati3b ati3c	Reduced heat tolerance and disease resistance to B. cinerea.	29313416
AT2G45330	ati3c-1	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT2G45330	tgg1-3 tgg2-1	"contains only 1% of wild-type myrosinase activity. Among the above-ground tissues, the activity is only detected in flowers."	16640593
AT2G45340	CS3959	morphological phenotype similar to wt; resistant to kanamycin	
AT2G45350	crr4-1	Plants have impaired NDH (chloroplast Na(P)DH dehydrogenase) activity. They do not display any phenotype in photosynthetic electron transport.  NdhH is almost undetectable in this mutant. Plants are defective in RNA edition of the initiation codon of ndhD.	15662426
AT2G45350	crr4-2	Plants have impaired NDH (chloroplast Na(P)DH dehydrogenase) activity. They do not display any phenotype in photosynthetic electron transport.  A trace level of the protein NdhH is detectable in this mutant. Plants are defective in the RNA editing of the initiation codon of ndhD.	15662426
AT2G45350	crr4-3	Plants have impaired NDH (chloroplast Na(P)DH dehydrogenase) activity. They do not display any phenotype in photosynthetic electron transport.  NdhH is almost undetectable in this mutant. Plants are defective in RNA edition of the initiation codon of ndhD.	15662426
AT2G45350	crr4-4	Plants have impaired NDH (chloroplast Na(P)DH dehydrogenase) activity. They do not display any phenotype in photosynthetic electron transport. The NdhH level is mildly affected in these plants (25-50%). Plants are defective in the RNA editing of the initiation codon of ndhD.	15662426
AT2G45400	ben1-1	"organ-elongated phenotypes, with their inflorescences, leaves and petioles all longer than those of wild-type plants"	17521414
AT2G45400	ben1-1D	Has shortened inflorescences and reduced rosette size and produces rounded leaves and shortened petioles. The width of the leaf blades of the ben1-1D mutant is greater than that of wild-type	17521414
AT2G45440	dhdps2	Increased levels of threonine	
AT2G45660	agl19-1 soc1-2	"Double mutant flowered later than the soc1 single mutant, and this delay was more pronounced in SD (additional 15 leaves) than in LD (additional two leaves)."	
	16778081		
AT2G45660	agl20	Delayed flowering both in long- and short-days growth conditions.	10995392
AT2G45660	agl20-101D FN235	Extreme acceleration of flowering time.	10995392
AT2G45660	agl20-101D FRI-Sf2	"Flowered more rapidly under long days than under short days. Vernalization reduced flowering time in the mutant, but the reduction was higher than in WT Columbia."	10995392
AT2G45660	agl20-101D FRI-Sf2 flc-3	Extreme acceleration of flowering time.	10995392
AT2G45660	agl24-2 soc1-2	Slight increase in delay of flowering compared to agl24 single mutant.	12609028
AT2G45660	suf4 soc1-2	Slight increase in delay in flowering under LD conditions compared to soc1-2 single mutant.	17138694
AT2G45670	lpeat1 lpeat2	Reduced root acyl-lipid content. Altered amounts of phosphatidylethanolamine and phosphatidylcholine in roots and leaves.	28408542
AT2G45670	lpeat1 lpeat2	"Smaller rosette leaves, smaller plants, shorter mature siliques. Lower dry mass of aerial parts. Lower seed number. Shorter primary root length."	28408542
AT2G45670	lpeat2	Reduced root acyl-lipid content. Altered amounts of phosphatidylethanolamine and phosphatidylcholine in roots and leaves.	28408542
AT2G45670	lpeat2	"Smaller rosette leaves, smaller plants, shorter mature siliques. Lower dry mass of aerial parts. Lower seed number. Shorter primary root length."	28408542
AT2G45690	CS6000	"Altered seed storage composition, reduced oil and protein body contents with concurrent accumulation of starch; developing embryos have white colored appearance; cotyledons and hypocotyl cells contain no recognizable protein bodies and few oil bodies; starch granules, membrane stacks, vesicles, and vacuoles are present in cells (all of which are absent in wt cells); oil bodies contain higher electron density substances than wt; mature seeds shrink upon desiccation (as a consequence of insufficient deposition of storage molecules) and are lethal; kanamycin resistant."	15173561
AT2G45770	CS3171	"yellow-green and reduced plant height; thin, short stems."	
AT2G45770	CS3173	"yellow-green, bushy plants."	
AT2G45770	SALK_059108	glx2-1 plants were indistinguishable from wild type plants under normal growth conditions. glx2-1 plants are more sensitive to salt stress than wild type plants.	24760003
AT2G45770	cpftsy	"Strong chlorosis due to the loss of 80% of the photosynthetic pigments. Alterations in the ultrastructure  of chloroplasts, with a drastic reduction in the amount of  both appressed and unappressed thylakoid membranes. Reduced  accumulation of various LHCPs."	
	17513500		
AT2G45770	frd4-1	Chlorophyll levels in the mutant are dramatically reduced to ~20% of those of wild type.	16813577
AT2G45770	frd4-1	"In contrast to chloroplasts in the leaves, wild-type and mutant root plastids do not differ significantly in appearance. The root plastids appear to be some type of immature plastid or proplastid, as they contain a rudimentary internal membrane structure."	
	16813577		
AT2G45770	frd4-1	"Leaf cells from mutant plants were slightly smaller than wild-type leaf cells and contained fewer chloroplasts per cell. Chloroplasts in mutant plants were smaller and distended in shape, with a large reduction in thylakoid membrane content and little evidence of grana stacking."	16813577
AT2G45770	frd4-1	Mutant is extremely chlorotic and grows considerably more slowly than wild type (particularly on soil).	16813577
AT2G45770	frd4-1	"Reduction in Fe(III) chelate reductase activity under ion-deficiency conditions. By contrast, under ion-sufficient conditions, this activity for the mutant was reproducibly higher than that of wild type seedlings."	16813577
AT2G45770	frd4-1	The average shoot weight of a 14-day-old mutant seedling is approximately half that of a 14-day-old wild-type seedling.	16813577
AT2G45770	frd4-2	Chlorophyll levels in the mutant are dramatically reduced to ~20% of those of wild type.	16813577
AT2G45770	frd4-2	Mutant is extremely chlorotic and grows considerably more slowly than wild type (particularly on soil).	16813577
AT2G45770	frd4-2	"Reduction in Fe(III) chelate reductase activity under ion-deficiency conditions. By contrast, under ion-sufficient conditions, this activity for the mutant was reproducibly higher than that of wild type seedlings."	16813577
AT2G45790	pmm-12	"pmm-12 plants are phenotypically similar to wild type seedlings when grown at 16–18 °C but die within several days after transfer to 28 °C. This phenotype is observed throughout both vegetative and reproductive development. Protein extracts derived from pmm-12 plants have lower protein and enzyme activity levels, and, at restrictive temperature, glycosylation is perturbed."	18086684
AT2G45870	SALK_114715C	"Same NPQ induction phenotype as wild-type possibly due to genetic redundancy. AtBest2 is lowly expressed, Best1 and 2 have redundant function."	26947269
AT2G45870	best1-1best2-1	"Similar to best1-1 single mutant. Low level of NPQ following a 40-s illumination, thylakoid lumen thickness larger, increase in total pmf (large increase in deltaPsi and slight decrease in dpH)."	26947269
AT2G45890	CS69175	Hypersensitive to ABA treatment.	
AT2G45890	CS69176	Hypersensitive to ABA treatment.	
AT2G45890	SAIL_184_C08	Secondary cell wall pits sparser and smaller.	30069009
AT2G45890	ropgef4-1 ropgef7-1	"Secondary cell wall pits sparser and smaller, pits were distributed less evenly across the secondary cell walls."	30069009
AT2G45970	lcr	Abnormalities in cell morphology in lcr-3P77: These were very often observed as bulges consisting of several cells and as abnormally large roundish cells. The development of trichomes was also found to be affected in a way that suggested that cell differentiation was retarded in lcr-3P77 compared with wild-type plants.	
	11493698		
AT2G45970	lcr	"Detached leaves of lcr were apparently able to obtain the required water and mineral nutrients through the sutures with contacting leaves, suggesting that the lipid boundary at the exterior epidermal cell walls in lcr-3P77 mutants becomes permeable or may even disappear upon fusion."	
	11493698		
AT2G45970	lcr	Fusions between rosette leaves and in inflorescences.	11493698
AT2G45970	lcr	Mutant plants generally produced fertile flowers and displayed relatively weak fusions in inflorescences.	11493698
AT2G45970	lcr	"Mutant plants reached a lower height and had an increased number of shoots, relative to wild type, implying that apical dominance was reduced; delayed senescence, irregular leaf shapes and lower fertility compared with wild-type plants were also noted."	
	11493698		
AT2G45970	lcr	"Some 3P77 plants exhibited extremely strong fusions resulting in tearing of leaf tissues during their growth. Occasionally, petioles of some fused leaves have been forced to tear; however, the detached leaves did not senesce and remained green for several days."	11493698
AT2G45970	lcr	Some lcr leaves displayed regions that virtually lacked all trichomes.	
	11493698		
AT2G45970	lcr-7AAA147	Similar phenotype to that of lcr-3P77.	11493698
AT2G46020	CS68980	Curly leaves and early flowering by approximately 4 days. Smaller size and less branches than the wildtype. Plants appear frail due to stems lacking rigidity.	
AT2G46020	SALK_030046	"Incompletely penetrant zygotic embryo lethality.  In heterozygotes, more than 20% of seeds are arrested at an early developmental stage. A percentage of ovules in the siliques  have enlarged integument cells and no visible embryos or embryos arrested at a very early stage."	16845477
AT2G46020	atbrm-1	"Smaller than wt plants, slow growing with downwards curled leaves.  Flowers fail to open at maturity and exhibit organ fusions.  Roots are significantly shorter than wt."	16854978
AT2G46020	brahma	Strong disorganization of quiescent center of root meristem and short root meristem.	29352064
AT2G46020	brm-1	"Completely sterile with homeotic transformations in the second and thried floral whorls.  Slow growth, delayed development and a dramatic reduction in plant size. Rosette and cauline leaves are small and curled downwards as well as coiled in the proximodistal axes, both under short and long day conditions.  Root development is strongly impaired. Late flowering under both SD and LD conditions, with less leaves than WT.  Some mutants never flower.  Maintenance of the inflorescence shoot meristem is impaired."	16845477
AT2G46020	brm-1 syd-5	"Embryo lethal, embryos arrest at early heart stage."	17293567
AT2G46020	brm-2	"Completely sterile with homeotic transformations in the second and thried floral whorls.  Slow growth, delayed development and a dramatic reduction in plant size. Rosette and cauline leaves are small and curled downwards as well as coiled in the proximodistal axes, both under short and long day conditions.  Root development is strongly impaired. Late flowering under both SD and LD conditions, with less leaves than WT.  Some mutants never flower.  Maintenance of the inflorescence shoot meristem is impaired."	16845477
AT2G46020	brm-5	Ectopic expression of seed storage proteins in leaves.	18508955
AT2G46020	cuc2-1 atbrm-1	Cup-shaped seedlings form with high frequency.  Less frequently fusions of one cotyledon margin are observed.	16854978
AT2G46020	cuc2-1 atbrm-3	Cup-shaped seedlings form with high frequency.  Less frequently fusions of one cotyledon margin are observed.	16854978
AT2G46050	SAIL_451_B04	Homozygous mutants have an editing defect at site 581 of the tatC mitochondrial transcript.	29216369
AT2G46070	mpk9-1 mpk12-1	Enhanced transpirational water loss.Impaired stomatal response to ABA and reactive oxygen.	19910530
AT2G46240	SALK_009534	"Mutant plants exhibited dramatically enhanced susceptibility to fungal pathogen Botrytis cinerea, both in terms of severity of lesions and rate of spread."	16636050
AT2G46240	SALK_009534	"Mutant plants exhibited earlier flowering and shorter vegetative and reproductive phases, producing more branched roots and inflorescences compared to wild-type plants. Senescence occurred earlier in mutants than the wild-type plants."	16636050
AT2G46240	SALK_058290	"Mutant plants exhibited dramatically enhanced susceptibility to fungal pathogen Botrytis cinerea, both in terms of severity of lesions and rate of spread."	16636050
AT2G46240	SALK_058290	"Mutant plants exhibited earlier flowering and shorter vegetative and reproductive phases, producing more branched roots and inflorescences compared to wild-type plants. Senescence occurred earlier in mutants than the wild-type plants."	16636050
AT2G46260	CS71659	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of light-induced, slower-migrating forms of PIF3. Very short hypocotyl in continuous red light (Rc)."	
AT2G46260	CS71663	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of phosphorylated PIF3:GFP in red light (R). GFP fluorescence in the nucleus. Short hypocotyl in continuous red light (Rc)."	
AT2G46308	CS69192	No visible phenotype.	
AT2G46310	CS69192	No visible phenotype.	
AT2G46340	spa1-100	very reduced hypocotyls under red/far-red light and somewhat reduced hypocotyles under blue light. Increased anthocyanin pigment in red/far-red and blue light.	
AT2G46340	spa1-3	"Mutant plants exhibited early flowering time under short day. Under long day (LD) conditions, the number of days to bolting of the spa1-3 mutant was similar to that of WT. Furthermore, there was no significant difference in the total number of leaves at bolting between WT and the spa1-3 mutant. By contrast, under short day (SD) conditions, the spa1-3 mutant clearly flowered earlier than WT, and the total number of leaves at bolting in the spa1-3 mutant distinctly decreased compared to that in WT."	
AT2G46340	spa1-3	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is also decreased and the cotyledon area is larger."	
AT2G46340	spa1-7	spa1 mutants flower early in short day but not in long day.	16854975
AT2G46370	CS66993	pen3 cell death phenotype is unaffected by the jar1-1 mutation	
AT2G46370	CS67934	Decreased sensitivity to MeJA-induced root growth inhibition. Increased susceptibility to Pythium irregulare infection compared to single mutants jar1-1 and axr1-3.	
AT2G46370	CS67935	"Reduced accumulation of jasmonyl-L-isoleucine (JA-Ile) compared to wild-type plants after wounding. Additionally, there is decreased sensitivity to MeJA-induced root growth inhibition."	
AT2G46370	CS8072	"JA-Ile levels are seven-fold lower in the jar1-1 mutant compared to wild type plants. The levels of JA, JA-Val, and JA-Leu are similar in the wild-type and mutant backgrounds, whereas the level of JA-Phe and JA-ACC are higher in the mutant. Although this mutant is moderately insensitive to MeJA in root growth assays, it is sensitive to JA-Ile."	15258265
AT2G46370	CS8072	"The jar1-1 mutant shows moderate insensitivity to MeJA in root growth  inhibition assays, but it has normal male fertility."	
	12084835		
AT2G46370	CS8072	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT2G46370	CS8072	reduced inhibition of seedling root growth when grown in agar media containing methyljasmonate; reduced induction of lipoxygenase and vegetative storage proteins by exogenous methyljasmonate; germination of seeds more sensitive to inhibition by abscisic acid.	
AT2G46370	CS9723	broad-spectrum powdery mildew resistance	
AT2G46370	jar1-11	The mutant has reduced sensitivity to methyl jasmonate in root growth inhibition experiements. It also produces lower levels of jasmonyl-isoleucine (JA-Ile) than wild-type plants in response to wounding.	18247047
AT2G46370	jar1-8	"JA-Ile levels are roughly eight-fold lower in the jar1-8 mutant compared to wild type plants. The levels of JA, JA-Val, and JA-Leu are similar in the wild-type and mutant backgrounds, whereas the level of JA-Phe and JA-ACC are higher in the mutant."	15258265
AT2G46370	jar1-8	The jar1-8 mutant shows moderate insensitivity to MeJA in root growth  inhibition assays.	
	12084835		
AT2G46400	SAIL_1230_H01	"Mutation of WRKY46 by T-DNA insertion leads to better root growth under Al stress, and lower root Al content compared with the wild type Col-0. The wrky46 mutant shows increased root malate secretion, which is consistent with the higher ALMT1 expression in the mutant."	24118304
AT2G46410	CS6399	"Roots with few root hairs irregularly distributed, number of root hairs in the primary root is about one-fourth of that of the wild type, morphology and size of the root hairs are indistinguishable from those of wild type hairs"	
AT2G46410	CS67760	"Trichome clusters; no root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT2G46440	cpr22	"Mutants carrying a semidominant, conditional lethal mutation confer constitutive expression of the pathogenesis-related (PR) genes PR-1, PR-2, PR-5 and the defensin gene PDF1.2, display spontaneous lesion formation, elevated levels of salicylic acid (SA) and heightened resistance to Peronospora parasitica Emco5. It induces strong resistance to virulent  bacterial and oomycete pathogens in an EDS1-, PAD4-, and NDR1-dependent manner via cross-regulation."	17885810
AT2G46450	cpr22	"Mutants carrying a semidominant, conditional lethal mutation confer constitutive expression of the pathogenesis-related (PR) genes PR-1, PR-2, PR-5 and the defensin gene PDF1.2, display spontaneous lesion formation, elevated levels of salicylic acid (SA) and heightened resistance to Peronospora parasitica Emco5. It induces strong resistance to virulent  bacterial and oomycete pathogens in an EDS1-, PAD4-, and NDR1-dependent manner via cross-regulation."	17885810
AT2G46490	SALK_048920	"Reduced stem epicuticular wax crystals.Wax crystals in forms such as vertical plates, rather than rods and tubes, are more abundant on the stem surfaces.Strong decrease in the levels of 29-carbon long alkanes, secondary alcohols, and ketones."	27337244
AT2G46510	ataib	Weak insensitivity to ABA.	17828375
AT2G46530	CS24612	no obvious auxin-related growth phenotype	15659631
AT2G46600	CS65862	No visible phenotype.	
AT2G46640	CS67962	"Narrower angle of lateral axillary shoot growth, resulting in a more vertical growth habit. Upon repeated bolt removal and re-growth, bolt clusters are more densely packed and have a smaller diameter than wild-type."	
AT2G46640	SAIL_605_E02	"tac1 mutants have narrow axillary shoot angles on inflorescence stems. They display a more vertical growth habit. Upon repeated removal and regrowth of inflorescence bolts, tac1 plants produce more tightly packed bolt clusters and have a more narrow diameter. Seeds of tac1 plants often exhibit faster germination, growth, and maturity; typically they are developmentally about 2-3 days ahead of Col-0."	23663106
AT2G46685	men1	"Severe growth retardation.  Pleiotropic alterations in the inflorescence stem and leaf morphologies and floral structure.  Fasciated inflorescence stem with disrupted radial vascular patterning, apical meristem enlargement.  Number of flowers is increased with respect to wild type, carpels are very short and sterile."	15773855
AT2G46710	ropgap3-1 ropgap4-2	"Secondary cell wall pits sparser and larger, pits were less evenly distributed in the secondary cell walls with a wider range of distances between pits."	30069009
AT2G46720	hic	Increased stomatal density in high CO2	
AT2G46770	CS67921	"Loss of secondary cell wall in stem, silique and hypocotyl. Fragile stem. Indehiscent silique."	
AT2G46770	CS67921	Plants are indehiscent because siliques lack secondary walls except in vascular vessels.	18657234
AT2G46770	CS67921	"Under short-day conditions, the nst1-1 nst3-1 plants were no longer able to remain upright when they reached >15cmin height neither lignin nor cellulose, which constitute secondary walls, was produced in inflorescence stems of nst1-1 nst3-1 plants,"	
	17237351		
AT2G46770	CS67922	"Reduced secondary cell wall in stem, silique and hypocotyl. Loss of secondary cell wall in valve margin area of silique. Indehiscent silique."	
AT2G46770	CS67922	Secondary walls of valve margins do not form and those of the enB layer form late. Lack of secondary walls mean causes siliques to be indehiscent.	18657234
AT2G46770	nst1-1/ful	The ectopic formation of secondary walls normally seen in the ful mutant is suppressed in the double mutant.	18657234
AT2G46790	CS9385	"Null mutant; has reciprocal period defects for multiple circadian rhythms, consistent with subtly altered expression patterns of the Circadian clock-associated gene (CCA1) and the Timing of CAB Expression gene (TOC1); rising and/or falling phases of transcripts are slightly delayed compared to Col; longer circadian period relative to Col (1.0-1.4 hours); alters the period of CCA1 expression in blue light by 2 hours, affects the period of CCR2 expression in red and blue light to a lesser extent, but had no effect on the period of CCA1 expression in red light or of CCR2 expression in darkness; seedlings show mild long-hypocotyl phenotype when grown under constant red or blue light at a range of fluence rates; circadian effects are complementary, light-dependent and inconsistent with the serial activation of PRR genes."	
AT2G46790	CS9385	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is increased compared to wild type and the cotyledon area is smaller."	16891401
AT2G46790	CS9386	Pseudo-response regulator double mutant; leaf movements remain robustly rhythmic with a period indistinguishable from the wild type Col.	
AT2G46790	prr7-3prr9-1	double mutant shows dramatic and more than additive period lengthening in the light and becomes arrhythmic in constant darkness. Fails both to maintain an oscillation after entrainment to thermocycles and to reset its clock in response to cold pulses.	15705949
AT2G46800	CS16740	"Enhanced sensitivity to elevated  Zn concentration reflected in severe leaf chlorosis (light-green plants), supression of leaf development and decreased root length."	
AT2G46810	SALK_069605	Plants subjected to cold exhibited higher survival rate.	30072714
AT2G46810	myc67 myc70	Plants subjected to cold exhibited higher survival rate.	30072714
AT2G46830	CS67780	Reduced phytochrome induction of LHCB1*3 (CAB1) expression. Shortened period length of free-running circadian rhythms.	
AT2G46830	CS67781	Reduced phytochrome induction of LHCB1*3 (CAB1) expression. Shortened period length of free-running circadian rhythms.	
AT2G46830	CS9378	"Altered circadian regulation; expression patterns of mRNA and protein have a diurnal rhythm in plants grown in light/dark cycles, with peak levels occurring at dawn; when moved to constant light conditions, plants express the gene in a circadian rhythm"	
AT2G46830	CS9380	Late elongated hypocotyl and circadian clock-associated double mutant.	
AT2G46830	CS9809	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT2G46830	CS9810	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT2G46830	CS9811	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT2G46830	CS9812	"double mutant severely affects flowering time, light responses and circadian rhythm"	
AT2G46830	cca1	Short circadian rhythms in gene expression and leaf movements	
AT2G46830	cca1-1	"In mutant plants transferred to constant light after entrainment in light:dark conditions (12 h of light:12 h of darkness), the period of Lhcb1*1 circadian oscillations was ~3 h shorter than that in wild-type plants grown under the same conditions. On the first day of the experiment, the timing of the increase of Lhcb1*1 RNA in cca1-1 plants was almost identical to that in wild-type plants. However, by the fourth day of the experiment, the Lhcb1*1 RNA peaked much earlier in cca1-1 than in wild-type plants."	10097183
AT2G46830	cca1-1	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT2G46840	WiscDsLox433F6	Homozygotes have a WT phenotype	19795213
AT2G46920	CS16350	"Short pedicels; less severe than pol-1 both in terms of clavata suppression and in terms of defects in organ development. Carries a erecta (er) gene phenotype: round leaves, short petioles, flowers are clustered at the top of the inflorescence, short and wide siliques, compact inflorescence, short and upright stems,  height = 20-25 cm."	
AT2G46920	CS66024	pol-1 suppresses shoot meristem defects of the clv1-1 mutant. It also partially suppresses the clv1-1 mutant phenotype by reducing the number of carpels.	
AT2G46920	CS66025	No visible phenotype.	
AT2G46920	CS66026	Slightly suppresses the clv1-1 mutant phenotype by reducing the average number of carpels. Weak allele.	
AT2G46920	CS66027	No visible phenotype.	
AT2G46920	CS66031	"Double homozygous pol-6 pll1-1 plant has a seedling lethal phenotype if not grafted to a wild-type seedling. Grafted pol-6 pll1-1 double mutant displays a meristem-termination phenotype similar to wus mutants, including flowers with reduced number of floral organs."	
AT2G46920	pol-6 pll1-1	"Embryo lethal, due to major defects in embryo patterning."	17079273
AT2G46970	pil1	"As in the La-er ecotype (mutant background Col), a single exposure of knockout mutant seedlings to 2 h of low R/FR at subjective dusk is sufficient to induce a significant promotion of hypocotyl elongation, whereas a similar treatment at subjective dawn leads to an inhibition of elongation."	14668869
AT2G46970	pil1	Mutant seedlings exhibit a significant shift (~6 h) in the phase of the circadian rhythm of hypocotyl elongation responses to low R/FR.	14668869
AT2G46970	pil1	The mutant seedlings display a marked attenuation of the maximal promotion of elongation by transient low R/FR and an increase in the magnitude of the growth inhibition caused by transient low R/FR at subjective dawn.	14668869
AT2G46970	pil1-1 (Kasuka)	"The circadian-associated phenotypes, including flowering time and red light sensitivity during early photomorphogenesis (i.e. elongation of  hypocotyls) are identical between wild type and mutant."	12826627
AT2G46970	pil1-2 (Kasuka)	"The circadian-associated phenotypes, including flowering time and red light sensitivity during early photomorphogenesis (i.e. elongation of  hypocotyls) are identical between wild type and mutant."	12826627
AT2G46970	pil1-2 (SALK)	"Under FRc conditions, the length mutant hypocotyls is increased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is also increased and the cotyledon area is smaller."	16891401
AT2G47000	CS16269	Reduced root gravitropic bending and elongation as well as lateral root formation; reduced root elongation is conditional and dependent on light intensity and sucrose. Reduced basipetal auxin transport in roots (~35%) and a small decrease in shoot-to-root transport consistent with a partial loss of the redirective auxin sink in the root.	
AT2G47000	mdr4-1	"Although mutant seedlings display normal acropetal auxin transport in the root, basipetal auxin transport is reduced by about 50%. Root waving proceeds normally in the mutant seedlings, but gravitropic curvature is enhanced, occurring more quickly and to a greater degree than in wild type seedlings."	17557805
AT2G47000	mdr4-1	mdr4-1 mutants display normal root architecture and have wild type rates of lateral root elongation.	17557807
AT2G47000	mdr4-2	"Although mutant seedlings display normal acropetal auxin transport in the root, basipetal auxin transport is reduced by about 50%. Root waving proceeds normally in the mutant seedlings, but gravitropic curvature is enhanced, occurring more quickly and to a greater degree than in wild type seedlings."	17557805
AT2G47000	mdr4-2	mdr4-2 mutants display normal root architecture and have wild type rates of lateral root elongation.	17557807
AT2G47000	pgp4-1	"The root lengths of 10-d pgp4 seedlings were 30% shorter than those of the wild type, and the number of lateral roots was also significantly reduced under moderate light levels (100 to 120 mmolm2s1) using sucrose concentrations of 0.5 to 1%. Under high light or on sucrose concentrations >1.5%, the root lengths and number of lateral roots observed were greater than or equal to those of the wild type. No obvious morphological differences between pgp4 and wild-type plants were observed in the aerial parts of seedlings and adult plants. Seedlings exhibited reductions in the rate of root gravitropic bending."	16243904
AT2G47000	pgp4-1	pgp4-1 mutants have 25% longer root hairs than wild type plants.	18156217
AT2G47000	pgp4-3	"The root lengths of 10-d pgp4 seedlings were 30% shorter than those of the wild type, and the number of lateral roots was also significantly reduced under moderate light levels (100 to 120 mmolm2s1) using sucrose concentrations of 0.5 to 1%. Under high light or on sucrose concentrations >1.5%, the root lengths and number of lateral roots observed were greater than or equal to those of the wild type. No obvious morphological differences between pgp4 and wild-type plants were observed in the aerial parts of seedlings and adult plants. Seedlings exhibited reductions in the rate of root gravitropic bending."	16243904
AT2G47000	pgp4-4	"The root lengths of 10-d pgp4 seedlings were 30% shorter than those of the wild type, and the number of lateral roots was also significantly reduced under moderate light levels (100 to 120 mmolm2s1) using sucrose concentrations of 0.5 to 1%. Under high light or on sucrose concentrations >1.5%, the root lengths and number of lateral roots observed were greater than or equal to those of the wild type. No obvious morphological differences between pgp4 and wild-type plants were observed in the aerial parts of seedlings and adult plants. Seedlings exhibited reductions in the rate of root gravitropic bending."	16243904
AT2G47160	bor1-1	"Requires a high level of B. When the B concentration in the medium was reduced to 3 microM, the expansion of rosette leaves was severely affected in bor1-1 but not in wild-type plants. In a medium containing 30 microM B the mutant grew normally but showed female sterility, whereas the wild type was able to set seeds. These defects of the bor1-1 mutant were not detected with supplementation of 100 microM B. In vivo concentrations of B in bor1-1 mutants were lower than those of the wild type, especially in the inflorescence stems."	9390427
AT2G47210	swc4-1	"Reduced plant size, curled leaves, accelerated leaf senescence,reduced organ size (smaller cells) likely due to reduced ploidy levels."	29604400
AT2G47240	CS39	"bright green stems and siliques, mainly tube-shaped structures absent on the epicuticular wax layer, reduced fertility under conditions of low humidity, somewhat reduced plant height."	
AT2G47240	CS65774	reduced wax	
AT2G47240	CS65775	reduced wax	
AT2G47240	lacs1-1 lacs2-3	"The lacs1-1 lacs2-3 double mutants had a synergistic phenotype, compared to either of the single mutants, with drastically reduced stem wax and cutin contents, increased cuticle permeability, and severe male sterile in low humidity."	19392700
AT2G47270	SALK_115536	longer root than the wild type; significant increase in cortex cell number indicating enlargement of the meristem.	21074051
AT2G47420	CS67839	root epidermal patterning defects; short roots caused by a reduction in cell number; pointed leaves; reduced leaf size; reduced trichome branching  	
AT2G47420	CS67841	no visible phenotype; GFP signal is detected in the nuclei of all tissue types in the developing root	
AT2G47430	CS6360	"lethal when homozygous, not transmitted through the female gametophyte; % transmission following self-fertilization of heterozygous plants is 50%, reduced seed set in the form of empty spaces within siliques of self-fertilized flowers, segregation distortion; defect in megagametogenesis leads to collapse and degeneration of the female gametophyte by stage FG7 of development and is fully penetrant by stage FG5; kanamycin resistant."	
AT2G47430	CS6361	"lethal when homozygous, not transmitted through the female gametophyte; % transmission following self-fertilization of heterozygous plants is 50%, reduced seed set in the form of empty spaces within siliques of self-fertilized flowers, segregation distortion; defect in megagametogenesis leads to collapse and degeneration of the female gametophyte by stage FG7 of development and is fully penetrant by stage FG5; kanamycin resistant."	
AT2G47430	cki1	Cytokinin-independent development in culture	
AT2G47450	cao	"Pale, chlorotic plants"	
AT2G47460	CS9602	"no obvious phenotype under greenhouse conditions; young seedlings contain reduced levels of flavonoids (quercetin and kaempferol), but no significant difference in anthocyanin content or CHI and F3H expression; flavonol biosynthesis is not completely absent, suggesting functional redundancy"	
AT2G47460	CS9815	no visible difference from wild type under greenhouse conditions; reduced flavonol content	
AT2G47460	myb12-1f	no visible phenotype under greenhouse conditions; flavonol accumulation is strongly reduced in seedlings (about 2-fold for quercetins and 3.5-fold for kaempferols)	
AT2G47470	FLAG_427G04	Reduced seed set due to delayed development of embryo sacs and resulting defect in pollen tube guidance.	19050167
AT2G47470	SALK_046705	Reduced seed set. Delayed embryo sac development results in defects in pollen tube guidance.	19050167
AT2G47490	CS860046	No visible phenotype.	
AT2G47585	CS65828	Slightly increased leaf serration during vegetative development; increased number of sepals and petals during reproductive development; irregular flower arrangement due to repressed cell division in the internodes that separate individual flowers.	
AT2G47585	CS65836	Increased leaf serration.	
AT2G47585	mir164a-4	Increased leaf serration.	17098808
AT2G47585	mir164abc	"Plants appear normal during vegetative growth. Phenotypic alterations start after the switch to reproductive development. Flowers have an increased number of sepals and petals. Floral organ numbers are highly variable. Individual organs varied in size. Carpels failed to fuse resulting in severe reduction of fertility. In addition, plants display a highly unequal and distorted arrangement of flowers, both with respect to the angle formed by two consecutive flowers and their distance from each other along the axis of the stem."	17287247
AT2G47750	gh3.9-1	"gh3.9-1 mutants had greater primary root length, increased sensitivity to indole-3-acetic acid (IAA)-mediated root growth inhibition, but no obvious effects on apical dominance or leaf morphology."	17216483
AT2G47760	cce2	"Attenuated calcium signaling response after MAMP exposure. Reduced ROS accumulation, flg22 induced MAPK activation. More resistant to MAMP induced growth inhibition."	26822404
AT2G47880	cepd1-1/cepd2-1	Insensitive to CEP1 induction of NRT2.1. Longer lateral roots with slightly pale green leaves.	28319056
AT2G47900	attlp3-3	ABA insensitive.	25168737
AT2G47990	swa1	"Plants heterozygous for the swa1 mutation had shorter siliques, aborted ovules, and showed a semisterile phenotype. The mutation mainly impaired female gametogenesis and caused a minor defect during male gametogenesis. Confocal microscopy revealed that megagametophyte development was asynchronous in swa1, causing embryo sacs to arrest at two-, four-, or eight-nucleate stages within the same pistil. A small fraction of the swa1 embryo sacs were able to develop into functional female gametophytes. The swa1 mutation also showed a slight reduction in penetrance through the male gametophyte, although the pollen grains were morphologically normal."	15980260
AT2G48080	SALK_124398	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT2G48110	CS16513	No visible phenotype.	
AT2G48110	CS66581	"altered phenylpropanoid metabolism; reduced sinapoyl malate, syringyl lignin and sinpoyl choline; collapse of some xylem vessels in stems; slight reduction in plant size"	
AT2G48110	CS66582	"altered phenylpropanoid metabolism; reduced sinapoyl malate, syringyl lignin and sinpoyl choline; collapse of xylem vessels in stems; dwarf; dark green spatulate leaves"	
AT2G48110	CS66583	No visible phenotype.	
AT2G48110	med5ab	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30049745
AT2G48120	CS16058	seed pigment defective; chloroplast defective	
AT2G48120	CS16513	No visible phenotype.	
AT2G48130	CS71740	"Significant decrease in levels of fatty acids (C20-C24), primary alcohols (C20 and C22), omega-hydroxy fatty acids (C22 and C24), and alpha,omega-alkanediols (C20 and C22), but an increase in amounts of primary alcohols and hydroxy fatty acids with C16 and C18 in seed coats. Defect in chalazal region of seed coat and increased seed coat permeability to tetrazolium salts. Seeds more sensitive to inhibition of germination and seedling establishment by salt and osmotic stress treatments."	
AT3G01120	CS196	ethionine resistant; soluble methionine overaccumulation; elevated enzyme activity for cystathionine gamma-synthase (CGS); elevated CGS protein accumulation; elevated CGS mRNA accumulation; CGS mRNA level insensitive to exogenous application of methionine; little growth retardation.	
AT3G01120	CS197	ethionine resistant; soluble methionine overaccumulation; all glabrous.	
AT3G01120	CS198	ethionine resistant; soluble methionine overaccumulation	
AT3G01120	CS199	ethionine resistant; soluble methionine overaccumulation	
AT3G01140	SALK_025449	Increased number of trichome branches.	18805951
AT3G01140	SALK_110059	Increased trichome branching.	18805951
AT3G01140	an-EM1 nok-122	Trichomes of mutant undergo primary but not secondary branching.	11889034
AT3G01140	nok-122	Glassy trichomes with an increased number in branch points. Trichomes are normal in size but produce up to seven branch points.	9367433
AT3G01140	nok-122 gl-3	Same number of branch points as in trichomes of gl-3 single mutant.	9367433
AT3G01140	nok-122 sti-40	Trichomes have two branch points.	9367433
AT3G01140	nok-122 sti-EMU	Partial suppression of the strong sti-EMU phenotype resulting in sta-like trichomes.	9367433
AT3G01140	nok-122:NOK	Slight increase in the number of trichome branch points.	9367433
AT3G01140	sta-23 nok-122	Develops between two and four branch points.	9367433
AT3G01140	try-EM1 nok-122	Additive phenotype resulting in trichomes with up to 11 branch points.	9367433
AT3G01142	SALK_025449	Increased number of trichome branches.	18805951
AT3G01142	SALK_110059	Increased trichome branching.	18805951
AT3G01150	atptb1-1 atptb2-1	"self-fertilization of this atptb1-1(+/-) atptb2-1(-/-) double mutant   did not produce any double-homozygous progeny; in crosses of its pollen to wild type females, no atptb1-1(+/-) atptb2-1(+/-) genotype was produced; pollen grains germinated less efficiently than those from wild type plants"	19122186
AT3G01370	cfm2-1	"Shriveled seeds, rescued seedlings are albino with short roots and abnormal cotyledons."	
AT3G01440	SALK_035298	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT3G01440	SALK_051912C	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT3G01440	pql1	Mutant plants showed the post illumination  increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness.	
	20460499		
AT3G01460	SALK_054659	Early flowering phenotype. The lateral shoot branching capacity of the mutant plants was higher than that of wild-type plants. The mutant plants were about 30% shorter than the wild type in stature.	16623890
AT3G01470	SALK_123216C	"Under a short-day regime, athb1-1 mutants developed shorter hypocotyls than WT seedlings. Under long-day conditions, no significant differences were detected between the genotypes."	25865500
AT3G01470	SALK_207381C	"Under a short-day regime, athb1-2 mutants developed shorter hypocotyls than WT seedlings. Under long-day conditions, no significant differences were detected between the genotypes"	25865500
AT3G01470	athb1-2/pif1-2	Shorter hypocotyls than either single mutant	25865500
AT3G01480	SALK_029448C	decreased accumulation of PSII; drastically decreased level of the in vivo phosphorylation of PSII core proteins	18445132
AT3G01480	cyp38-1	reduced growth and pale green leaves compared with type when grown under low-light conditions (25-35umol/m2/s).	17909185
AT3G01480	cyp38-2	reduced growth and pale green leaves compared with type when grown under low-light conditions (25-35umol/m2/s).	
AT3G01480	cyp38-3	reduced growth and pale green leaves compared with type when grown under low-light conditions (25-35umol/m2/s).	
AT3G01570	CS69014	Slightly larger oil bodies than wildtype.	
AT3G01570	SM_3_20767	"ole4 seeds have slightly larger oil bodies than wild-type, and germinate normally."	18485063
AT3G01630	CS69763	No visible phenotype	
AT3G01650	CS24755	No visible phenotype.	17586653
AT3G01650	axr1-12 rglg1 rglg2	The triple mutant had an approximately additive phenotype. They were bushy and displayed the reduced fertility of axr1-12 plants.	17586653
AT3G01650	rglg1 rglg2	"Although the overall growth of young rglg1 rglg2 seedlings closely resembled that of wild-type plants, the early rosette leaves were more elongated and darker. These early rosette leaves senesce after ~4 to 6 weeks of growth. The first emerging shoots were short and terminated by one or few flowers yielding fertile siliques. Later developing shoots were longer. Another difference between the wild type and the rglg1 rglg2 mutant was leaf shape and architecture. Mutant leaves were more oblong and often asymmetric and had reduced numbers of veins. Whereas leaf initials in the wild type formed a spiral, with an ~137.5° angle between leaf initials, the rglg1 rglg2 mutant formed two initials opposite to each other and then switched by 90° to form the next pair of opposing leaves. Thus, rglg1 rglg2 plants often had a decussate pattern of leaf mergence, instead of the spiral pattern of wild-type Arabidopsis. Additional phenotypes of aerial plant parts, in particular an increased cell size."	
	17586653		
AT3G01650	rglg1 rglg2	Auxin (IAA) concentration was almost twofold lower in roots of 2-week-old mutant seedlings compared to wild type.	
	17586653		
AT3G01650	rglg1 rglg2	Changes in the concentrations of cytokinin nucleotides and conjugates.	17586653
AT3G01650	rglg1 rglg2	Impaired circadian clock function.	17586653
AT3G01650	rglg1 rglg2	Roots of wild-type and mutant plants were similar in spite of a moderate (14%) reduction in the main root length of plantlets grown on plates.	17586653
AT3G01650	rglg1 rglg2	"The double mutant showed a complete loss of apical dominance, lacking normal dominance of the central apical meristem, and the development of a central inflorescence. All double mutants grown to maturity had >30 shoots of comparable length."	17586653
AT3G01650	tir3-1 RGLG1:rglg1 rglg2	"Showed some phenotypic similarity with tir3-1 axr1-12 plants, being more bushy than tir3-1 plants and often producing siliques in bundles."	
	17586653		
AT3G01650	tir3-1 RGLG1:rglg1 rglg2	"The triple homozygous progeny has low viability, accumulated anthocyanin, and all plants died before shoot emergence."	17586653
AT3G01770	SALK_059327C	Hypersensitive to ABA and sucrose.	29363002
AT3G02000	roxy1-2/pan	Double mutant displays pentamerous flowers typical of PAN mutants but also displays defects in later stages of petal development.	19218396
AT3G02015	CS69762	No visible phenotype	
AT3G02130	CS3960	male sterile; resistant to kanamycin	
AT3G02130	cli1	insensitive to synthetic CLV3 peptide; stem cell expansion; increased number of floral organs.	20978082
AT3G02130	rpk2-1	Homozygous progeny developed more spindly shoots with shorter siliques than the wild type.	17419837
AT3G02130	rpk2-1	The homozygous plants are infertile.	17419837
AT3G02130	rpk2-1	The homozygous progeny is indistinguishable from wild-type plants during vegetative growth but showed several morphological alterations after bolting. These plants displayed enhanced inflorescence branching and formed three times as many siliques and flowers as did wild-type plants.	17419837
AT3G02130	rpk2-2	"At the flowering stage, the flowers of the homozygous progeny showed normal floral structures consisting of the four floral organs: sepals, petals, stamens and carpels. However, the mutant flowers contained no dehiscent anthers, whereas wild-type flowers developed dehiscent anthers with dispersed pollen grains. The three-dimensional surface images revealed that the wild-type anthers at flowering stage were broken and many pollen grains released, while mutant anthers remained enlarged yet failed to dehisce."	
	17419837		
AT3G02130	rpk2-2	Homozygous progeny developed more spindly shoots with shorter siliques than the wild type.	17419837
AT3G02130	rpk2-2	Male sterile.	17419837
AT3G02130	rpk2-2	The homozygous plants are infertile.	17419837
AT3G02130	rpk2-2	The homozygous progeny is indistinguishable from wild-type plants during vegetative growth but showed several morphological alterations after bolting. These plants displayed enhanced inflorescence branching and formed three times as many siliques and flowers as did wild-type plants.	17419837
AT3G02130	rpk2-2	Thickening of the endothecium in rpk2-2 anthers was inhibited; this tissue remained as a thin  layer during stages 11-13.	17419837
AT3G02130	rpk2-2	"Whereas development of the rpk2-2 anther locules proceeded normally until stage 4, inner secondary parietal cells directly differentiated into tapetum but did not give rise to the middle layer. Microspore mother cells in the rpk2-2 anthers underwent meiosis and formed tetrads between stages 5 and 7. However, subsequent development of microspores was inhibited and deformed microspores that partially aggregated were observed at stage 11."	17419837
AT3G02130	rpk2-2	"Whereas the surface structure of wildtype pollen grains consisted of elliptical balls with three grooves and a striped exine pattern. By contrast, several rpk2-2 pollens showed deformed ellipses and a partially smooth surface, with most pollen grains highly aggregated together."	
	17419837		
AT3G02140	afp4-1	Decreased germination on high concentrations of glucose and sorbitol.	18484180
AT3G02150	CS110881	Homozygotes have a WT phenotype	18805992
AT3G02150	ptf1	"Pale cotyledons, slow growth in short days"	
AT3G02150	tcp5 tcp13 tcp17	Shorter petiole length under 28C.	31078552
AT3G02170	lngq	Reduced leaf and petiole size. Reduced stem and seed length.  Reduced cell elongation in longitudinal direction.	29616436
AT3G02180	SALK_035298	"Mutant plant Does Not show the post illumination increase in Chl fluorescence due to the loss of NDH-mediated reduction of the plastoquinone pool in darkness (PMID: 20430763, 20666928)."	20430763
AT3G02180	sp1l	Twisted leaves and petals	
AT3G02230	rgp1-1	rgp1-1 mutants have significantly lower levels of UDP-L-arabinose mutase activity compared to wild-type plants and significantly lower levels of arabinose in their cell walls.	21478444
AT3G02260	CS3928	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; absence of trichomes on leaves and stems, some trichomes on leaf margins"	
AT3G02260	CS3929	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; absence of trichomes on leaves and stems, some trichomes on leaf margins"	
AT3G02260	CS3930	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; may encode the NPA binding protein (NBP)."	
AT3G02260	CS3931	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants"	
AT3G02260	CS3932	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; may encode the NPA binding protein (NBP)"	
AT3G02260	CS3933	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; absence of trichomes on leaves and stems, some trichomes on leaf margins; may encode the NPA binding protein (NBP)"	
AT3G02260	CS3934	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants"	
AT3G02260	CS3935	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants; absence of trichomes on leaves and stems, some trichomes on leaf margins"	
AT3G02260	CS3936	"Strong allele; altered responses to transport inhibitors; reduced Naphthylphthalamic Acid (NPA) binding, associated  with a reduction in polar auxin transport; variety of morphological defects due to changes in indole-3-acetic acid distribution; seedlings are strongly deficient in lateral root production (process that is known to depend on polar auxin transport from the shoot to the root); reduced apical dominance (plants have more than twice the number of secondary inflorescences than the wt); reduced length of all elongating organs, including siliques, pedicels, roots and the inflorescence; short plants"	
AT3G02260	CS6204	"affects the expression of CAB (photosystem II type I chlorophyll a/b-binding proteins) genes in the dark, accumulation of endogenous CAB mRNA is ca. 6.2 times greater than wild type; has greater effect on CAB than RBCS mRNA accumulation; obvious morphological changes are absent in the dark with plants being normally etiolated; under long days, mature plants have reduced apical dominance and are shorter compared to wild type; under short days, plants are shorter and have less than half of the fresh weight of wild type."	
AT3G02260	tir3-1 RGLG1:rglg1 rglg2	"Showed some phenotypic similarity with tir3-1 axr1-12 plants, being more bushy than tir3-1 plants and often producing siliques in bundles."	
	17586653		
AT3G02260	tir3-1 RGLG1:rglg1 rglg2	"The triple homozygous progeny has low viability, accumulated anthocyanin, and all plants died before shoot emergence."	17586653
AT3G02310	ap1 sep1 sep2 sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT3G02310	sep1 sep2 se3/+ sep4	Early flower mutant phenotypes are lessened in later-arising flowers which appear more normal whilst still displaying significant perturbations of organ development.	15530395
AT3G02310	sep1 sep2 se3/+ sep4	Gynoecium  often supported by an elongated gynophore.	15530395
AT3G02310	sep1 sep2 se3/+ sep4	Many flowers display a loss of fourth whorl determinancy.	15530395
AT3G02310	sep1 sep2 se3/+ sep4	Profound changes in early arising flowers. Both organ numbers and organ identity are affected in a highly variable manner.	15530395
AT3G02310	sep1 sep2 se3/+ sep4	Stellate trichomes are frequently observed on carpels (never on wild-type).	15530395
AT3G02310	sep1 sep2 sep3	"Adaxial epidermal cells have a slightly irregular edge, indicating a partial adoption of leaf fate."	15530395
AT3G02310	sep1 sep2 sep3	"All flower organs resemble sepals. The second whorl has four green sepal-like organs (instead of four white petals) which are differentiated of interspersed stomata and the conversion of nearly all of the cells into sepal cells. Sepals replace stamens in the third whorl. The fourth whorl is a reiteration of whorls 1, 2 and 3."	10821278
AT3G02310	sep1 sep2 sep3 sep4	"All flower organs are converted to leaf-like organs, most strikingly on their adaxial surface. Abaxial epidermal cells are made up of a mixture of leaf- and sepal-like characteristics. Leaf characteristics include an abundance of branched trichomes."	15530395
AT3G02310	sep1 sep2 sep3/+	Normal flowers apart from a reduction in the number of stamens.	15530395
AT3G02310	sep1 sep2 sep4	Adaxial surface of first whorl organs are unaffected.	15530395
AT3G02310	sep2-1	Non-described subtle phenotype.	10821278
AT3G02330	SALK_097270C	Assay for RNA editing defects shows no difference from wild type suggesting C terminal region is not required for this function.	26048647
AT3G02330	mef13-1	Slower growth and short internodes. Otherwise normal.	26048647
AT3G02330	mef13-C24	Reduced rate of mitochondrial RNA editing. 70% reduction of RNA editing of nad7-213.	26048647
AT3G02380	SAIL_70_F03 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT3G02400	CS25410	No visible phenotype.	
AT3G02450	ftshi3-2	"Pale-seedling phenotype, lower non-photochemical quenching after 3d of stress exposure, lower numbers of seeds per silique, delay in seed germination"	30721974
AT3G02580	dwf7	"Dwarf, brassinosteroid deficient"	
AT3G02630	SALK_035968C	Lower seed oil content.Significant increase in the amount of C18:0 and a significant decrease in the C18:1.	28791041
AT3G02630	SALK_129779C	Lower seed oil content.Significant increase in the amount of C18:0 and a significant decrease in the C18:1.	28791041
AT3G02680	atnbs1-1	Significantly smaller when grown in the presence of methyl methanosulfonate (MMS) with root growth.  Normal growth under standard growth conditions.	17672843
AT3G02680	atnbs1-1 atatm-3	Severely disrupted meiosis.	17672843
AT3G02850	CS3816	The skor-1 mutant is sensitive to toxic cations in addition to K+ depletion.	17568770
AT3G02850	CS3816	reduced shoot K+ content (ca. 50% of wt) when grown in soil; expression is localized in root stelar tissues (pericycle and stelar parenchyma) and is strongly inhibited by the stress phytohormone abscisic acid.	
AT3G02860	ars1-1	Hypersensitivity to ABA with reduced seed germination and retarded emergence of green cotyledons compared to WT. Transcription of CSD3 is decreased significantly in response to ABA treatment.	26583028
AT3G02870	SAIL_843_G10	ascorbate deficient	16595667
AT3G02870	vtc4-1	ascorbate deficient	16595667
AT3G02875	CS8099	"resistant to indole-3-acetic acid-leucine conjugate, slightly resistant to IAA-phenylalanine; wild type sensitivity to IAA; no other phenotypic effect."	
AT3G03050	CS67761	"Root hair patterning is normal but root hair growth is affected, root hairs are initiated and grow into bulges. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT3G03050	CS899	"root hair patterning is normal but root hair growth is affected, root hairs are initiated and grow into bulges; elongation is severely reduced, root hairs leaks cytoplasm at their tips; some have a branched structure; pollen tube growth is normal."	
AT3G03090	Atvgt1	"Drastic delay in flowering.  Plants do not start bolting until 30-40 days after germination vs. 21-26 days for the wild type.  All mutant plants eventually produce shoots with flowers and seeds comparable with those formed by wild type.  However, about 20% of the mutant seeds do not germinate."	17284600
AT3G03110	xpo1b-1(het)/xpo1a-3(homo)	embryo lethal.	18791220
AT3G03110	xpo1b-1(homo)/xpo1a-3(het)	Female gametophytes do not complete all mitotic divisions and embryo sac development is defective.	18791220
AT3G03140	pwwp1/pwwp2/PWWP3	Pleiotrophic developmental defects Plants have reduced stature.	30104406
AT3G03250	atugp1/atugp2	The atugp1/atugp2 double mutant showed extremely reduced plant growth and a delayed flowering time.	20435647
AT3G03260	hdg8-1	No visible phenotype.	16778018
AT3G03260	hdg8-1 hdg9-1	No visible phenotype.	16778018
AT3G03270	SALK_042828	Downward curled leaves. and reduced apical dominance.	27251529
AT3G03300	CS16389	No visible phenotype.	
AT3G03300	CS16391	Subtle elongation of leaves resulting in less rounded tips at early stages of development.	
AT3G03300	CS16393	No visible phenotype.	
AT3G03300	CS66078	"Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change. Phenotype similar to rdr6-15. Increased susceptibility to tobacco rattle virus (TRV) and silencing suppressor-deficient turnip crinkle virus (TCV) and turnip mosaic virus (TuMV). Mutant displays restored systemic infection by a silencing suppressor-deficient TCV, while wild-type systemic tissues remain symptom-free."	
AT3G03450	CS16298	"The hypocotyl length, in red light and dark grown seedlings, is comparable to that of GA-treated wild type; PAC (paclobutrazol, a GA biosynthesis inhibitor) has no significant effect."	
AT3G03450	CS16354	No visible phenotype.	
AT3G03490	pex19a-1	No peroxisome-associated defects.	26824478
AT3G03490	pex19a-1/pex19b-1	embryo lethal.	26824478
AT3G03710	rif10-1	Adult mutant plants display a virescent phenotype: young leaves and recently expanded tissues are pale whereas mature tissues are as green as wildtype.	16531478
AT3G03710	rif10-1	Mutant is unaffected by fosmidomycin treatment.	16531478
AT3G03710	rif10-1	"On fosmidomycin-free medium, the mutant seedlings require more time than wildtype for both greening and development of true leaves."	16531478
AT3G03710	rif10-1	Viable and fertile under described growth conditions.	16531478
AT3G03710	rif10-2	Adult mutant plants display a virescent phenotype: young leaves and recently expanded tissues are pale whereas mature tissues are as green as wildtype.	16531478
AT3G03710	rif10-2	Mutant is unaffected by fosmidomycin treatment.	16531478
AT3G03710	rif10-2	"On fosmidomycin-free medium, the mutant seedlings require more time than wildtype for both greening and development of true leaves."	16531478
AT3G03710	rif10-2	Viable and fertile under described growth conditions.	16531478
AT3G03710	rif10-3	Adult mutant plants display a virescent phenotype: young leaves and recently expanded tissues are pale whereas mature tissues are as green as wildtype.	16531478
AT3G03710	rif10-3	Mutant is unaffected by fosmidomycin treatment.	16531478
AT3G03710	rif10-3	"On fosmidomycin-free medium, the mutant seedlings require more time than wildtype for both greening and development of true leaves."	16531478
AT3G03710	rif10-3	Viable and fertile under described growth conditions.	16531478
AT3G03740	CS69982	Delayed flowering and reduced root growth.	
AT3G03740	CS69983	Delayed flowering and reduced root growth. Reduction in RNA-directed DNA methylation.	
AT3G03750	CS69982	Delayed flowering and reduced root growth.	
AT3G03750	CS69983	Delayed flowering and reduced root growth. Reduction in RNA-directed DNA methylation.	
AT3G03773	p23-1 p23-2	Altered auxin distribution in root.  Altered expression of PIN1 and PIN7 in root tip. Increased expression of ARR1.	26163704
AT3G03773	p23-1 p23-2	Reduction in root growth evident from seventh day after germination compared to wild type.  Reduced number of cortical cells in the root meristem.	26163704
AT3G03773	p23-2	Reduction in root growth evident from seventh day after germination compared to wild type.  Reduced number of cortical cells in the root meristem.	26163704
AT3G03940	CS71657	Reduced seed production.	
AT3G03940	CS71658	Reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production.	
AT3G03940	CS71747	"Reduced light-induced PIF3 phosphorylation and degradation; light-induced phyB degradation also strongly reduced. Hypersensitive to red light; short hypocotyl and enhanced cotyledon expansion in continuous R light. Very small seed set, short siliques (unpublished observations)."	
AT3G03940	CS71748	"Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation)."	
AT3G03940	ael123	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT3G03940	ael134	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT3G03940	mlk2-3	"Short hypocotyls,sensitive to pacloburazol."	29255112
AT3G03990	d14-seto	"Increased numbers of lateral shoots. Delayed axillary bud development, lateral shoot outgrowth, and flowering time of lateral inflorescences."	24610723
AT3G04060	SM_3_27647	"Slightly larger than WT, increased Chl content,increased amounts of photosynthetic proteins."	27021284
AT3G04210	CS414728	Enhanceds susceptibility  to Pseudeomonas syringae pv.tomato (Pst).	28901644
AT3G04210	SALK_044806	Enhanceds susceptibility  to Pseudeomonas syringae pv.tomato (Pst).	28901644
AT3G04245	SALK_146039C	jav1 mutants show somewhat elevated JA responses. Confers slight resistance to herbivory.	30573672
AT3G04280	ARR22 KO	There are no detectable phenotypic differences between this mutant and wild-type plants grown under normal conditions	17099079
AT3G04280	ARR22 KO ARR24 KO	There are no consistently detectable phenotypic differences between this double mutant and wild-type plants grown under normal conditions.	17099079
AT3G04280	arr22-2	"This mutant does not have any defects in vegetative development. Careful examinations of arr22-2 and wild type plants reveal no noticeable difference in chalazal cell morphology or size, embryonic development, silique dry weight, or silique inorganic ion, carbohydrate, or amino acid content."	18625081
AT3G04280	arr22-3	"This mutant does not have any defects in vegetative development. Careful examinations of arr22-3 and wild type plants reveal no noticeable difference in chalazal cell morphology or size, embryonic development, silique dry weight, or silique inorganic ion, carbohydrate, or amino acid content."	18625081
AT3G04340	pr1	"Chlorotic, curled and smaller leaves. Higher H2O2 contents."	30137570
AT3G04370	pdlp4-1	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT3G04380	CS69982	Delayed flowering and reduced root growth.	
AT3G04380	CS69983	Delayed flowering and reduced root growth. Reduction in RNA-directed DNA methylation.	
AT3G04400	CS16043	embryo defective; developmental arrest of mutant embryos	
AT3G04460	SALK_013612	"Embryonic lethal in homozygotes. In heterozygous plants immature siliques  had approximately 22% white seeds, which  became purplish and shriveled as the siliques matured. Knockout embryos showed retarded growth and in most cases were able to  develop to the heart stage, but failed to grow further  into torpedo and mature embryos. Null embryos lacked peroxisomes, contained small and underdeveloped  plastids, and were missing characteristic lipid body structures."	16113209
AT3G04460	apm4	apm4 mutants showed decreased efficiency of PTS1- and PTS2- (peroxisome targeting signal)-dependent protein transport into peroxisome.  apm4 mutation also represses plant growth.	16813573
AT3G04520	CS6934	"25% of seeds in developing silique of heterozygous plants are albino and lethal; mature mutant and wild type seeds look identical; but 25% of the developing seedlings are albino, fail to mature beyond the cotyledon stage and do not accumulate any chlorophyll pigments. Mutant growth not rescued with exogenous addition of metabolically related amino acids. Significant alteration in the amino acid profiles of most plant tissue types, increased seed Threonine (Thr) content; reduced Glicyn (a product of Thr aldolase reaction) content in all plant tissues; increased branched-chain amino acids (Ile, Leu and Val) in vegetative tissues, except in stems, where there is a decrease. Reduced levels of organic acids and sugars, citrate and isocitrate levels in seeds and flowers are significantly lower than in wild type; levels of most sugars are significantly decreased in flowers and siliques."	17172352
AT3G04520	CS6935	"Seeds, seedlings and whole homozygous plants do not show any visible phenotypic differences compared to wild type; not lethal. Analysis of the seed amino acid content show no significant Threonine (Thr)  increase compared to wild type; Thr and Ile content in plants is not significantly different from the wild type; reduced levels of organic acids and sugars, citrate and isocitrate levels in seeds and flowers are significantly lower than in wild type."	17172352
AT3G04520	CS6960	"25% of seeds in developing silique of heterozygous plants are albino and lethal; mature mutant and wild type seeds look identical; but 25% of the developing seedlings are albino, fail to mature beyond the cotyledon stage and do not accumulate any chlorophyll pigments. Mutant growth not rescued with exogenous addition of metabolically related amino acids. Significant alteration in the amino acid profiles of most plant tissue types, increased seed Threonine (Thr) content; reduced Glicyn (a product of Thr aldolase reaction) content in all plant tissues; increased branched-chain amino acids (Ile, Leu and Val) in vegetative tissues, except in stems, where there is a decrease. Reduced levels of organic acids and sugars, citrate and isocitrate levels in seeds and flowers are significantly lower than in wild type; levels of most sugars are significantly decreased in flowers and siliques."	17172352
AT3G04520	SAIL_5-CO1	albino developing seeds. Heterozygous seeds look normal but have moderate increases of threonine and branched-chain amino acids.	17172352
AT3G04520	SALK_013854	homozygote plant has no visible phenotype. No significant seed threonine increase either.	17172352
AT3G04520	SALK_129163	albino developing seeds. Heterozygous seeds look normal but have moderate increases of threonine and branched-chain amino acids.	17172352
AT3G04530	CS31373	No visible phenotype.	
AT3G04580	CS71770	Constitutive ethylene response phenotype. Seedlings with compact cotyledons and downwardly-curved morphology.	
AT3G04580	CS71771	Constitutive ethylene response phenotype. Small rosette.	
AT3G04580	CS71815	No visible phenotype.	
AT3G04580	CS8053	ethylene insensitive.	
AT3G04680	clps3-1	"Homozygous clps3-1 mutants cannot be generated. Reciprocal crosses using the gametes from a clps3-1 heterozygote indicate that wild-type and clps3-1 pollen are equally efficient in fertilizing wild type plants. But, there is roughly a 50% reduction in transmission of the clps3-1 mutant female gametophyte. No embryo development can be observed in a presumed homozygote indicating lethality at a very early stage after fertilization. Expression of 35S:CLPS3:TAP rescues the embryo lethality phenotype."	18971429
AT3G04690	CS2981	morphological phenotype similar to wt; resistant to kanamycin	
AT3G04690	anx1-1 anx2-1	Double mutant pollen tubes cease their growth and burst in vitro and fail to reach the female gametophytes in vivo.	19736323
AT3G04740	swp	Reduced cell numbers in aerial organs	
AT3G04870	CS16062	pigment defective embryo	
AT3G05040	CS24278	this mutation interferes with the interaction between HST and AtRAN1 in a yeast two hybrid assay; plants have slightly up-curled leaves and produce abaxial trichomes on leaf 3.	
AT3G05040	CS24279	"leaves up-rolled, precocious expression of adult traits, reduced leaf number, small root system, reduced fertility as both a male and female parent."	
AT3G05040	CS24280	"leaves up-rolled, precocious expression of adult traits, reduced leaf number, small root system, reduced fertility as both a male and female parent."	9550721
AT3G05040	CS3810	"altered trichome distribution: precocious production of abaxial trichomes on rosette leaves, precocious loss of adaxial trichomes; leaves curled epinastically (spoon-shaped, concave); reduced leaf number per plant; small and semi-sterile flowers."	
AT3G05040	CS3811	"altered trichome distribution: precocious production of abaxial trichomes on rosette leaves (leaf 3), precocious loss of adaxial trichomes; leaves curled epinastically (spoon-shaped, concave); reduced leaf number per plant; small and semi-sterile flowers."	
AT3G05040	hst	"Size reduction of roots and lateral organs of the shoot, delayed floral induction under short days, reduced fertility"	
AT3G05120	CS16297	Reduced plant size (dwarf); delayed flower formation with severe defects in floral organ development; does not respond to applied GA; seeds only germinate when the mature embryo is dissected from the seed coat.	
AT3G05120	atgid1a-1	No visible phenotype.	17521411
AT3G05120	atgid1a-1 atgid1b-1	No visible phenotype.	17521411
AT3G05120	atgid1a-1 atgid1b-1	"Showed a lower yield of seeds per plant. Most pollen adhered to an incorrect region below the stigma, which was probably caused by the incomplete elongation of stamens, resulting in low fertility."	17521411
AT3G05120	atgid1a-1 atgid1b-1 atgid1c-1	"Chilling of seedlings at 4°C for 1 month effectively induces flowering of ga1-3 without GA treatment. However, no bolting of the stem or flowering of the triple homozygous progeny could be detected even after 40 days of cold treatment."	17521411
AT3G05120	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny does not germinate when untreated. However, when the seed coat of ungerminated seeds is removed under an optical microscope, the treated seeds germinate under continuous light for  3 days on an MS plate, and develop into seedlings."	17521411
AT3G05120	atgid1a-1 atgid1b-1 atgid1c-1	The triple homozygous progeny is insensitive to GA.	17521411
AT3G05120	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny showed very severe dwarfism, whereas the parental plants (Aabbcc) showed a weak phenotype."	17521411
AT3G05120	gid1a-1	No visible phenotype.	17521411
AT3G05120	gid1a-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G05120	gid1a-1	Reduction in silique length.	17194763
AT3G05120	gid1a-1 gid1b-1	Final stem height slightly taller than wild type.	17194763
AT3G05120	gid1a-1 gid1b-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G05120	gid1a-1 gid1b-1	Reduction in seed number.	17194763
AT3G05120	gid1a-1 gid1b-1	Reduction in silique length.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Complete infertility.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	"Defect in floral organ morphology.: dramatic reduction in length of pistil, stamen and petal development arrested, and striking reduction in the elongation of the pedicel."	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Delayed flowering.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	"Dramatic reduction in rosette radius and root length compared to wild type (87 and 74% reduction, respectively)."	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Dwarf phenotype.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Elevated gibberellin levels.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Increased levels of RGA protein.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1	Unresponsive to GA treatment.	17194763
AT3G05120	gid1a-1 gid1b-1 gid1c-1 rga-28	Partial suppression of the gid1a-1 gid1b-1 gid1c-1 triple mutant phenotype.	17194763
AT3G05120	gid1a-1 gid1c-1	Dwarf phenotype recognizable at a young seedling stage.	17521411
AT3G05120	gid1a-1 gid1c-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G05120	gid1a-1 gid1c-1	Reduction in silique length.	17194763
AT3G05120	gid1a-1 gid1c-1	Semi-dwarf phenotype.	17194763
AT3G05120	gid1a-1 gid1c-1	Stem elongation is reduced by 76% compared to wild type.	17194763
AT3G05120	gid1a-1:GID1A gid1b-1 gid1c-1	"Non-germinating seed phenotype in fully homozygous progeny, which can be bypassed by separating the embryos from the testa and transferring them to fresh agar plates."	17194763
AT3G05120	gid1a-2	Phenotype not described.	17194763
AT3G05120	gid1a-2 gid1b-1	Final stem height slightly taller than wild type.	17194763
AT3G05120	gid1a-2 gid1c-2	Semi-dwarf phenotype.	17194763
AT3G05120	gid1a-2 gid1c-2	Stem elongation is reduced by 76% compared to wild type.	17194763
AT3G05220	CS65873	No visible phenotype.	
AT3G05320	SALK_072442C	Heterozygotes have reduced seed set. Short siliques. Reduced transmission of mutant pollen.	29467178
AT3G05320	SALK_151675C	Heterozygotes have reduced seed set. Short siliques. Reduced transmission of mutant pollen.	29467178
AT3G05320	oft1-2	Heterozygotes have reduced seed set. Short siliques. Reduced transmission of mutant pollen.	29467178
AT3G05330	tan-man	aberrant division pattern	17964159
AT3G05350	CS65464	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05350	CS65465	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05350	CS65466	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05350	CS65467	No visible phenotype.	
AT3G05360	CS65464	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05360	CS65465	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05360	CS65466	increased sensitivity to the nonpathogenic bean pathogen Pseudomonas syringae pv phaseolicola Psp 1448A (enhanced disease symptoms and bacterial titer)	
AT3G05360	CS65467	No visible phenotype.	
AT3G05370	CS65468	No visible phenotype.	
AT3G05370	CS65469	No visible phenotype.	
AT3G05480	rad9-1	increased sensitivity to the DNA-damaging chemicals bleomycin and mitomycin C (MMC)	
AT3G05530	FLAG_120A08	Most of the male gametophyte degenerates before pollen mitosis II.  Homozygous plants are dwarf.	19223514
AT3G05530	FLAG_130B03	Most of the male gametophyte degenerates before pollen mitosis II.  Homozygous plants are dwarf.	19223514
AT3G05530	FLAG_218D02	male gametophyte degenerates before pollen mitosis II	19223514
AT3G05530	SALK_046321	No visible phenotype	19223514
AT3G05530	rpt5a-1 (FLAG_218D02) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT3G05530	rpt5a-4 (SALK_046321) rpt5b-2 (SAIL681C04)	double mutants are both male and female gametophyte lethal	19223514
AT3G05530	rpt5a-4(SALK_046321) rpt5b-1 (SALK_069366)	double mutants are both male and female gametophyte lethal	19223514
AT3G05540	SALK_045146	"Homozygous SALK_045146 insertional mutants display lethality during early rosette development, accumulation of anthocyanins in leaves; no mutants survive after this stage. Heterozygous SALK_045146 insertional mutants also show a stunted phenotype, developmental delay, including small roots. Bolting occurs up to 50 days after germination in heterozygous plants, and lack seconndary roots."	26191065
AT3G05580	aun1-1 aun2-1	"Drastic reduction in pollen germination, only 10-20% of wt. Shorter root hairs."	29991535
AT3G05630	SALK_119084	Less sensitive to auxin. Reduced root gravitropism.  Suppressed auxin-dependent hypocotyl elongation at 29C.	17259265
AT3G05630	pldz2	mutant is defective in the hydrolysis of phospholipids and has a reduced capacity to accumulate galactolipids under limiting Pi conditions. Morphological analysis of the pldz2 root system shows a premature change in root architecture in response to Pi starvation.	
	16617110		
AT3G05630	pldzeta1	No visible phenotype.	
AT3G05630	pldzeta1 pldzeta2	"Under limited phosphate, primary root elongation is retarded and lateral roots are longer with respect to wild type."	16384909
AT3G05650	CS65470	No visible phenotype.	
AT3G05660	CS65471	No visible phenotype.	
AT3G05660	CS65472	No visible phenotype.	
AT3G05660	CS65473	No visible phenotype.	
AT3G05670	SAIL_308_E01	No visible phenotype.	
AT3G05680	vir-1	"Aberrant root cap formation, gravity response and lateral root development, as well as defective cotyledonal development."	28503769
AT3G05750	trm678	"Viable and fertile; devoid of normal preprophase band in both the root and shoot meristems; smaller, produced 20% fewer seeds, variable number of cotyledons, sepals, and petals."	28408602
AT3G05820	SALK_103674C	Growth analysis according to Boyes stages shows some are shorter in duration.  The emergence of the floral bud and the first flower opening were the most affected stages. Shorter roots.	28945799
AT3G05830	neap1-1/neap3-1	atneap1 atneap3 double- knockout showed significantly reduced primary root growth from day 2 to day 8 post-germination.	27630107
AT3G05910	SALK_054659	Early flowering phenotype. The lateral shoot branching capacity of the mutant plants was higher than that of wild-type plants. The mutant plants were about 30% shorter than the wild type in stature.	16623890
AT3G06030	anp2 anp3	"Delayed growth,short roots, multiply branched root hairs.Radially expanded root and hypocotyl cells.Aberrant microtuble organization and resistance to oryzalin."	20215588
AT3G06120	mute	"Complete absence of stomata.  Plants are small, pale and sterile.  Meristemoids undergo 3-6 rounds (vs. 1-3 rounds in wild type) of asymmetric division.  These divisions create a rosette pattern in the mute epidermis with an arrested, small triangular meristemoid at the center."	17183267
AT3G06120	mute	Mutants express high levels of stomatal lineage cell markers TMM and ERL1.	17183267
AT3G06290	p31	"Growth retardation including shorter primary roots, fewer lateral roots, smaller and curly leaves and shorter inflorescence."	27672037
AT3G06350	CS24352	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT3G06370	SALK_124398	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT3G06437	CS65853	The mutation disrupts pollen tube growth in vitro.	
AT3G06440	CS65853	The mutation disrupts pollen tube growth in vitro.	
AT3G06490	bos1	Mis-regulated cell death development.	23952703
AT3G06490	bos1 era1-2	Larger lesion sizes after Botrytis infection as compared to era1-2. Spontaneous cell death during flowering.	31328223
AT3G06670	psy2l	"Plants are dwarf, and extremely slow growing. They grow into small bushy plants producing many flowering stems with poor silique development and very few seeds per plant. Plants easily developed purple colored leaves with high anthocyanin content.  Defects in pollen germination and dehiscence, root meristem shape, seed germination."	28678890
AT3G06720	SALK_001092	Homozygotes have a WT phenotype with regards to susceptibility to transformation by Agrobacterium.	18836040
AT3G06730	SALK_028162C	severe albino phenotype; inhibited in chloroplast development; reduced expression of class I chloroplast encoded genes.	20511297
AT3G06730	trxp	"Completely albino,  ceased growth, and died shortly after germination. Plastids in trx p plants lacked visible internal membrane structures,  including stromal and granal thylakoids as well as starch granules"	
	20133584		
AT3G06810	CS799952	"Resistant to (root elongation on) 2,4-dichlorobutyric acid and IBA"	
AT3G06810	SALK_004657	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT3G06810	SALK_033467	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT3G06810	ibr3-1	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT3G06810	ibr3-11	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT3G06810	ibr3-2	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT3G06860	CS2105640	Mildly sucrose dependent	
AT3G06860	CS2105641	Mildly sucrose dependent	
AT3G06860	MFP2-1	"Has a sucrose-dependent seedling growth phenotype. Growth arrested 3-4 days after germination in the light, on medium without sucrose.  In the dark, hypocotyl growth is significantly less than the wild type. Has less than 2% of L-3-hydroxyacyl-CoA dehydrogenase activity, and reduced 2-trans-enoyl-CoA hydratase activity towards long chain enoyl-CoAs. Accumulated 2.5-fold more long chain acyl-CoAs in 5-day-old seedlings. Has fewer but larger peroxisomes."	16507084
AT3G06930	SALK_097442c	"atprmt4b-1 mutants do not have any obvious phenotypic defects when compared to wild-type plants. But, the double mutants atprmt4a-1 atprmt4b-1 and atprmt4a-2 atprmt4b-1 have delayed flowering under long days."	18660432
AT3G06930	atprmt4a-2 atprmt4b-1	"These double mutants have delayed flowering compared to wild type plants when grown under long day conditions. Analysis of growth under short day conditions indicates that these mutants are not disrupted in the photoperiod pathway. These double mutants also seem to be able to respond to vernalization signals and to gibberellin. But they have an impaired autonomous pathway to flowering. FLC transcripts are up-regulated in these double mutants through an unknown mechanism. The global level of asymmetric dimethylation of arginine 17 in histone 3 (H3)is reduced in these mutants. The transcript levels for several repressors of FLC do not seem to be altered in the double mutants, nor are there discernible changes in several types of H3 modifications at the FLC locus."	18660432
AT3G06960	tgd4-1	The tgd4-1 plant is slightly pale green but  otherwise indistinguishable from the wild type.	
	18689504		
AT3G06960	tgd4-2	"Plants carrying the tgd4-2  T-DNA insertion allele were stunted, pale yellow in color, and infertile."	18689504
AT3G06960	tgd4-3	The tgd4-3 plant is slightly pale green but  otherwise indistinguishable from the wild type.	
	18689504		
AT3G07040	CS6193	susceptible to Pseudomonas syringae pv. tomato strain carrying the avirulence gene avrB from the soybean pathogen Pseudomonas syringae pv. glycinea; lacks trichomes on stem and leaves.	
AT3G07040	CS67955	Increased susceptibility to Pseudomonas syringae strains carrying avrB or avrRpm1.	
AT3G07040	CS67956	Increased susceptibility to Pseudomonas syringae strains carrying avrB or avrRpm1.	
AT3G07040	CS67957	Increased susceptibility to Pseudomonas syringae strains carrying avrB or avrRpm1.	
AT3G07040	CS68739	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrRpm1 or avrB.	
AT3G07040	CS68740	"Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying virulence effector gene avrRpm1, avrB, or avrRpt2."	
AT3G07040	CS68746	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB. Susceptibility is similar to single mutant rpm1-3 (CS68739).	
AT3G07040	CS68760	Susceptible to pathogen Pto DC3000 carrying virulence effector gene avrRpm1or avrRpt2.	
AT3G07040	CS68777	Lose AvrRpm1-induced cell death. Control for a11 (CS68776).	
AT3G07040	CS68778	No visible phenotype.	
AT3G07040	CS68779	Lose AvrRpm1-induced cell death; reduced RPM1-myc accumulation.	
AT3G07040	CS68783	No visible phenotype.	
AT3G07040	CS68789	No visible phenotype.	
AT3G07040	CS68790	No visible phenotype.	
AT3G07040	CS68791	No visible phenotype.	
AT3G07040	CS68792	No visible phenotype.	
AT3G07040	CS68799	No visible phenotype.	
AT3G07040	CS68800	No visible phenotype.	
AT3G07040	CS68801	No visible phenotype.	
AT3G07040	CS68802	No visible phenotype.	
AT3G07040	CS72197	"Full loss-of-function for RPM1 against P. syringae type III effector protein AvrB, and partial loss-of-function for RPM1 against P. syringae type II effector protein AvrRpm1."	
AT3G07040	CS72198	"Small, chlorotic plants under long day growth conditions. Gain-of-function for RPM1, up-regulated PR1."	
AT3G07040	CS72200	Suppressed callose accumulation upon flg22 treatment.	
AT3G07040	CS72201	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT3G07040	CS72202	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT3G07040	CS72204	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT3G07040	CS72205	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT3G07040	CS8637	susceptible to Pseudomonas syringae strains carrying the avirulence genes avrB or avrRpm1	
AT3G07060	CS24079	embryo defective; cotyledon	
AT3G07100	CS68909	Homozygous sec24a-2 mutants have the following phenotypes: ectopic giant cells in sepals and leaves; dwarfism; male sterile; increased lobing of pavement cells on sepals; abnormal ER morphology; abnormal Golgi morphology; prominent shoot developmental defects	
AT3G07160	SALK_060111	Pollen grains carrying cs9-5 are gametophytic lethal.No cs9-5 homozygotes could  be obtained from the self-pollination of cs9/+ heterozygotes. There was no observable difference in vegetative growth between the heterozygous mutant (cs9/+) and the wild-type plant.cs9/+ hetrozygotes exhibited precocious pollen germination inside the anthers. This phenotype was exacerbated by high humidity.	
	20039178		
AT3G07160	SALK_124294	Pollen grains carrying cs9-6 are gametophytic lethal. No cs9-6 homozygotes could  be obtained from the self-pollination of cs9/+ heterozygotes. There was no observable difference in vegetative growth between the heterozygous mutant (cs9/+) and the wild-type plant.cs9/+ hetrozygotes exhibited precocious pollen germination inside the anthers. This phenotype was exacerbated by high humidity.	
	20039178		
AT3G07160	gls10-2	Abnormal pollen development associated with asymmetric microspore division.	18315544
AT3G07160	gsl10-1	Abnormal pollen development associated with asymmetric microspore division.	18315544
AT3G07170	irp1-1	Early flowering.	30576513
AT3G07175	SALK_147085C	No visible phenotype.	28631407
AT3G07175	sen1/sen1;SEN2/sen2	Segregate zygote lethal (no division in the arrested zygote) at 25%.	28631407
AT3G07220	CS25412	No visible phenotype.	
AT3G07430	CS24080	embryo defective; cotyledon	
AT3G07430	YLMG1-1 ox	"Larger, but fewer chloroplasts than WT.   FtsZ ring formation is perturbed, and consequently chloroplast  division."	
	20359373		
AT3G07430	ylmg1-1 antisense	"Young emerging leaves  and the basal part of expanding leaves exhibited a palegreen  phenotype. As leaves matured, the leaf color shifted  to green, with no obvious difference compared to the  wild-type leaves.  The shape and size  of chloroplasts in expanding leaves were similar to those  in the wild type. However, in the basal part of expanding leaf of the  antisense line, chloroplasts were pale and smaller than  those of the wild type. Interestingly,  nucleoids were concentrated in a few large structures  in both the tip and basal part of the expanding  leaves of the antisense line."	
	20359373		
AT3G07500	frf2-1	No visible phenotype.	25524441
AT3G07525	CS39994	"Under a short-day photoperiod (8h light/16h dark), the atg10-1 plants developed slightly slower, bolted later, and produced 70% less seed than wild type; hypersensitive to either nitrogen or carbon deprivation; senescence and programmed cell death is initiated more quickly than in wild type."	
AT3G07525	atg10-1	"Reduced fertility (70% fewer seeds), slower bolting (late flowering) and slower growing. Increased sensitivity to nitrogen and carbon deprivation."	18245858
AT3G07560	apm2	apm2 mutants showed decreased efficiency of PTS1- and PTS2- (peroxisome targeting signal)-dependent protein transport into peroxisome.  apm2 mutation also represses plant growth.	16813573
AT3G07568	CS69762	No visible phenotype	
AT3G07610	SALK_035608C	"The ibm1-4 mutation causes hypermethylation of the BONSAI (At1g73177) locus in the first generation in which the mutant allele becomes homozygous, and there is a higher level of H3mK9 at the BONSAI locus in ibm1-4 mutant than in wild type rosette leaves. ibm1-4 mutants have morphological defects that become apparent at the F3 generation, including small narrow leaves, arrested flower development, and faulty pollen development. The growth defects observed in ibm1-4 are exacerbated in a ddm1-1 mutant background ddm1-1has also been shown to cause BONSAI hypermethylation. Meanwhile, DNA methylation and developmental defects are suppressed in kyp (At5g13960) and cmt3 (At1g69770) mutant backgrounds."	18218897
AT3G07610	ibm1-1	"The ibm1-1 mutation causes hypermethylation of the BONSAI (At1g73177) locus in the first generation in which the mutant allele becomes homozygous. The BONSAI gene undergoes cytosine methylation, primarily associated with non-CG  sites in the ibm1-1 mutant, whereas there is almost no evidence of cytosine methylation at this locus in wild type seedlings. Methylation at repetitive regions, including centromeric satellites, or 5S rRNA genes are not compromised in the ibm1-1 mutant. ibm1-1 mutants have morphological defects that become apparent at the F3 generation, including small narrow leaves, arrested flower development, and faulty pollen development."	18218897
AT3G07650	col9-t	Flowers consistently ealier than wild-type plants under long day conditions.	16115071
AT3G07700	SALK_020431C	Loss of function alters the metabolic profile of chloroplast membrane lipids.	25809944
AT3G07750	SALK_101771	IPMS1 mutants grew somewhat slower and had undulated leaves that tended to be slightly chlorotic. Showed an increase in the content of the aliphatic amino acid Val.	
	17189332		
AT3G07780	CS67006	altered disease response	
AT3G07780	obe1-1	No visible phenotype.	18403411
AT3G07780	obe1-1 obe2-1	Premature termination and loss of the shoot apical meristem. Failure to establish or maintain the root apical meristem.  Aberrant embryonic development.	18403411
AT3G07780	obe1-1 obe2-2	absence of roots and defective development of the vasculature.	19392692
AT3G07880	scn1-1	supernumerary bulges that do not elongate	16355224
AT3G07880	scn1-3	supernumerary bulges that do not elongate	16355224
AT3G07970	AT3	Reduced seed set. Indehiscent anthers.	19168715
AT3G07970	CS8051	"outer walls of the four meiotic products of a pollen mother cell are fused and the pollen grains fail to separate, forming pollen tetrads; pollen viable and fertile, and fertilization with a single tetrad usually yields four seeds."	
AT3G07980	SALK_150512	no abnormal phenotype was observed in homozygous plants when grown under standard conditions	16965555
AT3G07980	map3ke1;map3ke2	homozygous double mutants are pollen lethal	16965555
AT3G08040	CS6584	"defective in iron translocation; chlorotic plants; expression of iron deficiency responses under conditions of iron sufficiency; overaccumulation of iron and other metals (plants accumulate approximately two-fold excess iron, four-fold excess manganesse and two-fold excess zinc in their shoots); detached roots are capable of repressing iron uptake responses when cultured under iron-sufficient conditions; when shoots are appropriately supplied with iron, they regreen and the plants are capable of correctly regulating root iron uptake responses; isolated protoplasts have lower iron levels than those from wild type plants; plants accumulate abnormal levels of ferric iron in their root vasculature, FRD3 is expressed in the pericycle and other vascular cylinder cells in the mature portion of the root; lacks trichomes on stems and leaves."	12172022
AT3G08040	CS6585	"defective in iron translocation; chlorotic plants; expression of iron deficiency responses under conditions of iron sufficiency; overaccumulation of iron and other metals (plants accumulate approximately two-fold excess iron, four-fold excess manganesse and two-fold excess zinc in their shoots); detached roots are capable of repressing iron uptake responses when cultured under iron-sufficient conditions; when shoots are appropriately supplied with iron, they regreen and the plants are capable of correctly regulating root iron uptake responses; isolated protoplasts have lower iron levels than those from wild type plants; plants accumulate abnormal levels of ferric iron in their root vasculature, FRD3 is expressed in the pericycle and other vascular cylinder cells in the mature portion of the root; lacks trichomes on stems and leaves."	12172022
AT3G08040	CS8506	small pale green seedlings under fluorescent light on agar; can become dark green under some conditions; reduced plant size; has high metal conc. in leaves; flowers later than wild type; has constitutive ferric-chelate reductase activity in roots.	
AT3G08040	frd3-1	"constitutive ferric chelate reductase activity, chlorotic"	15310833
AT3G08170	CS65961	No visible phenotype.	
AT3G08510	plc2-/-	Completely infertile.	26340337
AT3G08530	SALK_028826	Homozygous mutants have increased tolerance to water stress and  reduced rate of exocytosis.	28830938
AT3G08530	SALK_151638	Homozygous mutants have increased tolerance to water stress and reduced rate of exocytosis.	28830938
AT3G08550	CS6557	Growth-defective mutant; impaired cell growth results in pleiotropic effects in almost every aspect of cell development but particularly in cell elongation; defective vascular tissue differentiation (twisted vascular tissue); ectopic deposition of suberin around twisted vascular bundles; de-etiolated phenotype (retardation in hypocotyl elongation enables growth and development in darkness and consequent continuation of shoot development and flowering); sterile plants; dwarf phenotype (cannot be rescued by treatment with exogenous growth regulators); unable to grow in soil.	
AT3G08550	kob1	"Dwarf, cellulose deficient"	
AT3G08590	ipgam1-1 ipgam2-2	Vegetative and reproductive growth are greatly reduced with respect to wild type. Pale reticulate leaf phenotype.  Double mutants are self-sterile due to failure to produce pollen grains.	21813794
AT3G08710	trx h9	"Roots and leaves of  the homozygous mutants were significantly shorter and smaller  than wild-type. Root tips of 7-day-old mutant seedlings  grown on MS medium with 1% sucrose had a shortened apical  meristem and, cells were more compact, in keeping with noticeably  shorter roots. When grown in soil, mutant  plants were dwarf with small yellowish leaves."	
	20133584		
AT3G08840	SALK_082151	Reduced root length and abnormal mitochondria.	28031475
AT3G08850	SALK_006431	"Heterozygotes show no obvious growth phenotype.  Homozygotes are embryo lethal with a very early arrest of embryo development, in the pre-globular stage of development."	15607746
AT3G08850	SALK_078159	"Heterozygotes show no obvious growth phenotype.  Homozygotes are embryo lethal with a very early arrest of embryo development, in the pre-globular stage of development."	15607746
AT3G08950	CS66573	SNAP-tagged HCC1 was able to rescue embryo-lethal phenotype of hcc1-1 homozygous mutants producing plants smaller than transgenic SNAP-tagged HCC1 in wild-type background.	
AT3G08970	SALK_027193	Homozygotes have WT phenotype	18718935
AT3G08970	SALK_103280c	same as smb-3 single mutant	18718935
AT3G08970	aterdj3a-1; aterdj3b-1	same as smb-3 single mutant	18718935
AT3G08970	aterdj3a-2; aterdj3b-2	same as smb-3 single mutant	18718935
AT3G08970	atp58ipk; aterdj3a	embryo lethal.	18718935
AT3G09030	SALK_101331	"Homozygotes show ER accumulation of PEN3. On a whole plant level, mutants show increased susceptibility to fungal pathogens."	29085068
AT3G09070	opl2-1/ops-2	"Slow growth, dwarf stature, short roots. Differentiation of protophloem and metaphloem is delayed. Abnormal phloem development leads to defects in phloem transport."	28877333
AT3G09090	CS3827	disruption of the plasma menbrane of microspores; blocks the normal invagination of the plasma menbrane and disrupts the proper deposition of sporopollenin during pollen wall development; plasma membrane irregular with flattened protuberances and rare invaginations; this mutation cause male sterility; kanamycin resistant.	
AT3G09150	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT3G09150	CS68	"elongated hypocotyl, green-yellow plant."	
AT3G09150	gun3-1	Express nuclear-encoded Lhcb and RbcS  transcripts in the absence of chloroplast development.	7690685
AT3G09150	gun3-1	Long hypocotyl phenotypes under white light.	11172074
AT3G09260	CS69079	The plants do not accumulate PYK10 mRNA.	
AT3G09260	CS69080	The plants do not accumulate PYK10 mRNA.	
AT3G09260	CS69081	The amounts of the PYK10 protein were decreased in the leb-1 mutant. The leb-1 mutant has larger and fewer ER bodies.	
AT3G09260	CS69082	ER bodies in bglu21-1 pyk10-1 is significantly fewer and larger than those in the wild type.	
AT3G09260	CS69083	ER bodies in bglu21-1 leb-1 is significantly fewer and larger than those in the wild type.	
AT3G09260	N871638	growth of mutants is not promoted by the endophytic fungus Piriformospora indica	
AT3G09260	leb-1	Fewer ER bodies than WT. ER body area is larger than WT.	19906837
AT3G09260	pyk10-1	Has 35% of the beta-glucosidase activity of the wild type (Col-0).	18467340
AT3G09275	CS71768	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT3G09350	SALK_021784	increased sensitivity to heat	20536787
AT3G09370	SALK_041111C	Increased tolerance to zeocin.Less root growth inhibition in the presence of zeocin.	28935922
AT3G09470	SALK_010430C	Increased susceptibility to salt stress. Hypersensitive to ABA.	29899751
AT3G09600	SALK_053482	Involved in heat shock response.	31358650
AT3G09670	pdp2-1	Delayed flowering.	29314758
AT3G09720	gcc7	high-glucosinolate chemotype caused by overexpression of IQD1 (At3g09710)	15960618
AT3G09780	acr4-2/ccr1-3	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	18948541
AT3G09830	pcrk1-1	"After inoculation of plants, growth of Pma ES4326 was significantly higher than in Col-0 wild type. Treatment with flg22 resulted in less ROS production and less callose deposition than in wt plants."	25711411
AT3G09830	pcrk1-2	"After inoculation of plants, growth of Pma ES4326 was significantly higher than in Col-0 wild type. Treatment with flg22 resulted in less ROS production and less callose deposition than in wt plants."	25711411
AT3G09840	CS69995	Mildly dwarf plants with slightly curled leaves. Partly sterile; produces very small siliques with few seeds. Elevated PR2 gene expression and SNC1 protein level. Significantly enhanced disease resistance to the oomycete pathogen Hyaloperonospora arabidopsidis (H.a.) Noco2.	
AT3G09840	cdc48-1	Heterozygotes have reduced transmission due to defects in pollen tube germination and elongation.	18660433
AT3G09840	cdc48-1	Seedling lethal.Mutants have disorganized roots.	18660433
AT3G09840	cdc48A-4	"Mildly dwarf phenotype and slightly curled leaves, suggesting a constitutive immune response, significantly enhanced  disease resistance to H.a. Noco2,  weak enhanced resistance phenotype, elevated SNC1 protein."	27340941
AT3G09880	pp2ab-alpha/beta	Double mutants show defects in male and female meiosis and reduced fertility. No obvious vegetative phenotype.	30061120
AT3G09920	pip5k9-d	"Concentration of sucrose in the mutant roots are lower than in wild type. The concentration of <i>myo</i>-inositol is increased, as are those of glucose and fructose."	17220200
AT3G09920	pip5k9-d	Shortened primary root (~30% compared to wild type). Shortening is more pronounced 6d after germination. Phenotype results from a reduction in cell elongation.	17220200
AT3G09920	pip5k9-d	"Whereas roots of wild-type seedlings are elongated at 14°C, no obvious difference in root growth at 14 or 22°C in mutant seedlings are detected, indicating that pip5k9-d is resistant to chilling."	
	17220200		
AT3G10050	CS69720	"Two-week-old mutant seedling has up to about 150-fold increase in free Ile and comparatively minor increases in free seedling Leu and Val.  Free seedling Thr is decreased by ~50%.  Mutant seed has increased Ile, Leu, Val and Thr. Reduced seed germination after 1-2 years in storage."	
AT3G10050	CS69721	Two-week-old mutant seedling has up to about 40-fold increase in free Ile and comparatively minor increases in Leu. Free seedling Thr is decreased. Reduced seed germination after 1-2 years in storage.	
AT3G10050	CS69722	Two-week-old mutant seedling has about 8-fold increase in free Ile. Mutant seed has increased free Ile. Reduced seed germination after 1-2 years in storage.	
AT3G10050	CS69723	No visible phenotype	
AT3G10050	CS69750	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs	
AT3G10050	CS69751	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs	
AT3G10050	CS69752	Double heterozygous F1 seedling (two-week-old) shows increased free Ile and Leu. Seedling free Val is decreased.	
AT3G10050	CS69753	Double heterozygous F1 seedling (two-week-old) shows increased free Ile and Leu. Seedling free Val is decreased.	
AT3G10140	CS85669	Segregating for very small and pale green rosettes (20%); plants look like Ler-0 with very small siliques; reduced apical dominance; reduced fertility; average height = 28 cm.	
AT3G10190	SALK_129731	Homozygotes are sensitive to UV-B treatment. UV-B treatment causes an inhibition of root growth.	18494853
AT3G10230	CS66022	Slightly decreased rosette size when compared with wild type.	
AT3G10230	CS66023	Partially restores NPQ defects of npq1-2 mutant. Slightly decreased rosette size when compared with wild type and npq1-2 mutant.	
AT3G10230	SALK_129163	albino developing seeds. Heterozygous seeds look normal but have moderate increases of threonine and branched-chain amino acids.	17172352
AT3G10230	szl1/szl1	Much reduced amount of beta-branch carotenoids and largely increased amount of alpha-branch carotenoids.	19549928
AT3G10320	CS2106376	"Increased seed mucilage detachment, reduced xylan branching"	
AT3G10320	CS2106377	"Increased seed mucilage detachment, reduced xylan branching"	
AT3G10320	CS2106382	"Severe seed mucilage detachment, xylan-deficient; similar mucilage defects to the irx14-2 single mutant"	
AT3G10320	CS3909	Defective in seed coat mucilage secretory cells; seed coats produce mucilage with altered sugar composition and altered staining and mechanical properties.	
AT3G10350	SALK_017702C	Wild-type like appearance.	28096354
AT3G10380	nerd1-1/sec8-6	Short roots. abnormal root hairs.	29722827
AT3G10405	CS70871	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT3G10405	CS70965	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT3G10405	pdd21	Defective pollen development.	19237690
AT3G10480	CS69039	Early flowering phenotype.	
AT3G10490	CS69039	Early flowering phenotype.	
AT3G10490	sgs1	Early flowering.	28207953
AT3G10490	sgs1	The mutant plants are PTGS (post-translational gene silencing deficient. The mutant protein lacks wild type NAC52 activity but still impairs SGS3 transcription.	28207953
AT3G10525	CS69159	Loss of giant cells in sepals and leaves.	
AT3G10525	CS69160	Loss of giant cells in sepals and leaves. 	
AT3G10660	CS69903	No visible phenotype	
AT3G10660	CS69904	Reduced hydrogen peroxide production in response to Pseudomonas syringae effectors avrRpm1 or avrRpt2.	
AT3G10690	gyra-3	Resistant to ciprofloxacin.  Normal chloroplast morphology in presence of the drug.	26663076
AT3G10800	SALK_132285C	"The transcript levels of three UPR-related genes, BiP1, BiP2, and BiP3, are lower in zip28-2 mutant seedlings than in wild type seedlings following a UPR-inducing treatment with tunicamycin."	18156219
AT3G10800	zip28-1	"The transcript levels of three UPR-related genes, BiP1, BiP2, and BiP3, are lower in zip28-1 mutant seedlings than in wild type seedlings following a UPR-inducing treatment with tunicamycin."	18156219
AT3G10870	SALK_092550c	"mes17-1 mutant roots are less responsive to MeIAA than wild type roots, but they show a normal root growth inhibition in response to IAA, and also grow like wild type roots under normal conditions. Light-grown mes17-1 mutants have hypocotyls that are 32% longer than wild-type hypocotyls when they are on soil, and 29% longer when they are on half strength MS media. In the dark, mes17-1 hypocotyls are the same length as wild type hypocotyls when both are grown on half-strength MS media. In other aspects of plant growth, mes17-1 mutants appear phenotypically normal, but they do have higher levels of DR5:GUS expression suggesting that they might have higher levels of auxin, auxin flow, or auxin signaling. mes17-1 mutants also appear to have a reduced ability to hydrolyze [14C]MeIAA compared to wild type plants in feeding assays."	18467465
AT3G10870	mes17-2	"mes17-2 mutant roots are less responsive to MeIAA than wild type roots, but they show a normal root growth inhibition in response to IAA, and also grow like wild type roots under normal conditions. Light-grown mes17-2 mutants have hypocotyls that are 29% longer when they are on half strength MS media. In the dark, mes17-2 hypocotyls are the same length as wild type hypocotyls when both are grown on half-strength MS media. In other aspects of plant growth mes17-2 mutants appear phenotypically normal."	18467465
AT3G10930	idl7	No visible phenotype.	28586470
AT3G10930	idl7	"Significantly (P<0.01) increased tolerance to salinity stress, producing longer roots than the wild type under the same growth condi- tions."	28586470
AT3G10985	CS924533	No visible phenotype.	
AT3G11010	CS65474	No visible phenotype.	
AT3G11030	SALK_082287c	No obvious visible phenotype.	26745802
AT3G11030	tbl32/esk1	Severely collapsed vessels and stunted plant growth.	26745802
AT3G11030	tbl32/tbl33/esk1	Severely collapsed vessels and stunted plant growth.	26745802
AT3G11080	CS65475	No visible phenotype.	
AT3G11080	CS65476	No visible phenotype.	
AT3G11130	has1	Defects in stomatal responses to abscisic acid . Increased tolerance to water stress.	28830938
AT3G11170	CS209	altered fatty acid composition.	
AT3G11170	CS3108	"altered fatty acid composition, glabrous, no other phenotypic effect."	
AT3G11170	CS71655	Altered fatty acid composition. Resistant to green peach aphids.	
AT3G11170	CS8036	reduction in desaturation of storage and membrane lipids; chilling sensitive; linoleic acid overproducer; linolenic acid underproducer.	
AT3G11170	CS8042	"reduced glycerolipid n-3 desaturase (probably chloroplastic), chloroplast and extrachloroplast lipids are equally affected; decrease in 16:3 and 18:3 fatty acids, increase in 16:2 and 18:2 fatty acids; temperature sensitive, mutant effects most pronounced at growth temperatures greater that 26C; no visible phenotypic effects."	
AT3G11220	elo1	Reduced organ growth.  Reduced cell proliferation rate.	
AT3G11240	CS9877	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT3G11240	CS9878	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT3G11260	tin	"The tin mutant was slightly shorter than the wild type when grown on the control medium, but maintained normal root and hypocotyl growth on turanose. Turanose mimics sucrose in its ability to stimulate adventitious  roots on wild-type hypocotyls. In the tin  mutant the number of adventitious roots induced by turanose and sucrose was clearly lower. Adult tin plants did not show any apparent orphological differences from the wild type, but their flowering time was delayed due to a prolonged vegetative phase. tin overproduced ethylene on the control medium; and sucrose, but not turanose, enhanced ethylene production. The control tin, and the sucrose-treated tin mutant, displays a higher IAA-conjugate level when compared with the wild type."	
AT3G11270	SALK_128568C	Reduction of silique length	30576513
AT3G11330	pirl1-2 pirl9-2	microspore lethal	20697737
AT3G11410	PP2CAox	ABA-insensitive phenotype	16361522
AT3G11430	SALK_018117	"The mutant has a 50% reduction in aliphatic suberin in young roots, and several fold reduction in aliphatic suberin monomers in seed coats. The seed coats are more fragile, have a darker appearance, and increased permeability to dyes. The mutant seeds have a reduced germination rate under high salt. The seedlings have lower tolerance to salt stress."	17259262
AT3G11430	SALK_142456	"The mutant has a 50% reduction in aliphatic suberin in young roots, and several fold reduction in aliphatic suberin monomers in seed coats. The seed coats are more fragile, have a darker appearance, and increased permeability to dyes. The mutant seeds have a reduced germination rate under high salt. The seedlings have lower tolerance to salt stress."	17259262
AT3G11470	CS475820	In the siliques of mtppt-1 heterozygous plants approximately 26% of the fertilized seeds aborted during development.Aborting embryos of mtppt-1 heterozygous plants are arrested at the globular stage	26402847
AT3G11490	SALK_152535	Secondary cell wall pits sparser and larger.	30069009
AT3G11490	ropgap3-1 ropgap4-2	"Secondary cell wall pits sparser and larger, pits were less evenly distributed in the secondary cell walls with a wider range of distances between pits."	30069009
AT3G11540	CS6266	"most extreme allele; resemble wild-type plants that have been repeatedly treated with G.A.; erect rosette leaves, light green color, early flowering and parthenocarpy; stem elongation is increased caused primarily by an increase in internode length; early stem elongation is so rapid that flower buds occasionally remain wrapped in the yet unfolded cauline leaves resulting in bending of the main stem; partial male sterility (greatly reduced when plants grown at 18C); altered gibberellin signal transduction, resistant to the gibberellin (G.A.) biosynthesis inhibitor paclobutrazol; long hypocotyl due to HY2 allele."	8799194
AT3G11540	CS6267	"resemble wild-type plants that have been repeatedly treated with G.A.; long hypocotyls, erect rosette leaves, light green color, early flowering and parthenocarpy; seedlings defective in cotyledon number and phyllotaxy; stem elongation is increased caused primarily by an increase in the # of nodes; completely male sterile grown at 25C, partially sterile at 18C; ovaries often develop 3 or 4 carpels which contain structures appearing to develop from unfertilized ovules that may be additional carpels with stigmatic papillae; altered gibberellin signal transduction, resistant to the gibberellin (G.A.) biosynthesis inhibitor paclobutrazol."	8799194
AT3G11540	CS6268	Mutant flowers are glabrous.	17507408
AT3G11540	CS6268	"resemble wild-type plants that have been repeatedly treated with G.A.; long hypocotyls, erect rosette leaves, light green color, early flowering and parthenocarpy; stem elongation is increased caused primarily by an increase in the number of nodes; partial male sterility (greatly reduced at 18C), altered gibberellin signal transduction and resistant to the gibberellin (G.A.) biosynthesis inhibitor paclobutrazol."	8799194
AT3G11540	CS8094	early flowering; usually light green; somewhat curled leaves; bent siliques; reduced fertility.	8799194
AT3G11540	ctr1-1 spy-5	"In LD-grown, double mutant plants bolted at a similar time to WT controls. In SDs, they bolted 10 days later than WT plants but much earlier than ctr1-1 single-mutant plants."	17389366
AT3G11540	gis spy-3	"Trichome production on the rosette leaves of double mutants was similar to that of spy-3 and wild-type plants, although abaxial trichomes appeared slightly later on rosette leaves, as in gis seedlings that were established on GA-containing medium. Double mutants had stem trichomes that were mostly three-branched, as in the gis mutants."	16679458
AT3G11540	gis2 spy-3	"The trichome production is most similar to that of the gis2 mutant on branches and cauline leaves, but glabrous flowers are produced ."	17507408
AT3G11580	dpa4 sod7	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT3G11580	dpa4 sod7 aitr256	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT3G11580	sod7-1D 	"Significantly smaller cotyledons, leaves and petals compared to  wild type. Small leaves and flowers compared with the wild type ( The decreased size of sod7-1D leaves and petals was not caused by smaller cells indicating that the sod7-1D mutation results in a decrease in cell number."	25783029
AT3G11620	2cpa 2cpb	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT3G11620	SALK_118663C	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT3G11630	2cpa 2cpb	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT3G11630	SALK_118663C	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT3G11670	CS16004	seed pigment defective; deficient in the galactolipid digalactosyldiacylglycerol.	
AT3G11670	CS17	deficient in the galactolipid digalactosyldiacylglycerol; reduced in growth.	
AT3G11820	CS66945	"Mutant plants allowed a higher incidence of B. g. hordei penetration compared with wild-type plants, as well as a concomitant increase in the incidence of hypersensitive-response-like cell death induced by B. g. hordei."	
AT3G11820	CS67132	The pen1 mutation was not able to suppress the Erysiphe cichoracearum resistance and induced cell death phenotype of pen3-1.	
AT3G11820	CS9716	broad-spectrum powdery mildew resistance	
AT3G11820	pen1-1	"pen1-1 mutant plants allowed a sevenfold  higher incidence of B. g. hordei penetration compared with wildtype plants, as well as a concomitant increase in the incidence of hypersensitive-response-like cell death induced by B. g. hordei."	14586469
AT3G11820	syp121-1	Reduced rate of endocytosis.	28830938
AT3G11820	syp121-1syp122-1	"leaf necrosis, dwarfism caused by salicylic acid accumulation"	17241452
AT3G11840	pub22-1 pub23-2 pub24-1	"This triple mutant does not exhibit any obvious constitutive defense signaling phenotypes and it has normal fertility compared to wild-type plants. However, it has an enhanced relative oxidative burst compared to wild type plants in response to flg22, chitin, and the conserved elf18 epitope from a bacterial transcription factor. MPK3 transcripts remain elevated for longer in the mutant than in wild-type seedlings, though the MPK3 protein does not appear to have altered protein stability in this triple mutant.When challenged with the bacterial pathogen Pst, the triple mutant allows ~30 times less bacterial growth than wild-type plants. It is also less susceptible to a biotrophic oomycete."	18771922
AT3G11910	CS860095	No visible phenotype.	
AT3G11910	CS860096	No visible phenotype.	
AT3G11910	CS860097	No visible phenotype.	
AT3G11910	CS860098	No visible phenotype.	
AT3G11940	aml1	embryo defective	
AT3G12080	CS24090	embryo defective; globular	
AT3G12080	emb2738	The development of emb2738 embryo is blocked at the late globular stage.	28675462
AT3G12120	CS68918	"Biochemical phenotypes of fad2 vte1-1 include: deficiency in ER fatty acid desaturation and also complete loss of all tocochromanols. Relative to the vte2-1 mutation, vte1-1 single mutant exhibits intermediate phenotypes under low temperatures including increased anthocyanin levels (purple leaf coloration), reduced growth and seed production. These vte1-1 single mutant phenotypes are fully suppressed by combining the vte1-1 and fad2 mutations in the double mutant."	
AT3G12120	CS68919	"Biochemical phenotypes of fad2 vte2-1 include: deficiency in ER fatty acid desaturation and lack of all tocopherols and pathway intermediates. vte2-1 single mutant exhibits the following phenotypes under low temperatures: increased anthocyanin levels (purple leaf coloration), reduced growth and seed production. These vte2-1 single mutant phenotypes are fully suppressed by combining the vte2-1 and fad2 mutations in the double mutant."	
AT3G12120	CS8041	"deficient in 18:1 fatty acid desaturase; increase in 18:1 fatty acids, decrease in 18:2 and 18:3 fatty acids, chloroplast membrane components; no visible phenotypic effects."	
AT3G12140	CS69823	Delay in early embryo development.	
AT3G12140	CS69826	"Self-fertilization results in production of three types of defective seeds, each with an incomplete penetrance: ovule abortion (32%), seed abortion (27%) and seeds with delayed early embryo development (40%). The last category develops into mature, viable seeds. Fertilization-independent seed development is observed after emasculation."	
AT3G12140	CS69828	No visible phenotype.	
AT3G12160	CS360297	"in vitro: bulged pollen tubes of mutant pollen with a reduced rate of growth in vitro; altered deposition of some cell wall components; in vivo, male-specific transmission defect with mutant pollen tubes displaying aberrant growth in the ovary and reduced guidance at the micropyle."	19208902
AT3G12360	itn-T	Increased salt tolerance.	18643991
AT3G12380	arp5-1	"Mutant plants are moderately dwarfed with all organs smaller than the wild type.  The ratio of leaf stomata to epidermal cells was high in the mutant, which also exhibited a delayed stomatal development compared with the wild type. Mutant plants were hypersensitive to DNA-damaging reagents including hydroxyurea, methylmethane sulfonate, and bleocin."	19679120
AT3G12400	elc	"About 2% of all trichomes had more than one nucleus. Among the cluster-like trichomes, 93% had several nuclei, whereas 0.4% of the trichomes with a normal appearance had more than one nucleus."	17090720
AT3G12400	elc	"In the mutant, about 2% of the trichomes showed a cluster phenotype. In clusters, two stems were usually formed that appeared to separate just above the epidermal surface giving the trichome a moose-horn-like appearance."	17090720
AT3G12400	elc	The mutant has slightly less branching of trichomes than in wild type.	17090720
AT3G12400	elc kis-T1	Epidermal pavement cells are strongly reduced in size.	17090720
AT3G12400	elc kis-T1	Increase in the frequency of trichomes with more stems.	17090720
AT3G12400	elc kis-T1	Leaf architecture is grossly disturbed.	17090720
AT3G12400	elc kis-T1	Many cells contain multiple nuclei and nuclear anomalies.	17090720
AT3G12400	elc kis-T1	Synergistic phenotype compared to both single mutants.	17090720
AT3G12400	elc sti	The mutant showed cluster-like trichomes lacking additional branches.	
	17090720		
AT3G12400	kak elc	The double mutant exhibits an additive trichome phenotype. The cluster frequency and number of nuclei was similar to that in elc single mutants and the number of branches was similar to that in kak single mutants.	
	17090720		
AT3G12690	agc1.5/agc1.7-1	Double mutant displays defects in pollen tubes. Tubes are wider and bulge out indicating a defect in polarity maintenance. Pollen tubes are also shorter.	19144004
AT3G12690	agc1.5/agc1.7-2	Double mutant displays defects in pollen tubes. Tubes are wider and bulge out indicating a defect in polarity maintenance. Pollen tubes are also shorter.	19144004
AT3G12780	CS306614	"The pgk1.1 knock-down mutant displayed reduced growth, lower photosynthetic capacity and starch content."	28951489
AT3G12780	pgk1.1 pgk3.2 	"Double mutant was bigger than pgk3.2, and displayed an intermediate phenotype between the two single mutants in all measured biochemical and physiological parameters."	28951489
AT3G12810	pie1	"Altered flowering time, suppression of petal phenotypes in clf mutants"	
AT3G12977	nac1l-1	Seed germination defect.Delayed rupture of testa. Endosperm cells  do not expand.	30419294
AT3G12990	cer7-3 Atrrp45a	The double mutant is gametophytic lethal for both female and male gametophytes.	17351114
AT3G13065	CS2994	morphological phenotype similar to wt; resistant to kanamycin	
AT3G13160	SALK_009440	impaired seed production	30626926
AT3G13170	atcom1-1 atspo11-1-1	DNA fragmentation was undetectable in most cells.	18007598
AT3G13170	atspo11-1-1	11% of mutant pollen grains germinated compared to 97% for wild type.	11157765
AT3G13170	atspo11-1-1	Mutant produced a large proportion of dead pollen grains compared to wild type.	11157765
AT3G13170	atspo11-1-1	Only 3% of the ovules in the mutant showed differentiated female gametophytes. 74% of the fully developed ovules had no embryo sac.	11157765
AT3G13170	atspo11-1-1	Overall morphology similar to that of wild type exception made of the seed production.	11157765
AT3G13170	atspo11-1-1	The mutant exhibits a substantial  reduction in recombination such that the chiasma  frequency at metaphase I was &#8764;7% that of wild  type.	
	17785529		
AT3G13170	atspo11-1-2	11% of mutant pollen grains germinated compared to 97% for wild type.	11157765
AT3G13170	atspo11-1-2	Mutant produced a large proportion of dead pollen grains compared to wild type.	11157765
AT3G13170	atspo11-1-2	Only 3% of the ovules in the mutant showed differentiated female gametophytes. 74% of the fully developed ovules had no embryo sac.	11157765
AT3G13170	atspo11-1-2	Overall morphology similar to that of wild type exception made of the seed production.	11157765
AT3G13170	atspo11-1-3	A 2-h pulse of cisplatin  at increasing concentrations was found to restore  bivalent formation in Atspo11-1-3 meiocytes.	
	17785529		
AT3G13170	atspo11-1-3	The reduction in seed-set in  the Atspo11-1-3 allele is more severe than in Atspo11-1-1.	
	17785529		
AT3G13170	atspo11-1-3	Total lack of chiasmata.	17785529
AT3G13170	spo11-1-3 spo-2-3	The first meiotic division of pollen mother cells because the homologs neither pair nor  form SCs due to the lack of initial DSB formation	
	17965269		
AT3G13220	SALK_062317	Male sterile.Abnormal pollen wall development.	20118226
AT3G13220	SALK_062317C	"Mutant plants had very small siliques, showing very low fertility. The the anther locules turned brown upon maturity and released fewer pollen grains than wildtype plants."	21696844
AT3G13290	VCR:vcr	"The siliques of self-pollinated heterozygous plants were examined. Dissected siliques showed a full seed set, indicating that the loss of VCR did not affect female gametophyte or embryo development."	14660546
AT3G13290	vcr	No visible phenotype.	14660546
AT3G13300	CS66952	No visible phenotype.	
AT3G13300	CS66954	No visible phenotype.	
AT3G13300	CS66956	No visible phenotype.	
AT3G13300	CS66958	No visible phenotype.	
AT3G13300	CS66960	No visible phenotype.	
AT3G13300	CS66962	No visible phenotype.	
AT3G13300	CS66963	No visible phenotype.	
AT3G13300	CS66965	No visible phenotype.	
AT3G13300	CS66967	No visible phenotype.	
AT3G13300	CS66971	No visible phenotype.	
AT3G13300	CS66972	No visible phenotype.	
AT3G13300	VCS:vcs-7	"In the progeny of selfed heterozygous mutants, the homozygous vcs-7 embryos were also clearly distinguished from their siblings based on their SAM morphology (seven vcs-7 embryos out of 25 embryos examined). These vcs-7 embryos contained small dense cells in the SAM region; however, this region was not dome-shaped, nor were the cells organized into distinct layers."	17513503
AT3G13300	VCS:vcs1/VCS:vcs7	"The transheterozygote was indistinguishable from vcs-1; it produced green organs, a longer root, and leaves that expanded to become broad and pointed."	17513503
AT3G13300	vcs-1	"29°C-grown vcs apices contained multiple clusters of small densely staining cells dispersed across the apical region and often in close proximity to leaf-like structures, but no  typical SAM."	14660546
AT3G13300	vcs-1	Accumulates extra ectopic tracheary elements within their cotyledons and the upper hypocotyl.	17513503
AT3G13300	vcs-1	"Smaller than the wild type, and produced  narrow, asymmetric leaves when grown at  22°C. All five mutant alleles showed identical phenotypic responses to growth temperature. When grown at 16°C, vcs mutants resembled the wild-type controls except their leaves were pointed at the apex, and prolonged growth revealed defects in apical dominance. By contrast, growth at 29°C resulted in a strongly enhanced phenotype. These high temperature-grown mutants were chlorotic, leaves were narrow and epinastic, and prolonged growth resulted in a  callus-like growth at the apex. vcs roots  appeared similar to those of wild type,  except that at high temperature root hairs  occasionally appeared swollen. vcs also produced decreased numbers of lateral roots."	14660546
AT3G13300	vcs-1	"The wild-type SAM was similar in size and organ  phyllotaxy regardless of growth temperature. By contrast, the vcs SAM was smaller than the wild type; this defect was most severe in the 29°C-grown vcs plants, where the SAM appeared small and flat."	14660546
AT3G13300	vcs-1	"When grown at 22°C, vcs-1 mutants were green, had slightly longer roots, and produced narrow, pointed leaves."	17513503
AT3G13300	vcs-2	"29°C-grown vcs apices contained multiple clusters of small densely staining cells dispersed across the apical region and often in close proximity to leaf-like structures, but no  typical SAM."	14660546
AT3G13300	vcs-2	Accumulates extra ectopic tracheary elements within their cotyledons and the upper hypocotyl.	17513503
AT3G13300	vcs-2	"Smaller than the wild type, and produced  narrow, asymmetric leaves when grown at  22°C. All five mutant alleles showed identical phenotypic responses to growth temperature. When grown at 16°C, vcs mutants resembled the wild-type controls except their leaves were pointed at the apex, and prolonged growth revealed defects in apical dominance. By contrast, growth at 29°C resulted in a strongly enhanced phenotype. These high temperature-grown mutants were chlorotic, leaves were narrow and epinastic, and prolonged growth resulted in a  callus-like growth at the apex. vcs roots  appeared similar to those of wild type,  except that at high temperature root hairs  occasionally appeared swollen. vcs also produced decreased numbers of lateral roots."	14660546
AT3G13300	vcs-2	"The wild-type SAM was similar in size and organ  phyllotaxy regardless of growth temperature. By contrast, the vcs SAM was smaller than the wild type; this defect was most severe in the 29°C-grown vcs plants, where the SAM appeared small and flat."	14660546
AT3G13300	vcs-3	"29°C-grown vcs apices contained multiple clusters of small densely staining cells dispersed across the apical region and often in close proximity to leaf-like structures, but no  typical SAM."	14660546
AT3G13300	vcs-3	Accumulates extra ectopic tracheary elements within their cotyledons and the upper hypocotyl.	17513503
AT3G13300	vcs-3	"Smaller than the wild type, and produced  narrow, asymmetric leaves when grown at  22°C. All five mutant alleles showed identical phenotypic responses to growth temperature. When grown at 16°C, vcs mutants resembled the wild-type controls except their leaves were pointed at the apex, and prolonged growth revealed defects in apical dominance. By contrast, growth at 29°C resulted in a strongly enhanced phenotype. These high temperature-grown mutants were chlorotic, leaves were narrow and epinastic, and prolonged growth resulted in a  callus-like growth at the apex. vcs roots  appeared similar to those of wild type,  except that at high temperature root hairs  occasionally appeared swollen. vcs also produced decreased numbers of lateral roots."	14660546
AT3G13300	vcs-3	"The wild-type SAM was similar in size and organ  phyllotaxy regardless of growth temperature. By contrast, the vcs SAM was smaller than the wild type; this defect was most severe in the 29°C-grown vcs plants, where the SAM appeared small and flat."	14660546
AT3G13300	vcs-4	"29°C-grown vcs apices contained multiple clusters of small densely staining cells dispersed across the apical region and often in close proximity to leaf-like structures, but no  typical SAM."	14660546
AT3G13300	vcs-4	Accumulates extra ectopic tracheary elements within their cotyledons and the upper hypocotyl.	17513503
AT3G13300	vcs-4	"Smaller than the wild type, and produced  narrow, asymmetric leaves when grown at  22°C. All five mutant alleles showed identical phenotypic responses to growth temperature. When grown at 16°C, vcs mutants resembled the wild-type controls except their leaves were pointed at the apex, and prolonged growth revealed defects in apical dominance. By contrast, growth at 29°C resulted in a strongly enhanced phenotype. These high temperature-grown mutants were chlorotic, leaves were narrow and epinastic, and prolonged growth resulted in a  callus-like growth at the apex. vcs roots  appeared similar to those of wild type,  except that at high temperature root hairs  occasionally appeared swollen. vcs also produced decreased numbers of lateral roots."	14660546
AT3G13300	vcs-4	"The wild-type SAM was similar in size and organ  phyllotaxy regardless of growth temperature. By contrast, the vcs SAM was smaller than the wild type; this defect was most severe in the 29°C-grown vcs plants, where the SAM appeared small and flat."	14660546
AT3G13300	vcs-5	"29°C-grown vcs apices contained multiple clusters of small densely staining cells dispersed across the apical region and often in close proximity to leaf-like structures, but no  typical SAM."	14660546
AT3G13300	vcs-5	Accumulates extra ectopic tracheary elements within their cotyledons and the upper hypocotyl.	17513503
AT3G13300	vcs-5	"Smaller than the wild type, and produced  narrow, asymmetric leaves when grown at  22°C. All five mutant alleles showed identical phenotypic responses to growth temperature. When grown at 16°C, vcs mutants resembled the wild-type controls except their leaves were pointed at the apex, and prolonged growth revealed defects in apical dominance. By contrast, growth at 29°C resulted in a strongly enhanced phenotype. These high temperature-grown mutants were chlorotic, leaves were narrow and epinastic, and prolonged growth resulted in a  callus-like growth at the apex. vcs roots  appeared similar to those of wild type,  except that at high temperature root hairs  occasionally appeared swollen. vcs also produced decreased numbers of lateral roots."	14660546
AT3G13300	vcs-5	"The wild-type SAM was similar in size and organ  phyllotaxy regardless of growth temperature. By contrast, the vcs SAM was smaller than the wild type; this defect was most severe in the 29°C-grown vcs plants, where the SAM appeared small and flat."	14660546
AT3G13300	vcs-6	Fork-like appearance of cotyledon secondary veins similar to that of vcs-7.	17513503
AT3G13300	vcs-6	"Null mutants of DCP1, DCP2, and VCS accumulate capped mRNAs with a reduced degradation rate. The homozygous progeny of these mutants also share a similar lethal phenotype at the seedling cotyledon stage, with disorganized veins, swollen root hairs, and altered epidermal cell morphology."	17158604
AT3G13300	vcs-7	"Cotyledons of wild-type and vcs-1 plants contain a primary vein and four secondary veins that form between two and four closed loops, whereas in vcs-7, the cotyledon secondary veins were mostly free-ending, resulting in a fork-like appearance."	17513503
AT3G13300	vcs-7	Growth of vcs-7 at 16°C resulted in only modest suppression of growth.	17513503
AT3G13300	vcs-7	"Mutants produced cotyledons that expanded slowly and accumulated anthocyanins around their margins, hypocotyls that were short and slightly swollen, and root hairs that were short and swollen. These traits were similar to those we reported previously for vcs-1 grown at 29°C. The vcs-7 mutant also showed cotyledon vein pattern defects."	
	17513503		
AT3G13300	vcs-7	"The SAM of the vcs-7 3-d-old seedlings varied: some were modestly rounded and layered, whereas others were more similar to the tdt embryonic SAM; however, none had leaf primordia."	17513503
AT3G13300	vcs-7	"When grown at 22°C, vcs-7 mutants had short roots, small chlorotic cotyledons, and typically failed to produce leaf primordia."	17513503
AT3G13300	vcs-7 tdt-1	Appears similar to the single mutants.	17513503
AT3G13320	CS25436	"Vacuolar H+/Ca2+ transporter; play a central role in Ca2+ and metal sequestration into the vacuole; localized in the tonoplast; low efficiency H+/Ca2+ exchanger; has a low affinity for Ca2+ but can transport other metals including Mn2+ and Cd2+; no discernable morphological phenotypes or alterations in Ca2+/H+ antiport activity; exhibit a reduction in vacuolar Mn2+/H+ antiport and reduced V-type H+ -ATPase (V-ATPase) activity; expressed throughout the plant and strongly expressed in flower tissue, vascular tissue and in the apical meristem of young plants."	
AT3G13320	cax2	Subtle morphological defects	
AT3G13360	CS39984	No visible phenotype.	
AT3G13360	wip1-1 wip2-1 wip3-1	Both endogenous RanGAP1 and RanGAP1-GFP were absent from the nuclear envelope in root-tip cells of the triple mutant.	17600715
AT3G13360	wip1-1 wip2-1 wip3-1	Mutant plants had no observable defect in growth or development under standard laboratory conditions and no change in auxin sensitivity was observed in a standard root-elongation assay.	17600715
AT3G13360	wip1-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT3G13360	wip2-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT3G13360	wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT3G13380	CS69880	"Hyposensitive to high glucose. Short roots, long hypocotyls. Produces ~60% more reactive oxygen species (ROS) in response to 22-amino acid bacterial flagellin peptide flg22."	
AT3G13380	CS69883	"Hyposensitive to high glucose. Short roots, long hypocotyls. Produces slightly more reactive oxygen species (ROS) in response to 22-amino acid bacterial flagellin peptide flg22."	
AT3G13438	SALK_051728	heat shock response	31358650
AT3G13440	SALK_051728	heat shock response	31358650
AT3G13450	CS68927	No visible phenotype.	
AT3G13490	SALK_112490	"In heterozygous plants, 37% of ovules are aborted, compared to 4% of ovules in wild type siblings."	16297076
AT3G13530	CS2106726	Seed mucilage defects.	
AT3G13530	map3ke1	no abnormal phenotype was observed in homozygous plants when grown under standard conditions	16965555
AT3G13530	map3ke1;map3ke2	homozygous double mutants are pollen lethal	16965555
AT3G13540	CS2106725	Seed mucilage defects.	
AT3G13540	CS2106726	Seed mucilage defects.	
AT3G13540	myb5-1	Reduced seed coat mucilage. Irregularly shaped seed coat epidermal cells.	19136646
AT3G13540	myb5-1/myb23-1	"Trichomes are extremely reduced in size and have fewer branches. Also, fewer trichomes form along the margins of leaves."	19136646
AT3G13550	CS3753	"defective in the induction of ethylene biosynthesis by the interaction between light and cytokinin; phenotype consistent with a weak constitutive photomorphogenic fus9/cop10 mutant; high levels of anthocyanins; dark-grown seedlings resemble de-etiolated light-grown wt appearance: shortened hypocotyl, expanded cotyledons, expanded true leaves, and partial conversion of etioplasts into chloroplasts."	
AT3G13670	CS472560	Late flowering under long day conditions.	28790150
AT3G13670	CS71658	Reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production.	
AT3G13670	CS71660	"Strongly reduced light-induced endogenous PIF3 mobility shift and degradation, and reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production."	
AT3G13670	CS71747	"Reduced light-induced PIF3 phosphorylation and degradation; light-induced phyB degradation also strongly reduced. Hypersensitive to red light; short hypocotyl and enhanced cotyledon expansion in continuous R light. Very small seed set, short siliques (unpublished observations)."	
AT3G13670	CS71748	"Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation)."	
AT3G13670	SALK_201615C	Late flowering in long day conditions.	28790150
AT3G13670	ael123	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT3G13670	ael124	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT3G13682	ldl1-2/ldl2/flc-3	Late flowering. Flowers later than flc3 single mutant but earlier than ldl1/ldl2 double mutant.	17921315
AT3G13730	cyp90c1 cyp90d1	Dwarf phenotype.	17138693
AT3G13730	cyp90c1 cyp90d1	"Flowers are male sterile as they never open to release pollen, even though the capsule size is normal."	17138693
AT3G13730	cyp90c1 cyp90d1	Flowers are smaller and develop one week later than wild type or single mutants.	17138693
AT3G13730	cyp90c1 cyp90d1	"In etiolated seedlings, hypocotyl length is less than 10% of that of wild type control and the cotyledons were open."	17138693
AT3G13730	cyp90c1 cyp90d1	"Light grown seedlings have a reduced hypocotyl length, as well as short, epinastic cotyledons."	17138693
AT3G13730	cyp90c1 cyp90d1	"Severely dwarfed with globular shape and curly, succulent leaves."	17138693
AT3G13730	cyp90d1	Flowers are indistinguishable from those of wild type.	17138693
AT3G13730	cyp90d1	No visible phenotype.	17138693
AT3G13730	cyp90d1	"One-month-old plants have a reduced apical dominance with multiple, shortened primary inflorescence stems and elongated secondary inflorescence stems."	17138693
AT3G13740	rnc3-1/rnc4-1	Slighly pale-green plants with reduced vigor. Mature leaves show a 10% reduction in chlorophyll a and b accumulation.	25724636
AT3G13870	CS2260	"reduced root length; short, wavy and occasionally branched root hairs."	
AT3G13870	wvd6	Reduced rates of root elongation.  Root hairs are significantly shorter than wild-type root hairs.  Roots do not wave or skew on hard-agar surfaces.	15908600
AT3G13890	 SALK_112372 (homozygous)	"Compared to wild type, no secondary thickening or lignification is seen in the anther  endothecium, although other tissues in the mutant plant undergo normal secondary thickening. As the anther dehydrates the endothecium layer distorts, shearing forces do not develop, and the anther fails to open."	17329564
AT3G13890	 SALK_112372 (homozygous)	Male-sterile as a result of a failure of anther  dehiscence.	17329564
AT3G13890	ms35 (gl1)	"Compared to wild type, no secondary thickening or lignification is seen in the anther  endothecium, although other tissues in the mutant plant undergo normal secondary thickening. As the anther dehydrates the endothecium layer distorts, shearing forces do not develop, and the anther fails to open."	17329564
AT3G13890	ms35 (gl1)	Male-sterile as a result of a failure of anther  dehiscence.	17329564
AT3G13900	ala6-1/ala7-2	Pollen tubes are short and pollen tube growth is slow.	25954280
AT3G13900	ala6-1/ala7-2	"Reduced seed set, pollen defective"	25954280
AT3G13970	CS69862	Small plants and premature senescence under normal soil-grown conditions. Hypersensitivity to N and fixed-C deprivation.	
AT3G14000	brxl2	No visible root phenotype.	16514016
AT3G14070	CS25426	Vacuolar H+/Ca2+ transporter; play a central role in Ca2+ and metal sequestration into the vacuole; localized in the tonoplast.	
AT3G14070	ccx3-1	same as smb-3 single mutant	18775974
AT3G14070	ccx3-2	same as smb-3 single mutant	18775974
AT3G14080	lsm1a lsm1b	Retarded germination. Alterations in cotyledon shape and venation. Serrated rosette leaves with reduced area and petiole lenght. Reduced root length and number of secondary roots. Early flowering under short-day. Lost of apical dominance. Shorter siliques with fewer seeds.	23221597
AT3G14110	ex1 ex2 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants continued to grow similarly to wild type except that their growth was slightly reduced and their final height was ~80% of that of wild type."	17540731
AT3G14110	ex1 ex2 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT3G14110	ex1 ex2 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT3G14110	ex1 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants continued to grow similarly to wild type except that their growth was slightly reduced and their final height was ~80% of that of wild type."	17540731
AT3G14110	ex1 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT3G14110	ex1 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT3G14110	ex2 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants stopped growing."	17540731
AT3G14110	ex2 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT3G14110	ex2 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT3G14110	flu	Two singlet O2-induced visible stress reactions were observed in mutant plants after a dark-to-light shift: a cell-death response and the rapid inhibition of growth.	17197417
AT3G14110	flu1-1	"Mature plants grew under continuous light for 20 days, then transfered to dark for eight hours, and then re-exposed to light. Shortly after the re-illumination, the concentrations of oxylipins, 13-HOT, 13-HOD, OPDA and JA were increased rapidly in flu1-1. Such an increased was not observed in flu1-1/executer1 double mutant."	
AT3G14110	flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants stopped growing."	
AT3G14110	flu1-1	Strong protochlorophyllide fluorescence that etiolated mutant seedlings emit after they have been exposed to blue light.	
AT3G14110	flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	
AT3G14110	flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	
AT3G14110	flu1-2	Strong protochlorophyllide fluorescence that etiolated mutant seedlings emit after they have been exposed to blue light.	11606728
AT3G14110	flu1-3	Accumulates protochlorophyllide in dark.  Upon illumination produces excited singlet oxygen and developes necrotic lesions.	17075038
AT3G14110	flu1-3 (Ler)	Strong protochlorophyllide fluorescence that etiolated mutant seedlings emit after they have been exposed to blue light.	11606728
AT3G14110	flu1-4	Strong protochlorophyllide fluorescence that etiolated mutant seedlings emit after they have been exposed to blue light.	11606728
AT3G14170	cord1-1/cord2-1	Reduced secondary cell wall pit diameter (20% smaller than wild type). Cortical microtubules	29133465
AT3G14190	SALK_035661	"Reduced fertility due to defects in meiosis. Loss of centromeric cohesion prematurely in meiosis II, prior to metaphase leading to unbalanced segregation and formation of defective microspores. Also a partially penetrant meiosis I phenotype in which a small number of univalents are produced."	26272661
AT3G14190	SALK_035661	Reduced fertility due to premature loss of sister chromatid cohesion. pans1 mutants also have macroscopic growth defects. When grown under normal conditions pans1 produced smaller inflorescences than wt as measured 6 weeks after sowing.  pans1-1 showed a slightly shorter primary root.	24506176
AT3G14190	SALK_070337	"Reduced fertility due to defects in meiosis. Loss of centromeric cohesion prematurely in meiosis II, prior to metaphase leading to unbalanced segregation and formation of defective microspores. Also a partially penetrant meiosis I phenotype in which a small number of univalents are produced."	26272661
AT3G14190	pan1-1/ods1-3	"No double homozygous mutants recovered. In reciprocal crosses both pans1/+ osd1/+ F1 plants were obtained indicating that both male and female pans1 osd1 gametes are viable and functional and that therefore the synthetic lethality is a sporophytic pheno- type. However in the pans1/+ osd1/+ X WT cross, there is a small but significant reduction in seed set (6.9 ± 1.3 missing seeds per silique) when compared to wild type."	26272661
AT3G14190	pans1-2/tam1-2	"pans1 tam1 double mutant plants showed an increase in viable pollen and seed set compared to the pans1 mutant, indicating genetic suppression of the male sterile phenotype of pans1 by a tam1 loss of function allele."	26272661
AT3G14210	esm1 knockout	"Has significantly higher ratio of nitrile, and lower ratio of isothiocyanate. Has less damage by T. ni, compared to the wild type Col-0."	16679459
AT3G14330	SALK_077977C	No obvious morphological phenotype. RNA editing assay shows defect in C-U RNA editing of psbE.	23669716
AT3G14370	wag1-1/wag2-1	"Morphologically similar to wild type. When seedlings were grown on vertical plates, root exhibited pronounced wavy pattern."	16460509
AT3G14370	wag1-2/wag2-1	"Morphologically similar to double mutant wag1-1/wag2-1. When seedlings were grown on vertical plates, root exhibited pronounced wavy pattern. Gravitropism was not affected in mutant plants. Double mutant plants were more resistant to inhibition of root curling by auxin transport inhibitor NPA than wild type plants."	16460509
AT3G14370	wag2-1	"Morphologically similar to wild type. When seedlings were grown on vertical plates, root exhibited wavy pattern."	16460509
AT3G14400	CS860114	No visible phenotype.	
AT3G14400	CS860115	No visible phenotype.	
AT3G14440	129B08/nced3	Hypersensitivity to nonionic osmotic stress induced by sorbitol.	16870153
AT3G14440	129B08/nced3	More sensitive to drought stress than wildtype (tested after a 15-day lack of water supply).	16870153
AT3G14440	129B08/nced3	"Unlike wildtype, germination of mutant seedlings was severely reduced when grown on sorbitol-containing media. Plants become increasingly chlorotic in corrolation with the sorbitol concentration."	16870153
AT3G14460	SALK_051867C	Increased susceptibility to bacterial and fungal pathogens.	30530199
AT3G14460	SALK_138613C	Increased susceptibility to bacterial and fungal pathogens.	30530199
AT3G14463	SALK_051867C	Increased susceptibility to bacterial and fungal pathogens.	30530199
AT3G14810	CS69760	No visible phenotype	
AT3G14810	msl4-1; msl5-2; msl6-1; msl9-1; msl10-1	Abolished stretch-activate mechanosensitive channel activity	18485707
AT3G15020	mmdh1-2 mmdh2-1	mmdh1-2 mmdh2-1 double mutants have no detectable mitochondrial malate dehydrogenase (MDH) activity and over a 40% reduction in total leaf MDH activity. They also have growth defects under long and short days.	20876337
AT3G15150	hpy2-1	premature transition from mitotic cycle to the endocycle; severe dwarfism with defective meristems.	19666737
AT3G15170	CS3869	"semi-dominant; cotyledons fuse along one side at very low frequency (approx 0.5 %), slight fusion of sepals, stamen fusion at very low frequency."	
AT3G15170	CS3871	"semi-dominant; phenotype of segregating descendants is the following: a) cuc1-1 cuc2-1 exhibits cotyledons fused along both sides to form a single cup-shaped cotyledon, shoot apical meristem is missing and no shoots are produced under normal conditions, seedling lethal, shoots can be induced from calli and produce flowers with severly fused sepals and stamens and with reduced petals, septa and ovules; b) cuc1-1 cuc2-1 /+ produce shoots with more severly fused sepals than cuc1-1 single mutant plants, facilitating identification of heterozygous adult plants; c) cuc1-1 produce shoots with sepals slightly fused."	
AT3G15170	cuc1-1 cuc3-101	"High frequency production of cup-shaped cotyledons in seedlings, most form a primary shoot."	17122068
AT3G15170	cuc1-1 cuc3-101	Production of the first pair of leaf primordia is significantly delayed compared to the wild type.  This likely reflects a defect in embryonic shoot meristem initiation.	17122068
AT3G15170	cuc1-1 syd-2	Strongly enhanced cotyledon fusion phenotype of cuc1-1.	16854978
AT3G15270	CS69784	No visible phenotype	
AT3G15270	CS69790	No visible phenotype	
AT3G15380	SALK_065853C	Reduced levels of choline and phosphocholine. Impaired in formation of secondary plasmodesmata (PD) and maturation of simple to complex PD.	27743414
AT3G15380	cher1-5/MP17?GFP	"Dwarf stature,higher than normal accumulation of starches and sugars.Altered lipid profile."	27743414
AT3G15390	sde5-2	Accelerated juvenile to adult transition. Seedling leaves have elongated petioles. Leaves are elongated and downwardly curled. Abaxial richomes appear earlier (e.g. leaf 10-11). Mutants are also hyper-suceptible to CMV.	
AT3G15460	brx1-1	Growth delay.  Impaired development of rosette leaves and delay in flowering.	25605960
AT3G15540	CS25217	No visible phenotype.	
AT3G15540	CS25222	No visible phenotype.	
AT3G15540	CS9579	No visible phenotype.	
AT3G15540	CS9581	No visible phenotype.	
AT3G15620	uvr3	Defective in photorepair of 6-4 photoproducts	
AT3G15820	rod1	decrease in 18:2 and 18:3 polyunsaturated fatty acids and a concomitant  increase in 18:1 relative to wildtype	
	19833868		
AT3G15850	CS206	"altered fatty acid metabolism, no other phenotypic effect."	
AT3G15850	CS23879	"Leaves lack any detectable amounts of the unsaturated 16-carbon fatty acids, 16:1 delta 7, 16:2 and 16:3 fatty acid methylesters. The mutant leaves also have increased levels of 16:0 fatty acid methylesters. This phenotype is the fad5-2 mutation based upon similarity to the fad5-1 phenotype in the literature."	
AT3G15940	CS69076	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15940	nai2-1	Mutants lack ER bodies.	18780803
AT3G15950	CS69076	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15950	CS69077	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15950	CS69078	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15950	SALK_005896C	"Increased root elongation, dry weight, and proline accumulation."	26240315
AT3G15950	SALK_043149C	"Increased root elongation, dry weight, and proline accumulation."	26240315
AT3G15950	nai2-1	Mutants lack ER bodies.	18780803
AT3G15960	CS69076	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15960	nai2-1	Mutants lack ER bodies.	18780803
AT3G15970	CS69076	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15970	nai2-1	Mutants lack ER bodies.	18780803
AT3G15980	CS69076	ER body deficient mutant. ER bodies are hardly detected in seedlings and roots. The plants do not accumulate NAI2 mRNA and protein.	
AT3G15980	nai2-1	Mutants lack ER bodies.	18780803
AT3G16090	hrd1a hrd1b	Endoplasmic reticulum (ER)-associated degradation process is blocked in hrd1a hrd1b double mutant.	21187394
AT3G16150	CS67894	increased sensitivity to inhibition of root elongation by exogenous asparagine	
AT3G16150	CS67895	increased sensitivity to inhibition of root elongation by exogenous asparagine	
AT3G16150	CS67896	Increased sensitivity to delay in root hair emergence in response to exogenous asparagine. Increased accumulation of asparagine in root when grown on medium containing asparagine as a single nitrogen source. Increased seed size under conditions of nitrogen deficiency. Increased concentration of free asparagine and other free amino acids in seed when grown under low illumination.	21800258
AT3G16150	CS67896	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT3G16150	CS67896	increased sensitivity to inhibition of root elongation by exogenous asparagine; increased  accumulation of asparagine in root on asparagine-containing  medium; increased seed size under conditions of nitrogen deficiency; increased concentration of free asparagine and other free amino acids in seed when grown under low illumination.	
AT3G16150	SALK_082112	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT3G16150	WiscDsLox382A10	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT3G16170	CS65825	No visible phenotype.	
AT3G16360	CS860146	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G16360	CS860152	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G16360	CS860154	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G16360	CS860156	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G16360	CS860158	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G16360	CS860162	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT3G16360	CS860163	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA). It is not significantly different from the response of the ahp1,2,3 triple mutant, which indicates that AHP4 does not play a substantial role in this response; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT3G16360	CS860164	"Abnormal growth and development: reduced vascular development in primary root; very short and narrow primary root; adventitious root development; smaller rosettes, shorter siliques, fewer seeds per silique; larger seeds and larger embryos than the wild type; reduced fertility;  increased  hypocotyl elongation in the presence of cytokinin."	
AT3G16600	CS69980	Reduction in RNA-directed DNA methylation (RdDM).	
AT3G16600	CS69981	Reduction in RNA-directed DNA methylation (RdDM).	
AT3G16630	SALK_047048	"In the kinesin-13a-1 homozygous  mutant, trichomes predominantly had four to five  branches, instead of the two in the wild type"	15574882
AT3G16640	SAIL_28_C03(tctp)	"Segregates 1:1 wild type, heterozygotes doe to defects in pollen tube development. Tubes are short and rarely find the ovule."	19060111
AT3G16785	pldzeta1 pldzeta2	"Under limited phosphate, primary root elongation is retarded and lateral roots are longer with respect to wild type."	16384909
AT3G16785	pldzeta2	No visible phenotype.	
AT3G16857	CS39990	Reduced sensitivity to cytokinin inhibition of primary root and hypocotyl growth.	
AT3G16857	CS39992	Almost complete loss of sensitivity to cytokinin inhibition of primary root and hypocotyl growth; Premature termination of primary root growth; Altered vascular morphogenesis; Reduced stature; Increased light sensitivity; Altered chlorophyll content. 	
AT3G16857	CS66983	Reduced  root  insensitivity to cytokinin.	
AT3G16857	CS6971	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6972	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6973	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6980	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6981	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6982	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6986	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6987	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS69876	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT3G16857	CS69877	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT3G16857	CS69878	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT3G16857	CS69879	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT3G16857	CS6988	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6989	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	CS6993	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT3G16857	ahk3-3 arr1-4	The root-meristem size of the double mutant was indistinguishable from that of the ahk3 mutant.	17363254
AT3G16857	arr1-3 arr10-5 arr12-1	Higher levels of anthocyanins than WT under both drought and well- watered control conditions.	26884175
AT3G16857	arr1-3 arr10-5 arr12-1	"The triple mutant showed enhanced drought tolerance versus WT plants, enhanced cell membrane integrity, increased anthocyanin biosynthesis, abscisic acid (ABA) hypersensitivity, and reduced stomatal aperture, but not to altered stomatal density."	26884175
AT3G16857	arr1-3 arr10-5 arr12-1	severe primary root abnormalities; premature termination of primary root growth; substantially reduced sensitivity to cytokinin in the hypocotyl growth response assay; smaller rosette diameter; altered chlorophyll and anthocyanin production.	18723577
AT3G16857	arr1-4	The root meristems of the mutant were indistinguishable from those of the wild type up to 4 dpg but became larger at 5 dpg and kept increasing in size thereafter.	
	17363254		
AT3G16857	arr1-4 arr12-2	The development and size of the double mutant root meristems were comparable to those of ahk3-3 meristems.	
	17363254		
AT3G16890	SALK_071712	"semi-dwarf; enhanced sensitivity to salt, ABA and oxidative stress; reduced electron transport through Complex III (cytochrome c reductase)."	18305213
AT3G16890	ppr40-1	"semi-dwarf; enhanced sensitivity to salt, ABA and oxidative stress; reduced electron transport through Complex III (cytochrome c reductase)."	18305213
AT3G16910	CS65814	No visible phenotype.	
AT3G16910	CS65815	No visible phenotype.	
AT3G16910	acn1-1	"Exhibited the highest level of resistance to fluoroacetate (FAc). Its germination and growth was unaffected by the toxin in the presence of exogenous sucrose. In the presence of FAc with no sucrose, post-germinative growth may have been slightly affected. When germinated and grown on sodium acetate, the mutant exhibited bleaching at concentrations which had little effect on the wild type."	14963767
AT3G16910	acn1-2	"Growth is more severely affected by 3.5 mM acetate than wt plants.  Under these conditions, mutant plant growth decreased 50-60% compared to no treatment while wt plant growth decreased 30-40%.  Disrupted in thier ability to sense acetate."	15533942
AT3G16910	acn1-3	Disrupted in the ability to sense acetate.	15533942
AT3G16950	CS66133	No visible phenotype.	
AT3G17000	atubc32/atubc33/atubc34	"Increased tolerance to drought stress, ABA sensitivity to stomatal movement."	30193177
AT3G17010	CS94069	Small rosettes; slow growth; short internodes; short pedicels; short siliques; reduced fertility; somewhat short plants; average height = 20 cm.	
AT3G17170	CS3775	altered composition of fatty acids in roots and seeds: increased oleic acid (18:0) and decreased linoleic (18:2) and linolenic (18:3) acids; fatty acid composition in leaves is similar to wt; produces lateral-root-primordium-like structures but does not form mature lateral roots.	
AT3G17185	tas3-1	Downward-curled leaf margins.	16682354
AT3G17240	CS68928	No visible phenotype.	
AT3G17360	SALK_067862	No visible phenotype.	16682350
AT3G17360	pok1-1	No visible phenotype.	16682350
AT3G17360	pok1-1/pok2-1	"At seedling stage pok1/pok2 double mutants differ from wild-type by having smaller cotyledons as well as shorter, wider roots and hypocotyls. Adult plants exhibit a dwarfed stature, but all organs are present, although miniaturized. Plants are fertile but produce reduced numbers of seeds. Microscopic observation revealed highly disordered root meristem cell patterns, with most walls lacking parallel or perpendicular alignment to the longitudinal axis of the root and most cells exhibiting irregular shapes. Examination of cell wall patterns suggested that misoriented cell divisions were largely responsible for the irregular cell patterns. In pok1/pok2 double mutant embryos, misplaced cell walls were observed as early as the octant stage of embryogenesis. Throughout embryogenesis, the mispositioning of cell walls continues, eventually giving rise to slightly misshapen mature embryos with a stubby appearance, compared to wild-type. However, incomplete cell walls and wall stubs, a common feature of cytokinesis-defective mutants, were not observed in Toluidine blue-stained sections of double mutant embryos."	16682350
AT3G17390	mto3	Excessive methionine	
AT3G17510	CS9889	sensitive to osmotic stress and high concentrations of ABA; ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT3G17510	CS9890	sensitive to salt treatment; ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT3G17600	CS25218	No visible phenotype.	
AT3G17609	cop1-1 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT3G17609	cop1-1 hyh	No suppression of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light. This is in contrast to the phenotype observed in the other two double mutants: cop1-4/hyh and cop1-6/hyh.	12023303
AT3G17609	cop1-4 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT3G17609	cop1-4 hyh	Suppression in a substantial number of seedlings of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light.	12023303
AT3G17609	cop1-6 hyh	Indistinguishable from the respective cop1 mutants when grown in darkness.	12023303
AT3G17609	cop1-6 hyh	Suppression in a substantial number of seedlings of the light-dependent cop1 phenotype where seedlings bleach and die when transferred from darkness to light.	12023303
AT3G17609	hy5-KS50 hyh	Blue-light-grown double-mutant seedlings have a longer hypocotyl than seedlings carrying the hyh or hy5 mutation alone.	12023303
AT3G17609	hy5-KS50 hyh	Mutant produces significantly reduced levels of anthocyanins and is not responsive to cytokinins at all.	17217468
AT3G17609	hy5-KS50 hyh	The double-mutant seedlings contains &#8764;80% anthocyanin accumulation compared with that of the hy5 mutation alone.	12023303
AT3G17609	hyh	"White-light-grown mutant seedlings are slightly paler than wild-type seedlings. No significant difference in chlorophyll content was observed, but hyh seedlings accumulate slightly reduced levels of anthocyanin."	
	12023303		
AT3G17690	CS860128	No visible phenotype	
AT3G17690	CS860131	No visible phenotype	
AT3G17810	SALK_083897C	"The pyd1-2 mutant has a wild-type appearance under normal growth conditions. Transcript levels for several genes involved in de novo pyrimidine biosynthesis are up-regulated in pyrd1-1 mutants. Transcripts for salvage pathway enzymes are also altered. Pyrimidine nucleotide and uridine levels are not changed in the mutant, but uracil levels are increased. The mutant has about a 40% decrease in uracil catabolism. These mutants can grow when uracil is provided as a sole nitrogen source."	19413687
AT3G17810	pyd1-1	"The mutant has a wild-type appearance under normal growth conditions. Pyrimidine nucleotide and uridine levels are not changed in the mutant, but uracil levels are increased. These mutants can grow when uracil is provided as a sole nitrogen source."	19413687
AT3G17850	SALK_017861	"Over 30% of the microtubule arrays arranged in different directions; fluorescence intensities of microtubule network in meristem, elongation and maturation zones sign decreased."	30979587
AT3G17850	SALK_017861	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17850	SALK_069962C	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17850	ire3-1 ireh1-1	"Over 30% of the microtubule arrays arranged in different directions; fluorescence intensities of microtubule network in meristem, elongation and maturation zones sign decreased."	30979587
AT3G17850	ire3-1 ireh1-1	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17850	ire3-1 ireh1-2	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17850	ire3-2 ireh1-1	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17850	ire3-2 ireh1-2	Roots skew to the left of the gravity; epidermal cell files rotate to the right.	30979587
AT3G17930	SALK_088638	"high chlorophyll fluorescence,  unable to grow photoautotrophically in soil, showed a retarded growth pattern and exhibited pale green leaves"	23043079
AT3G17970	SALK_087076C	"No differences in expression intensity, relative to wild type, could be detected."	17655652
AT3G17970	toc64-III-1	No visible phenotype.	17655652
AT3G17970	toc64-III-1 toc64-I	No visible phenotype.	17655652
AT3G17970	toc64-III-1 toc64-V	No visible phenotype.	17655652
AT3G17970	toc64-III-1 toc64-V toc64-I	No visible phenotype.	17655652
AT3G17970	toc64-III-2	No visible phenotype.	17655652
AT3G18000	CS65881	The mutation causes defective pollen tube growth in the pistil.	
AT3G18040	mpk9-1 mpk12-1	Enhanced transpirational water loss.Impaired stomatal response to ABA and reactive oxygen.	19910530
AT3G18090	CS66155	Late flowering under short day conditions	
AT3G18090	CS66160	No visible phenotype.	
AT3G18090	CS66161	"Late flowering, defects in the RNA-directed DNA methylation pathway"	
AT3G18090	nrpd2b-1	Defective in non-CG methylation	15766525
AT3G18110	CS16015	"Embryo defective; initiated cotyledons and continued growth and cell division beyond heart stage.  Embryos elongated and developed a clear hypocotyl, but featured dramatically stunted cotyledons.  Domed shoot apex."	15647901
AT3G18110	CS16015	embryo defective; developmental arrest of mutant embryos	
AT3G18130	CS68990	No visible phenotype.	
AT3G18130	CS68991	No visible phenotype.	
AT3G18130	CS68993	"Enhanced rack1a-1 phenotype resulting in the following: reduced number of rosette leaves, smaller rosette size, shorter primary root growth and fewer lateral roots compared to both wildtype and rack1a-1 single mutants."	
AT3G18130	CS68994	No visible phenotype.	
AT3G18140	SAIL_641_D10	"lst8-1 mutants exhibit slower growth, high branching and abnormal development of flowers. Mutants show early senescence when shifted to long days and fail to accumulate raffinose. Mutants contain high levels of amino-acids and starch."	22307851
AT3G18140	SALK_002459	"lst8-1 mutants exhibit slower growth, high branching and abnormal development of flowers. Mutants show early senescence when shifted to long days and fail to accumulate raffinose. Mutants contain high levels of amino-acids and starch."	22307851
AT3G18165	CS69914	Late flowering. Reduced seed set. Enhanced susceptibility to virulent and avirulent pathogens. 	
AT3G18165	CS69914	suppresses the autoimmunity-related phenotypes of snc1.	17575050
AT3G18165	mos4-1 snc1	suppresses the autoimmunity-related phenotypes of snc1.	
AT3G18165	muse1-1 mos4 snc1	"snc1-like dwarfism with curled leaves, elevated PR1 and PR2 protein levels, enhanced resistance restored similar to observed in snc1 plants against H. arab. Noco2."	30082764
AT3G18210	SAIL_621_G08	more unfertilized ovules	29915151
AT3G18210	icu11-1 cp2-1	"Post-embryonic lethal. Seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT3G18210	icu11-2 cp2-2	"Post-embryonic lethal. Seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT3G18217	CS71706	Reduced abundance of the 21-nt form of miR157. Accelerated production of leaves with abaxial trichomes.	
AT3G18217	CS71707	Reduced abundance of the 21-nt form of miR157. Accelerated production of leaves with abaxial trichomes and reduced angle of leaf base in leaf 5; these effects are significantly weaker compared to those of the mir156a-2 mir156c-1 double mutant (CS71703).	
AT3G18217	CS71709	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT3G18217	CS71710	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT3G18217	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT3G18290	CS16055	embryo defective; developmental arrest of mutant embryos	
AT3G18290	CS16056	embryo defective; developmental arrest of mutant embryos	
AT3G18360	"w2-1,w34-1,vq20"	Reduced fertility due to defects in pollen germination and pollen tube growth.	28635025
AT3G18390	CS16036	embryo defective; developmental arrest of mutant embryos	
AT3G18440	SALK_090362	no visible phenotype although the isolated leaf mesophyll protoplasts contain 20% less malate.	18005230
AT3G18460	CS923820	Somewhat dark-green plants; average height = 42 cm.	
AT3G18524	atmsh2-1	Increased meiotic recombination between divergent sequences tested using marker lines.	16311517
AT3G18530	SALK_070337	"Reduced fertility due to defects in meiosis. Loss of centromeric cohesion prematurely in meiosis II, prior to metaphase leading to unbalanced segregation and formation of defective microspores. Also a partially penetrant meiosis I phenotype in which a small number of univalents are produced."	26272661
AT3G18660	pgsip1	GlcA transferase activity in pgsip1 was only 50% of the wild type level.  Significantly lower contents of GlcA compared to wild type.	21124849
AT3G18680	pumpkin	Photobleached seedlings. Delayed growth.	30409856
AT3G18730	tsk	"tsk mutant has reduced root growth, fasciated stem, disorganized shoot and root meristem. Mutants contain increased proportion of cells with 4C nuclei and cells expressing cyclin B1 compared to the wild type, suggesting that TSK is required during the cell cycle and defects of TSK cause the arrest of cell cycle   progression at G2/M phase."	
AT3G18770	CS69863	Premature senescence under a short-day photoperiod (8-hr light/16-hr dark). Hypersensitivity to N and fixed-C deprivation. 	
AT3G18780	CS25244	"Impaired root hair development; the site selection of the initial bulge, the positioning of the tip-growth machinery at the bulge, and the process of tip growth per se are affected; displays a weak phenotype with the lower one-half of the root hair proper being enlarged, whereas the upper one-half of the root hair seemed to develop normally; root hairs are consistently shorter than in wild type; the initiating bulge forms sometimes rather in the middle than at the distal end of the trichoblast cell; a thin root hair without an enlarged basis can be developed; structure of these root hairs is irregular with a varying diameter; in an alternate manner, the lower one-half of the root hair was strongly enlarged, whereas the upper part was thinner but again very irregular; very often, the enlarged part of the root hair formed, but did not develop further, resulting in a stump-like structure; in some cases, two root hairs developed from the initial bulge; many times, the initially restricted area of bulge formation grew bigger along the epidermal surface of the trichoblast, and tip growth seemed to initiate at two different positions, although it did not proceed any further."	
AT3G18780	CS25245	"Impaired root hair development; the site selection of the initial bulge, the positioning of the tip-growth machinery at the bulge, and the process of tip growth per se are strongly affected; displays stronger phenotype than der1-1; basis of the root hair is often enlarged and the root hair structure is very short compared to wild type; the initiating bulge forms sometimes rather in the middle than at the distal end of the trichoblast cell; root hairs frequently had a strongly enlarged basis, implying a severely affected bulge-formation and tip-growth process; root hairs develop the strongly enlarged basis at a higher frequency than der1-3."	
AT3G18780	CS25246	"Impaired root hair development; the site selection of the initial bulge, the positioning of the tip-growth machinery at the bulge, and the process of tip growth per se are strongly affected; displays stronger phenotype than der1-1; basis of the root hair is often enlarged and the root hair structure is very short compared to wild type; the initiating bulge forms sometimes rather in the middle than at the distal end of the trichoblast cell; root hairs frequently had a strongly enlarged basis, implying a severely affected bulge-formation and tip-growth process; root hair structures more often remain thin, compared to der1-2."	
AT3G18780	CS25256	"Impaired root hair development; develops root hairs that are very short and often have a radially enlarged root hair proper; this enlargement is not confined to the root hair base, but extends further to the tip."	
AT3G18780	CS25495	Resistant to Agrobacterium tumefaciens root transformation; observed tumorigenesis is less than 25% of wild-type; phosphinothricin (ppt) resistance is less than 25% of wild-type; transient GUS activity is less than 33% of wild-type; kanamycin resistant.	
AT3G18780	CS6958	"Defects in initiation and elongation of root hair, root cell expansion, trichome development, and growth of aerial parts. Polymerlization of actin microfilaments is disturbed."	
AT3G18780	CS6959	Defects in root hair elongation.	
AT3G18780	act2-1	"Mutants have abnormal root hairs that are stunted, bulging or may be branched. The orientation of microtubules is abnormal."	19304937
AT3G18780	act2-1/act7-4	"Plants are dwarf and reach only 15% of the height of wild type. Roots lack root hairs- the initiate but do not develop further than a bulge. Leaves are small with reduced surface area and fewer lobes. Leaf trichomes are abnormal and contain fewer branches. Also defects in flower morphology, reduced fertility, abnormal inflorescence structure and abnormal silique development."	19304937
AT3G18780	act2-1/act8-2	Lacks root hairs.Root hairs initiate but do not develop further.	19304937
AT3G18830	CS69766	No visible phenotype	
AT3G18930	SALK_076727	early senescence; accumulation of high levels of reactive oxygen species.	19773385
AT3G18990	CS9388	"In the absence of vernalization, the double mutant flowered at the same time as the fca-1 single mutant."	8998499
AT3G18990	CS9388	"Reduced response of fca-1 to vernalization; under typical long-day (16h) photoperiods, vrn1-1 fca-1 flowers with about 25 leaves without vernalization and with about 20 leaves after vernalization; the diameter of the vegetative rosette is smaller than fca-1 alone; older leaves develop grayish-brown necrotic lesions."	
AT3G18990	vrn1-2	No delay in flowering but reduction in vernalization response.	12114624
AT3G18990	vrn1-2 fca-1	Strong delay in flowering and vernalization response.	12114624
AT3G19040	SALK_110027	"Cotyledons of seven day old plants are paler than those of Col-0, with a 35-40% and 50% reduction in chlorophyll a and chlorophyll b contents compared with Col-0.  Induction of expression of light responsive genes RBCS-1A and CAB2 during germination is seriously impaired."	15525647
AT3G19040	SALK_110029	"Cotyledons of seven day old plants are paler than those of Col-0, with a 35-40% and 50% reduction in chlorophyll a and chlorophyll b contents compared with Col-0.  Induction of expression of light responsive genes RBCS-1A and CAB2 during germination is seriously impaired."	15525647
AT3G19040	haf2-1	"Cotyledons of seven day old plants are paler than those of Ws, with a 35-40% and 50% reduction in chlorophyll a and chlorophyll b contents compared with Ws. Newly produced youg leaves and shoots are yellowish.  During expansion, the leaves become gradually greener from the base to the distal end.  Induction of expression of light responsive genes RBCS-1A and CAB2 during germination is seriously impaired."	15525647
AT3G19050	SALK_013944	No visible phenotype.	16682350
AT3G19050	pok1-1/pok2-1	"At seedling stage pok1/pok2 double mutants differ from wild-type by having smaller cotyledons as well as shorter, wider roots and hypocotyls. Adult plants exhibit a dwarfed stature, but all organs are present, although miniaturized. Plants are fertile but produce reduced numbers of seeds. Microscopic observation revealed highly disordered root meristem cell patterns, with most walls lacking parallel or perpendicular alignment to the longitudinal axis of the root and most cells exhibiting irregular shapes. Examination of cell wall patterns suggested that misoriented cell divisions were largely responsible for the irregular cell patterns. In pok1/pok2 double mutant embryos, misplaced cell walls were observed as early as the octant stage of embryogenesis. Throughout embryogenesis, the mispositioning of cell walls continues, eventually giving rise to slightly misshapen mature embryos with a stubby appearance, compared to wild-type. However, incomplete cell walls and wall stubs, a common feature of cytokinesis-defective mutants, were not observed in Toluidine blue-stained sections of double mutant embryos."	16682350
AT3G19160	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT3G19160	atipt1 atipt 4 atipt 6 atipt 8	No visible phenotype.	17062755
AT3G19160	atipt1 atipt 6 atipt 8	No visible phenotype.	17062755
AT3G19160	atipt4 atipt 6 atipt 8	No visible phenotype.	17062755
AT3G19160	atipt8-1	No visible phenotype.	17062755
AT3G19180	CS16448	Severe chloroplast phenotype	
AT3G19180	CS16449	Severe chloroplast phenotype	
AT3G19180	CS16450	Intermediate chloroplast phenotype	
AT3G19180	CS16451	Severe chloroplast phenotype	
AT3G19180	CS68675	"Impaired chloroplast division, although less so than arc6 mutants.eterogeneous mixture of chloroplast sizes. Some chloroplasts have prevalent constrictions."	
AT3G19180	CS68682	Mesophyll chloroplast phenotype that is more similar to the arc6 phenotype than parc6.	
AT3G19180	CS860043	No visible phenotype.	
AT3G19180	SALK_100009C	Abnormalities in size and shape of chloroplasts in mesophyll cells compared to wild type. Chloroplast division is aberrant.	19564892
AT3G19180	SALK_138043-homozygous	Abnormalities in size and shape of chloroplasts in mesophyll cells compared to wild type. Chloroplast division is aberrant.	19564892
AT3G19190	SALK_076727	early senescence; accumulation of high levels of reactive oxygen species.	19773385
AT3G19210	SALK_038057C	Increased sensitivity to gamma radiation and the cross-linking reagent cisplatin.  Reduced efficiency of somatic homologous recombination.	17227544
AT3G19220	CS68145	"Pale cotyledons and green true leaves in 14 day-old seedlings; however, upon precocious germination, seedlings of sco2 and wild-type are indistinguishable. Reduced survival rate upon exposure to an extended period of etiolation compared to wild-type."	
AT3G19220	cyo1	"Albino cotyledons, abnormal chloroplast biogenesis.  True leaves are not affected, chloroplast development during embryo biogenesis is not affected.  Affected in photomorphogenesis after prolonged skotomorphogenesis (after 4 days in dark unable to undergo photomorphogenesis)."	17921316
AT3G19220	sco2-1	"Albino cotyledons, abnormal chloroplast biogenesis.  True leaves are not affected, chloroplast development during embryo biogenesis is not affected.  Affected in photomorphogenesis after prolonged skotomorphogenesis (after 4 days in dark unable to undergo photomorphogenesis)."	17921316
AT3G19220	sco2-2	"Albino cotyledons, abnormal chloroplast biogenesis.  True leaves are not affected, chloroplast development during embryo biogenesis is not affected.  Affected in photomorphogenesis after prolonged skotomorphogenesis (after 4 days in dark unable to undergo photomorphogenesis)."	17921316
AT3G19260	CS66114	Hypersensitive to Fumonisin B1	
AT3G19380	pub25-1	"Smaller lesions when inoculated with B.cinerea, and reduced bacterial population when inoculated with Pto DC3000."	29358080
AT3G19570	CS68146	Pale cotyledons and green true leaves in 14 day-old seedlings. Delayed seedling development.	
AT3G19570	CS68147	Pale green plants.	
AT3G19570	CS68148	Pale green plants.	
AT3G19570	sco3-1	"The sco3-1 mutation alters chloroplast morphology and development, reduces chlorophyll accumulation, impairs thylakoid formation and photosynthesis in seedlings, and results in photoinhibition under extreme CO(2) concentrations in mature leaves."	20978221
AT3G19700	CS860330	Reduced seed size.	
AT3G19700	SALK_013627	"The methionine-derived glucosinolate content was reduced to 53% in the leaves. Meanwhile, the level of free methionine was increased for about five-fold. Extremely high level of S-methylmethione, the main transport form of methionine, was found in the seeds."	17056707
AT3G19700	SALK_073260	"Small seed phenotype, similar to iku2-3"	16293693
AT3G19710	SALK_013627	"The methionine-derived glucosinolate content was reduced to 53% in the leaves. Meanwhile, the level of free methionine was increased for about five-fold. Extremely high level of S-methylmethione, the main transport form of methionine, was found in the seeds."	17056707
AT3G19710	bcat3-1/bcat4-2/bcat6-1	"Smaller rosettes and inflorescences in comparison to wild type. In addition, there were dent-like cavities and chlorotic areas in the leaves. Moderately increased levels of Ala, Arg, His, Ile, Phe, Pro Thr, Trp and Tyr, and Leu.  Extraordinary enhanced accumulation of Met.  Significant decrease in levels of Met-derived glucosinolates and increase in Leu-derived glucosinolates."	25851613
AT3G19710	bcat4-2/bcat6-1	"Increased levels of Met, Ser, Val and S-methylmethionine (SMM) and decreased levels of Met-derived glucosinolates in leaves and seeds."	25851613
AT3G19720	SAIL 71D_11	"Similar to arc5-1, with large, centrally constricted chloroplasts."	16998069
AT3G19720	arc5	"Leaf mesophyll cells in mutants contain fewer and larger chloroplasts than the wild type cells, which have about 120 chloroplasts at maturity. The mutant cells contain between 3 and 15 chloroplasts in fully expanded mesophyll cells. Chloroplasts frequently remain dumbbell."	12642673
AT3G19770	SALK_018174	Embryogenesis was arrested at the torpedo stage. Accumulate abnormal membrane structures. PIN1-GFP lost the polarity and  resided on the entire region of the plasma membrane in the cells  of the mutant embryos.	
			
AT3G19770	puf2 vps9a-2	seedling lethality	29749929
AT3G19770	vps9a-2	elongation of the primary root was severely affected	
AT3G19810	atduf177a	Homozygotes are embryo lethal	27574185
AT3G19820	CS291	dwarf due to reduced cell expansion; reduced leaf expansion and stunted inflorescence; reduced hypocotyl elongation; opened coyledons after germination in darkness.	
AT3G19820	CS8100	"reduced plant height; short roots, hypocotyls, petioles and stems; reduced cell length along longitudinal axes of these organs; round, curly, dark-green leaves; similar to de-etiolated mutants (det); increased effect of light on hypocotyl length; when grown in the dark, dim seedlings have short hypocotyls, no apical hooks, open cotyledons, primary leaf buds, and normal etioplasts; affects expression of a beta-tubulin gene (TUB1); slightly delayed flowering; reduced fertility"	
AT3G19940	stp10-1	No visible phenotype.	26893494
AT3G19980	emb2736	embryo defective	
AT3G20010	CS69979	Reduction in RNA-directed DNA methylation (RdDM).	
AT3G20010	CS69980	Reduction in RNA-directed DNA methylation (RdDM).	
AT3G20010	CS69981	Reduction in RNA-directed DNA methylation (RdDM).	
AT3G20070	CS16084	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G20130	CS67144	No response to gravistimulation at 4C in both inflorescence shoots and hypocotyls. The phenotype is apparent after the plants have been returned to room temperature.	
AT3G20210	CS67917	Delayed cell death of the two layers of the seed coat.	
AT3G20210	CS67918	Suppressed fumonisin B1-induced lesion formation compared to wild type. Has greater suppression than the gammavpe-1 single mutant.	
AT3G20210	CS68662	No visible phenotype.	
AT3G20320	tgd2-1	"Compared to the wild type, mutant plants were consistently smaller and slightly pale, as was observed for the tgd1-1 mutants. Chlorophyll contents (Chlorophyll per gram of fresh weight) were reduced to a similar extent in the tgd1-1 and tgd2-1 mutants. Mutant plants had aberrant accumulation of oligogalactolipids and triacylglycerols; this was consistent with a disruption of the import of ER-derived lipids into the plastid."	16818883
AT3G20400	emb2743	embryo defective	
AT3G20420	AtRtl2	Inhibits cleavage of the 3’ETS from rRNA precursor	
AT3G20440	be1-1	Starch branching enzyme activity unaffected (similar to wild type levels).	17028209
AT3G20440	be1-1 be2-1	Displays the same profile of polymerization (DP) as the corresponding be2 or be3 mutant.	17028209
AT3G20440	be1-1 be2-1	Increased starch phosphorylase activity compared to wild type.	17028209
AT3G20440	be1-1 be2-1	No starch branching enzyme activity detected.	17028209
AT3G20440	be1-1 be3-2	Displays the same profile of polymerization (DP) as the corresponding be2 or be3 mutant.	17028209
AT3G20440	be1-2	Starch branching enzyme activity unaffected (similar to wild type levels).	17028209
AT3G20475	SALK_026553	Reduced fertility.  Reduced silique length.  Reduced chiasma frequency.	18318687
AT3G20475	SALK_110240	Reduced fertility.  Reduced silique length.  Reduced chiasma frequency.	18318687
AT3G20475	shoc1-1/Atmsh5	Reduced number of chiasmata.	18812090
AT3G20550	CS6932	"Defective growth throughout the plant: slow growth; short roots; small, narrow and curled rosette leaves; delayed flowering time; floral organs are defective and altered in number; reduced fertility; reduced plant size."	
AT3G20550	CS6933	"Defective growth throughout the plant: slow growth; short roots; small and curled rosette leaves; delayed flowering time; altered floral organ numbers, defective floral organs and reduced fertility; reduced plant size."	
AT3G20550	ddl	"Delayed growth, curly leaves, abnormal flowers"	
AT3G20600	CS6355	"ndr1-1 blocks reactive oxygen-dependent induction of salicylic acid biosynthesis, producing race non-specific effects on disease resistance and race-specific effects on systemic acquired resistance (SAR), pathogenesis-related (PR) gene expression and the hypersensitive response (HR); no visible phenotype. npr1-2 blocks negative feedback on the hypersensitive response (HR); reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; no visible phenotype"	
AT3G20600	CS6356	"ndr1-1 blocks reactive oxygen-dependent induction of salicylic acid biosynthesis, producing race non-specific effects on disease resistance and race-specific effects on systemic acquired resistance (SAR), pathogenesis-related (PR) gene expression and the hypersensitive response (HR); no visible phenotype. npr1-2 blocks negative feedback on the hypersensitive response (HR); reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; no visible phenotype; null allele.gl1 lacks trichomes on leaves and stems."	
AT3G20600	CS6358	No visible phenotype.	
AT3G20600	CS68768	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrRpm1. Full loss of Pst DC3000(avrRpm1)-triggered HR.	
AT3G20600	CS68771	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT3G20600	CS68793	No visible phenotype.	
AT3G20600	ndr1	Susceptibility to variety of pathogens	
AT3G20630	CS16078	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G20630	CS16079	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G20630	CS860099	"Embryo defective, lethal."	
AT3G20630	CS860100	"Embryo defective, lethal."	
AT3G20630	da3-1	"Large cotyledons and flowers, showed higher ploidy levels than wt."	27099260
AT3G20630	per1	"per1 plants show normal root hair development under control conditions but displayed an inhibited root hair elongation phenotype upon Pi deficiency. The per1 mutant exhibits a pleiotropic phenotype under control conditions, resembling Pi-deficient plants in several aspects."	19969521
AT3G20740	CS71712	Embryo lethal.	
AT3G20740	CS8172	"Autonomous seed development is initiated in absence of fertilization, with a penetrance of about 77%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Abnormal development of the endosperm posterior pole with a cyst and nodules larger than in the wild type; ectopic location of nodules in the peripheral endosperm; absence of cellularisation and overproliferation at late stages. Gametophytic maternal effect results in embryo lethality."	
AT3G20740	fie	Initiation of seed development in absence of fertilization	
AT3G20770	CS16710	"In the triple response assay, roots of the double mutant are shorter than those of ein3-1 alone; in the light, the sur2 cotyledon and leaf epinasty is visible."	
AT3G20770	CS67819	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT3G20770	ebf1-3 ebf2-3 ein3-1	More dramatic rescue of the ebf1-3 ebf2-3 phenotype. Seedlings grow rapidly after germination and eventually developed large rosette of true leaves. However the leaves are epinastic with elongated petioles and small leaf blades. Produced fertile but shorter flowers and viable seeds.	17307926
AT3G20770	ebf1-3 ebf2-3 ein3-1 eil1-3	Almost complete rescue of the ebf1-3 ebf2-3 phenotype. Plants are phenotypically indistinguishable from the wild type.	17307926
AT3G20770	eer4; ein3-1	eer4 partially restores the ethylene responsiveness to the ein3-1 mutant. Exposure of the eer4;ein3-1 mutant to saturating levels of ethylene results in moderate hypocotyl inhibition along with the generation of a pronounced apical hook.	17526916
AT3G20780	CS68702	"Dwarf, skotomorphogenic (green cotyledons and short hypocotyls in the dark), and sterile.  Expresses proDc3:GUS reporter in a checkered pattern in epidermis of roots and hypocotyls, accumulates callose and starch, has deformed and collapsed epidermal cells, and abnormal and reduced root hairs and leaf trichomes."	
AT3G20780	CS68703	"Dwarf, skotomorphogenic (green cotyledons and short hypocotyls in the dark), and sterile.  Expresses proDc3:GUS reporter in a checkered pattern in epidermis of roots and hypocotyls, accumulates callose and starch, has deformed and collapsed epidermal cells, and abnormal and reduced root hairs and leaf trichomes."	
AT3G20780	CS68704	"Dwarf, skotomorphogenic (green cotyledons and short hypocotyls in the dark), and sterile.  Expresses proDc3:GUS reporter in a checkered pattern in epidermis of roots and hypocotyls, accumulates callose and starch, has deformed and collapsed epidermal cells, and abnormal and reduced root hairs and leaf trichomes."	
AT3G20780	CS68705	"hlq-2 homozygous mutants are dwarfed, skotomorphogenic (green cotyledons and short hypocotyls in the dark), and sterile, and accumulate anthocyanins in shoot meristems."	
AT3G20780	CS68706	"hlq-3 homozygous mutants are dwarfed, skotomorphogenic (green cotyledons and short hypocotyls in the dark), and sterile, and accumulate anthocyanins in shoot meristems."	
AT3G20780	bin3	Seedling lethal.	
AT3G20780	rhl3-1	"Complete absence of root hairs, abnormal patterning of leaf epidermis, and dwarfism."	9165126
AT3G20810	CS67787	Shortened period length of circadian rhythms under constant light conditions.	
AT3G20810	CS67788	Shortened period length of circadian rhythms under constant light conditions.	
AT3G20840	plt1-1	The mutation causes extra cells in the columella root cap and the QC.	15454085
AT3G20840	plt1-1/plt2-2	Short roots due to premature stem cell differentiation. Increased telomere length likely resulting from fewer replicative stem cell divisions prior to differentiation.	25937286
AT3G20840	plt1-2	The mutation causes extra cells in the columella root cap and the QC.	15454085
AT3G20840	plt3-1/plt2-2/plt1-4	Rootless.Embryonic root differentiates 3 days after germination. Adventitious roots arrest 6 days after germination.	17960244
AT3G20840	ptl1-4	sensitive to abscisic acid (ABA)	25522358
AT3G20880	nww	Rootless phenotype. nww mutant embryos diverge from normal development at 32 cell stage. The  hypophysis asymmetric division fails resulting in loss of lens shaped cell. Consequently the quiescent center does not develop and roots are absent.	25612610
AT3G21070	ndk1	"Upon treatment with paraquat (an inducer of reactive oxygen species), the leaves of the mutant develop a purple colour (flavonoid anthocyanin) on their abaxial surfaces."	15711971
AT3G21070	ndk1	"When grown on soil, the aerial parts of the mutant show reduced growth relative to wildtype, with no apparent change in plant morphology. This difference was not observed when the mutant was grown on MS medium."	15711971
AT3G21150	SALK_059534 (homo)	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller."	16891401
AT3G21180	CS92461	slightly retarded. Leaves contained undegraded starch at the end of night.	18390594
AT3G21180	aca9	"Reduced seed set, pollen defective"	
AT3G21230	CS65793	No visible phenotype.	
AT3G21230	CS65794	No visible phenotype.	
AT3G21280	CS860088	No visible phenotype.	
AT3G21295	pwwp1/pwwp2/PWWP3	Pleiotrophic developmental defects Plants have reduced stature.	30104406
AT3G21330	SALK_066339 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT3G21350	CS16504	No visible phenotype.	
AT3G21420	lbo-1	Increased lateral branching.	27194725
AT3G21510	CS2999	Constructed transgenic plants contain the AHP1 protein in higher amounts than in wt plants.	
AT3G21510	CS2999	No visible mutant phenotype.	
AT3G21510	CS860143	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G21510	CS860149	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G21510	CS860150	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G21510	CS860157	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G21510	CS860159	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA), indicating a reduced response to cytokinin in addition to the reduced sensitivity; reduced sensitivity of lateral root formation to cytokinin; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT3G21510	CS860160	Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media.	
AT3G21510	CS860163	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA). It is not significantly different from the response of the ahp1,2,3 triple mutant, which indicates that AHP4 does not play a substantial role in this response; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT3G21510	CS860164	"Abnormal growth and development: reduced vascular development in primary root; very short and narrow primary root; adventitious root development; smaller rosettes, shorter siliques, fewer seeds per silique; larger seeds and larger embryos than the wild type; reduced fertility;  increased  hypocotyl elongation in the presence of cytokinin."	
AT3G21560	CS66577	altered phenylpropanoid metabolism; reductions in the level of sinapoyl malate; reduced epidermal fluorescence in UV light in primary leaves; hyper-fluorescent trichomes in secondary leaves	
AT3G21560	brt1 fah1	Double mutants lacked hyper-fluorescent trichomes.	17217457
AT3G21560	brt1-1	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-1	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-1	SGT activity in the extracts from mature mutant leaf tissues was less than 5% of that of the wild type.	17217457
AT3G21560	brt1-1	Very low sinapic acid:UDP-glucose glucosyltransferase activity in the mutant leaves compared to that of wild type.	17217457
AT3G21560	brt1-2	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-2	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-2	Very low sinapic acid:UDP-glucose glucosyltransferase activity in the mutant leaves compared to that of wild type.	17217457
AT3G21560	brt1-3	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-3	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-3	Very low sinapic acid:UDP-glucose glucosyltransferase activity in the mutant leaves compared to that of wild type.	17217457
AT3G21560	brt1-4	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-4	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-4	Very low sinapic acid:UDP-glucose glucosyltransferase activity in the mutant leaves compared to that of wild type.	17217457
AT3G21560	brt1-5	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-5	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-6	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-6	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-7	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-7	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21560	brt1-8	Levels of sinapoylmalate were reduced to 60-70% of those in wild-type leaves and the mutations had a similar impact on seed sinapoylcholine and sinapoylglucose content. The quantity and quality of lignin in mutant plants were unchanged relative to wild type.	17217457
AT3G21560	brt1-8	Mutant display a red-fluorescence phenotype in primary leaves and hyper-fluorescent trichome phenotype in secondary leaves.	17217457
AT3G21630	096F09	"Induction of all chitooligosaccharide-  responsive genes was blocked in the mutant. Mutant showed more susceptibility to fungal pa  thogens but had no effect on bacterial infection, neither affected the  SA- and jasmonic acid/ethylene-responsive pathways."	
	18263776		
AT3G21630	cerk1-1	completely lost the ability to respond  to the chitin elicitor	
	18042724		
AT3G21630	cerk1-2	completely lost the ability to respond  to the chitin elicitor	
			
AT3G21640	ucu2	Rolled leaves	
AT3G21700	CS860138	No visible phenotype	
AT3G21780	02_26_08	No visible phenotype.	16623908
AT3G22150	CS923449	No visible phenotype.	
AT3G22160	SALK_146039C	jav1 mutants show somewhat elevated JA responses. Confers slight resistance to herbivory.	30573672
AT3G22170	fhy3-1	Increased red light signaling in the control of deetiolation.  Disrupted rhythmicity of central-clock and clock-output gene expression in constant red light.	17012604
AT3G22170	fhy3-3	Increased red light signaling in the control of deetiolation.  Disrupted rhythmicity of central-clock and clock-output gene expression in constant red light.	
AT3G22200	CS6385	"High accumulation of gamma-amino butyric acid (GABA) in flowers, causing a concentration-dependent defect in pollen tube growth, guidance and fertility; flowers on secondary inflorescences accumulate less GABA than those on primary branches and exhibit a corresponding increase in fertility; GABA concentrations increase along the pollen tube path, causing aberrant pollen tube growth and infertility; self-sterile, male gametophytic and female sporophytic defects."	
AT3G22200	CS6385	"Hypersensitivity to NaCl and LiCl but not to mannitol in root growth assays. Under NaCl stress, pop2-1 mutant did not overaccumulate Na+ and Cl- but showed a slight decrease in K+ content. Additionally, mutant roots exhibited substantial metabolic changes upon salt stress, including overaccumulation of amino acids and decrease in carbohydrates content."	20122158
AT3G22200	CS6385	"Pollen tube growth defects in vivo. Primary root and dark-grown hypocotyl growth inhibition, at least in part due to cell elongation defects, upon exogenous GABA exposure."	21471118
AT3G22200	CS6386	"Increased accumulation of gamma-amino butyric acid (GABA) in flowers (but lower levels compared to pop2-1) causing a concentration-dependent defect in pollen tube growth, guidance and fertility; GABA concentrations increase along the pollen tube path, causing aberrant pollen tube growth and infertility; partially sterile."	
AT3G22200	CS6387	"Increased accumulation of gamma-amino butyric acid (GABA) in flowers (but lower levels compared to pop2-1) causing a concentration-dependent defect in pollen tube growth, guidance and fertility; GABA concentrations increase along the pollen tube path, causing aberrant pollen tube growth and infertility; partially sterile."	
AT3G22200	CS860071	"Primary root and dark-grown hypocotyl growth inhibition, at least in part due to cell elongation defects, upon exogenous GABA exposure."	21471118
AT3G22200	CS860071	Reduced plant growth when grown on media containing gamma-aminobutyric acid (GABA) as the nitrogen source.	
AT3G22200	her1-1	"The her1-1 mutant shows a specific resistance to E-2-hexenal-mediated root growth inhibition. her1-1 mutants have reduced apical dominance, but this phenotype is not observed in allelic pop2-1 (Ler) or pop2-3 (Ws) mutants indicating that this may be an ecotype-specific phenotype. her1-1 mutants produce fewer seeds and have higher levels of GABA than wild type plants. They are slightly more sensitive to E-2-pentenal and slightly less sensitive to E-2-heptenal than wild type seedlings in root elongation assays, but the reduced E-2-hexenal sensitivity is much more dramatic. her1 mutants, like wild type seedlings, produce higher GABA levels upon exposure to E-2-hexenal. The her1-1 mutation does not appear to affect the plant's ability to degrade E-2-hexenal or to attach glutathione to it."	
AT3G22270	pat1h1-1	Enhanced  quiescent center cell division and root distal stem cell differentiation.	26956135
AT3G22330	pmh2-1	Reduced splicing efficiency of mitochondrial introns.	19960362
AT3G22380	CS9377	"Altered circadian regulation; reduced amplitude and accuracy of multiple circadian rhythms; disrupted circadian gating of light responses; altered morphology (slightly reduced hypocotyl elongation, architecture of rosettes similar to wild type but slightly smaller, slow formation of new rosette leaves, pale-green plants); early flowering and insensitive to photoperiod; affected CAB clock in the mid to late subjective night (a phase at which any human activity often requires coffee)"	14555691
AT3G22380	CS9377	LHY expression approaches arrhythmicity immediately after being transferred into constant-light conditions.  Mean levels of LHY are lower than in wild-type plants.	17496120
AT3G22380	SAIL_753_E03	"tic-2 plants display a late flowering phenotype under LD (16/8). Leaf production is altered leading to a plastochron phenotype. The mutant has a slow growth rate and a deep green color of leaves due to an increase in chlorophyll levels . Starch metabolism is defective causing a starch excess phenotype, it also has alterations in other carbohydrates. tic-2 germination presents hypersensitivity to oxidative stress and ABA. Developed plants are drought tolerant."	23869666
AT3G22400	SALK_044826	developed more emergent (stage VIII) and lateral roots at 10 d. has a moderate increase in the length of the primary root.	17369372
AT3G22590	cdc73-1	Early flowering in short and long days.	20463090
AT3G22590	cdc73-2	Early flowering in short and long days.	20463090
AT3G22650	ceg	increased lateral root formation	16525894
AT3G22680	CS69759	Reactivation of GFP fluorescence and reduced DNA methylation of the enhancer region of the GFP target construct (T).  	
AT3G22760	sol1-4 sol2-2	"Significantly increased number of small cells, often found in clusters at 7dpg. At 21 dpg abaxial true leaves show pairs of stomata (cells still dividing). Cell cycle significantly slower. The percent areal growth per hour significantly less. The smaller cell size balances out the effect of greater cell numbers."	30665887
AT3G22760	sol1-4 sol2-2 amiRNA-tso1	"Guard cells fail to divide, and instead form large round- or kidney- shaped cells. Fewer stomatal pairs; stomata and pavement cells visibly larger."	30665887
AT3G22780	CS67932	"tso1 homozygous mutants have defects in cell division of floral meristem cells resulting in partially formed cell walls, increased DNA content, and multinucleated cells. Compound inflorescences form as a result of multiple splitting of the inflorescence meristems. Most flowers lack petals, stamens and carpels."	
AT3G22780	sol1-4 sol2-2 amiRNA-tso1	"Guard cells fail to divide, and instead form large round- or kidney- shaped cells. Fewer stomatal pairs; stomata and pavement cells visibly larger."	30665887
AT3G22780	tso1	Defects in cytokinesis and cell expansion	
AT3G22810	SALK_026656C	smaller leaves with no reduction in vein density	29982821
AT3G22810	fkd1/fl1-1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G22810	fkd1/fl1-2/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G22810	fkd1/fl2	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT3G22810	fkd1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G22820	CS67113	Produces stomata on hypocotyl.	
AT3G22820	CS67115	"Produces numerous, clustered stomata on hypocotyl."	
AT3G22820	CS67117	Produces stomata on hypocotyl.	
AT3G22820	CS67118	"Produces numerous, clustered stomata on hypocotyl and inflorescence stem. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT3G22820	CS67120	No visible phenotype.	
AT3G22820	CS67122	No visible phenotype.	
AT3G22820	CS67124	No visible phenotype.	
AT3G22820	CS67125	"Reduced height, shortened internodes, and shortened pedicels. Mutant plants produce more sterile siliques than wild type but are not fully sterile."	
AT3G22845	SALK_124398	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT3G22880	Atdmc1-1	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT3G22880	Atdmc1-1	"Sterility, meiotic defects"	
AT3G22942	CS16551	Impaired resistance to necrotrophic pathogens; reduced induction of the plant defensin gene PDF1.2; decreased sensitivity to methyl jasmonate; hypersensitive to glucose and mannitol during seed germination; hypersensitive to auxin-mediated induction of lateral roots.	
AT3G22990	GK-315E06-015820	Abnormal cotyledon vascular pattern. Slow-growing. Leaves are shorter and narrower than WT. Increased number of petals. Petals are curled downward. Fewer stamens. Short siliques containing fewer seeds than WT.	18846319
AT3G22990	lfr-1	Abnormal cotyledon vascular pattern. Slow-growing. Leaves are shorter and narrower than WT. Increased number of petals. Petals are curled downward. Fewer stamens. Short siliques containing fewer seeds than WT.	18846319
AT3G23010	CS65477	No visible phenotype.	
AT3G23050	CS3077	"Although in the absence of treatment cotyledon growth is similar between wildtype (WT) and mutant, in the presence of brassinolide, WT cotyledons increased by 83% while those of mutant only increased by 49%."	16367964
AT3G23050	CS3077	"Less sensitive to brassinolide than wildtype, in terms of dark-grown hypocotyl elongation."	16367964
AT3G23050	CS3077	Stronger inhibition of root elongation by brassinolide compared to wildtype.	16367964
AT3G23050	CS3077	"plants are dwarf, dark green, vigorous and have normal fertility; rosette leaves are small, round and have short petioles; inflorescences are not oriented properly and are curved and twisted; roots have a significantly slower growth rate and have altered gravitropic response, lacking root hairs; resistant to auxin,  ethylene, and abscisic acid."	
AT3G23110	CS65478	No visible phenotype.	
AT3G23120	CS65479	No visible phenotype.	
AT3G23130	CS3882	"Weaker allele than sup-1; flowers with supernumerary stamens and abnormal ovules; reduced gynoecial tissue, ovules exhibit greater symmetrical growth of outer integument than wt, resulting in a long tubular integument; reduced female fertility (1-5 seeds/silique); seeds show relatively poor stability in storage"	
AT3G23130	CS6225	"outer three whorls of flowers are morphologically normal (sepals, petals, and stamens); additional and variable number of stamens and carpel-stamen organs develop interior to the third whorl with a complete or partial loss of gynoecium"	
AT3G23130	CS6227	"outer three whorls of flowers are morphologically normal (sepals, petals, and stamens); additional and variable number of stamens and carpel-stamen organs develop interior to the third whorl with a complete or partial loss of gynoecium"	
AT3G23130	CS67932	"tso1 homozygous mutants have defects in cell division of floral meristem cells resulting in partially formed cell walls, increased DNA content, and multinucleated cells. Compound inflorescences form as a result of multiple splitting of the inflorescence meristems. Most flowers lack petals, stamens and carpels."	
AT3G23130	CS69095	Defects in the number of floral organs.	
AT3G23130	ag-6 sup-1	"Single whorl of sepals, then successive whorls of petals.   No stamens or carpels."	
	18441215		
AT3G23130	sup-1	Extra stamens.  Staminoid carpels.  Floral meristem indeterminacy	
	1352237		
AT3G23130	sup-1 ag-4	No carples.  Extra stamens formed following a spiral phyllotaxy.  Indeterminate floral meristem.	
	18441215		
AT3G23130	sup-1 rbl-1	"Indeterminate floral meristem.  No carpels. Instead, stamens are continually produced following a spiral phyllotaxy."	
	18441215		
AT3G23150	CS67924	Ethylene insensitivity (dominant)	19648171
AT3G23150	CS67924	"Ethylene insensitivity reflected in etiolated seedling elongation, leaf expansion, and delayed leaf senescence in the presence of ethylene."	
AT3G23150	CS71770	Constitutive ethylene response phenotype. Seedlings with compact cotyledons and downwardly-curved morphology.	
AT3G23150	CS71771	Constitutive ethylene response phenotype. Small rosette.	
AT3G23150	CS71813	No visible phenotype.	
AT3G23240	CS6142	"expression of a partial seedling triple response phenotype: etiolated seedlings grown in hydrocarbon-free air show inhibition of root and hypocotyl elongation, typical of treatment with ethylene, however the apical hook does not display exaggerated curvature typical of an ethylene response; smaller rosettes that grow relatively slowly compared to wt; rosette leaves are narrow-elongated with somewhat crinkled leaf margins, and somewhat dark-green color; kanamycin resistant."	
AT3G23240	CS6143	"expression of only a partial seedling triple response phenotype: etiolated seedlings grown in hydrocarbon-free air show inhibition of root and hypocotyl elongation, typical of treatment with ethylene, however the apical hook does not display exaggerated curvature typical of an ethylene response; smaller rosettes that grow relatively slowly compared to wt; rosette leaves are narrow-elongated with somewhat crinkled leaf margins, and somewhat dark-green color; kanamycin resistant."	
AT3G23240	CS6144	"Rescue of the defense response defects of coi1; smaller rosettes compared to coi1 mutant plants; rosette leaves are narrow-elongated and somewhat dark-green color; glabrous plants (gl1), lacking trichomes on leaves and stems; completely male sterile plants; kanamycin resistant."	
AT3G23240	CS6145	"Rescue of the defense response defects of coi1; smaller rosettes compared to coi1 mutant plants; rosette leaves are narrow-elongated and somewhat dark-green color; glabrous plants (gl1), lacking trichomes on leaves and stems; completely male sterile plants; kanamycin resistant."	
AT3G23430	CS8507	severe phosphorus deficiency in leaves; dark green leaves with purple petioles.	
AT3G23490	cyn-1	cyn-1 seedlings are more sensitive to cyanate stress than wild type seedlings based on root growth assays in the presence of KCNO.	21494323
AT3G23490	cyn-7	cyn-7 seedlings are more sensitive to cyanate stress than wild type seedlings based on root growth assays in the presence of KCNO.	21494323
AT3G23580	rnr2a-1	rnr2a-1 is actually an rnr2a-1 rnr2b-1  double mutant and is phenotypically wild-type	16399800
AT3G23580	tso2-1 rnr2a-1	"tso2-1 rnr2a-1 seedlings  did not develop beyond the two- to four-leaf stage. Their SAMs were terminated with callus-like cells, and their leaves exhibited massively. Exhibited significantly increased sensitivity to UV-C light."	16399800
AT3G23590	CS16512	No visible phenotype.	
AT3G23590	med5ab	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	30049745
AT3G23620	SAIL_314_A03	Heterozygotes segregate for embryo lethal phenotype. Reduced transmission through gametophytes.	30210511
AT3G23630	atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Decreases in free-base iP and tZ are moderate compared to those of the riboside and ribotide forms.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	"External application of <i>trans</i>-zeatin partially rescues the growth of aerial parts of the mutant, and reduced its lateral root elongation."	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Reduced cambial activity and reduced secondary growth in both shoots and roots.	19074290
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Short and thin aerial parts.	17062755
AT3G23630	atipt1 atipt 3 atipt 5 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Short and thin aerial parts.	17062755
AT3G23630	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G23630	atipt1 atipt 3 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G23630	atipt1 atipt 3 atipt 7	No visible phenotype.	17062755
AT3G23630	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT3G23630	atipt1 atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT3G23630	atipt1 atipt 5 atipt 7	No visible phenotype.	17062755
AT3G23630	atipt1 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G23630	atipt1 atipt7	No visible phenotype.	17062755
AT3G23630	atipt3 atipt 5 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G23630	atipt3 atipt 5 atipt 7	Enhanced root growth rate resulting in longer roots.	17363254
AT3G23630	atipt3 atipt 5 atipt 7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G23630	atipt3 atipt 5 atipt 7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT3G23630	atipt3 atipt 5 atipt 7	"Mutant root meristems showed an increased number of meristematic cells already at two days after germination (dpg) and accumulated cells also after five dpg, vastly exceeding the fixed number of cells of wild-type meristems."	17363254
AT3G23630	atipt3 atipt 5 atipt 7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT3G23630	atipt3 atipt 5 atipt 7	Short and thin aerial parts.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Short and thin aerial parts.	17062755
AT3G23630	atipt3 atipt 5-1 atipt 6 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G23630	atipt3 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G23630	atipt3 atipt 7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G23630	atipt3 atipt 7	No visible phenotype.	17062755
AT3G23630	atipt5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G23630	atipt7-1	No visible phenotype.	17062755
AT3G23700	srrp1	The efficiency of cotyledon greening in srrp1 mutant plants was significantly lower than that of the wild- type plants in an ABA concentration-dependent manner.	26513458
AT3G23710	srrp1	The efficiency of cotyledon greening in srrp1 mutant plants was significantly lower than that of the wild- type plants in an ABA concentration-dependent manner.	26513458
AT3G23730	CS16534	No visible phenotype.	
AT3G23780	CS66155	Late flowering under short day conditions	
AT3G23780	CS66160	No visible phenotype.	
AT3G23780	CS66161	"Late flowering, defects in the RNA-directed DNA methylation pathway"	
AT3G23790	CS65786	No visible phenotype.	
AT3G23820	CS69154	Slightly smaller than wildtype; brittle leaves (leaves break easily); low GalA levels in the cell wall (reduced pectin content); susceptible to Botrytis cinerea.	
AT3G23820	CS69156	Brittle leaves (leaves break easily); somewhat low GalA levels in the cell wall (reduced pectin content).	
AT3G23820	CS69157	Brittle leaves (leaves break easily); somewhat low GalA levels in the cell wall (reduced pectin content).	
AT3G23820	gae1/gae6	"Double mutants have increased cellulose, Rha , Fuc, Ara, Xyl, Man, Glc, and Gal levels and  decreased GalA and homogalacturonan levels. Mutants are also more susceptible to specific Botrytis cinerea isolates."	26813622
AT3G23860	gpr1-1	"No defect in pollen viability, pollen development, or seed set under standard growth conditions."	28635622
AT3G23860	gpr1-1	Normal patterned but thinner exine surface with thinner muri and larger lacunae compared with wild type.	28635622
AT3G23860	gpr1-2	"No defect in pollen viability, pollen development, or seed set under standard growth conditions."	28635622
AT3G23860	gpr1-2	Normal patterned but thinner exine surface with thinner muri and larger lacunae compared with wild type.	28635622
AT3G23920	bam1 bam3	"Comparing the level of undegraded leaf starch, bam1 bam3 is more severe than that of either bam1 or bam3."	18390594
AT3G23920	bam1 bam3 bam4	higher level of undegraded leaf starch content than that of bam1 bam3 or bam3 bam4.	18390594
AT3G23920	bmy7-1	No differences in starch or maltose contents compared to wildtype.	16297066
AT3G23920	bmy7-1	"Under cold-shock conditions, maltose levels remained unchanged compared to wildtype plants."	16297066
AT3G24140	fama-1	"Complete lack of recognizable stomata.  Clusters of small, narrow epidermal cells occur in the normal location of stomata.  Mutants arrest as pale plants with small rosette leaves and bushy inflorescences topped by one to three sterile flowers."	17088607
AT3G24140	fama-1	Failure of stomatal guard mother cells to differentiate into guard cells. The epidermis of homozygous mutant contains small tumors of cells with intermediate stomatal lineage identity. Plants die as pale small seedlings.	17183265
AT3G24220	atnced6-1	"Approximately 40% of mutant seeds germinate after far red/red light treatment, whereas wild type germination was suppressed almost entirely."	17010113
AT3G24220	atnced6-1	"No visible phenotype was observed during vegetative stage. In seeds, ABA content was reduced to half in mutants, compared to wild type. Freshly harvested seeds germinated at a rate similar to wild type seed. Seed dormancy was not affected. When germinated on medium supplemented with paclobutrazol, germination rate was higher in mutant seeds than in the wild type."	16412079
AT3G24220	atnced6-1 atnced9-1	"No visible phenotype was observed during vegetative stage. When germinated on medium supplemented with paclobutrazol, germination rate was higher in double mutant seeds than in the single mutants or wild type, i.e., paclobutrazol resistance was enhanced in double mutant seeds. Dormancy was reduced in double mutants, and levels of ABA in the seeds were up to 18% lover than in the wild type or single mutants."	16412079
AT3G24220	nced6 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT3G24240	CS800050	Slight decrease in the number of cells in root apical meristem.	27001831
AT3G24300	amt1;3-1	Decreased ammonium influx.	
AT3G24320	CS270	"variegated, glaborous (marked with gl1); somoclonal variant."	
AT3G24320	CS3098	"plants variegated green, yellow and white; lacks trichomes on stems and leaves; segregating for eceriferum (cer) bright green stems and siliques (aproximately 27 percent)."	
AT3G24320	CS3238	"green, yellow and white variegated plants."	
AT3G24320	CS3246	"green, yellow and white variegated plants with sharp demarcation of sectors."	
AT3G24320	CS3247	"green, yellow and white variegated plants; yellow seeds (lacks brown pigment in seed coat)."	
AT3G24320	CS3372	"green, yellow and white variegated, with irregular and diffuse demarcation of sectors; lacks trichomes on stems and leaves."	
AT3G24320	CS3443	"asymmetric rosette leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves; green, yellow and white variegated plants; lacks trichomes on stems and leaves."	
AT3G24320	CS3446	"green, yellow and white variegated with variation in sector size and shape; yellow seeds (lacks brown pigment in seed coat)."	
AT3G24320	CS6300	"plant variegated green, yellow and white; lacks trichomes on stems and leaves."	
AT3G24320	CS94069	Small rosettes; slow growth; short internodes; short pedicels; short siliques; reduced fertility; somewhat short plants; average height = 20 cm.	
AT3G24340	clsy1-7 clsy2-2 clsy3-1 clsy4-1	"greater than 98% of all pol-iv-dependent 24nt-siRNA clusters were reduced, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT3G24340	clsy3-1 clsy4-1	"synergistic relationship resulting in stronger reductions in 24nt-siRNA levels, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT3G24340	clsy4-1	reduced 24nt-siRNA levels	29736015
AT3G24420	dlk2-3/kai2-2	Slightly shorter hypocotyls than kai2-2 single mutant.	28970845
AT3G24480	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	30514814
AT3G24480	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	
AT3G24495	CS65851	No visible phenotype.	
AT3G24503	CS66580	altered phenylpropanoid metabolism; reduced sinapate esters and cell wall-esterified ferulic acid	
AT3G24503	CS69772	No visible phenotype	
AT3G24503	CS69773	No visible phenotype	
AT3G24503	CS69779	No visible phenotype	
AT3G24503	CS69780	No visible phenotype	
AT3G24503	CS69951	No visible phenotype	
AT3G24503	CS69952	No visible phenotype	
AT3G24560	CS3718	"Embryo-defective; embryos are  morphologically arrested at the globular stage of development; embryos do not show any indication of cotyledon formation, instead, exhibit  'raspberry-like' cellular protuberances with an enlarged suspensor; encodes a protein important for embryogenesis and chloroplast development."	
AT3G24590	SALK_106199	"Plants homozygous for this insertion showed a severe reduction of thylakoid development/maintenance, ending up in seedling lethal."	16275749
AT3G24650	CS24	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 10 microM ABA; increased level of endogenous ABA during seed development; does not exhibit compromised water relations, not wilty phenotype; reduced seed dormancy, fresh seeds germinate at high frequency; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination; decreased accumulation of storage reserves and products of some late-embryogenesis abundant genes."	
AT3G24650	CS6130	"Abscisic acid resistant, strong allele, reduced sensitivity to ABA inhibition of germination, germination of seeds only slightly inhibited by 1mM ABA; normal plant growth; seeds fail to degrade chlorophyll during maturation keeping seeds green until mature."	1359917
AT3G24650	CS6131	"Abscisic acid resistant, strong allele, reduced sensitivity to ABA inhibition of germination, germination of seeds only slightly inhibited by 1mM ABA;  normal plant growth;  seeds fail to degrade chlorophyl during maturation keeping seeds green until maturity;  absence of seed dormancy; reduced seed desiccation tolerance; reduced  seed longevity;  seeds lose their viability within 5 weeks of storage at room temperature."	12231895
AT3G24650	abi3-3	"abi3-3 plants exhibited severe seed-specific developmental defects, namely reduced dormancy and severely reduced accumulation of seed reserve proteins. The embryos remained green throughout development and were desiccation intolerant. However, immature seeds were completely non-dormant and grow normally. The morphological development of abi3-3 embryos does not appear to differ from wild-type, and if imbibed 10 DAF the seeds germinate to produce normal looking plantlets. However, if the embryos are left to desiccate they do not germinate. It appears that AB13 gene product is not essential for morphogenetic development of the embryo, but is required for protection of the embryo prior to desiccation."	
AT3G24650	abi3-6	"Impaired degreening during seed maturation - embryos were green throughout seed development and seeds are green at maturity and first true leaves were already formed at this stage. Embryo at maturity had fewer protein bodies, instead, large vacuoles were observed in cotyledons. Freshly harvested seeds germinated on wet filter paper within 2-3 days. Chloroplasts were observed in cotyledons of mutants seedlings grown in dark as well as in the true leaves. Seed phenotype of abi3-6 is indistinguishable from abi3-3 allele."	10634906
AT3G24860	ast1	"Under salt or osmotic stress conditions, plants showed significant lower seedling survival rates, reduced root elongation and fresh weights as well as decreased fresh weights and chlorophyll contents.Increased stomatal apertures and higher width/length ratios, increased water loss rates, accumulation of Na+, lower levels of K+, low proline content."	29420810
AT3G24900	CS65480	No visible phenotype.	
AT3G24982	CS65481	No visible phenotype.	
AT3G25010	CS65482	increased sensitivity of detached leaves to ABA	
AT3G25010	CS65483	increased sensitivity of detached leaves to ABA	
AT3G25010	CS65484	increased sensitivity of detached leaves to ABA	
AT3G25020	CS65485	No visible phenotype.	
AT3G25020	CS65486	No visible phenotype.	
AT3G25050	CS16527	No visible phenotype.	
AT3G25050	CS16528	No visible phenotype.	
AT3G25070	CS68760	Susceptible to pathogen Pto DC3000 carrying virulence effector gene avrRpm1or avrRpt2.	
AT3G25070	CS68772	Susceptible to pathogen Pto DC3000 carrying virulence effector gene avrRpm1or avrRpt2.	
AT3G25070	CS68783	No visible phenotype.	
AT3G25070	CS68792	No visible phenotype.	
AT3G25070	CS72197	"Full loss-of-function for RPM1 against P. syringae type III effector protein AvrB, and partial loss-of-function for RPM1 against P. syringae type II effector protein AvrRpm1."	
AT3G25070	CS72198	"Small, chlorotic plants under long day growth conditions. Gain-of-function for RPM1, up-regulated PR1."	
AT3G25070	CS72200	Suppressed callose accumulation upon flg22 treatment.	
AT3G25070	CS72201	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT3G25070	CS72202	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT3G25070	CS72204	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT3G25070	CS72205	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT3G25140	CS71678	Left-handed helically twisted petals and hyponastic cotyledons. Decreased petal growth.	
AT3G25140	CS71679	Left-handed helically twisted petals and hyponastic cotyledons.	
AT3G25140	qua1	"Dwarf, reduced cell adhesion, reduced pectin content"	
AT3G25140	qua1-1	Contains less homogalacturonan than wildtype.	12368506
AT3G25140	qua1-1	Dwarf plant with reduced cell adhesion and 25% reduction in levels of galacturonate in its leaves.	12368506
AT3G25140	qua1-1	Leaves are wilted after 30 min of dehydration under a laminar air unit.	12368506
AT3G25140	qua1-1	"Mutant displays a variable phenotype when  grown in the light, ranging from an almost normal morphology (with protuberances barely visible and restricted to cotyledons or hypocotyls) to a strongly perturbed development in which cells detached from all aerial organs."	12368506
AT3G25140	qua1-1	"Smaller rosette leaves, larger cauline leaves, short inflorescence stems. Correlation of visible phenotype with reduction in homogalacturonan biosynthesis. Abnormally formed vascular bundles are reduced in size."	16059719
AT3G25140	qua1-1	"The leaf color of  mutants grown in soil was duller than that of the wild type;  overall, the mutant plants were less rigid."	12368506
AT3G25140	qua1-2	Contains less homogalacturonan than wildtype.	12368506
AT3G25140	qua1-2	Severe dwarf with misshapen morphology.	12368506
AT3G25140	qua1-2	Stronger phenotype than qua1-1.	12368506
AT3G25230	rof1	Mutant plants exhibited collapse when 24-48 h passed between acclimation at 37 degrees C and exposure to 45 degrees C	19366428
AT3G25250	CS9423	defective root hairs; reduced resistance to pathogens; reduced MAPK activity	
AT3G25500	CS799987	No visible phenotype under standard growth conditions. Altered sensitivity of seedling root growth and root hair morphogenesis to cytoskeletal drugs.	
AT3G25500	CS799988	No visible phenotype under standard growth conditions. Altered sensitivity of seedling root growth and root hair morphogenesis to cytoskeletal drugs.	
AT3G25500	CS799992	"Altered microtubule structure and dynamics (detectable due to GFP labeling of the microtubule cytoskeleton), altered sensitivity of seedling root growth to cytoskeletal drugs. Plants exhibit root thickening, reduction of root growth and some organ twisting."	
AT3G25500	CS799993	Altered actin structure and dynamics (detectable due to GFP labeling of the actin cytoskeleton);altered sensitivity of seedling root growth to cytoskeletal drugs.	
AT3G25500	atfh1 atfh2	Increased plasmodesmata permeability.	30113309
AT3G25510	SALK_043920	"Under non-limiting conditions of light, water, and mineral nutrition, the growth and development of these plants is unaffected when compared to wild-type Col8 plnats.  No signs of seed abortion are detected in the siliques of heterozygous or homozygous plants."	15607746
AT3G25520	SALK_089798C	Delayed leaf development.	29142022
AT3G25520	SALK_089798C	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT3G25520	an3-3 oli5-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT3G25520	oli2-1 oli5-1	Decrease in cell number of 30-60% with respect to the wild type in the first leaves. Palisade cells are 1.5 to 2-fold larger in size than wild type.  Leaf area is slightly reduced compared to parental single mutants.	19392710
AT3G25520	oli5-1	Number of cotyledons varies from one to four.	19392710
AT3G25520	oli5-1	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT3G25520	oli5-1	Shorter primary roots with respect to the wild type.	19392710
AT3G25520	pgy3-1	Pointed and more serrated leaves.	
AT3G25540	CS66113	No visible phenotype.	
AT3G25710	SALK_013517C	"Mutants showed elevated expression of PPCK under Pi starvation. Under high levels of Pi, root hair formation is not suppressed in mutants and they contained significantly  more total Pi and more anthocyanin than the wild-type. DFR  expression in Pi-sufficient conditions was substantially increased  in the bhlh32 mutant."	
	17376028		
AT3G25790	hrs1-1/hho1-1	Primary root growth of the double mutant is strongly insensitive to decreased phosphate levels.The Pi depletion repression  of root growth phenotype is dependent upon the presence of nitrate (0.05mMNO3).	25723764
AT3G25840	CS71817	"Somewhat flat, darker green rosettes, late flowering, tall final stature; lowered seed set, and reduced branching. GFP-weak phenotype relative to intermediate level of GFP observed in wild-type T line (CS69640)."	
AT3G25840	CS71818	"Somewhat flat, darker green rosettes, late flowering, tall final stature; lowered seed set, and reduced branching. GFP-weak phenotype relative to intermediate level of GFP observed in wild-type T line (CS69640)."	
AT3G25840	prp4ka-1	"Somewhat flat, darker green rosettes; late flowering; tall final stature; lowered seed set (both fewer seeds per silique and fewer siliques per plant); and reduced branching."	30297453
AT3G25840	prp4ka-2	"Somewhat flat, darker green rosettes; late flowering; tall final stature; lowered seed set (both fewer seeds per silique and fewer siliques per plant); and reduced branching."	30297453
AT3G25840	prp4ka-3	"Somewhat flat, darker green rosettes; late flowering; tall final stature; lowered seed set (both fewer seeds per silique and fewer siliques per plant); and reduced branching."	30297453
AT3G25840	prp4ka-4	"Somewhat flat, darker green rosettes; late flowering; tall final stature; lowered seed set (both fewer seeds per silique and fewer siliques per plant); and reduced branching. Reduced splicing efficiency."	30297453
AT3G25840	prp4ka-4 prp4kb-1	double homozygous mutant is not capable of survival	30297453
AT3G25840	prp4ka-5	"Somewhat flat, darker green rosettes; late flowering; tall final stature; lowered seed set (both fewer seeds per silique and fewer siliques per plant); and reduced branching."	30297453
AT3G25860	ple2	embryo defective	
AT3G25910	SALK_054867	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT3G26000	CS458255	Homozygous mutants derived from this line show increased tolerance for drought stress and lower rates of germination when sewn on plates containing 0.5-3.0 micromolar ABA.	26386272
AT3G26050	SALK_037016	"Approximately 25% of mutant seeds were dry and shrunken. Embryo lethal, embryo development arrested at globular stage. Alteration of endosperm development occurred at the same stage - cellularization of endosperm is blocked with noticeable enlarged nuclei with enlarged nucleoli in both chalazal and peripheral regions. Seed defects similar to ttn mutants."	16582011
AT3G26090	CS6537	Altered cell proliferation; increased cell elongation in hypocotyls in darkness (longer hypocotyls than wild type); increased cell production in roots grown in light (longer roots than wild type); altered sugar sensing; kanamycin resistant or silenced. Tolerant to high glucose concentration (6%).	14500984
AT3G26090	CS6538	Altered cell proliferation; increased cell elongation in hypocotyls in darkness (longer hypocotyls than wild type); increased cell production in roots grown in light (longer roots than wild type); altered sugar sensing; kanamycin resistant or silenced. Tolerant to high glucose concentration (6%).	14500984
AT3G26090	CS69134	"Longer roots and hypocotyls, larger rosette diameter and inflorescence."	
AT3G26090	CS69136	"Reduced growth in roots, leaf length, and rosette size. Intermediate growth phenotype between hxk1-3 and rgs1-2 single mutants."	
AT3G26090	CS69152	"Longer roots and hypocotyls, larger rosette diameter and inflorescence. GUS expression in areas of active cell division: shoot and root meristems."	
AT3G26090	CS69880	"Hyposensitive to high glucose. Short roots, long hypocotyls. Produces ~60% more reactive oxygen species (ROS) in response to 22-amino acid bacterial flagellin peptide flg22."	
AT3G26090	CS69882	"No visible phenotype. Diminished Ca2+ signal in response to Pathogen-associated Molecular Pattern, Flagellin 22 (flg22)."	
AT3G26380	SALK_016141C	Short hypocotyls. Reduced levels of &#946;-l-Arapyranoisdase in cell walls.	28981776
AT3G26420	SALK_036865	reduced expression of atRZ-1a	15941401
AT3G26420	SALK_109798	no expression of atRZ-1a	15941401
AT3G26430	SALK_036865	reduced expression of atRZ-1a	15941401
AT3G26570	pht2;unknown;1	"Small rosettes, reduced Pi content"	
AT3G26610	pgx1-2	"Reduced hypocotyl and cell lengths. Lower polygalacturonase activity. Pectins extracted from the cell wall had larger average molecular masses. Relative amount of glucuronic acid is lower in etiolated seedlings. Floral organ patterning is affected, resulting in one or two extra petals."	24681615
AT3G26680	snm1-1	Hypersensitive to oxidative stress.	
AT3G26680	snm1-2	Hypersensitive to oxidative stress.	
AT3G26744	CS67843	impaired cold-induced gene expression of CBF3 and its downstream targets; impaired freezing tolerance and cold acclimation; smaller than the corresponding wild-type plant (CS67845) in normal growth conditions	
AT3G26744	SALK_003155	Decreased germination and greening when seeds germinated in the presence of ABA. Increased sensitivity to ABA.	31123050
AT3G26744	ice1	Reduction in plant chilling and freezing tolerance	16214899
AT3G26790	CS6128	Defective in late embryo development and germination; immature embryos enter germinative development and the shoot apical meristems develop leaf primordia before seed desiccation begins; desiccation intolerant; reduced seed dormancy; reduced seed storage protein levels; increased accumulation of anthocyanins in the cotyledons and reduced chlorophyll content;  cotyledons bear trichomes and their ultrastructure is similar to that of leaf primordia; germination is inhibited by exogenous ABA; heterozygous adult plants are indistinguishable from wt plants.	
AT3G26790	CS6129	Defective in late embryo development and germination; immature embryos enter germinative development and the shoot apical meristems develop leaf primordia before seed desiccation begins; desiccation intolerant; reduced seed dormancy; reduced seed storage protein levels; increased accumulation of anthocyanins in the cotyledons and reduced chlorophyll content;  cotyledons bear trichomes and their ultrastructure is similar to that of leaf primordia; germination is inhibited by exogenous ABA; heterozygous adult plants are indistinguishable from wt plants	
AT3G26790	CS68731	"Accumulation of anthocyanin in developing embryos; seeds desiccation sensitive; seeds germinate and leaf primordia appear before desiccation; cotyledons have trichomes and have both cotyledon and leaf characteristics; dry seed shrunken and does not germinate; some similar phenotypic characteristics to, but not allelic to, leafy cotyledon (lec1, lec2); conditional lethal."	
AT3G26790	CS8014	"accumulation of anthocyanin in developing embryos; seeds desiccation sensitive; seeds germinate and leaf primordia appear before desiccation; cotyledons have trichomes and have both cotyledon and leaf characteristics; dry seed shrunken and does not germinate; some similar phenotypic characteristics to, but not allelic to, leafy cotyledon (lec1, lec2); conditional lethal."	
AT3G26790	fus3-3 lec1-2 lec2-1	strongly impaired ability to induce somatic embryos in vitro	16034595
AT3G26790	lec1-1 fus3-3	strongly impaired ability to induce somatic embryos in vitro	16034595
AT3G26790	lec2-1 fus3-3	strongly impaired ability to induce somatic embryos in vitro	16034595
AT3G26810	CS69646	Resistant to IAA.	
AT3G26810	CS69647	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT3G26810	CS69648	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT3G26810	CS69651	Weakly resistant to IAA.	
AT3G26810	CS69653	"Resistant to IAA, dwarfed."	
AT3G26810	CS69654	"Resistant to IAA, dwarfed."	
AT3G26810	CS69662	Glabrous phenotype unrelated to the mutation in AFB2.	
AT3G26810	CS69691	Resistant to IAA.	
AT3G26830	CS3805	reduced camalexin synthesis in response to infection.	10590168
AT3G26830	pad3-2	reduced camalexin synthesis in response to infection.	10590168
AT3G27000	brk1;arp2	alterations in F-actin organization in expanding trichomes	16481352
AT3G27000	wurm	Altered cell expansion	
AT3G27000	wurm	alterations in F-actin organization in expanding trichomes	16481352
AT3G27060	tso2-1	"At the seedling stage, tso2-1 mutants were similar to the wild type, with normal roots, cotyledons, and young leaves. Abnormalities first appeared in the fifth rosette leaf and persisted in all subsequent leaves, floral  organs, and siliques. The abnormalities included white sectors in green organs, uneven thickness, rough surfaces, and irregular margins of leaves or floral organs. Stamens occasionally exhibited carpel characteristics indicating homeotic transformation. The rough and uneven sepals apparently resulted from abnormally enlarged  cells as well as cell clusters projecting above the epidermis. The white sectors appeared to result from an absence of chloroplasts in patches of mesophyll cells and the formation of large air spaces or tiny cells in subepidermal cell layers. Occasionally, tso2 mutants exhibited  fasciated stems on which a single SAM, a group of self-renewing cells at the shoot tip, was enlarged and split into multiple SAMs. Finally, tso2 mutants exhibited reduced fertility, with ;29% aborted seeds. tso2-1 floral tissues were found to contain significantly reduced levels of all four dNTPs. tso2-1 exhibited slightly  increased sensitivity to UV-C light, but only at high UV-C light levels."	16399800
AT3G27060	tso2-1 rnr2a-1	"tso2-1 rnr2a-1 seedlings  did not develop beyond the two- to four-leaf stage. Their SAMs were terminated with callus-like cells, and their leaves exhibited massively. Exhibited significantly increased sensitivity to UV-C light."	16399800
AT3G27095	SALK_045015C	No obvious morphological phenotype.	29588169
AT3G27100	SALK_045015C	No obvious morphological phenotype.	29588169
AT3G27250	aitr1-1	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT3G27250	aitr1-2	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT3G27360	N578768	No visible phenotype.	16262706
AT3G27580	d6pk d6pkl3	Phototropic impairment; enhanced phototropism by red-light pre-irradiation	29490064
AT3G27580	d6pkl3	Severe defects in phototropic responses. Hypocotyl gravitropism partially impaired.	29490064
AT3G27580	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Open hook phenotype when the seedlings were grown under complete darkness, phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated."	29490064
AT3G27580	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic."	19168677
AT3G27580	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"mild, possibly enhanced root-growth phenotype"	29875411
AT3G27640	SALK_070359	Mutant plants showed alterations in the cuticular wax profiles and embryo development. Similar to rst1-1.	16183838
AT3G27660	CS69013	Slightly larger oil bodies than wildtype. Seeds have reduced freezing tolerance.	
AT3G27660	CS69016	Germination rate is 50% of wildtype at 11 days after planting. Enhanced ole1 large oil body phenotype. Seeds have drastically reduced freezing tolerance.	
AT3G27660	CS69017	Slightly larger oil bodies than wildtype. Seeds have reduced freezing tolerance.	
AT3G27660	ole1 ole3	Oil bodies of ole1 ole3 double mutant are much larger than ole1 and ole3 single mutants. ole1 ole3 seeds hardly germinate. None of them that are treated with freezing (at -30°C for 1 day) germinate.	18485063
AT3G27660	ole2 ole3	"Oil bodies of ole2 ole3 double mutant are much larger than ole2 and ole3 single mutants. Treating ole2 ole3 seeds with freezing (at -30°C for 1 day) inhibits and delays their germination, although ole2 ole3 seeds without freezing germinate normally."	18485063
AT3G27660	ole3	"ole3 seeds have larger oil bodies than wild-type. OLE3 dificiency leads to loss of freezing tolerance of Arabidopsis seeds. Treating ole3 seeds with freezing (at -30°C for 1 day) slightly delay their germination, although ole3 seeds without freezing treatment germinate normally. Oil bodies of ole1 ole3 double mutant are much larger than ole3. ole1 ole3 seeds hardly germinate. None of ole1 ole3 seeds treated with freezing (at -30°C for 1 day) germinate. Oil bodies of ole2 ole3 double mutant are much larger than ole3. Treating ole2 ole3 seeds with freezing (at -30°C for 1 day) inhibits and delays their germination, although ole2 ole3 seeds without freezing germinate normally."	18485063
AT3G27670	SALK_070359	Mutant plants showed alterations in the cuticular wax profiles and embryo development. Similar to rst1-1.	16183838
AT3G27670	SALK_129280	Accumulation of RNA quality control siRNAs (rqc-siRNAs) produced by the post-transcriptional gene silencing (PTGS) machinery when mRNA degradation is compromised.	31455787
AT3G27670	SALK_129280	Mutant plants showed alterations in the cuticular wax profiles and embryo development. Similar to rst1-1.	16183838
AT3G27670	rst1-1	"Mutant plants showed alterations in the cuticular wax profiles and embryo development. Compared to wild type, the wax on inflorescence stems in mutants is reduced nearly 60% in total amount, has a proportional reduction in aldehydes and aldehyde metabolites, and has a proportional increase in acids, primary alcohols, and esters. Also, the C29 alkanes in mutants are nearly 6-fold lower, and the C30 primary alcohols are 4-fold higher compared to the wild type. In contrast to stems, the wax on mutant leaves increased roughly 43% in amount relative to the wild type, with the major increase occurring in the C31 and C33 alkanes. Approximately 70% of mutant seeds are shrunken and nonviable, with these being randomly distributed within both inflorescence and silique. Viable mutant seeds are slightly larger than those of wild type; the proportions of these fatty acids are not significantly different from wild type. Shrunken seeds contain 34% of the fatty acids of wild-type seeds, with proportionally more palmitic, stearic, and oleic acids, and less of the longer and more desaturated homologs. Histological analysis of aborted rst1 seeds revealed that embryo development terminates at the approximate heart-shaped stage, whereas viable rst1 and wild-type embryos develop similarly."	16183838
AT3G27730	SALK_001976	Normal phenotype during vegetative growth and floral organ development; but reduced fertility.	16045469
AT3G27730	SALK_011457	"Short fruits, low fertility (about 13% of wild type seed set)."	15854901
AT3G27730	SALK_045941	Normal phenotype during vegetative growth and floral organ development; but reduced fertility.	16045469
AT3G27730	SALK_045941	"Short fruits, low fertility (about 13% of wild type seed set)."	15854901
AT3G27730	SALK_091560	Anthers contain polyads with five or six microspores (compared to four in wild-type).	16045469
AT3G27730	SALK_091560	Normal phenotype during vegetative growth and floral organ development; but reduced fertility.	16045469
AT3G27730	SALK_091560	"Short fruits, low fertility (about 13% of wild type seed set)."	15854901
AT3G27730	SALK_149121	"Short fruits, low fertility (about 13% of wild type seed set)."	15854901
AT3G27810	myb21-1	"Shorter anther filaments, delayed anther dehiscence and greatly reduced male fertility."	16805732
AT3G27820	SALK_068667	"cotyledons fail to expand or green, and seedling growth arrests. Severely impaired in its ability to breakdown triacylglycerol. Peroxisomes and oil bodies cluster together"	17449810
AT3G27820	sdp2-1	"cotyledons fail to expand or green, and seedling growth arrests. Severely impaired in its ability to breakdown triacylglycerol"	17449810
AT3G27820	sdp2-2	"cotyledons fail to expand or green, and seedling growth arrests. Severely impaired in its ability to breakdown triacylglycerol"	17449810
AT3G27820	sdp2-3	"cotyledons fail to expand or green, and seedling growth arrests. Severely impaired in its ability to breakdown triacylglycero"	17449810
AT3G27920	CS1644	"leaf margins slightly serrated, height = 25-35 cm; glabrous (gl1, lacks trichomes on leaves and stems)."	
AT3G27920	CS1688	"leaf margins slightly serrated, height = 25-35 cm; glabrous (gl1, lacks trichomes on leaves and stems)."	
AT3G27920	CS225	"dominant mutation; no visible phenotype when grown in soil; when grown in vitro, exhibits epinastic growth of leaves; root growth is slightly more sensitive to IAA inhibition of elongation; gup1-1 leads to enhanced kanamycin resistance in the AIR1-8 background via an nptII gene under control of a tobacco GST promoter; also shows an increased mRNA level of GST5 from Arabidopsis (designated At103-1a in van der Kop et. al. 1999); kanamycin resistant."	
AT3G27920	CS2259	"short and stubby root hairs, lacks trichomes on stems and leaves."	
AT3G27920	CS226	"no visible phenotype when grown in soil; when grown in vitro, exhibits epinastic growth of leaves; root growth is slightly more sensitive to IAA inhibition of elongation"	
AT3G27920	CS28175	Medium rosette; leaf margins slightly serrated; glabrous (lacks trichomes on leaves and stems); observed flowering time was 24 days after planting; average height = 41 cm.	
AT3G27920	CS3108	"altered fatty acid composition, glabrous, no other phenotypic effect."	
AT3G27920	CS3126	Mechanical wounding largely restore trichome formation of gl1-2 in jasmonate signaling-dependent manner.	19234066
AT3G27920	CS3126	"no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins."	
AT3G27920	CS3137	"lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins, narrow leaves."	
AT3G27920	CS3138	"serrated and small leaves, possibly segregates for late flowering; lacks trichomes on stems and leaves."	
AT3G27920	CS3139	"lacks trichomes on stems and leaves; narrow leaves; yellow seeds (lacks brown pigment in seed coat); light green plants, sensitive to some amino acids."	
AT3G27920	CS3140	"lacks trichomes on stems and leaves; erecta phenotype; green plants at early stages, green-yellowish bushy plants later."	
AT3G27920	CS3141	"lacks trichomes on stems and leaves, virescent (yellowish plants), erecta phenotype."	
AT3G27920	CS3142	"veins darker than interveinal tissues; lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins."	
AT3G27920	CS3237	"narrow, thick and slightly serrated leaves; lacks trichomes on leaf surface and stems, some rudimentary trichomes in leaf margins; yellow seeds (lacks brown pigment in seed coat)."	
AT3G27920	CS3259	"narrow leaves; bright green stems and siliques, abnormal wax layer; fully fertile; compact habit, short petioles, blunt siliques; lacks trichomes on leaves and stems (glabrous), some trichomes in leaf margins."	
AT3G27920	CS3289	"no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins, phenotype similar to gl1-2."	
AT3G27920	CS3311	"lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3328	"yellow-green cotyledons, leaf margins yellow; delayed flowering (ca. 3-4x), large rosettes with numerous rounded leaves; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3355	"no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins, phenotype similar to gl1-2."	
AT3G27920	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT3G27920	CS3372	"green, yellow and white variegated, with irregular and diffuse demarcation of sectors; lacks trichomes on stems and leaves."	
AT3G27920	CS3392	"yellow-green plants, lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins."	
AT3G27920	CS3414	"delayed flowering (ca. 5-6x); numerous, narrow, somewhat serrated rosette leaves; young leaves have darker veins than intervenal tissue; lacks trichomes on stems and leaves, some trichomes in leaf margins; yellow seeds (lacks brown pigment in seed coat)."	
AT3G27920	CS3436	"narrow and thick leaves; leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; narrow leaves; yellow seeds (lacks brown pigment in seed coat); lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3443	"asymmetric rosette leaves, leaf edges slightly curled under, somewhat triangular-shaped leaves; green, yellow and white variegated plants; lacks trichomes on stems and leaves."	
AT3G27920	CS3467	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3469	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3472	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3510	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3519	"leaves but not cotyledons white-yellow, growth rate and development improves with addition of vitamin B1 but position of genetic block not determined; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3522	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3523	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3524	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3525	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3527	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3533	"leaves but not cotyledons yellow-green, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some rudimentary trichomes in leaf margins."	
AT3G27920	CS3539	"leaves but not cotyledons white-yellow, conditional lethal, thiamine phosphate pyrophosphorylase deficient, thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3540	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3542	"leaves but not cotyledons white-yellow, conditional lethal, thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3555	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3563	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3573	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS3574	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins."	
AT3G27920	CS3581	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins."	
AT3G27920	CS3595	"narrow leaves, slightly twisted siliques; compact rosette and inflorescences, short petioles, blunt siliques; leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; lacks trichomes on stems and leaves."	
AT3G27920	CS3601	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; late flowering, many leaves rounder, relatively insensitive to vernalization or incandescent light and short days; trichomes absent on stems and leaves; compact and relatively semi-dwarf plants."	
AT3G27920	CS3723	"defective in developmental pathways that cannot be rescued by brassinosteroid treatment; severely dwarfed stature; dark green plants with thickened leaves; male sterile; reduced apical dominance; dark-grown seedlings are de-etiolated; sensitive to auxins, cytokinins, ethylene, abscisic acid and gibberellins; lacks trichomes on stems and leaves."	
AT3G27920	CS3730	"strong allele; valine resistant; decreased sensitivity of acetolactate synthase (ALS) to the branched-chain amino acids, valine, leucine and isoleucine; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3779	"reduced shoot apical meristem (SAM); unable to complete the vegetative-inflorescence transition, instead enter a vegetative-inflorescence-vegetative-inflorescence development before the individual shoots fully complete the transition to inflorescence growth; regular rosette and apparently normal shoot are produced initially, after the inflorescence raceme has elongated, a new secondary rosette of leaves is produced, often two shoots emerge from this secondary rosette; aerial rosettes  with numerous leaves often abnormally shaped along thin secondary stems; small and bushy plants; reduced number of flowers per inflorescence; reduced number of petals, stamens and carpels; female sterile; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3780	"weak allele; reduced shoot apical meristem (SAM); unable to complete the vegetative-inflorescence transition, instead enter a vegetative-inflorescence-vegetative-inflorescence development before the individual shoots fully complete the transition to inflorescence growth; lacks trichomes on stems and leaves, some trichomes in leaf margins"	
AT3G27920	CS3782	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed; with elongated appearance, small, dark-green, irregularly serrated and curled dawn in the apix; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3783	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed, with elongated appearance, small, dark-green, irregularly serrated and curled dawn in the apix; somewhat late flowering; abnormal inflorescence bearing flowers with reduced fertility; bushy plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3784	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed, with elongated appearance, dark-green, irregularly serrated and curled dawn in the apix; somewhat late flowering; abnormal inflorescence bearing flowers with reduced fertility; bushy plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3785	"strong allele; aberrant leaf morphology; long and thin petiols; leaves are dark-green, with gross irregular outhgrowths of leaf tissue along the leaf edges, giving an irregular leaf shape appearance, leaf edges curled down and torted; asymmetric leaf surface; occassionally two leaves come out from a petiol or a complete leaf from another leaf; abnormal inflorescence bearing esterile flowers; bushy plants."	
AT3G27920	CS3786	"altered leaf development; young rosette leaves are small, rounded, distorted with asymmetric surface; older rosette leaves are big, with irregular gross (not sharp) serrations  and curled (rolled) down margins; serrated cauline leaves; slow growth rate; small plants; population segregating for gl-1 (lacks trichomes on stems and leaves, some trichomes in leaf margins)."	
AT3G27920	CS3787	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction; lacks trichomes on stems and leaves, some trichomes in leaf margins."	8893545
AT3G27920	CS3788	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; conditional circadian dysfunction; lacks trichomes on stems and leaves, some trichomes in leaf margins."	8893545
AT3G27920	CS3791	"early flowering; photoperiod-insensitive; long hypocotyl in light-grown seedlings; lacks trichomes on stems and leaves, some trichomes in leaf margins."	11402160
AT3G27920	CS38	brighter green stems and siliques than wild type; defective in normal epicuticular wax deposition; very much reduced lobed plates and tube-shaped epicuticular wax structures on the surface of stems and siliques; normal fertility.	
AT3G27920	CS3807	"reduced camalexin synthesis in response to infection; stock segregating for gl1-1 (lacks trichomes on stems and leaves, some trichomes in leaf margins)."	
AT3G27920	CS3819	"extreme hypersensitivity of seedlings and roots to both UV-B and UV-C radiation under nonphotoreactivating conditions but intermediate hypersensitivity under photoreactivating conditions; extreme hypersensitivity of seeds to ionizing radiation; plants show chlorosis, wilting and extensive cell death following exposure of leaves to small acute fluences of UV radiation that does not affect wt plants; irradiation of seeds with gamma rays inhibits the production of the first true leaves at lower doses than required for wt plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS3820	"strong allele; extreme hypersensitivity of seedlings and roots to UV-B and UV-C radiation under both photoreactivating and nonphotoreactivating conditions; intermediate hypersensitivity  of seeds to ionizing radiation; plants show chlorosis, wilting and extensive cell death following exposure of leaves to small acute fluences of UV radiation that does not affect wt plants; irradiation of seeds with gamma rays inhibits the production of the first true leaves at lower doses than required for wt plants; lacks trichomes on stems and leaves, some trichomes in leaf margins"	
AT3G27920	CS3879	"leaf margins slightly serrated, height = 25-35 cm; glabrous (gl1, lacks trichomes on leaves and stems)."	
AT3G27920	CS6148	"Weak allele; ovule defective; female sterile; outer integument  initiates in the correct location on the abaxial side of an ovule primordium, however, subsequent growth of the outer integument is reduced, and the outer integument fails to completely enclose the inner integument and nucellus, a protuberance appears on the adaxial side of the ovule, undergoes limited expansion and is partially covered by the reduced outer integument; no visible alterations in other aspects of ovule, flower or vegetative development; segregating for glabrous phenotype (lacks trichomes on leaves and stems)."	
AT3G27920	CS6166	"intermediate allele; homeotic conversion of sepals (first whorl) to leaf-like; some secondary flowers are formed in the axils of the transformed sepals; petals often absent (second whorl); phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature, lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT3G27920	CS6167	"early flowering; determinate inflorescence with terminal compound floral structure consisting of 2 or 3, sometimes incomplete, flowers; more severe phenotype at higher temperatures and longer photoperiods; lacks trichomes on stems and leaves."	
AT3G27920	CS6193	susceptible to Pseudomonas syringae pv. tomato strain carrying the avirulence gene avrB from the soybean pathogen Pseudomonas syringae pv. glycinea; lacks trichomes on stem and leaves.	
AT3G27920	CS6281	"intermediate/strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature; lacks trichomes on stems and leaves."	
AT3G27920	CS6284	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT3G27920	CS6300	"plant variegated green, yellow and white; lacks trichomes on stems and leaves."	
AT3G27920	CS6356	"ndr1-1 blocks reactive oxygen-dependent induction of salicylic acid biosynthesis, producing race non-specific effects on disease resistance and race-specific effects on systemic acquired resistance (SAR), pathogenesis-related (PR) gene expression and the hypersensitive response (HR); no visible phenotype. npr1-2 blocks negative feedback on the hypersensitive response (HR); reduced expression of pathogenesis-related (PR) genes in response to salicylic acid; enhanced susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; no visible phenotype; null allele.gl1 lacks trichomes on leaves and stems."	
AT3G27920	CS6364	"Wild type morphology; suppresses silencing of the Superman (SUP) gene, reactivating silent SUP alleles; decreases CpNpG and asymmetric DNA methylation as well as histone H3 lysine-9 methylation; blocks histone and DNA methylation and the accumulation of 25-nucleotide small interfering RNAs (siRNAs) that correspond to the retroelement AtSN1; lacks trichomes on stems and leaves."	
AT3G27920	CS6367	"The kyp-2 mutant has defects in callus formation under laboratory conditions. Many fewer seeds form calluses compared to wild type seeds, and the calluses that do form are delayed and smaller in size. kyp-2 mutants are defective in the process known as alternative lengthening of telomeres, a telomerase-independent process. These mutants also show a loss of association between K9-dimethylated H3 histones and telomeric and centromeric DNA via ChIP assays."	17448460
AT3G27920	CS6367	"Wild type morphology; lacks the cytosine methylation at sites of CpNpG trinucleotides (where N is A, C, G or T); low level of expression of two retrotransposon-related sequences (Athila and Ta3 sequences); suppresses the clark kent allele clk-3; lacks trichomes on stems and leaves."	11898023
AT3G27920	CS64	lacks trichomes on stems and leaves.	
AT3G27920	CS6515	Absence of trichomes on leaf and stem surfaces	
AT3G27920	CS65878	Severely reduced trichome induction in response to mechanical wounding or methyl jasmonate treatment. Seed germination may be slightly delayed.	
AT3G27920	CS65879	Severely reduced trichome induction in response to mechanical wounding or methyl jasmonate treatment. urm23 behaves as incompletely dominant in the presence of gl1-2 mutation.	
AT3G27920	CS6930	"leaf margins slightly serrated, height = 25-35 cm; glabrous (gl1, lacks trichomes on leaves and stems)."	
AT3G27920	CS6955	"Strong allele. Elongated hypocotyl (10-12mm); trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT3G27920	CS70980	No visible phenotype.	
AT3G27920	CS70981	Glabrous plants	
AT3G27920	CS70983	Glabrous plants	
AT3G27920	CS8010	requires high CO2 to prevent flux of metabolites into the photorespiratory pathway; lacks trichomes on stems and leaves.	
AT3G27920	CS8155	"leaf margins slightly serrated, height = 25-35 cm; glabrous (gl1, lacks trichomes on leaves and stems)."	
AT3G27920	CS8162	trp1-101: blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; gl1-1: lacks trichomes on stems and leaves.	
AT3G27920	CS8165	weakly blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; slight cross-resistance to analogs of other amino acids; lacks trichomes on stems and leaves.	
AT3G27920	CS9569	"mild root growth phenotypes; root length slightly shorter than wild type; roots grow downward in response to gravity, but are abnormally straight"	
AT3G27920	CS9959	Hairiness is absent on rosette leaves and stems. Short bent club-like trichomes on margins stem leaves. 	
AT3G27920	Col(gl1)	specific accession of Columbia not known.	
AT3G27920	aba2-2	Adult plants wilt under dessicating conditions.	9787459
AT3G27920	aba2-2	"After bolting, the wilty phenotype became evident in the shoot apex, cauline leaves and immature siliques of this mutant. This phenotype was partially restored by application of 10 &mu;M ABA to rosette leaves."	9787459
AT3G27920	aba2-2	"Approximately 40% of mutant seeds germinate after far red/red light treatment, whereas wild type germination was suppressed almost entirely."	17010113
AT3G27920	aba2-2	"Endogenous ABA levels in fresh and dehydrated tissues of the mutant were about 23% and 2.4%, respectively, of those of the wild type plants."	
	9787459		
AT3G27920	aba2-2	"Endogenous levels of 12 amino acids were at least 2-fold greater in wild-type than in the mutant plants after 18 h dehydration. Amino acids that exhibited marked increases were leucine (152-fold), isoleucine (95-fold), proline (83-fold) and valine (25-fold). Aspartic acid was the only amino acid which showed a significant reduction in wild-type plants during dehydration. In dehydrated tissues of the mutant, 9 amino acids increased more than 2-fold during dehydration, however the increases in the mutant plants were less pronounced than those in wild-type plants. Glycine and alanine showed greater increases in comparison to wild type, whereas the levels of glutamic acid and aspartic acid showed a reduction in the mutant during dehydration."	
	9787459		
AT3G27920	aba2-2	"Free amino acid levels in fresh tissues of the mutant plants at 30 DAI were similar to those in wild type, however the level of proline in the mutant plants was 4-fold higher than that in wild type."	9787459
AT3G27920	aba2-2	"Germination of the mutant seeds after irradiation with far red light is inhibited by paclobutrazol, an inhibitor of GA biosynthesis."	17010113
AT3G27920	aba2-2	Mutant showed a similar sensitivity to 25 mM trehalose as wild type (inhibition of root growth).	17031512
AT3G27920	aba2-2	Seeds have a reduced dormancy.	9787459
AT3G27920	aba2-2	Several GA biosynthesis genes are upregulated in the mutant compared to wild type during seed development.	17010113
AT3G27920	aba2-2	"The mutant embryos are morphologically normal, although mature embryos are more yellow compared to white wild-type embryos."	9787459
AT3G27920	aba2-2	The mutant has smaller rosette leaves and mature plants are not yellowish as has been reported for abal mutants.	9787459
AT3G27920	aba2-2	"Under the reported growth conditions, approximately 10% of the dark germinated seedlings of the mutant produced true leaves. The dark germinated seedlings of the mutant did not show further growth even after a prolonged period of darkness."	9787459
AT3G27920	crr7-1	No visible phenotype compared to Col-0/gl1 wild-type.	16359395
AT3G27920	crr7-1	Non-photochemical quenching (NPQ) is slightly increased in the mutant.	16359395
AT3G27920	ku70 tert	"In contrast to the ku70 mutant, which undergo telomerase-dependent expansion to more than twice the normal length in a single generation, the ku70 tert double mutant displays accelerated telomere shortening and a precocious onset of genome stability."	
	17627276		
AT3G27920	ms35 (gl1)	"Compared to wild type, no secondary thickening or lignification is seen in the anther  endothecium, although other tissues in the mutant plant undergo normal secondary thickening. As the anther dehydrates the endothecium layer distorts, shearing forces do not develop, and the anther fails to open."	17329564
AT3G27920	ms35 (gl1)	Male-sterile as a result of a failure of anther  dehiscence.	17329564
AT3G27920	pad3-2	reduced camalexin synthesis in response to infection.	10590168
AT3G27920	pot1-1 ku70 tert	Same degree of telomere shortening as in the pot1 ku70 and ku70 tert double mutants.	17627276
AT3G27920	pot1-1 tert	Telomeres in the double mutants shortened at the same rate as in either single mutant.	
	17627276		
AT3G27920	pot1-1 tert	"Telomeres of the same length and sharp banding profile were found in the double mutant, as in their tert and pot1-1 siblings."	17627276
AT3G27920	sos3-1 siz1-1	Decrease of macronutrients concentration in the MS salt formulation to 1/20X results in a substantial reduction in primary root growth.	15894620
AT3G27920	sos3-1 siz1-1	Mutant grown in greenhouse or growth chamber exhibits reduced shoot and root biomass relative to the wild-type.	15894620
AT3G27920	sos3-1 siz1-1	Mutant grown on Pi-deficient medium for 25 days accumulate more anthocyanins than wild-type.	15894620
AT3G27920	sos3-1 siz1-1	"Substantially more pronounced prototypical Pi starvation root architecture responses than sos3-1 or wild-type seedlings. On Pi-limited medium, mutant seedlings exhibit an inhibition of primary root growth, an increase of lateral root development and length, and higher root/shoot fresh weight ratio than wild-type.  Enhanced resistance to Pseudomonas syringae DC3000.  Smaller in stature.  Impaired drought tolerance."	15894620
AT3G27920	sos3-1 siz1-1	Suppression of NaCl sensitivity of sos3-1 seedlings.	15894620
AT3G27920	tert	"50% of the mitotic nuclei in anaphase from tert mutants with severe growth defects (in the G8 generation) have anaphase bridges, while none are found in comparable wild type controls. These anaphase bridges occur disproportionately often between rDNA regions. A number of chromosomal defects can also be visualized during metaphase in these mutants. About 30% of the leaf mesophyll cells examined in tert G8 mutants have elevated numbers of nucleoli."	14579127
AT3G27920	tert	"Late generation, starting around G3,  tert mutants have decreased root meristem size and overall root length. This is correlated with decreased telomere length in successive generations suggesting maintenance of meristem activity is coupled to telomere length."	25937286
AT3G27920	tert	"No obvious phenotypic changes in the first (G1) or second (G2) generation. However, starting in G1, the telomeric smear in AtTERT-deficient plants was replaced by several sharp bands. By G2 at least 11 discrete telomeric fragments were visible."	
	10611295		
AT3G27920	urm23 gl1-2	urm23 enhances the hypomorphic gl1-2 allele and results in almost complete glabrousness (loss of trichomes) in normal growth condition. urm23 gl1-2 double mutant does not increase trichomes at all in response to wounding or methyl jasmonate treatment. urm23 is dominant in gl1-2 background. gl1-2 is incompletely dominant in urm23 background.	19234066
AT3G27920	urm9 gl1-2	"urm9 enhances the hypomorphic gl1-2 allele and results in almost complete glabrousness (loss of trichomes) in normal growth condition. urm9 gl1-2 double mutant shows strong, but not complete, defect in wounding and jasmonate-induced increase of trichomes. GL3-GFP fusion protein is mis-localized in a subset of urm9 gl1-2 epidermal cell nuclei. urm9 is recessive in gl1-2 background. gl1-2 is incompletely dominant in urm9 background."	19234066
AT3G28030	CS3820	"strong allele; extreme hypersensitivity of seedlings and roots to UV-B and UV-C radiation under both photoreactivating and nonphotoreactivating conditions; intermediate hypersensitivity  of seeds to ionizing radiation; plants show chlorosis, wilting and extensive cell death following exposure of leaves to small acute fluences of UV radiation that does not affect wt plants; irradiation of seeds with gamma rays inhibits the production of the first true leaves at lower doses than required for wt plants; lacks trichomes on stems and leaves, some trichomes in leaf margins"	
AT3G28345	SAIL_1187_C04	Inflorescence apices have a reduction in polar auxin transport.	21239383
AT3G28345	WiscDsLox501E11	Inflorescence apices have a reduction in polar auxin transport.	21239383
AT3G28430	CS164	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues."	
AT3G28470	tdf1	Male sterile due to defects in anther development. Earliest defect seen at developmental stage 6. Tapetal cells do not develop into secretory tapetal cells. Excessive tapetal cell division.Microspores also developmentally defective.	18397379
AT3G28730	ssrp1-2 hub1-4	Very reduced leaf size.Leaf shape resembles that if ssrp1-2 single mutant.Earlier flowering than either single mutant.	19947984
AT3G28860	CS31389	"resistance to Gravacin, reduced basipetal auxin transport."	
AT3G28860	mdr1-1	"Lateral roots initiate and emerge at normal rates in mdr1-1 mutants, but they elongate ~50% more slowly than wild type lateral roots, and have a 60% reduction in acropetal auxin transport. Primary root elongation is not impaired in the mutants."	17557807
AT3G28860	mdr1-1	"Mutant mdr1-1 seedlings show an 80% reduction in acropetal auxin transport, but have normal levels of basipetal transport in their primary roots. Although gravitropism occurs normally in these mutants, they have a pronounced increase in root waviness resulting in a threefold increase in absolute curvature  relative to wild type seedlings."	
	17557805		
AT3G28860	mdr1-1	mdr1-1 mutants show reduced basipetal auxin transport in light-grown and dark-grown seedling hypocotyls and in their inflorescences .	11701880
AT3G28860	mdr1-2	"Lateral roots initiate and emerge at normal rates in mdr1-2 mutants, but they elongate ~50% more slowly than wild type lateral roots, and have a 60% reduction in acropetal auxin transport. Primary root elongation is not impaired in the mutants."	17557807
AT3G28860	mdr1-2	"Mutant mdr1-2 seedlings show an 80% reduction in acropetal auxin transport, but have normal levels of basipetal transport in their primary roots. Although gravitropism occurs normally in these mutants, they have a pronounced increase in root waviness resulting in a threefold increase in absolute curvature  relative to wild type seedlings."	
	17557805		
AT3G28860	mdr1-2	mdr1-2 mutants show reduced basipetal auxin transport in light-grown and dark-grown seedling hypocotyls and in their inflorescences.	11701880
AT3G28860	pgp1 pgp19	"dwarf with short inflorescences, reduced axillary and secondary inflorescences, reduced numbers of rosette and cauline leaves which are smaller and curled"	17237354
AT3G28860	pin1 pgp1 pgp19	"dwarf, loss of apical dominance, fused cotyledons, reduced number of rosette leaves, curlier leaves with altered leaf margins"	17237354
AT3G28860	pin1 pgp19	"single pin-formed inflorescence stem, no axillary or secondary inflorescences, no cauline leaves, flowers or siliques, dwarf, reduced number of rosette leaves which are curlier, altered leaf margins, more tricomes"	17237354
AT3G28890	CS65487	No visible phenotype.	
AT3G28970	CS65882	"Weak 2,4-D resistance and p-chlorophenoxyisobutyric acid (PCIB) resistance."	
AT3G29100	" vps26c, vti13 "	Double mutant restores  root hair length to near wild type.	29495075
AT3G29100	SALK_075261C	Short root hairs.	29495075
AT3G29160	SALK_088095	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT3G29280	SALK_124023	Mutant plants showed irregularities in trichome branch positioning and expansion.	16006582
AT3G29305	SALK_061002	Homozygous mutants showed less sensitivity to 6% glucose than Col-0 seedlings.	26528314
AT3G29320	atphs1-1	"The leaves of mature mutant plants  consistently had small, white lesions on the tips or margins of fully expanded leaves. The lesions did not increase in size after appearance and were not bordered by chlorotic tissue. The frequency and severity of lesions varied between batches of plants, but lesion-free mutant plants were rare. Further examination of the lesions on leaves of the mutant plants revealed that high levels of starch were present in the living cells bordering each lesion at the end of the night, when the rest of the leaf had metabolized its starch. This starch accumulation occurred in a highly  cell-specific manner with adjacent starch-rich and starch-free cells."	15173560
AT3G29320	atphs1-2	"The average midday activity of hexokinase (HXK) was 20% higher in the mutant leaves, statistically significant at the P = 0.1 level of confidence."	15173560
AT3G29320	atphs1-2	"The leaves of mature mutant plants  consistently had small, white lesions on the tips or margins of fully expanded leaves. The lesions did not increase in size after appearance and were not bordered by chlorotic tissue. The frequency and severity of lesions varied between batches of plants, but lesion-free mutant plants were rare. Further examination of the lesions on leaves of the mutant plants revealed that high levels of starch were present in the living cells bordering each lesion at the end of the night, when the rest of the leaf had metabolized its starch. This starch accumulation occurred in a highly  cell-specific manner with adjacent starch-rich and starch-free cells."	15173560
AT3G29320	atphs1-2	"The midday and midnight activities of DPE1, DPE2, &beta;-amylase, and phosphoglucomutase (PGM) were not changed in the <i>atphs2-1</i> leaves relative to wild-type leaves."	15173560
AT3G29350	CS860144	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G29350	CS860150	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G29350	CS860151	Inhibition of root elongation is slightly less sensitive than the wild type plants in the presence of 25 nM of cytokinin benzyl adenine (BA) in the growth media.	
AT3G29350	CS860152	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G29350	CS860153	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G29350	CS860158	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT3G29350	CS860159	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA), indicating a reduced response to cytokinin in addition to the reduced sensitivity; reduced sensitivity of lateral root formation to cytokinin; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT3G29350	CS860160	Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media.	
AT3G29350	CS860161	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT3G29350	CS860162	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT3G29350	CS860163	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA). It is not significantly different from the response of the ahp1,2,3 triple mutant, which indicates that AHP4 does not play a substantial role in this response; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT3G29350	CS860164	"Abnormal growth and development: reduced vascular development in primary root; very short and narrow primary root; adventitious root development; smaller rosettes, shorter siliques, fewer seeds per silique; larger seeds and larger embryos than the wild type; reduced fertility;  increased  hypocotyl elongation in the presence of cytokinin."	
AT3G30180	SALK_056270	"weak dwarf phenotype during early vegetative development and a reduced fertility after bolting, although the final plant height appears normal"	15710611
AT3G30180	SALK_129352	"weak dwarf phenotype during early vegetative development and a reduced fertility after bolting, although the final plant height appears normal"	15710611
AT3G30180	cyp85a2-3	"weak dwarf phenotype during early vegetative development and a reduced fertility after bolting, although the final plant height appears normal"	15710611
AT3G30180	cyp86a1-1/cyp85a2-2	severe dwarfs that are reminiscent of the known strong brassinosteroid-deficient mutants; treatment with brassinolide at 100 nM restored the double mutant phenotype nearly fully to WT but castasterone at the same concentration only partially rescued the phenotype	
AT3G30260	CS85520	Short petioles; short internodes; short pedicels; compact and bushy plants; reduced apical dominance; numerous lateral inflorescences; reduced fertility; very short siliques; average height = 28 cm.	
AT3G30775	CS69622	"Blocked in proline catabolism. Under low water potential conditions, decreased root elongation and decreased dry weight."	
AT3G30775	pdh1-2	Decreased root elongation and decreased dry weight for plants grown under low water potential conditions.	21791601
AT3G30775	pdh1-2	"Response to lower water potential results in an NADP/NADPH ratio that is altered (lower) with respect to wild type.  However, the NAD/NADH ratio remains the same."	21791601
AT3G32425	SALK_133577	Hypersensitive to ABA in seed germination and seedling growth.	16889648
AT3G33058	SALK_133048	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT3G33520	CS71694	Accelerated production of leaves with abaxial trichomes.	
AT3G33520	CS71696	More severe phase change phenotype than single mutants arp6-1 and atxr7-1. Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT3G33520	SAIL_236_C07	Flowers lack petals; increased number of lateral inflorescences; reduced fertility; short siliques; average height = 43 cm.	
AT3G33520	arp6-1	"Early flowering, reduced fertility, indehiscent anthers,increase petals, small carpels. In short days, leaves are smaller with serrated leaves. In long days the leaves are smaller."	16141450
AT3G33520	arp6-1/klu-1	Ovules contain supernumerary megasporocytes.	29288215
AT3G33520	suf3-1	"Under long days, suf3 showed much earlier flowering than  wild-type Col:FRISF2 and similar flowering time to Col, which has  a fri FLC genotype. Delay in flowering under short days, similar to Col. Much stronger  acceleration of flowering by vernalization than Col. Consistently produced  serrated leaves starting from the sixth leaf and approximately twice as many coflorescence  shoots as Col. Occasionally, secondary shoot apices converted to terminal flowers after producing racemic inflorescences, as well as produced flowers with extra petals."	16155178
AT3G42170	daysleeper	"Seedlings homozygous for the T-DNA insertion completely lacked expression of DAYSLEEPER. Mutant seedlings grew very slowly, and showed no expansion of the cotyledons or development of normal leaves or floral organs. The root remained short and had an excess of abnormal root hairs. The main and lateral root meristems appeared to have a normal organization when young, but as they matured became increasingly disorganized. After prolonged growth on plates, a few seedlings (1%) produced some photosynthetic tissue."	16015335
AT3G42660	eol1-1/lhp1-3	Small plants and early flowering.	28428341
AT3G42670	clsy1-3	Reduced silencing.	17526749
AT3G42670	clsy1-4	"Reduced spreading of silencing, loss of endogenous 24 nt siRNAs."	17526749
AT3G42670	clsy1-7	reduced 24nt-siRNA levels	29736015
AT3G42670	clsy1-7 clsy2-2	"synergistic relationship resulting in stronger reductions in 24nt-siRNA levels, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT3G42670	clsy1-7 clsy2-2 clsy3-1 clsy4-1	"greater than 98% of all pol-iv-dependent 24nt-siRNA clusters were reduced, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT3G42770	SALK_069673C	Increased sensitivity to low-Pi stress. Mutants accumulate more anthocyanin under low PI stress.	29567663
AT3G42880	prk 3 prk6	Defective in pollen tube guidance and growth leading to reduced fertility. Decreased responsiveness to pollen tube attractant LURE1.2.	26961657
AT3G42880	prk1 prk3 prk6	Severe defects in pollen tube guidance and growth and reduced fertility. Decreased responsiveness to pollen tube attractant LURE1.2.	26961657
AT3G43190	sus1 sus4	"The activity of SUS was reduced to 10% of wild-type levels in leaves of the mutant, and was undetectable (reduced to less than 10% of wild-type levels) in roots. The activity of invertase was unaffected in roots of this mutant, but in leaves neutral invertase activity was elevated by about 40%."	
	17257168		
AT3G43190	sus1 sus4	"The double mutant line was much more  severely affected by flooding. After the 4 days of flooding, root weight had increased by only 44% (compared to 72% for wild type), and there was not statistically significant gain in root weight in the 3 days following flooding. At the end of the 7-day period, the flooding treatment had reduced the gain in root weight by  71% relative to unflooded control plants (compared to 33% for wild type)."	17257168
AT3G43190	sus1 sus4	"The sugar content of leaves was substantially higher than that of the wild-type control. This was most pronounced at the end of the night, when glucose and fructose were almost ninefold higher in mutant than wild-type leaves and sucrose was more than twofold higher."	
	17257168		
AT3G43190	sus1 sus4	"When grown in soil, the double mutant line was not obviously different from wild-type controls. However, when grown hydroponically, the mutants grew considerably more slowly."	
	17257168		
AT3G43190	sus4	No visible phenotype.	17257168
AT3G43190	sus4	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT3G43210	CS9353	"Partial cytokninesis; failure of cytokinesis at the end of male meiosis; large pollen grains with extra apertures in abnormal orientation; variable numbers of extra nuclei in pollen; pollen tubes may transmit multiple pairs of sperm; many sperm are polyploid; reduced male fertility, partly due to seed abortion (NB female fertility is normal); many of the viable embryos are polyploid."	
AT3G43300	AtMIN7 KO #1	"AtMIN7 KO plants infected by the CEL-deletion mutant of Pseudomonas syringae DC3000 showed increased bacterial multiplication and enhanced chlorotic and necrotic disease symptoms, compared with Col-0 plants. AtMIN7 KO plants remained resistant to the nonpathogenic hrc mutant bacteria and responded to Pst DC3000 similarly to wild-type Col-0 plants."	16840699
AT3G43300	AtMIN7 KO #3	"AtMIN7 KO plants infected by the CEL-deletion mutant of Pseudomonas syringae DC3000 showed increased bacterial multiplication and enhanced chlorotic and necrotic disease symptoms, compared with Col-0 plants. AtMIN7 KO plants remained resistant to the nonpathogenic hrc mutant bacteria and responded to Pst DC3000 similarly to wild-type Col-0 plants."	16840699
AT3G43720	CS71736	"Significantly altered cuticular wax composition in stems and siliques, including reduced level of the C29 alkane. Reduced total cuticular wax load in siliques. Severe alterations in cuticular layer structure of stem and silique wall epidermal cells."	
AT3G43720	CS71737	"Significantly altered cuticular wax composition in stems and siliques, including reduced level of the C29 alkane. Reduced total cuticular wax load in siliques. Severe alterations in cuticular layer structure of stem and silique wall epidermal cells."	
AT3G43720	CS71738	"Significantly altered cuticular wax composition in stems and siliques, including reduced level of the C29 alkane. Reduced total cuticular wax load in siliques. Severe alterations in cuticular layer structure of stem and silique wall epidermal cells."	
AT3G43720	CS71739	"Significantly altered cuticular wax composition in stems and siliques, including reduced level of the C29 alkane. Reduced total cuticular wax load in stems and siliques. Severe alterations in cuticular layer structure of stem and silique wall epidermal cells."	
AT3G43920	CS16390	No visible phenotype.	
AT3G43920	CS16391	Subtle elongation of leaves resulting in less rounded tips at early stages of development.	
AT3G43920	CS16393	No visible phenotype.	
AT3G43920	CS66484	"similar to rdr6-15 phenotype:  homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT3G43920	CS69179	No visible phenotype.	
AT3G43920	CS9606	impaired in siRNA production and some aspects of gene silencing	
AT3G44200	ibo1-1	Protuberances form on the surface of hypocotyls and petioles due to localized outgrowths of epidermal cells.	18266916
AT3G44310	CS3738	resistant to the auxin effects of indole-3-acetonitrile (IAN).	
AT3G44326	cfb-1	No obvious morphological phenotype observed.	28505379
AT3G44370	SALK_057938	oxa2b-1 heterozygotes segregate for embryo lethality.	30487140
AT3G44370	oxa2b-2	Segregates for 25% embryo lethal.	30487140
AT3G44450	CS71577	Hypersensitive to blue light; short hypocotyls in blue light.	
AT3G44530	hira_salk_019573	Homozygotes are embryo lethal- segregates at 25%.	16243907
AT3G44610	agc1-12	Significant defects of pulse-induced phototropism. Hypocotyl gravitropism partially impaired.	29490064
AT3G44750	hdt1-1	"Lower height and thickness of the inflorescence stems, increased cell number, decreased size of individual tracheary elements and fiber cells, increased cell wall thickness of tracheary elements and fiber cells, increased lignin content in the stem."	31337083
AT3G44750	hdt1-2	"Lower height and thickness of the inflorescence stems, increased cell number, decreased size of individual tracheary elements and fiber cells, increased cell wall thickness of tracheary elements and fiber cells, increased lignin content in the stem."	31337083
AT3G44880	CS3733	"develops lesions resembling those produced during a pathogen-induced rapid cell death response (the hypersensitive response, HR); unable to control the rate and extent of cell death after exposure to a variety of stimuli that induce senescence responses; substantial ion leakage as an indicator of the loss of integrity of cell menbranes and cell death; rapid and spreading necrotic responses to both virulent and avirulent Pseudomonas syringae pv. maculicola or pv. tomato pathogens and to ethylene; develops necrotic lesions with aging; sensitive to mechanical stress in a developmentally controlled manner; susceptible to opportunistic pathogens and exhibits decreased growth inhibition of a heterologous pathogen of bean."	
AT3G44880	pao1	In constant darkness chlorophyll is retained resulting in a stay-green phenotype.	16113212
AT3G44880	pao1	"This mutant develops a lesion-mimic phenotype on the leaves similar to that of several acd1 mutants. The lesions occur in a development-related, light-dependent fashion, coinciding with the initiation of leaf senescence in the wild-type. Premature cell death was observed in the flowers. Sepals and petals started to degrade earlier than that of wild-type, resulting in flowers that fail to fully open. 40% of seeds aborts at an early stage of development."	16113212
AT3G44990	CS16545	No visible phenotype.	
AT3G44990	CS67890	no visible phenotype	
AT3G44990	CS67892	no visible phenotype	
AT3G44990	CS860816	No visible phenotype.	
AT3G45040	SAIL_529_E06	"In evn-3/EVN heterozygotes 28% of ovules are unfertilized, in those ovules the pollen tubes do not rupture but continue to grow. Does not transmit through the pollen."	25919390
AT3G45040	evn-1	"In evn-2/EVN plants, 20% of ovules are unfertilized. In unfertilized ovules the pollen tube continues to grow in the female gametophyte and does not release sperm cells.Does not transmit through the pollen."	25919390
AT3G45040	evn-2/EVN	"In evn-2/EVN plants, 22% of ovules are unfertilized. In unfertilized ovules the pollen tube continues to grow in the female gametophyte and does not release sperm cells.Does not transmit through pollen."	25919390
AT3G45090	CS67149	No visible phenotype.	
AT3G45090	CS67152	No visible phenotype.	
AT3G45140	lox2-1 / lox2-1	Both the intact and partially wounded lox2-1 mutant did not emit detectable amounts of GLVs and C5 volatiles.	26991128
AT3G45240	SALK_142938	Increased susceptibility to S. sclerotiorum.	31361080
AT3G45290	CS66526	No visible phenotype.	
AT3G45290	CS66527	No visible phenotype.	
AT3G45300	CS860822	"High levels of 15 seed free amino acids, homomethionine and 3-isovaleroyloxypropyl-glucosinolate; reduced 3-benzoyloxypropyl-glucosinolate."	
AT3G45300	CS860823	"High levels of 15 seed free amino acids, homomethionine and 3-isovaleroyloxypropyl-glucosinolate, along with reduced 3-benzoyloxypropyl-glucosinolate."	
AT3G45590	SALK_147085C	No visible phenotype.	28631407
AT3G45590	sen1/sen1;SEN2/sen2	Segregate zygote lethal (no division in the arrested zygote) at 25%.	28631407
AT3G45610	pear1 pear2 dof6 obp2 hca2	30% of plants have slowly elongating roots that show a reduction in radial growth.	30626969
AT3G45610	pear1 pear2 dof6 tmo6	reduced radial growth	30626969
AT3G45640	CS71691	No visible phenotype	
AT3G45640	mpk3	Seedlings slightly oversensitive to l-Glu-induced root growth inhibition.	29344832
AT3G45640	mpk6-3/mpk3-1	"Female sterile. Integuments undergo early cell division arrest, as a result, the embryo sac becomes constricted and protrudes from the micropyle."	
AT3G45940	SALK_085403	"reduced rosette size and pale green leaves, remarkably low chlorophyll content per leaf area"	17335513
AT3G46200	KD-nudx9	GDP-D-Man pyrophosphohydrolase activity is 50% lower than wild type.	26049160
AT3G46200	SALK_025038C	GDP-D-Man pyrophosphohydrolase activity is 71% lower than wild type.	26049160
AT3G46220	CS65860	No visible phenotype.	
AT3G46550	CS2106720	Seed mucilage defects.	
AT3G46550	CS24931	"Hypersensitive to NaCl, KCl, and LiCl but not to CsCl stress; in response to salt stress, the root tips of plants swell and root elongation is arrested, root tips have abnormal cell expansion, thinner walls, and reduced middle lamella; under normal growth conditions, the rate of growth and development of plants is similar to that of wild type plants but with shorter siliques and fewer seeds per silique; glabra phenotype: lacks trichomes on leaves and stems."	
AT3G46550	CS24931	Mutants grown in the presence of 100 mM NaCl display a dramatic short root phenotype and radial swelling of the root elongation zone.ABA at between 0.5 and 2 microM partially and at 5 microM fully suppresses the NaCl-induced phenotype and partially suppresses in the absence of NaCl. Roots are also short and more swollen in media containing 1% sucrose.	24603604
AT3G46550	sos5-1/abi4-1	Abnormal root growth on NaCl free media.	24603604
AT3G46550	sos5-1/cpl1-1	"In the presence and absence of 100 mM NaCl, root morphology in double mutants is comparable with that of the wild type."	24603604
AT3G46550	sos5-1/sad1-1 	"In the presence and absence of 100 mM NaCl, root morphology in double mutants is  comparable to wild type."	24603604
AT3G46640	lux-1	"Long hypocotyl.  Plants flower early in short- and long-day conditions.  Arrhythmic CAB2:LUC (reporter gene) expression and leaf movement in constant light, monochromatic red or blue light.  Arrhythmic CCR2::LUC (reporter gene) expression in constant dark and constant light."	16006522
AT3G46640	lux-2	"Long hypocotyl.  Plants flower early in short- and long-day conditions.  Arrhythmic CAB2:LUC (reporter gene) expression and leaf movement in constant light, monochromatic red or blue light."	16006522
AT3G46640	lux-3	Long hypocotyl seedlings.   Arrhythmic CAB2::LUC (reporter gene) expression under constant light.	16006522
AT3G46640	lux-4	Long hypocotyl seedlings.   Arrhythmic CAB2::LUC (reporter gene) expression under constant light.	16006522
AT3G46640	lux-5	Long hypocotyl seedlings.   Arrhythmic CAB2::LUC (reporter gene) expression under constant light.	16006522
AT3G46790	crr2-1	"Plants display impaired intergenic processing of the polycistronic transcript rps7-ndhB, resulting in no detectable mature form of ndhB mRNA."	14617084
AT3G46790	crr2-2	"Plants display impaired intergenic processing of the polycistronic transcript rps7-ndhB, resulting in no detectable mature form of ndhB mRNA."	14617084
AT3G46790	crr7-1 crr2-1	No described phenotype. This line was used to assess the formation of the NDH complex by introducing into this double mutant a transgenic copy of the wild-type CRR7 gene.	16359395
AT3G46970	CS169185	"Apart from a slight increase in rosette leaf size, no visible phenotype was observed."	16980562
AT3G47010	SALK_017126C	Impaired heat-induced decrease in SGS3 abundance and delayed SGS3 degradation.	30778176
AT3G47020	SALK_017126C	Impaired heat-induced decrease in SGS3 abundance and delayed SGS3 degradation.	30778176
AT3G47450	CS25735	"rif1-3 mutants are pale green with delayed leaf development. They are resistant to fosmidomycin, an inhibitor of the isoprenoid biosynthetic enzyme DXP"	18469163
AT3G47450	CS6511	Not impaired in NO biosynthesis in response to exogenous H2O2 compared to wild-type.	16367958
AT3G47450	CS6511	"Reduced nitric oxide synthase (NOS) production in leaves and root tips; impaired organ growth: yellowish first true leaves, reduced root and inflorescence growth, reduced fertility; defective abscisic acid- induced stomatal movements; kanamycin resistant"	14526079
AT3G47450	CS6511	Significantly impaired in NO biosynthesis in response to ABA compared to wild-type.	16367958
AT3G47450	CS6511	Stomatal aperture not affected by treatment with sodium nitroprusside (SNP).	16367958
AT3G47450	CS6511	"rif1-2 mutants are pale green with delayed leaf development. They are resistant to fosmidomycin, an inhibitor of the isoprenoid biosynthetic enzyme DXR"	18469163
AT3G47450	CS6511	sensitive to ozone (O3)	19054359
AT3G47450	rif1-1	"rif1-1 mutants are pale green with delayed leaf development. They have a strong resistance to fosmidomycin (FSM), an inhibitor of the isoprenoid biosynthetic enzyme DXR. The reduced rate of degradation of DXS and DXR in rif1-1 mutants leads to a higher accumulation of these two MEP biosynthetic enzymes. Though RIF1 was originally believed to be an NO-synthase, treatment with an NO donor, does not rescue the DXR over-accumulation phenotype, implying that this is not an NO-dependent phenotype. There is a reduction in the level of the large subunit of Rubisco, and two other plastid-encoded proteins in the rif1-1 mutant, however, levels of the plastid-encoded ClpP1 protease are elevated in rif1-1 mutants, compared to wild type seedlings. A plastid-targeted YqeH-GFP construct can rescue the growth, pigmentation, and FSM-resistance phenotypes of rif1-1. YqeH is a GTPase implicated in ribosomal biogenesis in bacteria."	18469163
AT3G47480	CS72194	"Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated flg22-induced CBP60g expression, pattern-triggered immunity (PTI) and salicylic acid accumulation."	
AT3G47480	CS72195	"Spontaneous chlorosis under highly moist conditions (humidity approximately 80%). Reduced rosette size. Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated salicylic acid accumulation, flg22-induced pattern-triggered immunity (PTI) and sustained CBP60g expression."	
AT3G47500	SAIL_434_G09 (homo)	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is similar to that of wild type."	16891401
AT3G47600	CS71731	Reduced total wax load in leaves and stems. Reduced drought- and ABA (abscisic acid)-induced wax biosynthetic gene expression.	
AT3G47600	CS71732	Reduced total wax load in leaves and stems. More permeable cuticle compared to single mutants myb94 (CS71731) and myb96-1. Reduced drought- and ABA (abscisic acid)-induced wax biosynthetic gene expression.	
AT3G47620	SM_3_19812	"Delayed germination.  Germination of the mutants exhibited hypersensitivity to exogenously applied abscisic acid and paclobutrazol, an inhibitor of gibberellin biosynthesis."	
AT3G47620	SM_3_35210	"Delayed germination.  Germination of the mutants exhibited hypersensitivity to exogenously applied abscisic acid and paclobutrazol, an inhibitor of gibberellin biosynthesis."	
AT3G47620	WiscDsLox445B10	"Delayed germination.  Germination of the mutants exhibited hypersensitivity to exogenously applied abscisic acid and paclobutrazol, an inhibitor of gibberellin biosynthesis."	
AT3G47690	eb1a-1	When plants are grown on inclined agar plates root growth is skewed to the left forming clockwise loops with twisted epidermal cell files.	18281505
AT3G47700	mag2-1	"Mutant seeds accumulated the precursors of 12S globulin and 2S albumin, and increased level of ER-localized chaperones. The size of protein storage vacuoles in the mutant seed cells is smaller. Mutant seed cells also have novel subcellular structures with a high electron-dense core."	17194767
AT3G47700	mag2-1 mip3-1	"Shorter root length of 7-day-old seedlings, plants grow poorly, small rosette leaves with short petioles, shorter plant height. Accumulation of seed storage protein precursors. Smaller seed, lower thousand-grain weight and lower protein content, severe ER stress, decreased germination ratio with increased storage time, sensitive to ABA and salt stress, ABA signaling pathway affected."	29868102
AT3G47710	SALK_098881 homozygous	"sepals and carpels  are  pale yellow or white,while the inflorescence stems and siliques are purple. Floral organs are smaller than WT. Flowers, cauline leaves, stems, and  siliques have a decreased amount of chlorophyll as compared to WT."	20305124
AT3G47710	bnq1 rnai; bnq2 rnai; bnq3	"Same as bnq3 single mutants: sepals and carpels  are  pale yellow or white,while the inflorescence stems and siliques are purple"	
	20305124		
AT3G47710	bnq3 ap3-3	Pale yellowish sepaloid second-whorl organs.	20305124
AT3G47780	CS66054	No visible phenotype.	
AT3G47810	mag1-1 zig-1	Reduced but still significant response to gravity. mag1 represses the phenotype of zig-1.Similar phenotype to mag-1 single mutant.	20086190
AT3G47860	CS69922	Low nonphotochemical quenching (NPQ). 	
AT3G47860	CS69923	Low nonphotochemical quenching (NPQ).	
AT3G47860	CS69924	Reversal of nonphotochemical quenching (NPQ) to wild-type levels when compared with soq1-1 single mutant. Low NPQ during cold and heat stress.  	
AT3G47860	SALK_133049	"Mutant plants show increased lipid peroxidation and more damage upon photooxidative stress induced by drought, high light or paraquat."	19674405
AT3G47950	aha4	"Slight reduction in root and shoot growth, exaggerated defects in salt stress"	
AT3G48000	CS69774	No visible phenotype	
AT3G48000	CS69775	No visible phenotype	
AT3G48000	CS69777	No visible phenotype	
AT3G48000	CS69778	No visible phenotype	
AT3G48000	CS69779	No visible phenotype	
AT3G48000	CS69780	No visible phenotype	
AT3G48000	CS69951	No visible phenotype	
AT3G48000	CS69952	No visible phenotype	
AT3G48040	SALK_052897	Homozygotes are embryo lethal. Somewhat reduced transmission through the pollen.	26555280
AT3G48050	CS67882	Produces abaxial trichomes precociously; drought resistant	
AT3G48050	CS67883	Produces abaxial trichomes precociously; drought resistant	
AT3G48050	CS67884	Produces abaxial trichomes precociously; drought resistant	
AT3G48050	CS67885	Produces abaxial trichomes precociously; drought resistant	
AT3G48050	CS67886	Produces abaxial trichomes precociously; drought resistant	
AT3G48090	CS67134	"Mutation in EDS1 suppressed the cell death and resistance phenotypes of pen3-1, allowing Erysiphe cichoracearum to conidiate; increased frequency of penetration of Blumeria graminis f. sp hordei in the double mutant relative to the pen3-1 single mutant."	
AT3G48090	dmr1-1 eds1-2	Resistant to downy mildew fungus Hyaloperonospora parasitica. Showed chlorosis and reduced growth.	
AT3G48090	dmr2 eds1-2	Resistant to downy mildew fungus Hyaloperonospora parasitica.	
AT3G48090	dmr3 eds1-2	"Broad spectrum of disease resistance to oomycete, bacterial and fungal pathogens. Mutants exhibit dwarfism and are resistant to Pseudomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii and shows enhanced defense gene expression."	
AT3G48090	dmr4 eds1-2	"Broad spectrum of disease resistance to oomycete, bacterial and fungal pathogens.  Mutants are dwarf, resistant to Psuedomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii with an enhanced defense gene expression."	
AT3G48090	dmr5 eds1-2	Resistant to downy mildew fungus Hyaloperonospora parasitica. There was significant hyphal growth but haustoria were not formed in all adjacent plant cells. Plants show normal plant development.	
AT3G48090	dmr6 eds1-2	"resistant to downy mildew fungus Hyaloperonospora parasitica and showed no hyphal growth. Susceptible to Psuedomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii."	
AT3G48090	eds1	Enhanced fungal infection	
AT3G48090	eds1-2	Highly susceptible to downy mildew pathogen <i>Hyaloperonospora parasitica</i>.	
AT3G48090	eds1-2	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT3G48100	CS25267	Reduced rosette size when grown under short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation; increased sensitivity to red light.	
AT3G48100	CS25272	"No adult visible phenotype; the reduced rosette size of arr5 is not enhanced but suppressed by the arr6 mutation (suggesting antagonistic function); subtle difference in cytokinin sensitivity of root elongation compared to the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; somewhat increased sensitivity to red light."	
AT3G48100	CS25273	"Adult phenotype similar to the arr5 parent: reduced rosette size when grown under short-day conditions; increased cytokinin inhibition of root elongation but intermediate between arr3,4,5,6 and the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT3G48100	CS25276	"The elongated petioles of arr4 and arr3,4 are enhanced, but the overall rosette size is similar to that of the wild-type parent; the increased petiole elongation suggests that although ARR5 and ARR6 may act antagonistically to each other in regulating rosette size, as a pair they still function additively with ARR3 and ARR4 in the regulation of petiole elongation; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type, but significantly more sensitive than arr3,4; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; increased sensitivity to red light."	
AT3G48100	CS25277	"No adult visible phenotype; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type; but significantly more sensitive than arr8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT3G48100	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT3G48110	CS16005	embryo defective; developmental arrest of mutant embryos	
AT3G48160	del1-1	Epidermal cells on abaxial surface have increased DNA content.	18787127
AT3G48190	atm / tert	"During five generations of growth, both tert and atm/tert lose about 500 bp of chromosome length per generation. But, whereas tert mutants show no visible growth defects through the G6 generation, atm/tert mutants in G5 show severe growth defects, such as aberrant leaf shape, delayed flowering, a loss of apical dominance, and reduced fertility. atm/tert mutants in G5 have a much higher rate of bridged chromosomes than G5 tert mutants."	16166376
AT3G48190	atm / tert	"atm tert mutants undergo Telomere Rapid Deletion (TRD) events, that can lead to the production of a chromosome with a very short telomere. Just one of these structures can  prompt end-to-end chromosomal fusion events in the G5 generation. The anaphase bridges apparent in these atm/tert mutants seem to involve only a single chromosome in each distinct mutant line, and seem to occur between sister chromatids. These plants exhibit the same overall level of aneuploidy in the G5 generation as tert mutants do in the G6 generation (~52% of cells showing abnormal centromeric signals in interphase). atm/tert mutants are not as likely to undergo ALT (alternative lengthening of telomeres, a telomerase-independent process) as tert mutants, implicating ATM in this process."	17989233
AT3G48190	atm-2 fancd2-1	Fertility reduced to 0.9 (±1.9; n=317 siliques) seeds per silique.	29352063
AT3G48190	atr/atm	Double mutants are defective in telomere maintainance. Mutants form anaphase bridges.	16166376
AT3G48190	fan1-2 atm-2	"Severe chromosome fragmentation and a drastic reduction of fertility (1.9 ± 2.8; n=123 siliques), compared to atm-2 single mutants (6.8 ± 7.2; n=364 siliques; p<0.0001)."	29352063
AT3G48250	bir6-1	"Mutation of BIR6 affects splicing of intron 1 of mitochondrial nad7 transcript, leading to strongly reduced accumulation of fully processed nad7 transcript. This affects assembly of Complex I and results in moderate growth retardation."	20682769
AT3G48330	pimt1-1	Higher PIMT protein levels in dry seeds as compared to WT. Seeds are more resistant to aging than WT.  Mutant plants are morphologically similar to WT.	19011119
AT3G48350	cep3-1	"Root tips had a high number of meristem zone (MZ) cells, ~50% more S-phase cells, ~50% less nuclei in G0/G1 phase and ~40% more nuclei in Sphase when grown in a N-free medium."	24179096
AT3G48360	SALK_084471	Both heterozygoytes and homozygotes have a WT phenotype	19054356
AT3G48360	bt1-4;bt2-3/+;bt3-1/+;bt4-1;bt5-1	Reduced seed set and shortened siliques. Phenotype is identical to bt2-3/+;bt3-1/+	19054356
AT3G48360	bt1-4;bt2-3;bt3-1;bt4-1;bt5-1	Embryo lethal - not recovered.	19054356
AT3G48360	bt1-4;bt2-3;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT3G48360	bt2-3;bt3-1	Double homozygotes are embryo lethal.  Double heterozygotes have short siliques and a reduced seed set.	19054356
AT3G48430	SALK_001018C	"ref6-1 mutant seedlings do not have any obvious aberrant phenotypes under light-grown conditions, but they do have a late flowering phenotype. Adult plants have reduced cell elongation, manifested in a ~30% reduction in leaf petiole length as well as shorter leaf blades, but their leaf width is similar to wild-type. The transcript levels of some BR-regulated genes are reduced in ref6-1 mutants. H3K9me3 levels are elevated immediately upstream of the BR-responsive TCH4 gene in ref6-1 mutants."	18467490
AT3G48430	SALK_001018C	ref6-1 mutants flower later than wild-type plants under long- and short-day conditions even though they have the same leaf initiation rate as wild-type plants. FLC mRNA levels are increased in ref6-1 mutants.	15377760
AT3G48430	SALK_122006C	ref6-2 mutants flower later than wild-type plants.	15377760
AT3G48430	ref6-3	ref6-3 mutants flower later than wild-type plants under long- and short-day conditions.  Levels of H4 histone acetylation in the the promoter and in the first intron of FLC are reduced in ref6-3 mutants compared to wild-type plants.	15377760
AT3G48460	SALK_008418C	Expansion and greening of cotyledons inhibited by glucose. Hypersensitive to glucose.	28510842
AT3G48460	SALK_122440C	Expansion and greening of cotyledons inhibited by glucose. Hypersensitive to glucose.	28510842
AT3G48470	CS24086	embryo defective; transition	
AT3G48470	emb2423	embryo defective	
AT3G48510	SALK_074718	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT3G48510	SALK_128578	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT3G48510	aitr2 aitr5 aitr6	enhanced tolerance to drought and salt	31159296
AT3G48510	dpa4 sod7 aitr256	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT3G48560	CS204	resistant to high levels of sulfonylurea herbicides.	
AT3G48560	CS3102	highly resistant to the imidazolinone herbicide imazapyr.	
AT3G48690	atcxe12	"Four-fold reduction in esterase activity toward 2,4-D-methyl and pNA in mutant compared to wild type."	17519238
AT3G48740	CS68996	Reduced embryo size.	
AT3G48740	CS68998	"Wrinkled seed phenotype caused by severe seed defects including the following: retarded embryo development, reduced seed weight, reduced starch and lipid content, and starch accumulation in the seed coat, but not the embryo."	
AT3G48740	CS69005	No visible phenotype.	
AT3G48740	CS69006	No visible phenotype.	
AT3G48740	CS69007	No visible phenotype.	
AT3G48740	CS69008	No visible phenotype.	
AT3G48740	CS69009	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT3G48740	CS69010	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT3G48750	CS2106711	"lethal if germinated on soil, severely affected if grown on MS plates or in liquid medium, reaches size of several mm in diameter in weeks. homozygous (sterile and severely affected) only under aseptic conditions on 0.5 MS 1% sucrose"	
AT3G48750	CS69133	"Homozygous cdc2a-1 mutants are lethal if germinated on soil. If grown on MS plates or in liquid medium (0.5 MS 1% sucrose), homozygous cdc2a-1 is sterile and severely affected, reaching a size of several mm in diameter in weeks. Defect during second mitotic division of pollen development results in pollen with a single generative and vegetative cell. Fertilization by pollen from heterozygous cdc2a mutant plants causes seed abortion."	
AT3G48750	CS69918	"Cell cycle hypomorph exhibiting diminished CDKA;1 activity with a compromised ability to bind substrates. Approximately one quarter of seeds in siliques will contain small embryos with fewer but enlarged cells and cotyledons that do not, or only partially, fold to one side. Homozygous mutants are entirely female- and male-sterile."	
AT3G48750	CS71746	"Cell cycle hypomorph. Both wild-type and mutant, single sperm pollen can be found. Plants homozygous for cdka;1 are sterile."	
AT3G48750	SALK_106809	"Homozygous are lethal. In self-fertilized heterozygous, severe seed defects were observed  in the mature siliques, whereas no obvious defect was observed before the reproductive stage. The mature siliques contain normal and  aborted seeds at a 1:1 ratio.  Male gametophytic lethal. Microspores normally undergo an  asymmetric cell division, pollen mitosis I (PMI), to produce bicellular pollen grains. The larger vegetative cell  does not divide, but the smaller generative cell undergoes mitosis, PMII, to form the two sperm cells, thereby  generating tricellular pollen grains. Embryo is arrested at the  globular stage, most likely because of loss of endosperm development, whereas it is arrested at the one- or  two-cell stage in presumptive homozygous plants"	16460514
AT3G48750	T161D	"strongly decreased kinase activity, T161D plants showed various developmental defects; strongly reduced in growth. contained embryos that were small and displayed cotyledons that did not fold to one side; exhibited fewer but enlarged cells After germination, fewer and smaller leaves were generated by the T161D plants. Sterile phenotype; although all floral organs were present, the plants were entirely female- and male-sterile"	
	17369369		
AT3G48750	cdc2a-1	"Reduced fertility, failure to transmit through pollen. Pollen development affected at the second mitotic division resulting in pollen with a single generative and vegetative cell. Pollen can germinate and fertilize the egg cell but embryos arrest. Unfertilized endosperm develops."	
AT3G48750	cdc2a-2	"Reduced fertility, failure to transmit through pollen. Pollen development affected at the second mitotic division resulting in pollen with a single generative and vegetative cell. Pollen can germinate and fertilize the egg cell but embryos arrest. Unfertilized endosperm develops."	16311592
AT3G48780	Atlcb2a-1 Atlcb2b-1	"Double mutant is male gametophytic lethal due to defects in pollen development. Phenotype of the double mutant pollens became apparent in the bicellular stage. The cytoplasm was less dense and plastids were dilated and lacked oil droplets. The nuclear envelope structure was modified by the formation of vesicles between the inner and outer membranes. The microspores lacked the intine layer, and consequently lacked clearly defined ER and Golgi."	18208516
AT3G48860	SAIL_1158_B11	"Segregating for agamous-like plants (homeotic transformation of stamens to petals, double flowers); average height = 39 cm."	
AT3G48870	SAIL_1158_B11	"Segregating for agamous-like plants (homeotic transformation of stamens to petals, double flowers); average height = 39 cm."	
AT3G48990	CS65823	No visible phenotype.	
AT3G48990	CS65824	No visible phenotype.	
AT3G49080	rps9m-1	"Reduced transmission through male and female gametophytes. Abnormal embryo sac development, particularly the central cell which fails to differentiate normally. Reduced fertility."	29312411
AT3G49110	CS68899	Larger leaves than wildtype. Delayed senescence. Reduced oxidative burst in response to a fungal elictor. Enhanced susceptibility to P. syringae pv tomato strain DC3000.	
AT3G49110	CS68901	Larger leaves than wildtype. Delayed senescence. Reduced oxidative burst in response to a fungal elictor. Enhanced susceptibility to P. syringae pv tomato strain DC3000.	
AT3G49120	CS68900	Larger leaves than wildtype. Delayed senescence. Reduced oxidative burst in response to a fungal elictor. 	
AT3G49170	CS16045	"Embryos consistently initiated cotyledons and continued growth and cell division beyond heart stage.  Embryos consistently failed to elongate, developing instead as v-shaped embryos with wide,stunted cotyledons and no hypocotyl."	15647901
AT3G49170	CS16045	embryo defective; developmental arrest of mutant embryos	
AT3G49240	CS16034	"Embryo fails to develop beyond the globular stage.  Consisten and severe developmental arrest at the mid-globular stage, resulting in a slightly irregular embryo proper consisting of 32-64 cells.  Arrested embryos persist in this early arrested stage into late-stage seeds, without any apparent further growth."	15647901
AT3G49240	CS16034	embryo defective; developmental arrest of mutant embryos	
AT3G49240	nuwa-1	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT3G49240	nuwa-1	embryo lethal.	28760958
AT3G49240	nuwa-2	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT3G49240	nuwa-2	embryo lethal.	28760958
AT3G49250	CS69174	No visible phenotype.	
AT3G49250	dms3-1	WT morphological phenotype. Decreased DNA methylation of target genes.	18425128
AT3G49250	nuwa-1	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT3G49250	nuwa-1	embryo lethal.	28760958
AT3G49250	nuwa-2	All pollen grains of heterozygote plant are viable. Mutation does not affect male gametophyte viability.	28760958
AT3G49250	nuwa-2	embryo lethal.	28760958
AT3G49500	CS16276	No visible plant phenotype.	
AT3G49500	CS24285	A proportion of pre-meiotic ovules have two MMCs and have several abnormally enlarged sub-epidermal cells. Post-meiotic ovules showed two independently developing  female gametophytes at a frequency of 43.3%	
	20208518		
AT3G49500	CS24285	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT3G49500	CS24286	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT3G49500	CS24287	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT3G49500	CS24288	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT3G49500	CS66111	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change.	
AT3G49500	CS66112	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change.	
AT3G49500	CS66480	"similar to rdr6-15; rosette leaves narrow, highly twisted, curled and irregularly shaped; flowers are sterile, sepals and petals are downwardly curled, narrow and twisted and fail to enclose all organs;  stamens are short and lack pollen and the gynoecia are irregularly shaped, swollen and frequently split open at the apical end."	
AT3G49500	CS66481	"similar to rdr6-15; rosette leaves narrow, highly twisted, curled and irregularly shaped; flowers are sterile, sepals and petals are downwardly curled, narrow and twisted and fail to enclose all organs;  stamens are short and lack pollen and the gynoecia are irregularly shaped, swollen and frequently split open at the apical end."	
AT3G49500	CS66485	"similar to rdr6-15; homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT3G49500	CS67869	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum"	
AT3G49500	CS67870	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum"	
AT3G49500	CS67871	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT3G49500	CS69958	"Exhibits known phenotypes of rdr6-11 (CS24285); precocious transition to adult phase of vegetative development, elongated and downward-curling leaves, stamens that frequently fail to contact the stigma resulting in variable seed sets, split septum producing ectopic stigmatic tissue, and defective posttranscriptional gene silencing of sense transgenes (Peragine et al. 2004)."	
AT3G49500	rdr6-5	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT3G49500	rdr6-5	No obvious leaf developmental defects.	16682354
AT3G49500	rdr6-5	TAS3 but not TAS1 or TAS2 ta-siRNAs were detected.	16682354
AT3G49500	rdr6-5 (2a3)	Reduction in post-transcriptional gene silencing.	16682354
AT3G49500	rdr6-6 (2a3)	Reduction in post-transcriptional gene silencing.	16682354
AT3G49500	sgs2-1	Downward-curled leaf margins.	16682354
AT3G49500	sgs2-1	"Enhanced susceptibility to virus, reduction in post-transcriptional gene silencing"	10850495
AT3G49500	sgs2-1	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT3G49500	sgs2-1	Reduction in post-transcriptional gene silencing.	9761800
AT3G49500	sgs2-1	"TAS1, TAS2, and TAS3 ta-siRNAs were below detectable levels."	16682354
AT3G49500	sgs2-10 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-11 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-12 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-13 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-14 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-15 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-16 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-17 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-18	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT3G49500	sgs2-18	No obvious leaf developmental defects.	16682354
AT3G49500	sgs2-18	"TAS1, TAS2, and TAS3 ta-siRNAs were detected."	16682354
AT3G49500	sgs2-19 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-2	Reduction in post-transcriptional gene silencing.	9761800
AT3G49500	sgs2-20 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	12747833
AT3G49500	sgs2-21 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	12747833
AT3G49500	sgs2-22 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	12747833
AT3G49500	sgs2-23 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	12747833
AT3G49500	sgs2-3	Reduction in post-transcriptional gene silencing.	9761800
AT3G49500	sgs2-4	Reduction in post-transcriptional gene silencing.	9761800
AT3G49500	sgs2-5	Reduction in post-transcriptional gene silencing.	9761800
AT3G49500	sgs2-6 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-7 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-8 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49500	sgs2-9 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT3G49590	CS69863	Premature senescence under a short-day photoperiod (8-hr light/16-hr dark). Hypersensitivity to N and fixed-C deprivation. 	
AT3G49600	Atubp26-2	In homozygous plants 20% of ovules fail to form seeds. Ovules that do not produce seeds do not produce embryo sacs. Among the remaining ovule that do form embryo sacs and embryos more than 50% of the embryos abort at various stages. With fewer seeds the siliques of homozygous plants are shorter. Later formed flowers have non-dehiscent anthers.	18723879
AT3G49600	CS860116	Plants have short siliques producing about 80% shriveled seeds with autonomous endosperm development and arrested embryos.	
AT3G49660	Wdr5a	great reduction of H3K4me3 level at MAF4 and impaired cold-induced MAF4 expression	30498193
AT3G49670	CS16305	No visible phenotype.	
AT3G49670	CS16306	No visible phenotype	
AT3G49670	CS31092	No visible mutant phenotype.	
AT3G49670	bam1-1 bam2-1	"Anthers in double mutant plants appeared abnormal at a very early stage and lack the endothecium, middle, and tapetum layers. Further analyses revealed that cells interior to the epidermis (in anther tissue) acquire some characteristics of pollen mother cells (PMCs), suggesting defects in cell fate specification. The pollen mother-like cells degenerate before the completion of meiosis, suggesting that these cells are defective."	16751349
AT3G49670	bam1-1 bam2-1	Reduced shoot meristem size.	16367950
AT3G49670	bam1-1 bam2-1 bam3-2	Plants arrest early in development due to loss of shoot apical meristem but recover through adventitious shoot formation.	16367950
AT3G49670	bam1-1 bam2-1 bam3-2	Reduced numbers of stamens and carpels suggesting a reduction in floral meristem size.	16367950
AT3G49670	bam1-1/bam2-1/clv1-11	Triple mutant enhances the floral meristem defects of clv1-11 single mutant. Novel phenotypes include the existence of an enlarged indeterminate meristem in the center of each flower. Leaves are smaller and number of rosette leaves is increased.	18780746
AT3G49670	bam1-1/bam2-1/clv2-1	Number of carpels not statistically significant form that of clv2-1 alone.	18780746
AT3G49670	bam1-1/bam2-1/clv3-2	Triple mutant shows greater suppression of the clv3-2 with approximately 4.3 carpels per flower compared to clv3-2 single mutants which have approximately 6.7 carpels per flower.	18780746
AT3G49670	bam1-3 bam2-3	Altered leaf morphology: fewer veins than wild type and a distinct lack of higher-ordered veins.	16367950
AT3G49670	bam1-3 bam2-3	"Anthers in double mutant plants appeared abnormal at a very early stage and lack the endothecium, middle, and tapetum layers. Further analyses revealed that cells interior to the epidermis (in anther tissue) acquire some characteristics of pollen mother cells (PMCs), suggesting defects in cell fate specification. The pollen mother-like cells degenerate before the completion of meiosis, suggesting that these cells are defective."	16751349
AT3G49670	bam1-3 bam2-3	Delayed in development: smaller in size and bolt and flower later than wild-type plants.	16367950
AT3G49670	bam1-3 bam2-3	Floral organ defects.	16367950
AT3G49670	bam1-3 bam2-3	Higher degree of branching in plants and have a longer lifespan. Almost completely sterile.	16367950
AT3G49670	bam1-3 bam2-3	Reduced shoot meristem size.	16367950
AT3G49670	bam2-1	No visible phenotype.	16367950
AT3G49670	bam2-1/clv3-2	Reduced number of carpels relative to clv3 single mutant.	18780746
AT3G49670	bam2-3	No visible phenotype.	16367950
AT3G49680	bcat3-1/bcat4-2/bcat6-1	"Smaller rosettes and inflorescences in comparison to wild type. In addition, there were dent-like cavities and chlorotic areas in the leaves. Moderately increased levels of Ala, Arg, His, Ile, Phe, Pro Thr, Trp and Tyr, and Leu.  Extraordinary enhanced accumulation of Met.  Significant decrease in levels of Met-derived glucosinolates and increase in Leu-derived glucosinolates."	25851613
AT3G49700	CS16571	"enhanced hypocotyl length in etiolated seedlings, enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height, increased ethylene production"	
AT3G49700	CS16582	increased plant height	
AT3G49700	CS16587	increased plant height	
AT3G49700	CS16591	increased plant height	
AT3G49700	CS16593	increased plant height	
AT3G49700	CS16595	no dramatic change in phenotype	
AT3G49700	CS16596	increased plant height	
AT3G49700	CS16604	no dramatic change in phenotype	
AT3G49700	CS16606	no dramatic change in phenotype	
AT3G49700	CS16608	no dramatic change in phenotype	
AT3G49700	CS16609	no dramatic change in phenotype	
AT3G49700	CS16613	no dramatic change in phenotype	
AT3G49700	CS16615	no dramatic change in phenotype	
AT3G49700	CS16617	no dramatic change in phenotype	
AT3G49700	CS16618	no dramatic change in phenotype	
AT3G49700	CS16620	no dramatic change in phenotype	
AT3G49700	CS16622	no dramatic change in phenotype	
AT3G49700	CS16623	no dramatic change in phenotype	
AT3G49700	CS16624	no dramatic change in phenotype	
AT3G49700	CS16625	no dramatic change in phenotype	
AT3G49700	CS16628	no dramatic change in phenotype	
AT3G49700	CS16630	no dramatic change in phenotype	
AT3G49700	CS16631	no dramatic change in phenotype	
AT3G49700	CS16632	no dramatic change in phenotype	
AT3G49700	CS16633	no dramatic change in phenotype	
AT3G49700	CS16635	no dramatic change in phenotype	
AT3G49700	CS16637	no dramatic change in phenotype	
AT3G49700	CS16638	no dramatic change in phenotype	
AT3G49700	CS16639	no dramatic change in phenotype	
AT3G49700	CS16640	no dramatic change in phenotype	
AT3G49700	CS16641	no dramatic change in phenotype	
AT3G49700	CS16642	no dramatic change in phenotype	
AT3G49700	CS16643	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT3G49700	CS16644	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT3G49700	CS16645	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT3G49700	CS16646	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT3G49700	CS16648	phenotype not determined	
AT3G49700	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT3G49700	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT3G49700	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT3G49700	CS70155	"kanamycin resistant, no visible phenotype"	
AT3G49750	CS65488	No visible phenotype.	
AT3G49750	CS65489	No visible phenotype.	
AT3G50000	CS67783	No visible phenotype.	
AT3G50000	CS67785	Delayed flowering under long days.	
AT3G50000	CS67786	Delayed flowering under long days. Longer period length of circadian rhythms under constant light conditions.	
AT3G50060	myb77-1	Reduced density of lateral roots.	
AT3G50060	myb77-1/nph4-1	Decreased density of lateral roots. Synergistic interaction.	
AT3G50080	vfb1-1/vfb2-1/vfb3-1/vfb4rnai	"Defects in lateral root formation, delayed root elongation and delayed plant growth. Reduced cell size."	17435085
AT3G50220	CS2106102	"Slightly smaller than parents and darker green, xylem vessels are mildly distorted."	
AT3G50220	CS2106103	no visible phenotype	
AT3G50310	SALK_021755C	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT3G50310	SALK_049616C	"Decreased sensitivity to ABA during root growth, with longer and more pronounced root elongation zones (increased cell length and increased number of cells) compared to wild type. Stomatal closing less sensitive to ABA than wild type.  Slightly greater stomatal density and reduced pavement cell density."	27913741
AT3G50330	"hec1,2,3"	"The hec1,2,3 spt quadruple mutant had an enhanced phenotype compared to the hec1,2,3 triple or spt single. Carpels were completely unfused at the apical part, up to one third of the entire fruit indicative of a synergistic interaction."	26293302
AT3G50360	SALK_079974C	"Hypersensitive to ABA, increased drought tolerance."	28603528
AT3G50500	ear1-1/snrk2.2/snrk2.3	Less sensitive to ABA during seed germination as compared to wild type.	29618630
AT3G50500	snrk2.2 snrk2.3	snrk2.2 snrk2.3 was found to be ABA-insensitive in seed germination and early seedling growth  snrk2.2 snrk2.3 seeds showed green cotyledons at 5 d after sowing (non of the wild-type seeds had germinated at this time)  snrk2.2 snrk2.3 had decreased seed dormancy  snrk2.2 snrk2.3 was insensitive to the stimulating effect of low ABA concentration (<1 uM)on root growth  snrk2.2 snrk2.3 had a greatly reduced level of a 42-kD kinase activity capable of phosphorylating peptides from ABF (for ABA Response Element Binding Factor) transcription factors	
	17307925		
AT3G50660	dwf4	"Dwarf, lack of cell elongation"	
AT3G50660	dwf4-101	Dwarf phenotype.	16632588
AT3G50660	dwf4-101	"In the presence of 1 microM brassinazole, an inhibitor of brassinolide biosynthesis, the mutant hypocotyls display the same gravitropic time course as that of wildtype."	16632588
AT3G50660	dwf4-101	Mutant hypocotyls are more sensitive to IAA treatment (inhibition of growth) than those of wildtype.	16632588
AT3G50660	dwf4-101	Short hypocotyls when grown in dark conditions.	16632588
AT3G50660	dwf4-101	"Short stem, dark green and round leaves with short petioles. Has more lateral shoots than wildtype (Col)."	16632588
AT3G50660	dwf4-101	Similar phototropic response of etiolated hypocotyls compared to that of wildtype.	16632588
AT3G50660	dwf4-101 nph4-103	"Gravitropic curvature similar to that of wildtype (Col) when dark-grown. Over time however, the curvature becomes intermediate between that of the nph4 single mutant and wildtype."	16632588
AT3G50660	dwf4-101 nph4-103	"In the presence of 1 microM brassinazole, an inhibitor of brassinolide biosynthesis, the mutant hypocotyls display the same gravitropic time course as that of wildtype."	16632588
AT3G50660	dwf4-101 nph4-103	Leaves and cotyledons are only weakly epinastic.	16632588
AT3G50660	dwf4-101 nph4-103	Mutant hypocotyls are more sensitive to IAA treatment (inhibition of growth) than those of wildtype.	16632588
AT3G50660	dwf4-101 nph4-103	Similar phototropic response of etiolated hypocotyls compared to that of wildtype.	16632588
AT3G50660	dwf4-102	Completely infertile.	16632588
AT3G50820	psbo2	"Overall increase of PSII proteins (CP43, D1, D2, Lhcb2, PsbP) in the mutant to about 138% in the compared to wild-type levels."	
	17217465		
AT3G50820	psbo2	"The mutant grew faster than psbo1 but more slowly than WT. Leaves are dark green, more elongated and with bent edges."	17217465
AT3G50870	mnp	embryo defective	
AT3G50950	CS65961	No visible phenotype.	
AT3G50950	CS65962	No visible phenotype.	
AT3G50950	CS65963	No visible phenotype.	
AT3G50950	CS65964	No visible phenotype.	
AT3G51050	nerd1-1	Short primary roots.Increased root hair length.	29722827
AT3G51050	nerd1-1/sec8-6	Short roots. abnormal root hairs.	29722827
AT3G51060	sty1-1	"When grown under long day, mutant plants were essentially the same as wild type plants, except showing some morphological aberrations restricted to the apical part of the gynoecium. Mature styles exhibited slight depression and were generally wider that in the wild type. Style epidermal cells were found at the edges of the stigma, where stigmatic papillae were formed in the WT. Papillae tent to sprawl in all directions. The outer replum is broader in mutant gynoecia. Uppermost portion of the siliques was narrowed, as a result of aborted uppermost ovules in the siliques."	12361963
AT3G51060	sty1-1 ett-1	"The gynoecial defects of ett-1 mutants, such as reduction in ovary size and increased gynophore elongation, were enhanced by the sty1-1 mutation. A number of double mutant gynoecia were nearly completely valveless, and in those, ovules grew on top of a placental surface. In addition, the apical ends of sty1-1 ett-1 gynoecia were less fused than those of ett-1 and sty1-1, and ovules frequently protruded at the apex. The amount of stylar and stigmatic tissues was reduced compared with ett-1, and the double mutant was sterile. As in ett-1 gynoecia, ectopic tissue of transmitting tract identity was generally present."	16740145
AT3G51060	sty1-1 pin1-5	"enhanced phenotype of pin1-5 single mutant, the valves of mutant gyneoecia were reduced and often fused along one of the margins."	16740145
AT3G51060	"sty1-1,sty2-1, shi-2, shi-3, lrp1"	18-25% of flowers have homeotic conversion petals/anthers with fused characteristics. Anther locules are abnormal. Tapetal development is abnormal with reduced pollen viability.	29491878
AT3G51160	CS6243	Contains less than 2% of wild-type amount of fucose in aerial parts of the plant body. Fucose content in total root polysaccharides is only reduced by about 40%.	
AT3G51160	CS6243	Elongating parts of inflorescences are fragile.	
AT3G51160	CS6243	Mutant grown axenically in the presence of 10 mM L-fucose contain WT amounts of fucose in both root- and leaf-derived cell wall material.	
AT3G51160	CS6243	"deficient in L-fucose, constituent of pectic and hemicellulosic cell wall polysaccharides; root growth rate reduced, decreased length of petioles, rounded leaves, decreased internode length, reduced height, reduced apical dominance, slight decrease in flower size; decreased strength of primary cell wall; same as fucose synthesis."	
AT3G51160	CS6244	Contains less than 2% of wild-type amount of fucose in aerial parts of the plant body. Fucose content in total root polysaccharides is only reduced by about 40%.	
AT3G51160	CS6244	Elongating parts of inflorescences are fragile.	
AT3G51160	CS6244	Mutant grown axenically in the presence of 10 mM L-fucose contain WT amounts of fucose in both root- and leaf-derived cell wall material.	
AT3G51160	CS6244	"deficient in L-fucose, constituent of pectic and hemicellulosic cell wall polysaccharides; plants similar to mur1-1 but more dwarfed; same as fucose synthesis."	
AT3G51160	CS71676	Left-handed helically twisted petals and hyponastic cotyledons.	
AT3G51160	CS71677	Left-handed helically twisted petals and hyponastic cotyledons.	
AT3G51160	CS8559	leaky; fucose content in leaf polysaccharides reduced to approximately one-third of wild type; no visible phenotypic effect; same as fucose synthesis.	
AT3G51160	CS8560	fucose content in leaf polysaccharides reduced to approximately 1 percent of wild type; slightly dwarfed; decreased tensile strength in elongating inflorescence stems; same as fucose synthesis.	
AT3G51160	CS8561	fucose content in leaf polysaccharides reduced to approximately 1 percent of wild type; slightly dwarfed; decreased tensile strength in elongating inflorescence stems; same as fucose synthesis.	
AT3G51160	CS8562	fucose content in leaf polysaccharides reduced to approximately 1 percent of wild type; slightly dwarfed; decreased tensile strength in elongating inflorescence stems; same as fucose synthesis.	
AT3G51160	CS8563	leaky; fucose content in leaf polysaccharides reduced to approximately 10 percent of wild type; no visible phenotypic effect; same as fucose synthesis.	
AT3G51160	CS8564	fucose content in leaf polysaccharides reduced to approximately 1 percent of wild type; slightly dwarfed; decreased tensile strength in elongating inflorescence stems; same as fucose synthesis.	
AT3G51220	SALK_134878	reduction of DNA methylation	30382101
AT3G51240	CS2105575	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues"	
AT3G51240	CS2105576	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues"	
AT3G51240	CS8585	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G51240	CS8587	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G51240	CS8589	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G51240	CS8593	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G51240	CS8594	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); pale brown seeds.	
AT3G51240	CS8600	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), pale brown seeds."	
AT3G51240	CS87	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues; probably deficient in flavonol synthase activity."	
AT3G51310	CS68666	No visible phenotype.	
AT3G51310	CS68668	No visible phenotype.	
AT3G51310	CS68669	Dwarf phenotype and early leaf senescence.	
AT3G51310	CS68670	"No visible phenotype, because of a leaky phenotype of the vps35b-2 allele."	
AT3G51310	CS68671	"Early senescence, abnormal growth and a defect in embryogenesis. The level of abnormal growth varies on a plant by plant basis) and while the level of defects in embryogenesis varies in single siliques. Different levels of severity may be due to the variety of leaked expression levels of VS35S in each plant/embryo."	
AT3G51460	CS16302	"Short root hairs, varying in diameter, with random bulges and constrictions along their length, due to an improperly controlled polarized expansion of the root hair cells."	
AT3G51460	CS2261	"short root hairs, varying in diameter, forming bulges and constrictions along their length."	
AT3G51490	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Although no variation in sucrose content of leaves placed under normal temperature conditions compared to wild type leaves, a substantial decrease in sucrose content was observed when the plants were placed under cold treatment (24h)."	17158605
AT3G51490	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	No visible phenotype.	17158605
AT3G51490	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	The vacuoles of this mutant exhibit a substantially reduced capacity to import glucose.	17158605
AT3G51490	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under cold treatment (24h), the decrease in glucose and fructose content in leaves is more drastically reduced compared to that of wild type and even that of the tmt1 single mutants."	17158605
AT3G51490	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under normal temperature conditions, a substantial reduction in glucose and fructose contents in leaves is observed compared to wild type, and even the single tmt1 and double tmt1/tmt2 mutants."	17158605
AT3G51490	tmt3::tDNA	No visible phenotype.	17158605
AT3G51550	CS69044	Reduced fertility. Reduced seed production. Insensitive to RALF-caused root growth inhibition. Longer root length under dim blue light.	
AT3G51550	CS71725	No visible phenotype	
AT3G51550	CS71726	Partial rescue of fer-4 single mutant (CS69044) phenotypes. Reduced root response to Rapid Alkalinization Factor 1 (RALF1). Longer root length under dim light.	
AT3G51550	fer/+	"All female gametophytes develop normally but half of the ovules remain unfertilized.  In these ovules, the pollen tube continues to grow inside the female gametophyte, fails to arrest its growth, and does not rupture to release the sperm cells."	17673660
AT3G51550	fer/+	Pollen from heterozygotes can fertilize wild-type ovules.  Pollen tube growth and sperm delivery appear to be unaffected by the mutation.	17673660
AT3G51550	sir/+	"All female gametophytes develop normally but half of the ovules remain unfertilized.  In these ovules, the pollen tube continues to grow inside the female gametophyte, fails to arrest its growth, and does not rupture to release the sperm cells."	17673660
AT3G51550	sir/+	Pollen from heterozygotes can fertilize wild-type ovules.  Pollen tube growth and sperm delivery appear to be unaffected by the mutation.	17673660
AT3G51670	patl2456&#8722;/&#8722;	"RAM size was reduced by 25%,mutants germinated in 100 nM 2,4D were highly agravitropic, embryo patterning defects."	28687624
AT3G51710	SAIL_639_F10 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller than that of wild type."	16891401
AT3G51770	eto1-11	Defective quiescent center (QC) cellular organization resulting from deregulated QC cell division.	17656722
AT3G51770	eto1-12	Defective quiescent center (QC) cellular organization resulting from deregulated QC cell division.	
AT3G51780	SALK_033845	"Mutant plants exhibited earlier flowering and shorter vegetative and reproductive phases, producing more branched roots and inflorescences compared to wild-type plants. Senescence occurred earlier in mutants than the wild-type plants."	16636050
AT3G51860	CS25429	Vacuolar H+/Ca2+ transporter; play a central role in Ca2+ and metal sequestration into the vacuole; localized in the tonoplast ; highly expressed in roots; modestly sensitive to exogenous Ca2+ ; displays a 22% reduction in vacuolar H+-ATPase activity.	
AT3G51860	cax3	Subtle morphological defects	
AT3G52115	atcom1-1	High levels of double-strand breaks.	18007598
AT3G52115	atcom1-1	Hyperaccumulation of  AtSPO11-1 in meiocytes.	18007598
AT3G52115	atcom1-1	"In the presence of the DNA cross-linking agents mitomycin C, in contrast to wild  type, true leaves do not develop in the mutant, while expansion  of cotyledons, which does not require cell division, is  unaffected."	
	18007598		
AT3G52115	atcom1-1	Mutant plants develop  anthers that do not contain viable pollen and  only aberrant embryo sacs.	18007598
AT3G52115	atcom1-1	"Plants homozygous for the Atcom1 mutant alleles do not show growth aberrations during vegetative  development. The mutants germinate and develop at the  same time and rate as wild-type plants. Rosette leaves are  normal in size, shape and number, and bolting is not delayed.  Inflorescences look normal, but none of the siliques of  Atcom1 mutant plants elongate, whereas shoots of wild-type  plants have long siliques. The short siliques of  the mutant plants are completely devoid  of seeds."	18007598
AT3G52115	atcom1-1 atspo11-1-1	DNA fragmentation was undetectable in most cells.	18007598
AT3G52115	atcom1-2	Mutant plants develop  anthers that do not contain viable pollen and  only aberrant embryo sacs.	18007598
AT3G52115	atcom1-2	"Plants homozygous for the Atcom1 mutant alleles do not show growth aberrations during vegetative  development. The mutants germinate and develop at the  same time and rate as wild-type plants. Rosette leaves are  normal in size, shape and number, and bolting is not delayed.  Inflorescences look normal, but none of the siliques of  Atcom1 mutant plants elongate, whereas shoots of wild-type  plants have long siliques. The short siliques of  the mutant plants are completely devoid  of seeds."	18007598
AT3G52140	fmt	"In mutant plants, many mitochondria are arranged in large clusters of tens of organelles in addition to singletons that had a distribution resembling the wild type.  There is a series of whole-plant defective phenotypes including lower biomass, shorter roots, and shorter etiolated hypocotyls. In additions, plants show greater numbers of dead root cells and general transcriptome reprogramming."	25165398
AT3G52140	fmt	Mitochondria cluster near the cell center.	14617080
AT3G52180	SALK_126784	Reduced levels of chloroplastic &#945;-amylase AMY3.	16513634
AT3G52180	SALK_126784	SALK_126784 (dsp4) mutant plants accumulate leaf starch to significantly higher levels than the wild-type.  The dsp4 plants are smaller and their flowering was slightly delayed compared to the wild-type.	16772378
AT3G52180	SALK_126784	Starch excess phenotype.	16513634
AT3G52180	sex1-3 sex4-5	"Starch content similar to that observed in the sex1-3 single mutant, and different from that of sex4-5. At the end of the light period, the starch content of the double mutant was 1.7-fold that of sex4-5, and not different from that of sex1-3. At the end  of the dark period, its starch content was twice that of sex4-5, and 80% of that of sex1-3."	16513634
AT3G52180	sex4-1	"One hour prior to the end of the dark period, the amount of maltose found in the mutant was shown to be statistically significantly reduced (55% of the amount found in wild type)."	16513634
AT3G52180	sex4-1	Reduced levels of chloroplastic &#945;-amylase AMY3.	16513634
AT3G52180	sex4-1	Starch excess phenotype.	16513634
AT3G52180	sex4-2	Reduced levels of chloroplastic &#945;-amylase AMY3.	16513634
AT3G52180	sex4-2	Starch excess phenotype.	16513634
AT3G52180	sex4-3	Reduced levels of chloroplastic &#945;-amylase AMY3.	16513634
AT3G52180	sex4-3	Starch excess phenotype.	16513634
AT3G52180	sex4-4	Starch excess phenotype.	16513634
AT3G52190	phf1-1	constitutively displays many Pi starvation responses and high arsenate resistance. phf1 affects Pi transport directly and this effect is largely specific to this nutrient	16284308
AT3G52250	SALK_007886	Lower germination rate of seeds subjected to gradually HT stress from 26 °C to 34 °C.	31084884
AT3G52250	SALK_013689	Lower germination rate of seeds subjected to gradually HT stress from 26 °C to 34 °C.	31084884
AT3G52280	SALK_111787	"Round, shorter leaves. Defect in transition from juvenile to adult leaf shape."	16166385
AT3G52400	syp121-1syp122-1	"leaf necrosis, dwarfism caused by salicylic acid accumulation"	17241452
AT3G52430	CS3806	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT3G52430	CS3806	enhanced susceptibility to the bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; reduced camalexin synthesis in response to infection.	
AT3G52430	CS65998	Male sterile.	
AT3G52430	CS66000	No visible phenotype.	
AT3G52430	CS66002	No visible phenotype.	
AT3G52430	CS66003	Male sterile.	
AT3G52430	CS66005	Male sterile.	
AT3G52430	CS66006	No visible phenotype.	
AT3G52430	CS66007	"Male sterile. Shows a significant reduction of AvrRpt2 (80%), AvrRpm1 (20%) and AvrPphB (50%)-induced ETI (Effector Triggered Immunity). Severely impared in flg22-induced PTI (Pattern Triggered Immunity). Compromised immunity to the fungal pathogen A. brassicicola."	
AT3G52430	CS67158	pad4-1 restores the susceptibility of pmr4-1 to powdery mildew infection	
AT3G52430	CS9722	broad-spectrum powdery mildew resistance	
AT3G52450	pub22-1 pub23-2 pub24-1	"This triple mutant does not exhibit any obvious constitutive defense signaling phenotypes and it has normal fertility compared to wild-type plants. However, it has an enhanced relative oxidative burst compared to wild type plants in response to flg22, chitin, and the conserved elf18 epitope from a bacterial transcription factor. MPK3 transcripts remain elevated for longer in the mutant than in wild-type seedlings, though the MPK3 protein does not appear to have altered protein stability in this triple mutant.When challenged with the bacterial pathogen Pst, the triple mutant allows ~30 times less bacterial growth than wild-type plants. It is also less susceptible to a biotrophic oomycete."	18771922
AT3G52450	pub22-1/pub23-1	Resistant to severe drought stress. Mutant plants recovered from water withdrawl to a greater extent than wild type.	18664614
AT3G52500	SALK_052897	Homozygotes are embryo lethal. Somewhat reduced transmission through the pollen.	26555280
AT3G52500	SALK_078159	"Heterozygotes show no obvious growth phenotype.  Homozygotes are embryo lethal with a very early arrest of embryo development, in the pre-globular stage of development."	15607746
AT3G52560	SALK_064912C	"Although uev1d-1 mutants appear morphologically normal,  mutant seeds are much more sensitive to the DNA-damage stimulating MMS treatment than wild type seeds, based on germination assays. uev1d-1 mutant seeds germinate normally in the absence of MMS. Seedling viability in the presence of MMS2 was also reduced in uev1d-1 mutant seedlings compared to wild type seedlings, and, on average uev1d-1 mutants had a lower seedling weight following MMS treatment. Pollen germination rates are also reduced more by MMS treatment in uev1d-1 mutants than in wild type seeds. Salt stress does not seem to impair uev1d germination."	
AT3G52560	uev1d-2	"uev1d-2 mutants are hypersensitive to the DNA damaging agent, MMS, in seed germination assays."	
AT3G52590	CS16310	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; pollen tube growth is chaotic in the ovary."	
AT3G52590	CS24095	embryo defective; globular	
AT3G52740	CS71577	Hypersensitive to blue light; short hypocotyls in blue light.	
AT3G52750	CS65898	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT3G52750	CS65899	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT3G52750	CS65900	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT3G52750	CS65903	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT3G52750	CS68687	Contains one to two greatly enlarged chloroplasts per mesophyll cell. Chloroplasts contain dots or short filaments of FtsZ1.	
AT3G52770	SALK__076134	"WT-like vegetative growth. Absent or short internodes between siliques. Occasionally, two or more secondary inflorescences developed at the cauline leaf axils."	18408069
AT3G52770	zpr3-2; zpr4-2	"Extra cotyledons. Only three or four true rosette leaves produced initially, then after a pause of a few days, leaves are produced at random positions. These leaves are often produced from the adaxial side of leaf / cotyledon bases instead of the SAM. >50 rosette leaves produced at maturity. Altered phyllotaxy. SAM has irregular appearance. Some radially symmetric organs."	18408069
AT3G52850	CS859917	No visible phenotype.	
AT3G52850	vsr1-3	green fluorescent seeds	17293568
AT3G52850	vsr1-4	green fluorescent seeds	17293568
AT3G52850	vsr1-5	green fluorescent seeds	17293568
AT3G52850	vsr1-6	green fluorescent seeds	17293568
AT3G52940	CS16477	"Small and dark-green rosettes, reduced petioles, reduced apical dominance; multiple shoot meristems, stunted roots, dwarf plants; abnormal embryonic patterning, distorted embryos, supernumerary cotyledons."	
AT3G52940	CS8149	"hypocotyl appears to be missing, with cotyledons attached directly to the root; central region of the seedling is deleted (central deletion in the apical-basal pattern of development); vascular strands separate in the upper end of the root and diverge directly into the cotyledon; abnormally shaped cotyledons with occasional extra cotyledons present.  (seedling lethal/embryo defective)."	
AT3G52960	SALK_076727	early senescence; accumulation of high levels of reactive oxygen species.	19773385
AT3G53020	CS11180	"Defects in apical-basal gynoecium patterning (similar to ett and mp mutants). Mutant plant gynoecia had shorter ovaries and longer gynophores than the wild type, but the total length of the gynoecium is normal before pollination. After pollination, the gynoecium of failed to elongate, resulting in shorter siliques which contained arrested seeds, resulting in lower fertility. The stv1-1 ovules had shorter integuments than wild-type ones, and in some extreme cases, the gametophyte was protruding from the integuments. Mutant plants had defects in vascular system and embryo organization, which are also associated with auxin signaling. Most cotyledons in mutant plants had abnormal vascular patterns that were asymmetric and/or disconnected. Cotyledons were occasionally fused or single, indicating that stv1-1 is associated with defects in embryo patterning. Growth was retarded in both aerial and underground parts of stv1-1 mutants, resulting in plants that were smaller overall than the wild type. In stv1-1 roots, growth rates were reduced, while leaves were smaller than wild-type ones and pointed. These phenotypic observations suggested that STV1 had pleiotropic effects on whole-plant development in addition to specific effects on organs and tissues affected by known auxin signaling mutations."	16227452
AT3G53020	CS6957	"Defects in apical-basal gynoecium patterning (similar to ett and mp mutants). Gynoecia have shorter ovaries and longer gynophores than the wild type, but the total length of the gynoecium is normal before pollination. After pollination, the gynoecium of failed to elongate, resulting in shorter siliques which contain arrested seeds, resulting in lower fertility. Ovules have shorter integuments than wild-type, and in some extreme cases, the gametophyte is protruding from the integuments. Plants have defects in vascular system and embryo organization, which are also associated with auxin signaling. Most cotyledons have abnormal vascular patterns that are asymmetric and/or disconnected. Cotyledons are occasionally fused or single, indicating that stv1-1 is associated with defects in embryo patterning. Growth is retarded in both aerial and underground parts, resulting in plants that are smaller overall than the wild type. Root growth rates are reduced, while leaves are smaller and pointed than wild-type. These phenotypic observations suggest that STV1 have pleiotropic effects on whole-plant development in addition to specific effects on organs and tissues affected by known auxin signaling mutations."	
AT3G53020	stv1-1	"Defects in apical-basal gynoecium patterning (similar to ett and mp mutants). Mutant plant gynoecia had shorter ovaries and longer gynophores than the wild type, but the total length of the gynoecium is normal before pollination. After pollination, the gynoecium of failed to elongate, resulting in shorter siliques which contained arrested seeds, resulting in lower fertility. The stv1-1 ovules had shorter integuments than wild-type ones, and in some extreme cases, the gametophyte was protruding from the integuments. Mutant plants had defects in vascular system and embryo organization, which are also associated with auxin signaling. Most cotyledons in mutant plants had abnormal vascular patterns that were asymmetric and/or disconnected. Cotyledons were occasionally fused or single, indicating that stv1-1 is associated with defects in embryo patterning. Growth was retarded in both aerial and underground parts of stv1-1 mutants, resulting in plants that were smaller overall than the wild type. In stv1-1 roots, growth rates were reduced, while leaves were smaller than wild-type ones and pointed. These phenotypic observations suggested that STV1 had pleiotropic effects on whole-plant development in addition to specific effects on organs and tissues affected by known auxin signaling mutations."	16227452
AT3G53020	stv1-1 ett-2	"The gynoecia of double mutants showed severe reduction of the ovary and morphological abnormalities in the apical region that were similar  to ett strong allele mutant phenotypes. Occasionally, inflorescences of the double mutant failed to produce any normal flower buds, resulting in pin-like structures that were not found in either stv1 or ett single mutants. Pin-like inflorescences are formed in mp, pid, and pin1 mutants and in wild-type plants treated with polar auxin transport inhibitors."	16227452
AT3G53110	CS24938	Impaired cold-induced transcript accumulation of C-repeat binding factor (CBF) genes; sensitive to chilling and freezing stresses; ectopic expression of CBF3 rescues the chilling and freezing sensitive phenotypes; export of poly(A)+ RNAs is blocked at both low and warm temperatures; kanamycin resistant (30mg/L).	
AT3G53110	los4	Sensitive to chilling stress	
AT3G53130	SALK_046243	"Marked reductions in Tg accumulation in inflorescence tissues, increased  levels of NA, glucosylated NA (NAOG and NANG), NaMN, and NAD ."	28533213
AT3G53130	SALK_071460C	"Marked reductions in Tg accumulation in inflorescence tissues, increased  levels of NA, glucosylated NA (NAOG and NANG), NaMN, and NAD ."	28533213
AT3G53130	lut1 b1	"In leaves, 25% increase in zeinoxanthin levels; 25% and 35% reduction in violaxanthin and lutein, respectively; %beta;-Carotene increased by 35%; all in relation to single mutant lut1-2."	12782726
AT3G53130	lut1 b1	"In seeds, similar amounts of carotenoids relative to lut1 b2. Intermediate compared to Col and Ws parents. Higher levels of lutein compared to lut1 b2."	12782726
AT3G53130	lut1 b1	Level of total carotenoid  not significantly different from wild-type.	12782726
AT3G53130	lut1 b1	No visible phenotype.	12782726
AT3G53130	lut1 b2	"In leaves, the only carotenoids significantly changed in the double mutant were &#946;-carotene and lutein."	12782726
AT3G53130	lut1 b2	"In seeds, similar amounts of carotenoids relative to lut1 b1. Intermediate compared to Col and Ws parents. Greater levels of individual and total &#946;-carotene-derived xanthophylls compared to lut1 b1."	12782726
AT3G53130	lut1 b2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT3G53130	lut1 b2	No visible phenotype.	12782726
AT3G53130	lut1-1	Accumulation of intermediate zeinoxanthin and contains 8% of wild type lutein. Leaky mutation.	14709673
AT3G53130	lut1-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT3G53130	lut1-2	Accumulation of intermediate zeinoxanthin and contains 8% of wild type lutein. Leaky mutation.	14709673
AT3G53130	lut1-2	"In leaves, 80% decrease in lutein content, accumulation of   monohydroxy xanthophyll &#946;-cryptoxanthin, and twofold larger xanthophyll cycle carotenoid pool (violaxanthin + antheraxanthin + zeaxanthine).  &#946;-Carotene and neoxanthin content remains largely unchanged."	12782726
AT3G53130	lut1-2	"In seeds, lutein content reduced by 30%. No zeinoxanthin accumulation."	12782726
AT3G53130	lut1-2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT3G53130	lut1-2 b1 b2	20% less total carotenoids on a fresh weight basis compared to wildtype.	12782726
AT3G53130	lut1-2 b1 b2	Chlorophyll a/b ratio is significantly higher than that of other genotypes.	12782726
AT3G53130	lut1-2 b1 b2	"In leaves: dramatic alteration in carotenoid composition: more than twice the levels of &#946;-carotene compared to wildtype. Reduction of 95% and 60% for neoxanthin and violaxanthin compared to wildtype. Zeaxanthin and antheraxanthin totally absent.  &#946;-Carotene-derived xanthophylls (violaxanthin + zeaxanthin + antheraxanthin + neoxanthin) only account for 5% of total carotenoids compared to 25 to 30% in wildtype. Lutein content is unchanged in the triple mutant compared to lut1 b1 and lut1 b2 double mutants, but zeinoxanthin has more than doubled compared to any of the lut1 genotypes."	12782726
AT3G53130	lut1-2 b1 b2	"In seeds, total carotenoid levels 35% lower than that of lut1 b1 and lut1 b2 but lutein still accounts for 80% of total carotenoids. Most &#946;-carotene-derived xanthophylls are significantly reduced compared to aforementioned double-mutants. 4- to 20-fold increase in &#946;-carotene relative to other genotypes."	12782726
AT3G53130	lut1-2 b1 b2	Smaller and paler than either parental wild-type ecotypes (Col and Ws).	12782726
AT3G53130	lut1-2 b1 b2	Very rapid initial induction of non-photochemical quenching (NPQ) but NPQ level was greatly reduced compared to wildtype levels and all other genotypes.	12782726
AT3G53130	lut1-3	"Accumulated zeinoxanthin but, unlike lut1-1 and lut1-2, lacks lutein."	14709673
AT3G53130	lut1-3 b1 b2	Completely lacks lutein.	14709673
AT3G53130	lut1-3 b1 b2	Significant reduction of hydroxylated &beta;-rings xanthophylls.	14709673
AT3G53130	lut1-4	"Virtually lacks lutein and accumulates high levels of zeinoxanthin (&#946;,&#949;-carotene with a hydroxylated &#946;-ring) and elevated levels of zeaxanthin, antheraxanthin, violaxanthin and neoxanthin (&#946;,&#946;-xanthophylls)."	16492736
AT3G53130	lut5-1 lut1-4	"Accumulates &#945;-carotene and zeinoxanthin at levels nearly identical to lut5-1 and lut1-4 single mutants, respectively."	16492736
AT3G53140	SALK_046243	"Marked reductions in Tg accumulation in inflorescence tissues, increased  levels of NA, glucosylated NA (NAOG and NANG), NaMN, and NAD ."	28533213
AT3G53140	SALK_071460C	"Marked reductions in Tg accumulation in inflorescence tissues, increased  levels of NA, glucosylated NA (NAOG and NANG), NaMN, and NAD ."	28533213
AT3G53240	CS65490	No visible phenotype.	
AT3G53240	CS65491	No visible phenotype.	
AT3G53380	CS869862	Green-yellow plants; short siliques; somewhat short plants; average height = 33 cm.	
AT3G53720	chx20-1	no visible phenotype. Showed 35% reduction in light-induced stomatal opening compared to wild type plants	
	17337534		
AT3G53720	chx20-3	no visible phenotype. Showed 35% reduction in light-induced stomatal opening compared to wild type plants	
	17337534		
AT3G53720	chx20-4	no visible phenotype. Showed 35% reduction in light-induced stomatal opening compared to wild type plants	
	17337534		
AT3G53890	evr1-1/evr1l1-1	Double mutant shows non allelic non complementation. Additionally the combination is likely to result in embryo lethality.	29142022
AT3G53890	evr1-1/var2-5	Enhanced leaf varigation.	29142022
AT3G53890	evr1-2/var2-5	Enhanced leaf varigation.	29142022
AT3G53900	upp-1	dramatic growth retardation; pale green to albino; flimsy roots with less branching; chloroplastic disorder.	19563437
AT3G53970	SALK_034353	"ptre1 plants were dwarf and displayed developmental defects including small and curved leaves , altered shoot apical dominance, short siliques , defective phototrophic responses. and arrested embryogenesis. Also had defects in auxin responses including altered hypocotyl elongation in high temperature."	27109828
AT3G53990	SALK_146059C	Sensitive to oxidative stress and heat shock with lower chlorophyll content and higher electrolytic leakage compared to wild type also abnormal growth and development.	26734042
AT3G54000	SALK_048920	"Reduced stem epicuticular wax crystals.Wax crystals in forms such as vertical plates, rather than rods and tubes, are more abundant on the stem surfaces.Strong decrease in the levels of 29-carbon long alkanes, secondary alcohols, and ketones."	27337244
AT3G54110	ucp1	Photosynthetic phenotype. Specifically there is a restriction in photorespiration with a decrease in the rate of oxidation of photorespiratory glycine in the mitochondrion. This change leads to an associated reduced photosynthetic carbon assimilation rate.	17148605
AT3G54140	CS859493	"The ptr1-1 mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media and in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide. Root growth of ptr1-1 mutants exceeds wild type root growth when Ala-Eth is present in the growth media. The dry weight of ptr1-1 mutants is lower than that of wild type plants when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT3G54140	SALK_130803C	"The ptr1-2 mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media. The tubes can germinate and elongate normally in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide. Root growth of ptr1-2 mutants exceeds wild type root growth when Ala-Eth is present in the growth media. The dry weight of ptr1-2 mutants is lower than that of wild type plants when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT3G54140	atptr1-2 atptr5-1	"The ptr1-2 ptr5-2 double mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media. The tubes can germinate normally in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide, but they elongate more than wild type pollen tubes.  Root growth of ptr1-2 ptr5-1 mutants exceeds wild type root growth when Ala-Eth is present in the growth media. The dry weight of ptr1-2 ptr5-1 double mutants is lower than that of wild type plants when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT3G54150	SALK_012057C	"Plants produced very few seeds upon self-pollination and fertility was dramatically reduced as indicated by very short siliques with shrunken ovules.  Microsporogenesis is aberrant from the tetrad stage with abnormal callose accumulation, resulting in defective cell wall formation.  There are also defects in pollen germination. Primexine development and  sporopollenin deposition are blocked, disrupting exine formation."	24697753
AT3G54180	CS66145	frequent formation of stomata composed of a single undivided guard cell with a single 4C nucleus.	
AT3G54220	CS3997	"Short root, defective radial patterning in the root resulting in a single layer of ground tissue being a hybrid of cortex and endodermis, sporadic periclinal division of ground tissue layer occurs occasionally;  agravitropic shoot, defective radial patterning in both hypocotyl and shoot inflorescence, resulting in a loss of a normal starch sheath layer and consequently unable to sense gravity in the shoot"	
AT3G54220	CS3998	"short root, defective radial patterning in the root resulting in a single layer of ground tissue being a hybrid of cortex and endodermis;  agravitropic shoot, defective radial patterning in both hypocotyl and shoot inflorescence, resulting in a loss of a normal starch sheath layer and consequently unable to sense gravity in the shoot"	
AT3G54220	CS6504	transgene rescues mutant phenotype; resistant to gentamycin.	
AT3G54220	CS6505	A  significant but much smaller reduction of the number of cell  files was observed compared to the shr-2 mutant but no differences were found in the  number of stele initials or in the width of the stele 100 &mu;m  above the QC.	
	16640459		
AT3G54220	CS6505	"short root, defective radial patterning in the root resulting in a single layer of ground tissue being a hybrid of cortex and endodermis;  agravitropic shoot, defective radial patterning in both hypocotyl and shoot inflorescence, resulting in a loss of a normal starch sheath layer and consequently unable to sense gravity in the shoot"	
AT3G54220	CS69055	"Until the GR construct is induced, this stock has the scr-4 phenotype. scr-4 phenotypes include: short root, defective radial patterning in the root resulting in a single layer of ground tissue being a hybrid of cortex and endodermis; agravitropic shoot, defective radial patterning in both hypocotyl and shoot inflorescence, resulting in a loss of a normal starch sheath layer and consequently unable to sense gravity in the shoot."	
AT3G54220	CS8539	"greatly reduced root length; aerial portion of plant appears similar to wild type; single layer only of cells occurs between the epidermis and pericycle (lacks radial organization in cortex and endodermis); occasionally, more than the expected 8 cells occur in the mutant layer; extra cells also occasionally occur in epidermis; apparently involves a defect of the division of the cortex/endodermal initial cells; a similar defective division also occurs in the embryonic ground tissue; kanamycin resistant."	
AT3G54220	CS8540	"reduced root length; less severe than scr-1; aerial portion of plant appears similar to wild type;single layer only of cells occurs between the epidermis and pericycle (lacks radial organization in cortex and endodermis); occasionally, more than the expected 8 cells occur in the mutant layer; extra cells also occasionally occur in epidermis; apparently involves a defect of the normal asymmetric division of the cortex/endodermal initial cells; a similar defective division also occurs in the embryonic ground tissue"	
AT3G54300	vamp727-het/syp22-1	Embryo lethal.Mutant embryos look normal.	18984676
AT3G54300	vamp727/syp22-1	Double mutant enhances the effect of SYP22 single mutant. Increased leaf serration and dwarfism.	18984676
AT3G54320	CS69538	Wrinkled seed phenotype due to an 80% reduction in seed oil content.	
AT3G54320	wri1-1	ADH activity is stronger in early-maturing mutant embryos than in wildtype.	16553903
AT3G54320	wri1-1	Both glucokinase (GK) and fructokinase (FK) activities are completely absent from mutant embryos throughout the maturation process.	16553903
AT3G54320	wri1-1	The pattern of G6PDH activity is not altered in the mutant compared to wildtype; only a slight delay in increase of AGPase activity is detected.	16553903
AT3G54320	wri1-1	"The wri1 has seed-specific phenotype, characterized by the wrinkledness of the seed and a strong reduction in the accumulation of seed oil. No striking differences between the wild-type and mutant plants were observed, in particular with respect to the number of siliques or seeds, a factor that could affect seed filling. Furthermore, the number of siliques per plant as well as the number of seeds per silique were not altered in the wri1 mutants. Early morphogenesis of the embryo as observed by light microscopy was indistinguishable in the mutants and the wild type, however, during the seed-filling stage triacylglycerols accumulated at a much lower rate in the mutant, and the final amount of triacylglycerols in mature wri1 mutant seeds was reduced by approximately 80%. The fatty acid composition of triacylglycerols extracted from mature wild-type and homozygous wri1 mutant seeds were different. There were only subtle differences in the time courses of protein accumulation during seed development between the mutants and the wild type. It appears that young mutant seeds contain more protein, whereas mature mutant seeds contain slightly less than wild-type seeds. Furthermore, the amounts of soluble sugars, including Suc, Glc, and Fru, were elevated throughout development of wri1 mutant seeds. Mature mutant seeds contained approximately twice as much Suc. However, developing homozygous wri1 seeds were impaired in the incorporation of sucrose and glucose into triacylglycerols; pyruvate and acetate were incorporated at an increased rate. Because the activities of several glycolytic enzymes, in particular hexokinase and pyrophosphate-dependent phosphofructokinase, are reduced in developing homozygous wri1 seeds, it is suggested that WRI1is involved in the developmental regulation of carbohydrate metabolism during seed filling."	9733529
AT3G54320	wri1-2	"The wri1 has seed-specific phenotype, characterized by the wrinkledness of the seed and a strong reduction in the accumulation of seed oil. No striking differences between the wild-type and mutant plants were observed, in particular with respect to the number of siliques or seeds, a factor that could affect seed filling. Furthermore, the number of siliques per plant as well as the number of seeds per silique were not altered in the wri1 mutants. Early morphogenesis of the embryo as observed by light microscopy was indistinguishable in the mutants and the wild type, however, during the seed-filling stage triacylglycerols accumulated at a much lower rate in the mutant, and the final amount of triacylglycerols in mature wri1 mutant seeds was reduced by approximately 80%. The fatty acid composition of triacylglycerols extracted from mature wild-type and homozygous wri1 mutant seeds were different. There were only subtle differences in the time courses of protein accumulation during seed development between the mutants and the wild type. It appears that young mutant seeds contain more protein, whereas mature mutant seeds contain slightly less than wild-type seeds. Furthermore, the amounts of soluble sugars, including Suc, Glc, and Fru, were elevated throughout development of wri1 mutant seeds. Mature mutant seeds contained approximately twice as much Suc. However, developing homozygous wri1 seeds were impaired in the incorporation of sucrose and glucose into triacylglycerols; pyruvate and acetate were incorporated at an increased rate. Because the activities of several glycolytic enzymes, in particular hexokinase and pyrophosphate-dependent phosphofructokinase, are reduced in developing homozygous wri1 seeds, it is suggested that WRI1is involved in the developmental regulation of carbohydrate metabolism during seed filling."	9733529
AT3G54320	wri1-3	Delayed embryo elongation. Reduced seed dry weight. 45-55% decrease in fatty acid content.	
AT3G54320	wri1-4	Delayed embryo elongation. Reduced seed dry weight. 45-55% decrease in fatty acid content.	
AT3G54320	wri1-5	Delayed embryo elongation. Reduced seed dry weight. 45-55% decrease in fatty acid content.	
AT3G54340	CS3085	"lacks petals: homeotic transformations of petals to sepals, and stamens to carpels; siliques are often misshapen; temperature sensitive, fertile at 16C, but exhibits ap3 phenotype at 25C."	
AT3G54340	CS3087	"lacks petals: homeotic transformations of petals to sepals, and stamens to carpels; siliques are often misshapen."	
AT3G54340	CS3088	"lacks petals: homeotic transformations of petals to sepals, and stamens to carpels; siliques are often misshapen."	
AT3G54340	CS6285	"very weak allele; first one or two flowers completely transformed into inflorescence shoots, later arising flowers range from partially transformed to almost normal; more severe phenotype under short days and lower temperature; ap3-1 (conversion of petals to sepals and stamens to carpels)."	
AT3G54340	CS6568	"Strong allele; lacks petals: homeotic transformations of petals to sepals, and stamens to carpels; siliques are often misshapen; male sterile when homozygous."	
AT3G54350	CS16040	embryo defective; developmental arrest of mutant embryos	
AT3G54350	CS24096	embryo defective; transition	
AT3G54360	CS68673	"Extremely low catalase activity, resistant to hydroxyurea. Hyponastic leaves and reduced growth compared to wildtype when grown on soil in short days. Hypersensitivity to oxidative stress compared to wildtype."	
AT3G54360	CS68674	"Extremely low catalase activity, resistant to hydroxyurea. Hyponastic leaves and reduced growth compared to wildtype when grown on soil in short days. Hypersensitivity to oxidative stress compared to wildtype."	
AT3G54500	lnk1-1/lnk2-1	Increased hypocotyl length when grown under red or continuous white light. Increased length of leaf circumnutation. Delayed flowering in long days.	23818596
AT3G54560	CS69073	"Shorter, thickened siliques; strong asymmetric curvature of developing siliques, reduced fertility. Additional novel phenotypes occur, but only rarely. Under LD conditions, phenotypes also include: greatly reduced rosette size and stature; mature plants are spindly and have trouble remaining upright. Under SD conditions, phenotypes also include: increased leaf serration and petiole length. The following phenotypes are more pronounced under SD, but exist under LD conditions: early flowering, increased number of flowers with extra petals."	
AT3G54560	CS71695	Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT3G54610	gcn5	"Dwarf, aberrant root, short petals and stamens.  Long hypocotyl.  Reduced light-inducible gene expression."	
AT3G54610	gcn5-1	"Dwarf plants, small rosette, shortened petals and stamens, short roots."	12615937
AT3G54610	gcn5-1	"wax deficient, attributed to decrease in major wax constituents including alkane, ketone, 1-alcohols/primary alcohols, 2-alcohol, aldehydes and esters."	29506042
AT3G54610	gcn5-2	"Fewer stem wax crystals observed on the surface as compared to wild type, leading to glossy stem. Cuticular wax content is ~63% of the control, attributed to decrease in major wax constituents including alkane, ketone, 1-alcohols/primary alcohols, 2-alcohol, aldehydes and esters."	29506042
AT3G54610	tpl-1;hag1-3	Embryos form cotyledons at the transition stage of embryogenesis that appear slightly stunted at later stages compared to wt embryos.	16763149
AT3G54640	CS8331	"resistant to 6-methylanthranilate and 5-methylanthranilate on sterile medium, under high light."	
AT3G54640	CS8332	"resistant to 6-fluoroindole and 5-methylanthranilate on sterile medium, under high light; grows better on tryptophan on sterile medium under high light."	
AT3G54660	CS24049	embryo defective; preglobular	
AT3G54660	CS24050	embryo defective; globular	
AT3G54660	CS24051	embryo defective; preglobular	
AT3G54670	CS16082	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G54670	CS16083	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G54670	CS24097	embryo defective; preglobular	
AT3G54720	CS235	primordia initiation rate about 1.5 times higher than wild type	
AT3G54720	CS8324	"seedlings have variable numbers of cotyledons; most are dicots, with tricots or tetracots occurring at high frequencies up to 20 percent (incomplete penetrance); increased rate of leaf emergence; early flowering; some siliques have 3 or 4 carpels; some siliques have wrinkled tips; plants are semisterile with shortened siliques and reduced number of seeds per silique; increased root regeneration; dark-grown seedlings have de-etiolated phenotype; elevated levels of cytokinin."	
AT3G54720	amp1-10	seedlings have enlarged shoot apical meristem; embryos have extra cell tiers due to abnormal cell divisions of the basal cell derivatives.	
AT3G54720	amp1-11	seedlings have enlarged shoot apical meristem; embryos have extra cell tiers due to abnormal cell divisions of the basal cell derivatives.	
AT3G54720	amp1-12	seedlings have enlarged shoot apical meristem; embryos have extra cell tiers due to abnormal cell divisions of the basal cell derivatives.	
AT3G54720	amp1-13	seedlings have enlarged shoot apical meristem; embryos have extra cell tiers due to abnormal cell divisions of the basal cell derivatives.	
AT3G54720	amp1-1tgh-1	"Double mutants display a phenotype that was not observed in the parental lines or in the single mutants. In seedlings, double mutants show alterations of cotyledon shape, such as fused cotyledons and the impairment of leaf and shoot growth and differentiation. In 2-week-old adult plants, the rosette diameter of these mutants was reduced at least 10-fold. Only the primary vascular strand but no secondary or tertiary strands differentiated. Inability to form normal leaf blades."	
AT3G54720	amp1-9	seedlings have enlarged shoot apical meristem; embryos have extra cell tiers due to abnormal cell divisions of the basal cell derivatives.	17553903
AT3G54810	SALK_040806C	"Under normal growth conditions, no obvious defects. However, when grown under salt or water stress plants exhibit defects.At 150 mM NaCl, the germination rate of yy1 plants was approximately 26%, substantially lower than that of wild-type. yy1 mutants exhibited reduced greening ratios and root lengths when exposed to NaCl.yy1 plants also exhibited increased root growth inhibition sensitivity in response to ABA."	26961720
AT3G54810	SALK_131396	Reduced germination rate. Increased dormancy.	16359389
AT3G54810	SALK_148073	Reduced germination rate. Increased dormancy.	
AT3G54823	SALK_040806C	"Under normal growth conditions, no obvious defects. However, when grown under salt or water stress plants exhibit defects.At 150 mM NaCl, the germination rate of yy1 plants was approximately 26%, substantially lower than that of wild-type. yy1 mutants exhibited reduced greening ratios and root lengths when exposed to NaCl.yy1 plants also exhibited increased root growth inhibition sensitivity in response to ABA."	26961720
AT3G54870	CS67767	"Wavy and branched root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT3G54870	SALK_035063	Wavy and branched hairs	16367956
AT3G54920	CS6354	"Unable to support normal growth of the powdery mildew pathogen Erysiphe cichoracearum; disease resistance is independent of the salicylic acid and jasmonic acid/ethylene defense pathways; plants are susceptible to Pseudomonas and Peronospora; pleitropic phenotype; smaller plants than wt; altered leaf morphology: leaves are shorter, rounder and cupped slightly upward compared to wt; altered  cell wall composition containing more pectin than wt, altered hydrogen bonding structure of cellulose"	
AT3G54920	CS6580	"Resistant to powdery mildew species Erysiphe cichoracearum and Erysiphe orontii, but not to the unrelated pathogens Pseudomonas syringae or Peronospora parasitica; altered cell wall composition; exhibit a strong increase in total uronic acid content in cell walls and a more severe reduction in plant size, relative to the single mutants. Slight increase in rosette leaf number."	
AT3G54920	CS66990	unable to support normal growth of the powdery mildew pathogen Erysiphe cichoracearum	
AT3G54920	CS66991	unable to support normal growth of the powdery mildew pathogen Erysiphe cichoracearum	
AT3G54920	CS66992	unable to support normal growth of the powdery mildew pathogen Erysiphe cichoracearum	
AT3G55120	CS2105574	"yellow seeds (lacks brown pigment in seed coat), lacks anthocyanin in leaves and stems, contains only traces of flavonols"	
AT3G55120	CS8583	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G55120	CS8584	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G55120	CS8586	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G55120	CS8593	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G55120	CS8596	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT3G55120	CS86	"yellow seeds due to absence of brown pigment in seed coat (testa); anthocyanins absent in leaves, stems and all tissues, this is conspicuous in older plants when chlorophyll starts breaking down, and stems are brighter green; deficient in chalcone isomerase activity and has reduced flavonoid content."	
AT3G55120	CS8601	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT3G55130	SALK_107731	Slow growth on kanamycin plates. Decreased resistance to kanamycin.	16116418
AT3G55160	SALK_006621	Plants homozygous for thada-1 have a dwarf phenotype when grown in short day conditions.	30098100
AT3G55160	SALK_018999	Plants homozygous for the thada-2 mutation have a dwarf phenotype when grown in short days.	30098100
AT3G55270	mkp1	Hypersensitive to genotoxic stress	
AT3G55270	mkp1	"Increased in induction of MPK3 and MPK6 by l-Glu, dose dependent response in MPK6 activity to l-Glu, greater sensitivity to root growth inhibition caused by l-Glu.Decreased number of mitotic cells, inhibited cell elongation, abated accumulation of starch in the root cap, affected auxin response with the level of all three PIN proteins (PIN1/2/7) drastically diminished, loss of QC identity correlating with mkp1 mutant altered root tip structure as result of l-Glu treatment."	29344832
AT3G55280	SAIL_597_B08	"In homozygotes, no RPL23aB transcript is detected by RT-PCR. Presumed knockout. Homozygotes have WT phenotype wrt rate of development, morphology, flowering or fecundity. Venation patterns in laves also same as WT."	18566829
AT3G55360	CS92	"very bright green stems and siliques, substantially reduced number of lobed plates and tube-shaped structures on the epicuticular wax layer, high reduced fertility and withering symptoms under conditions of low humidity, flower buds seem to stick together, reduced plant height (looks like semi-dwarf), somewhat club-like siliques."	
AT3G55360	SALK_138092	no visible developmental phenotypes were observed in homozygous plants	
AT3G55360	cer10-2	plants exhibit abnormal organ morphology and stem glossiness	15829606
AT3G55360	glh6	"Altered trichome branch number with respect to wild type, increased in some cases and decreased in others."	24014871
AT3G55360	glh6	Increased cuticle permeability compared with WT.	24014871
AT3G55360	glh6	Reduced number of trichome papillae.	24014871
AT3G55370	CS69189	No visible phenotype.	
AT3G55400	SALK_029422	"In heterozygous plants, 33% of ovules are aborted, compared to 11% of ovules of wild type siblings."	16297076
AT3G55440	Salk-003991	This mutant has no visible phenotypic abnormalities when grown for seven weeks under long day conditions.	20097871
AT3G55440	Salk-106805	This mutant has no visible phenotypic abnormalities when grown for seven weeks under long day conditions.	20097871
AT3G55510	FLAG_299B04	Embryo Lethality.  Embryo development arrests at heart stage.	
	18441215		
AT3G55510	ag-4 rbl-1	Extra whorls of petals.  Extra whorls of sepals.  Decreased stamen number.	
	18441215		
AT3G55510	ag-6 rbl-1	Successive whorls of petals.	18441215
AT3G55510	crc-1 rbl-1	Short siliques.  Indeterminate floral mersitem - carpels enclose extra floral organs.	
	18441215		
AT3G55510	rbl-1	Short siliques. Extra carpels.	18441215
AT3G55510	sup-1 rbl-1	"Indeterminate floral meristem.  No carpels. Instead, stamens are continually produced following a spiral phyllotaxy."	
	18441215		
AT3G55530	SALK_052702	Homozygous mutant plants have decreased sensitivity to ABA.	17573536
AT3G55530	sdir1-1	Homozygous mutant plants have decreased sensitivity to ABA.	17573536
AT3G55530	sdir1-2	Homozygous mutant plants have decreased sensitivity to ABA.	17573536
AT3G55610	p5cs2-1	"homozygous p5cs2-1 mutants arrest during embryo development. Embryos rescued from dissected seeds can give rise to viable seedlings when cultured with 10 mM proline, but some still show developmental defects, such as abnormal cotyledon shape."	17971042
AT3G55734	miR393a-1/miR393b-1	"Epinastic leaves, reduced expression of DR5pro:GUS auxin reporter, decreased degradation of AXR3-NT:GUS reporter."	24763336
AT3G55830	SALK_014479	"Mutant plants have dramatically reduced growth habit, defects in vascular formation and reduced cell-cell adhesion properties in hypocotyl and cotyledon tissues. Secondary growth is enhanced in epc1 hypocotyl tissues. When germinated on MS agar plates, cotyledon and leaf expansion, primary root elongation and hypocotyl elongation of the mutant seedlings were reduced compared with the wild type. Epidermal cells of hypocotyls and roots exhibited a left-handed spiraled organization which was not present in the wild type. Cotyledons of epc1 were curled at the edges, thicker and more fragile than the wild type. Vascular patterning was disrupted in the epc1 mutants. Callose deposition in the vasculature of epc1 cotyledons was reduced compared to the wild type and the majority of seedlings showed no vascular-specific deposition. However, the majority of epc1 seedlings showed ectopic callose deposition seen as extensive punctate distribution of fluorescent signal throughout the cotyledons, leaves, hypocotyl and root tissues."	16045474
AT3G55830	SALK_046781	"Mutant plants have dramatically reduced growth habit, defects in vascular formation and reduced cell-cell adhesion properties in hypocotyl and cotyledon tissues. Secondary growth is enhanced in epc1 hypocotyl tissues. When germinated on MS agar plates, cotyledon and leaf expansion, primary root elongation and hypocotyl elongation of the mutant seedlings were reduced compared with the wild type. Epidermal cells of hypocotyls and roots exhibited a left-handed spiraled organization which was not present in the wild type. Cotyledons of epc1 were curled at the edges, thicker and more fragile than the wild type. Vascular patterning was disrupted in the epc1 mutants. Callose deposition in the vasculature of epc1 cotyledons was reduced compared to the wild type and the majority of seedlings showed no vascular-specific deposition. However, the majority of epc1 seedlings showed ectopic callose deposition seen as extensive punctate distribution of fluorescent signal throughout the cotyledons, leaves, hypocotyl and root tissues."	16045474
AT3G55830	epc1-WiscDsLOX293-296invM1	"Mutant plants have dramatically reduced growth habit, defects in vascular formation and reduced cell-cell adhesion properties in hypocotyl and cotyledon tissues. Secondary growth is enhanced in epc1 hypocotyl tissues. When germinated on MS agar plates, cotyledon and leaf expansion, primary root elongation and hypocotyl elongation of the mutant seedlings were reduced compared with the wild type. Epidermal cells of hypocotyls and roots exhibited a left-handed spiraled organization which was not present in the wild type. Cotyledons of epc1 were curled at the edges, thicker and more fragile than the wild type. Vascular patterning was disrupted in the epc1 mutants. Callose deposition in the vasculature of epc1 cotyledons was reduced compared to the wild type and the majority of seedlings showed no vascular-specific deposition. However, the majority of epc1 seedlings showed ectopic callose deposition seen as extensive punctate distribution of fluorescent signal throughout the cotyledons, leaves, hypocotyl and root tissues."	16045474
AT3G55830	gmt1-1	"Dwarfed, constitutive defense and cell death responses, poor seed set."	27895225
AT3G55880	SALK_046781	"Mutant plants have dramatically reduced growth habit, defects in vascular formation and reduced cell-cell adhesion properties in hypocotyl and cotyledon tissues. Secondary growth is enhanced in epc1 hypocotyl tissues. When germinated on MS agar plates, cotyledon and leaf expansion, primary root elongation and hypocotyl elongation of the mutant seedlings were reduced compared with the wild type. Epidermal cells of hypocotyls and roots exhibited a left-handed spiraled organization which was not present in the wild type. Cotyledons of epc1 were curled at the edges, thicker and more fragile than the wild type. Vascular patterning was disrupted in the epc1 mutants. Callose deposition in the vasculature of epc1 cotyledons was reduced compared to the wild type and the majority of seedlings showed no vascular-specific deposition. However, the majority of epc1 seedlings showed ectopic callose deposition seen as extensive punctate distribution of fluorescent signal throughout the cotyledons, leaves, hypocotyl and root tissues."	16045474
AT3G55940	plc5-1/plc7-3	"Defects in seed coat mucilage, enhanced leaf serration and increased tolerance to drought."	30542361
AT3G55940	plc5-1/plc7-3	"Defects in seed coat mucilage, enhanced leaf serration and increased tolerance to drought."	
AT3G55950	acr4-2/ccr3-2	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	
AT3G56090	fer1-3-4	decreased leaf growth and CO2 fixation; impaired flower development and iron transport in the floral stalk.	18826427
AT3G56390	SALK_038718C	Mutants have increased number of leaf trichomes (20-40% more than wild type).	29335898
AT3G56400	SAIL_720_E01	Increased susceptibility to Botrytis infection.	
AT3G56400	SALK_025198	SA-induced expression of WRKY70 was completely  blocked in the insertion mutants. Mutants did not exhibit morphological differences  from the wild-type. Enhanced JA-induced accumulation  of anthocyanins. Enhanced disease susceptibility to bacterial and fungal pathogens. Enhanced susceptibility to Psm ES4326 infection.	16623907
AT3G56580	pca22 atrzf1	Proline content significantly lower than atrzf1 single mutant. The addition of the pca22 dominant mutation suppresses the dehydration- and ABA-insensitive phenotype of the atrzf1 mutant.	28369480
AT3G56740	ubac2a ubac2b	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT3G56740	ubac2a-1	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT3G56740	ubac2a-2	"Reduced heat tolerance, reduced resistance to B. cinerea."	29313416
AT3G56830	SALK_021029	WT phenotype morphologically and with respect to nonphotochemical quenching.	20087601
AT3G56930	SAIL_354_E12	Reduced root hair length.Increased apical width of root hairs.	28107768
AT3G56930	SALK_130642C	Reduced root hair length.Increased apical width of root hairs.	28107768
AT3G56950	SAIL_688_A01	Reduced germination rate and pollen tube length; most pollen tubes on pistils stopped elongation in the mid-region of pistils; the bottom region of siliques lacked seeds; short siliques; average seed number per silique was nearly the half of the WT.	30963359
AT3G56960	pip5k4	"Epidermal strips of pip5k4  plants treated with exogenous PtdIns(4,5)P2 were  incubated in medium containing 10 &mu;M PtdIns(4,5)P2 and  irradiated with white light, after which stomatal apertures  were measured. A reduction in  the light-induced opening of peeled epidermis was observed compared  with that in detached whole leaves. Stomatal apertures  reached maximal opening after 4 h of illumination. The  stomatal apertures of PtdIns(4,5)P2-treated pip5k4 (2.94 &mu;m) were similar to those of WT (3.02 &mu;m), and significantly larger than those of pip5k4  without treatment (2.32 &mu;m).  The stomatal apertures of PtdIns(4)P- and PtdIns(3,4)P2-  treated pip5k4 plants were not significantly different from  those of untreated pip5k4 plants."	
	17883374		
AT3G56960	pip5k4	"Under natural light, the pip5k4 mutant exhibited delayed  stomatal opening, and this phenotype was  confirmed by performing a stomatal opening test in the dark  or under white light irradiation. At the beginning  of the photoperiod (T = 0 h), the apertures of pip5k4 stomata  did not differ significantly from WT, whereas after  3 h of illumination with 170 &#956;mol m-2 sec-1 white light, the  mean aperture size of pip5k4 stomata (2.78 &#956;m) was  significantly smaller than that of WT."	17883374
AT3G56960	pip5k4 pip5k5	"Pollen harvested from pip5k4 pip5k5 mutants germinates at a lower rate than wild type pollen, and pollen tube growth is slowed. However, the general shape of the pollen tubes is normal."	19060112
AT3G57040	CS25270	No adult visible phenotype under long-day or short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation(develop slightly fewer lateral roots in the absence of exogenous cytokinin).	
AT3G57040	CS25275	"No adult visible phenotype; increased cytokinin sensitivity of root elongation but intermediate between the wild type and the arr5,6,8,9 or arr3,4,8,9 quadruple mutants; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation (develop slightly fewer lateral roots in the absence of exogenous cytokinin)."	
AT3G57040	CS25277	"No adult visible phenotype; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type; but significantly more sensitive than arr8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT3G57040	CS25278	"No adult visible phenotype; almost approaching the cytokinin hypersensitivity of the arr3,4,5,6,8,9 hextuple mutant but significantly less sensitive than arr3,4,5,6,8,9 at 5 and 10 nM benzyladenine (BA); intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT3G57040	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT3G57050	prgi	Abnormal embryo development/embryo patterning.  Seedlings have short roots with reduced quiescent center.	31002461
AT3G57080	CS69546	No visible phenotype.	
AT3G57080	CS69959	"Delay in flowering under short-day conditions. Defects in RNA-directed DNA methylation, retroelement silencing, and siRNA accumulation."	
AT3G57130	CS69935	"Developmental defects affecting the morphological symmetry of leaves and flowers. Abnormally long leaves, cauline leaves with serrated bases, leafy petioles, extra abaxial floral organs, formation of an ectopic floral bract, and loss of floral organ abscission."	
AT3G57130	bop1-1	LBD36/ASL1 transcript levels were reduced in bop1-1 plants.	17601823
AT3G57130	bop1-1	Mutant leaves are misshapen and display ectopic outgrowths along the petiole and the base of the blade.	15564519
AT3G57130	bop1-1	Slightly semi-dominant with respect to leaf morphogenesis.	15564519
AT3G57130	bop1-3	"bop1-3 plants, which have slightly reduced BOP1 transcript levels, have a weak phenotype. This phenotype consists of a single ectopic outgrowth from the leaf petiole region in approximately 2-3% of the homozygous plants."	15564519
AT3G57130	bop1-3/bop2-1	Abnormal abscission zone anatomy. Lacks nectaries. Floral organ abscission defective.	
AT3G57130	bop1-3/bop2-1	"Double mutant of related genes indicates redundant function in leaf and flower development. Leaves are elongated and indeterminate, floral organ number is increased. Also shows absence of floral organ abscission."	
AT3G57130	bop1-4	Cauline leaves of bop1 frequently developed ectopic outgrowths from the basal region.	17601823
AT3G57130	bop1-4	"Mutant plants have a weak phenotype, displaying a single ectopic leaf outgrowth and mild leaf lobing in a proportion similar to that in bop1-3 plants."	
	15564519		
AT3G57130	bop1-4	Plants displayed defects in inflorescence  development.	17601823
AT3G57130	bop1-4 bop2-11	Double mutant inflorescences displayed slightly enhanced phenotypes compared with those of either single mutant.	
	17601823		
AT3G57130	bop1-4 bop2-11	Double mutant plants displayed an enhanced cauline leaf outgrowth phenotype compared with bop1-4 plants.	17601823
AT3G57130	bop1-4 bop2-11	LBD36/ASL1 transcript levels were not reduced in bop1-4 bop2-11 plants.	
	17601823		
AT3G57130	bop1-4 bop2-11	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT3G57130	bop1-4 bop2-11	"Mutant plants developed extensive ectopic blade outgrowths along the rosette leaf petiole, like those observed in homozygous bop1-1 plants."	17601823
AT3G57130	bop1-4 bop2-11	The stem vasculature in bop1 bop2 plants showed normal vein morphology.	17601823
AT3G57130	bop1-4 bop2-11	"Whereas the gynoecium of wild-type flowers consists of two fused carpels ~50% of bop1-4 bop2-11 gynoecia contained only a single, fertile carpel."	17601823
AT3G57130	bop1-4 bop2-11 as1-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT3G57130	bop1-4 bop2-11 as1-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT3G57130	bop1-4 bop2-11 as1-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT3G57130	bop1-4 bop2-11 as2-1	"Mutant leaf petioles displayed clusters of densely cytoplasmic, undifferentiated cells on the adaxial side, coincident with the development of ectopic outgrowths."	17601823
AT3G57130	bop1-4 bop2-11 as2-1	"The rosette leaf petioles of the triple mutant plants showed extensive ectopic outgrowth  formation in the marginal region, and  some outgrowths exhibited a strongly radialized character."	17601823
AT3G57130	bop1-4 bop2-11 as2-1	The vascular patterning defects in the triple mutant leaf petioles were greatly enhanced compared with those of the parental plants.	17601823
AT3G57130	bop1-4 bop2-11 kan1-2 kan2-1	"About nine-tenths of the mutants exhibited abaxialized vasculature. The exclusively adaxialized vasculature observed in kan1 kan2 petioles was not detected in bop1 bop2 kan1 kan2 petioles. The radialized portion of bop1 bop2 kan1 kan2 leaves showed various kinds of organ polarity defects. The vascular bundles of nearly half of the leaves (44.0%) consisted of phloem surrounded by xylem, while one-third (36.0%) displayed xylem surrounded by phloem, and a small percentage (16.0%) had a mixture of both types of vasculature."	
	17601823		
AT3G57130	bop1-4 bop2-11 kan1-2 kan2-1	"Quadruple mutant plants developed narrow leaves with ectopic blade outgrowth along the petioles, like bop1 bop2 leaves, as well as ectopic outgrowths on their abaxial lamina, like kan1 kan2 leaves. However, all of the bop1 bop2 kan1 kan2 leaves also showed extended, radialized petiole development that was not observed in either parental genotype."	
	17601823		
AT3G57130	bop1-4 bop2-11 kan1-2 kan2-1	"bop1 bop2 kan1 kan2 stems had a decreased ratio of adaxialized vascular phenotypes compared with kan1 kan2 stems. Similar to what was observed in petioles, 6.7% of bop1 bop2 kan1 kan2 stems exhibited an abaxialized phenotype of xylem surrounded by phloem, while others (13.3%) had both types of vasculature in a single stem."	17601823
AT3G57180	bpd2-1	Has pale green cotyledons when grown in the presence of Brassinazole (Brz)an inhibitor of the biosynthesis of brassinosteroids.	19919572
AT3G57280	fax1-1/fax1-1	"Reduced overall biomass, short plants, thin stems,short siliques, reduced male fertility due to defects in pollen cell wall biosynthesis. Reduced fatty acid and lipid content in pollen and cell walls."	25646734
AT3G57280	fax1-2/fax1-2	"Reduced overall biomass, short plants, thin stems,short siliques, reduced male fertility due to defects in pollen cell wall biosynthesis. Reduced fatty acid and lipid content in pollen and cell walls."	25646734
AT3G57300	atino80-1	homologous recombination (HR) frequency reduced to 15% of that in the wild-type; produces significantly more lateral branching from the rosette.	15525519
AT3G57370	smo3-D	Size of aerial organs is greatly diminished.	24723406
AT3G57390	CS16481	No visible phenotype.	
AT3G57390	CS16482	No visible phenotype.	
AT3G57390	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT3G57420	stl1-1stl2-2 	Double mutant of stl1 stl2 light grown seedlings and etiolated hypocotyls showed shorter primary roots. Eight-week-old soil grown stl1stl2 mutant plants exhibited stunted growth.	27277162
AT3G57420	stl1-2stl2-1	Double mutant of stl1 stl2 light grown seedlings and etiolated hypocotyls showed shorter primary roots. Eight-week-old soil grown stl1stl2 mutant plants exhibited stunted growth.	27277162
AT3G57510	adpg1-1	Indehiscent siliques.	19168715
AT3G57510	adpg1-1/adpg2-1	Indehiscent siliques.	19168715
AT3G57510	adpg1-2/ adpg2-2	Indehiscent siliques.	19168715
AT3G57530	CS69947	"Reduced expression of primary nitrate-responsive genes, correlated with impaired nitrate-stimulated system-wide shoot growth and root establishment in the presence of 3MBiP."	
AT3G57530	CS69949	"Reduced expression of primary nitrate-responsive genes, without displaying a visible phenotype in plant growth supported by nitrate."	
AT3G57530	CS69950	"Reduced expression of primary nitrate-responsive genes, without displaying a visible phenotype in plant growth supported by nitrate."	
AT3G57650	lpat2-1	"Mutation does not transmit through the female gametophyte- can only be propagated through the pollen. Egg and central cells accumulate starch and lack normal ER network. Heterozygous plants are semi-sterile with ca.50% unfertilized ,shriveled ovules."	15772283
AT3G57670	ntt-1	Both fruit length and seed set are reduced in the mutant. Mature fruit are approximately  30% shorter than wild-type and the number of fertilized seeds is reduced by 60%.	17600712
AT3G57670	ntt-1	"In mature wild-type fruit, stage 17, breakdown of cells within the transmitting tract has been completed and the mature two-cell layered septum has formed. In ntt mutants, cellular breakdown has not occurred, leaving several layers of cells between the two epidermal walls."	17600712
AT3G57670	ntt-1	"In the mutant, pollen tubes have considerable difficulty growing within the transmitting tract, causing them to terminate travel prematurely and frequently to leave the transmitting tract."	17600712
AT3G57670	ntt-1	"In wildtype, 62% of the seeds were found in the bottom half of the silique (50-100 percentile) and 5% were found in the apical region (0-20 percentile). On average, seeds formed toward the center of the silique (50?60 percentile). No preference was observed for fertilization of the  most apical ovules. In the ntt mutant, most seed formed in the upper half of the carpel (90%)."	17600712
AT3G57670	ntt-1	"Only female reproductive tissue is affected in the mutant, as shown by the fact that mutant pollen produces a normal seed set when applied to wild-type flowers. Considerably more siliques  are produced in the mutants, probably because of the reduced fertility of individual flowers."	17600712
AT3G57670	ntt-1	"Pollen-tube growth in ntt mutants is essentially unaffected prior to entry into the ovary chamber. The first difference between the wild-type and ntt mutant  was observed 4 hr after pollination. Pollen tubes in wild-type had traveled a substantial distance into the transmitting tract, but in ntt mutants, tubes had only slightly penetrated the ovary chamber. In wild-type carpels, the first pollen tubes reach the  base of the ovary after 10 hr, whereas in ntt carpels, pollen tubes made little additional progress. Even after 48 hr, pollen tubes in the ntt mutant had penetrated only approximately a third of the way into the ovary chamber."	17600712
AT3G57670	ntt-1	Seeds develop only in the apical part of the fruit and are larger than those of wild type.	17600712
AT3G57670	ntt-1	Significant reduction in the number of pollen tubes for the mutant compared with wild type.	17600712
AT3G57670	ntt-2	Both fruit length and seed set are reduced in the mutant. Mature fruit are approximately  30% shorter than wild-type and the number of fertilized seeds is reduced by 60%.	17600712
AT3G57670	ntt-2	"In mature wild-type fruit, stage 17, breakdown of cells within the transmitting tract has been completed and the mature two-cell layered septum has formed. In ntt mutants, cellular breakdown has not occurred, leaving several layers of cells between the two epidermal walls."	17600712
AT3G57670	ntt-2	"In the mutant, pollen tubes have considerable difficulty growing within the transmitting tract, causing them to terminate travel prematurely and frequently to leave the transmitting tract."	17600712
AT3G57670	ntt-2	"In wildtype, 62% of the seeds were found in the bottom half of the silique (50-100 percentile) and 5% were found in the apical region (0-20 percentile). On average, seeds formed toward the center of the silique (50?60 percentile). No preference was observed for fertilization of the  most apical ovules. In the ntt mutant, most seed formed in the upper half of the carpel (90%)."	17600712
AT3G57670	ntt-2	"Only female reproductive tissue is affected in the mutant, as shown by the fact that mutant pollen produces a normal seed set when applied to wild-type flowers. Considerably more siliques  are produced in the mutants, probably because of the reduced fertility of individual flowers."	17600712
AT3G57670	ntt-2	"Pollen-tube growth in ntt mutants is essentially unaffected prior to entry into the ovary chamber. The first difference between the wild-type and ntt mutant  was observed 4 hr after pollination. Pollen tubes in wild-type had traveled a substantial distance into the transmitting tract, but in ntt mutants, tubes had only slightly penetrated the ovary chamber. In wild-type carpels, the first pollen tubes reach the  base of the ovary after 10 hr, whereas in ntt carpels, pollen tubes made little additional progress. Even after 48 hr, pollen tubes in the ntt mutant had penetrated only approximately a third of the way into the ovary chamber."	17600712
AT3G57670	ntt-2	Seeds develop only in the apical part of the fruit and are larger than those of wild type.	17600712
AT3G57670	ntt-2	Significant reduction in the number of pollen tubes for the mutant compared with wild type.	17600712
AT3G57670	nww	Rootless phenotype. nww mutant embryos diverge from normal development at 32 cell stage. The  hypophysis asymmetric division fails resulting in loss of lens shaped cell. Consequently the quiescent center does not develop and roots are absent.	25612610
AT3G57750	ZED1-D	High temperature (25C) -dependent growth retardation and autoimmunity.	30947022
AT3G57750	sze1-1/zed1-D	Partial rescue of zed1-D mediated  high temperature growth restriction and autoimmunity.	30947022
AT3G57750	sze1-2/zed1-D	Partial rescue of zed1-D mediated  high temperature growth restriction and autoimmunity.	30947022
AT3G57750	zed1-D sze1-3 sze2-1	Triple mutant fully suppresses the zed1-D induced high temperature growth restriction and auto immunity.	30947022
AT3G57860	osd1-1	produces diploid gametes by skipping the second meiotic division.	19513101
AT3G57860	osd1-2	produces diploid gametes by skipping the second meiotic division.	19513101
AT3G57860	pan1-1/ods1-3	"No double homozygous mutants recovered. In reciprocal crosses both pans1/+ osd1/+ F1 plants were obtained indicating that both male and female pans1 osd1 gametes are viable and functional and that therefore the synthetic lethality is a sporophytic pheno- type. However in the pans1/+ osd1/+ X WT cross, there is a small but significant reduction in seed set (6.9 ± 1.3 missing seeds per silique) when compared to wild type."	26272661
AT3G57880	ftip3-1 ftip4-1	"Dwarf and bushy phenotype with fewer flowers in main inflorescence apices, increased number of disorganized vascular bundles with more procambium-like structures and an increase in cell density in the central pith region at the base of inflorescence shoot apices."	29742441
AT3G57880	stm-10 ftip-3 ftip-4	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT3G57880	stm-11 ftip3-1 ftip4-1	More than half of plants display early termination of main SAMs without rosette leaves.	29742441
AT3G57910	CS67865	"Delayed vegetative phase change, increased rate of leaf initiation, increased anthocyanin production, thin inforescence stem."	
AT3G57910	CS67867	Weak delay in vegetative phase change.	
AT3G57910	CS69793	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT3G57910	CS69794	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57910	CS69795	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT3G57910	CS69796	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57910	CS69797	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57910	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57910	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT3G57910	spl9-1/spl15-1	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT3G57910	spl9-2/spl15-2	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT3G57920	CS67865	"Delayed vegetative phase change, increased rate of leaf initiation, increased anthocyanin production, thin inforescence stem."	
AT3G57920	CS67867	Weak delay in vegetative phase change.	
AT3G57920	CS69793	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT3G57920	CS69794	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57920	CS69795	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT3G57920	CS69796	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57920	CS69797	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57920	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT3G57920	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT3G57920	spl15-1D	Accelerated heteroblasty. Leaves have increased number of cells and decreased cell size in leaves at higher nodes.	19211679
AT3G57920	spl9-1/spl15-1	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT3G57920	spl9-2/spl15-2	Increased rate of leaf initiation. Reduced apical dominance. Slightly later flowering than normal sibs.	18278578
AT3G57990	SAIL_266_D10	early flowering under cold temperature	27339897
AT3G57990	SAIL_759_A01	early flowering under cold temperature	27339897
AT3G58030	muse1-1 mos4 snc1	"snc1-like dwarfism with curled leaves, elevated PR1 and PR2 protein levels, enhanced resistance restored similar to observed in snc1 plants against H. arab. Noco2."	30082764
AT3G58030	muse1-7 muse2-1	"Strikingly dwarfed with curled leaves.  No growth of H. arabidopsidis Noco2 was  observed on muse1-7muse2-1 seedlings, whereas the muse1-7 and muse2-1 single mutants are as susceptible as WT plants"	30082764
AT3G58030	muse1-7 snc1	very small plants (enhanced snc1 mutant phenotype)	30082764
AT3G58060	SALK_068494C	Mn localization in embryo shifts from subepidermal cells to the endodermal cell layer.	28461400
AT3G58060	SALK_068494C	Moderately hypersensitive to high Mn and hypersensitive to low Fe.	26668333
AT3G58060	SALK_140266C	Moderately hypersensitive to high Mn and hypersensitive to low Fe.	26668333
AT3G58070	gis	The overall response of cauline leaves and flowers to cytokinin treatments was similar in gis and control plants.	17507408
AT3G58070	gis spy-3	"Trichome production on the rosette leaves of double mutants was similar to that of spy-3 and wild-type plants, although abaxial trichomes appeared slightly later on rosette leaves, as in gis seedlings that were established on GA-containing medium. Double mutants had stem trichomes that were mostly three-branched, as in the gis mutants."	16679458
AT3G58450	usp	"Larger area of dry and imbibed mutant seeds, slower germination."	29779109
AT3G58500	CS69969	Agravitropic root growth.	
AT3G58500	CS69971	Reduced abscisic acid (ABA) sensitivity during seed germination and cotyledon expansion. Strongly increased ABA sensitivity of root growth and curling. Agravitropic root growth.	
AT3G58500	pp2a-3/pp2a-4	"Short primary root, further reduced columella differentiation, and severely disrupted cell organization in the root tip compared with wild type; not significantly more sensitive to cantharidin than Col-0."	26792519
AT3G58650	trm678	"Viable and fertile; devoid of normal preprophase band in both the root and shoot meristems; smaller, produced 20% fewer seeds, variable number of cotyledons, sepals, and petals."	28408602
AT3G58750	csy2 csy3	Dormant seeds.  Lack peroxisomal citrate synthase.  Cannot mobilize triacyglycerols due to a block in fatty acid beta-oxidation.	15923350
AT3G58780	CS3841	"siliques from shp1-1 single mutant are dehiscent as wt; double shp1-1 shp2-1 mutant produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques"	
AT3G58780	CS3842	"siliques from shp1-1 single mutant are dehiscent as wt; double shp1-1 shp2-1 mutant produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells, lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques"	
AT3G58780	CS3843	"double mutant; produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques."	
AT3G58780	CS3844	"double mutant; produces indehiscent siliques, in which valve margin cells expand at a faster rate after fertilization than valve cells; lignification in valve margin cell is reduced, especially at the fruit base; valve margins are less constricted, resulting in the absence of dehiscence zones in mature siliques."	
AT3G58830	CS923632	Light-green plants; average height = 42 cm.	
AT3G58830	pgpp1-1 ptpmt1-1 ptpmt2-1	"Short roots, disorganized columella cells, irregularly divided cells and cellular structure of outer layer root tips deteriorated."	29476828
AT3G58830	pgpp1-1/  pgpp1-1	"pale-green with reduced PG and chlorophyll contents but no defect in embryo development, defective development of chloroplasts and impaired photosynthetic activity. Shorter length of main roots (50% reduction at 14 days), proportional reduction in root length and number of lateral roots resulting in unaffected root density, extra division in columella cells in seedlings resulting in abnormal cellular architecture in root apices."	27541283
AT3G58830	pgpp1-2	"Root length of 14-day-old seedlings was significantly shorter;  in 7-day-old seedlings, extra division of columella cells was observed occasionally."	29476828
AT3G59030	CS2105586	pale brown seeds	
AT3G59030	CS5740	"Pale brown seeds; average height = 38 cm; reduced seed dormancy compared to wild type, fresh harvested seeds germinate at high frequency (85% germination with GA)."	
AT3G59040	SALK_041236C	"Embryo lethality in homozygous state. Heterozygous: Yellowish leaves, shorter roots and height, less seed yield, photosynthetic activity and chlorophyll content reduced, chloroplast structures abnormal, decreased levels of chloroplast rRNAs."	31174473
AT3G59060	CS66044	"Seedlings are hypersensitive to red light, displaying shorter hypocotyls and larger cotyledons than the wild type. They also exhibit hypersensitivity to red light in hook opening and cotyledon separation."	
AT3G59060	CS66047	"Seedlings show deetiolation phenotype in ""pseudo-dark"" conditions, with an unfolded hook and cotyledon separation. They also show separated cotyledons under true dark conditions."	
AT3G59060	CS66048	"Seedlings show mild deetiolation phenotype in ""pseudo-dark"" conditions, with separated cotyledons."	
AT3G59060	CS66049	"Seedlings show severe cop-like deetiolation phenotype in ""pseudo-dark"" and true dark conditions, with an unfolded hook and cotyledon separation."	
AT3G59060	CS68094	"Increased photomorphogenic phenotype in darkness compared to pif single mutants, which are generally unaffected."	
AT3G59060	CS68095	Increased photomorphogenic phenotype in darkness compared to pif double mutant combinations.	
AT3G59060	CS68096	"Increased photomorphogenic phenotype in darkness compared to pif single mutants, which are generally unaffected."	
AT3G59060	CS68812	Shorter hypocotyls than wildtype in shade (low R/FR light).	
AT3G59060	CS71662	Short hypocotyl in darkness (D). Hypocotyl does not shorten with increasing amount of R light.	
AT3G59060	pif4-101/pil6-1	"Reduced hypocotyl elongation, compact rosette. Defects in shade avoidance."	
AT3G59220	prn1	"Delayed germination, altered seedlings"	
AT3G59380	plp-1	"enlarged shoot apical meristems; increased number of floral organs including sepal, petal, stamen and carpel; reduced lobing of epidermal leaf cells; short stems; retarded plant growth; late flowering; fewer seeds"	15128936
AT3G59380	plp-2	"enlarged shoot apical meristems; increased number of floral organs including sepal, petal, stamen and carpel; reduced lobing of epidermal leaf cells; short stems; retarded plant growth; late flowering; fewer seeds"	15128936
AT3G59400	gun1-1 gun4-1	Accumulate the same levels of chlorophyll as gun4-1.	11172074
AT3G59400	gun1-1 gun4-1	Strong enhancements of the gun phenotype: Lhcb1*2-GUS expression in the double mutants was ~fivefold higher than the single mutants and was about 11-17% of that observed in  nonphotobleached wild-type plants. The endogenous Lhcb1 mRNA levels were also  derepressed synergistically in the double mutants.	11172074
AT3G59400	gun1-1 gun4-1 gun5-1	The homozygous progeny is albino.	11172074
AT3G59400	gun4-1	Express nuclear-encoded Lhcb and RbcS  transcripts in the absence of chloroplast development.	7690685
AT3G59400	gun4-1	Lower chlorophyll levels than wild type.	11172074
AT3G59400	gun4-1	Whole plant:color:pale yellow.  Chlorophyll biosynthesis:process:defective.  magnesium-protoporphyrin biosynthesis:process:defective.  Screen:Identified in a screen for plants that express LHCB proteins in the absence of functional chloroplasts.	12574634
AT3G59400	gun4-1 gun5-1	Extremely pale under normal growth conditions.	11172074
AT3G59400	gun4-2	Plants are very small and develop yellow or white tissue when grown under standard conditions. gun4-2 mutants produce a number of leaves and flowerlike structures after approximately 2 months on sucrose-containing media and are pale green in dim light.	12574634
AT3G59410	gcn2	"gcn2 plants show less glyphosate-derived effects, but are phenotypically indistinguishable from wild-type plants."	25603772
AT3G59420	CS69158	Reduction in giant cells in sepals and leaves; decreased fertility; abnormal ovule development.	
AT3G59420	acr4-2	Increased number of lateral root meristems initate.	18948541
AT3G59420	acr4-2	"Slightly longer primary root, less columella stem cell differentiation, equally sensitive to N-1-naphthylphthalamic acid (NPA) treatment as Col-0."	26792519
AT3G59420	acr4-2/ccr1-3	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	18948541
AT3G59420	acr4-2/ccr2-2	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	
AT3G59420	acr4-2/ccr3-2	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	
AT3G59420	acr4-2/ccr4	"Increased number of lateral root meristems, greater than acr4 single mutant alone."	
AT3G59470	frf1-1	No visible phenotype.	25524441
AT3G59540	Atsyn3-1	No visible phenotype under typical growth conditions.	17488242
AT3G59550	Atsyn3-1	No visible phenotype under typical growth conditions.	17488242
AT3G59550	Atsyn3-2	Plants are gametophyte lethal.  Both female gametophytes and pollen are affected.	17488242
AT3G59550	Atsyn3-2/+	Development of the female gametophyte is abnormal.	17488242
AT3G59550	Atsyn3-2/+	No obvious gross morphological changes with the exception that siliques are shorter and contained reduced numbers of seed.  Abnormal pollen accounts for approximately 30% of all pollen grains.	17488242
AT3G59760	SALK_127923	No phenotype as single knock-out; tga1 tga4 double knock-out plants are more susceptible to Pseudomonas syringae pv. maculicola ES4326 than wild-type.	17369431
AT3G59770	SALK_058870C	"slow growing, small leaves with short petioles, accumulates anthocyanin in the leaves, small and constitutively closed guard cells, shorter primary roots, fewer lateral roots, hypersensitive to osmotic stress, cold stress and high-light stress"	
AT3G59770	sac9-1	"slow growing, small leaves with short petioles, accumulates anthocyanin in the leaves, small and constitutively closed guard cells, shorter primary roots, fewer lateral roots, hypersensitive to osmotic stress, cold stress and high-light stress"	15923324
AT3G59770	sac9-2	"slow growing, small leaves with short petioles, accumulates anthocyanin in the leaves, small and constitutively closed guard cells, shorter primary roots, fewer lateral roots, hypersensitive to osmotic stress, cold stress and high-light stress"	15923324
AT3G59790	CS800049	"Under long-day conditions, atmpk10 mutants are delayed in bolting and flowering. Cotyledons are narrow and have reduced vein complexity."	25064848
AT3G59900	ors1-1 argos-1	"Smaller organs, with a c. 12% reduction in the average blade area of the fully expanded &#64257;fth leaves compared with wild-type leaves."	21457262
AT3G59940	CS71768	Cytokinin hypersensitivity. Decreased size of root meristem.	
AT3G59950	CS69857	Small plants and premature senescence under normal soil-grown conditions. Hypersensitivity to N and fixed-C deprivation.	
AT3G60120	CS69615	No visible phenotype	
AT3G60190	CS67950	Enhanced resistance to Erysiphe cichoracearum shown by decreased conidiophore formation and sporulation. Enhanced susceptibility to Botrytis cinerea shown by formation of larger necrotic lesions than wild-type.	
AT3G60240	SALK_080031	delay in flowering; slower rates of root elongation.	30213859
AT3G60340	CS923086	Reduced fertility; small siliques.	
AT3G60350	arabidillo-1 arabidillo-2	"Mutant plants grown on vertical plates had fewer lateral roots were developed than wild type or either single mutant, despite having similar primary root lengths to wild type. Significant decrease in number of lateral root primordia was found in double mutant roots, with no differences in later stages of lateral root development."	16434475
AT3G60370	SALK_080069	Reduced plant growth.  Lower rate of PSII activity and oxygen evolution.  Lower levels of PSII supercomplex accumulation and elevated levels of monomer and dimer building blocks in mutant plants compared with WT.	16894144
AT3G60370	SALK_134696	Reduced plant growth.  Lower rate of PSII activity and oxygen evolution.  Lower levels of PSII supercomplex accumulation and elevated levels of monomer and dimer building blocks in mutant plants compared with WT.	
AT3G60460	duo1-1	Defect in sperm cell formation.  Generative cell does not undergo mitosis. Produces a single larger diploid sperm cell that is unable to perform fertilization.	15694308
AT3G60460	duo1-2	Defect in sperm cell formation.  Generative cell does not undergo mitosis. Produces a single larger diploid sperm cell that is unable to perform fertilization.	15694308
AT3G60500	cer7-3 Atrrp45a	The double mutant is gametophytic lethal for both female and male gametophytes.	17351114
AT3G60620	CS66143	No visible phenotype.	
AT3G60630	CS16561	"Arrest and differentiation of axillary meristems, altered leaf morphology, abnormal phyllotaxis, reduced elongation of the primary root."	
AT3G60630	CS65884	No visible phenotype.	
AT3G60630	CS66978	No visible phenotype.	
AT3G60630	CS67136	"Abnormal shoot phenotypes similar to Atham1,2,3 mutants but generally more prone to arrest of the inflorescence meristem prior to generation of functional flowers.  "	
AT3G60630	CS67756	"Abnormal shoot phenotype, stems are broader and flatter than in the wild type (mild fasciation); narrow and elongated leaves; fully expanded rosette leaves exhibit less pronounced laminar growth,  and more pronounced leaf serrations; delayed transition from vegetative to reproductive development, delayed inflorescence development; inflorescences exhibit aberrant phyllotaxis; cauline leaves typically exhibit epinastic curling, indicative of greater adaxial leaf surface area relative to abaxial leaf surface area.  Light and temperature dependent phenotype, phenotype is visible at 16 hours light and 20C or lower."	
AT3G60740	CS16074	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G60740	CS16075	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
AT3G60740	CS84717	"enlarged endosperm nuclei early in development, the number of endosperm nuclei and the extent of nuclear enlargement is somewhat increased relative to ttn2, endosperm remains in a free nuclear state throghout development; mutant embryo is composed of a few giant cells; immature seeds are filled with a watery endosperm and have a glassy appearance, patches of green tissue visible through the transparent seed coat correspond to enlarged masses of endosperm cytoplasm; embryo lethal,  developmental arrest of mutant embryos occurs at preglobular stage; white/pale green seeds prior to dessication; 23.4% of mutant seeds in heterozygous siliques; 47.8% aborted seeds in top half of silique"	
AT3G60830	arp7	embryo defective	
AT3G60830	arp7-1	"All the heterozygous mutant plants were morphologically similar to wildtype  plants under normal growth conditions. Mutant siliques revealed abortion of a significant number of seeds (25%). Seeds were small, white, or brown and shriveled. Those abnormal  seeds contained small, rudimentary embryos that were arrested early during development at torpedo and bent-cotyledon stages. The 25%  aborted homozygous embryos were rudimentary  and arrested at or before the torpedo stage of development. Despite aberrant embryo development, endosperm development, and enlargement of seeds,  harboring small mutant embryos appeared normal  until the late torpedo stage, after which the endosperm  and the integument layers started to disintegrate.  Eventually the seeds turned brownish and dried out prematurely."	16040647
AT3G60860	SALK_016558	Reduced  intracellular accumulation of PIN1 in response to BFA treatment.Affects intracellular protein transport.	29016942
AT3G60860	SALK_024601	Reduced  intracellular accumulation of PIN1 in response to BFA treatment.Affects intracellular protein transport.	29016942
AT3G60860	SALK_093944	T-DNA insertion into BIG2/AT3G60860 in the N-terminal DCB domain.  Reduced  intracellular accumulation of PIN1 in response to BFA treatment.Affects intracellular protein transport.	29016942
AT3G60860	ben3-1	Reduced  intracellular accumulation of PIN1 in response to BFA treatment.Affects intracellular protein transport.	29016942
AT3G61110	ars27	Hypersensitive to DNA damaging agents	
AT3G61140	CS16057	seed pigment defective; accumulation of anthocyanins (purple coloration) in developing embryos.	
AT3G61140	CS6260	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT3G61140	CS6260	"Shoot apical meristem cells of embryos are highly vacuolated; light-grown seedling development is severely affected (lethal), seedlings have open purple cotyledons, short roots and no shoot is produced; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; expression of light-induced genes in dark-grown plants."	
AT3G61140	CS6261	"accumulation of anthocyanins (purple coloration) in cotyledons of developing embryos; light-grown seedling development is less severely affected than in fus6-1; seedlings have open cotyledons with less anthocyanin, roots grow but little or no shoot is produced, often develops leaf primordia, lethal; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; expression of light-induced genes in dark-grown plants."	
AT3G61140	fus6-G236	Lacks the intact COP9 signalosome (CSN).	11854419
AT3G61140	fus6-G236	Mutation is lethal in the homozygous state.	11854419
AT3G61140	fus6-T236	Lacks the intact COP9 signalosome (CSN).	11854419
AT3G61140	fus6-T236	Mutation is lethal in the homozygous state.	11854419
AT3G61140	fus6-T379	Lacks the intact COP9 signalosome (CSN).	11854419
AT3G61140	fus6-T379	Mutation is lethal in the homozygous state.	11854419
AT3G61140	fus6-T414	Lacks the intact COP9 signalosome (CSN).	11854419
AT3G61140	fus6-T414	Mutation is lethal in the homozygous state.	11854419
AT3G61150	SALK_062171C	No visible phenotype.	16778018
AT3G61150	hdg1-1	No visible phenotype.	16778018
AT3G61190	bap1-1	Enhanced disease resistance to bacterial and oomycete pathogens.	17018034
AT3G61320	best1-1	"No obvious visible phenotype, low level of NPQ following a 40-s illumination, thylakoid lumen thickness larger, increase in total pmf (large increase in deltaPsi and slight decrease in dpH)."	26947269
AT3G61320	best1-1best2-1	"Similar to best1-1 single mutant. Low level of NPQ following a 40-s illumination, thylakoid lumen thickness larger, increase in total pmf (large increase in deltaPsi and slight decrease in dpH)."	26947269
AT3G61320	best1-2	"No visible phenotype, low level of NPQ following a 40-s illumination."	26947269
AT3G61360	slo3	"slo3 mutant plants have severe growth retardation and delayed development. The size of root apical meristem (RAM) is reduced and the production of meristem cells is decreased.Rosette leaves are curled or crinkled, which may be derived from uneven growth of the leaf surface."	25888618
AT3G61510	CS16563	"enhanced hypocotyl length in etiolated seedlings, enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height, decreased diameter of the inflorescence stem in 40-day old plants, decreased ethylene production, early flowering"	
AT3G61510	CS16572	no dramatic change in phenotype	
AT3G61510	CS16573	no dramatic change in phenotype	
AT3G61510	CS16574	no dramatic change in phenotype	
AT3G61510	CS16575	no dramatic change in phenotype	
AT3G61510	CS16576	no dramatic change in phenotype	
AT3G61510	CS16577	no dramatic change in phenotype	
AT3G61510	CS16597	no dramatic change in phenotype	
AT3G61510	CS16598	no dramatic change in phenotype	
AT3G61510	CS16599	no dramatic change in phenotype	
AT3G61510	CS16600	no dramatic change in phenotype	
AT3G61510	CS16626	no dramatic change in phenotype	
AT3G61510	CS16647	phenotype not determined	
AT3G61510	CS16648	phenotype not determined	
AT3G61510	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT3G61600	CS71659	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of light-induced, slower-migrating forms of PIF3. Very short hypocotyl in continuous red light (Rc)."	
AT3G61600	CS71663	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of phosphorylated PIF3:GFP in red light (R). GFP fluorescence in the nucleus. Short hypocotyl in continuous red light (Rc)."	
AT3G61650	TUBG1-1/tubg1-1 TUBG2-1/tubg2-1	"Reduced seed set, a large percentage of defective female gametophyte observed during 8-nucleate stage. Male gametophyte was also affected, mostly at binuclear stage of pollen development. Mutant pollen grains were viable."	16698945
AT3G61650	TUBG1-1/tubg1-1 TUBG2-2/tubg2-2	"During early seedling growth, cotyledons were small and distorted, and only two leaf primordia were inittaited at the shoot apex. Dome-shape soot apical meristem was distorted. Root growth was inhibited, and root apex was swollen."	16698945
AT3G61650	tubg1-1	No visible phenotype.	16698945
AT3G61650	tubg1-1 tubg2-1	"Lethal, with severe gametophytic effects."	16698945
AT3G61650	tubg1-1 tubg2-2	"Lethal, upon germination, seedlings never recovered."	16698945
AT3G61710	SALK_109281	"Due to pollen germination defects, homozygotes cannot be obtained."	17339883
AT3G61710	SALK_109281	"Heterozygous plants exhibit variable growth phenotypes, including increased internodal length and decreased production of siliques.  Many exhibit retarded growth and overall dwarf stature compared to wild-type plants."	18227644
AT3G61710	bcl1	"Due to pollen germination defects, homozygotes cannot be obtained. Pollen development is not affected."	17339883
AT3G61730	rmf-1D	"Reduced growth, small dark green leaves. Small flowers with poorly developed stamens and short filaments. Male sterile."	20458496
AT3G61780	CS16031	embryo defective; developmental arrest of mutant embryos	
AT3G61780	CS16032	embryo defective; developmental arrest of mutant embryos	
AT3G61780	CS24072	embryo defective; cotyledon	
AT3G61890	athb12	Abnormal leaves and stems	
AT3G61890	athb12-1	Decreased sensitivity to ABA in a root elongation assay with respect to wild type.  The response was consistently approximately 10% less than the wild-type response.	15604708
AT3G61940	SALK_003649C	Reduced levels of Zn in shoot when grown on Zn deficient hydroponic environment.	30150315
AT3G61950	SALK_009770	Plants subjected to cold exhibited higher survival rate.	30072714
AT3G61950	myc67 myc70	Plants subjected to cold exhibited higher survival rate.	30072714
AT3G62030	SALK_001615	hypersensitive to oxidative stress	18845687
AT3G62080	chmp7-1	No visible phenotype.	27497741
AT3G62080	chmp7-2	No visible phenotype.	27497741
AT3G62100	iaa30-1	iaa30-1 was found to  produce significantly less shoot apical meristem somatic embryogenesis than Col wild type.	
	19767455		
AT3G62300	SALK_059387	Homozygotes have a WT phenotype	19795213
AT3G62590	SALK_071569	"Embryo lethal, similar to aesp-2."	16582011
AT3G62600	SALK_055599C	same as smb-3 single mutant	18718935
AT3G62600	SALK_113364	Homozygotes have WT phenotype	18718935
AT3G62600	aterdj3a-1; aterdj3b-1	same as smb-3 single mutant	18718935
AT3G62600	aterdj3a-2; aterdj3b-2	same as smb-3 single mutant	18718935
AT3G62600	atp58ipk-1;aterdj3b-1	Double homozygotes not obtained because of male gametophytic defect.	18718935
AT3G62610	CS9814	no visible difference from wild type under greenhouse conditions	
AT3G62610	CS9815	no visible difference from wild type under greenhouse conditions; reduced flavonol content	
AT3G62615	CS9814	no visible difference from wild type under greenhouse conditions	
AT3G62615	CS9815	no visible difference from wild type under greenhouse conditions; reduced flavonol content	
AT3G62720	CS16349	Slow plant growth; slightly reduced plant height at maturity; aberrant root hairs (root hairs are shorter and have bulging bases compared to wild-type); plants lack detectable xyloglucan (main primary cell wall component).	
AT3G62720	CS67826	Abnormal roothairs. Reduction in xyloglucan levels.	
AT3G62720	CS67828	Abnormal roothairs. Reduction in xyloglucan levels.	
AT3G62720	CS67834	Slight reduction in xyloglucan levels.	
AT3G62770	atg18a-3	"increased peroxisome abundance in cotyledon epidermal cells, cotyledon mesophyll cells, and hypocotyl cells in 4- to 7-day-old seedlings"	30734619
AT3G62770	lon2-2 atg18a-3	IBA responsiveness to lon2-2 restored	30734619
AT3G62770	lon2-2 atg18a-4	IBA responsiveness to lon2-2 restored	30734619
AT3G62800	drb4-1	Downward-curled leaf margins.	16682354
AT3G62800	drb4-1	"In leaves, TAS3 ta-siRNAs were below detectable levels, whereas TAS1 and TAS2 ta-siRNAs were detectable. By contrast, in flowers, levels of TAS3 ta-siRNA remained unchanged, whereas levels of TAS1 and TAS2 ta-siRNAs were reduced."	16682354
AT3G62810	drb4-1	Downward-curled leaf margins.	16682354
AT3G62810	drb4-1	"In leaves, TAS3 ta-siRNAs were below detectable levels, whereas TAS1 and TAS2 ta-siRNAs were detectable. By contrast, in flowers, levels of TAS3 ta-siRNA remained unchanged, whereas levels of TAS1 and TAS2 ta-siRNAs were reduced."	16682354
AT3G62980	CS3798	"resistant to auxin inhibition of root elongation; deficient in auxin-regulated growth processes including: reduced lateral root formation, reduced temperature-induced hypocotyl elongation, and a modest reduction in apical dominance."	9436980
AT3G62980	CS69646	Resistant to IAA.	
AT3G62980	CS69647	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT3G62980	CS69648	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT3G62980	CS69649	Resistant to IAA.	
AT3G62980	CS69653	"Resistant to IAA, dwarfed."	
AT3G62980	CS69654	"Resistant to IAA, dwarfed."	
AT3G62980	CS69661	No visible phenotype.	
AT3G62980	CS69663	"Short roots, gravitropism defects, short inflorescence. Auxin resistant."	
AT3G62980	CS69664	"Short roots, gravitropism defects, short inflorescence. Auxin resistant. Weaker than E12K mutant (CS69663)."	
AT3G62980	CS69665	No obvious visible phenotype.	
AT3G62980	CS69666	No visible phenotype.	
AT3G62980	CS69667	No visible phenotype.	
AT3G62980	CS69675	No visible phenotype.	
AT3G62980	CS69679	No visible phenotype.	
AT3G62980	CS69685	No visible phenotype.	
AT3G62980	CS69689	Glabrous phenotype unrelated to the mutation in TIR1.	
AT3G62980	CS69690	Resistant to IAA.	
AT3G62980	CS69691	Resistant to IAA.	
AT3G63010	CS16297	Reduced plant size (dwarf); delayed flower formation with severe defects in floral organ development; does not respond to applied GA; seeds only germinate when the mature embryo is dissected from the seed coat.	
AT3G63010	atgid1a-1 atgid1b-1	No visible phenotype.	17521411
AT3G63010	atgid1a-1 atgid1b-1	"Showed a lower yield of seeds per plant. Most pollen adhered to an incorrect region below the stigma, which was probably caused by the incomplete elongation of stamens, resulting in low fertility."	17521411
AT3G63010	atgid1a-1 atgid1b-1 atgid1c-1	"Chilling of seedlings at 4°C for 1 month effectively induces flowering of ga1-3 without GA treatment. However, no bolting of the stem or flowering of the triple homozygous progeny could be detected even after 40 days of cold treatment."	17521411
AT3G63010	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny does not germinate when untreated. However, when the seed coat of ungerminated seeds is removed under an optical microscope, the treated seeds germinate under continuous light for  3 days on an MS plate, and develop into seedlings."	17521411
AT3G63010	atgid1a-1 atgid1b-1 atgid1c-1	The triple homozygous progeny is insensitive to GA.	17521411
AT3G63010	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny showed very severe dwarfism, whereas the parental plants (Aabbcc) showed a weak phenotype."	17521411
AT3G63010	atgid1b-1	No visible phenotype.	17521411
AT3G63010	atgid1b-1	"When 0.01 &mu;M GA4 was added to the medium, showed a lower germination rate than the wild-type."	17521411
AT3G63010	atgid1b-1 atgid1c-1	No visible phenotype.	17521411
AT3G63010	gid1a-1 gid1b-1	Final stem height slightly taller than wild type.	17194763
AT3G63010	gid1a-1 gid1b-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G63010	gid1a-1 gid1b-1	Reduction in seed number.	17194763
AT3G63010	gid1a-1 gid1b-1	Reduction in silique length.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Complete infertility.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	"Defect in floral organ morphology.: dramatic reduction in length of pistil, stamen and petal development arrested, and striking reduction in the elongation of the pedicel."	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Delayed flowering.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	"Dramatic reduction in rosette radius and root length compared to wild type (87 and 74% reduction, respectively)."	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Dwarf phenotype.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Elevated gibberellin levels.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Increased levels of RGA protein.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1	Unresponsive to GA treatment.	17194763
AT3G63010	gid1a-1 gid1b-1 gid1c-1 rga-28	Partial suppression of the gid1a-1 gid1b-1 gid1c-1 triple mutant phenotype.	17194763
AT3G63010	gid1a-1:GID1A gid1b-1 gid1c-1	"Non-germinating seed phenotype in fully homozygous progeny, which can be bypassed by separating the embryos from the testa and transferring them to fresh agar plates."	17194763
AT3G63010	gid1a-2 gid1b-1	Final stem height slightly taller than wild type.	17194763
AT3G63010	gid1b-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G63010	gid1b-1 gid1c-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT3G63110	atipt1 atipt 3	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3	No visible phenotype.	17062755
AT3G63110	atipt1 atipt 3 atipt 5	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 5	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 5	No visible phenotype.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt6	No visible phenotype.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Decreases in free-base iP and tZ are moderate compared to those of the riboside and ribotide forms.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	"External application of <i>trans</i>-zeatin partially rescues the growth of aerial parts of the mutant, and reduced its lateral root elongation."	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Reduced cambial activity and reduced secondary growth in both shoots and roots.	19074290
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Short and thin aerial parts.	17062755
AT3G63110	atipt1 atipt 3 atipt 5 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Short and thin aerial parts.	17062755
AT3G63110	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt1 atipt 3 atipt 7	No visible phenotype.	17062755
AT3G63110	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT3G63110	atipt3 atipt 5	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 5	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 5	No visible phenotype.	17062755
AT3G63110	atipt3 atipt 5 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 5 atipt 7	Enhanced root growth rate resulting in longer roots.	17363254
AT3G63110	atipt3 atipt 5 atipt 7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 5 atipt 7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT3G63110	atipt3 atipt 5 atipt 7	"Mutant root meristems showed an increased number of meristematic cells already at two days after germination (dpg) and accumulated cells also after five dpg, vastly exceeding the fixed number of cells of wild-type meristems."	17363254
AT3G63110	atipt3 atipt 5 atipt 7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT3G63110	atipt3 atipt 5 atipt 7	Short and thin aerial parts.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Short and thin aerial parts.	17062755
AT3G63110	atipt3 atipt 5-1 atipt 6 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT3G63110	atipt3 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT3G63110	atipt3 atipt 7	No visible phenotype.	17062755
AT3G63110	atipt3-2	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT3G63110	atipt3-2	No visible phenotype.	17062755
AT3G63140	csp41b-1/csp41a-1*	"Pale green seedlings, short shoots, short siliques and reduced seed set. Mutants do not accumulate CSP41b protein and CSP41a protein levels are reduced."	18398686
AT3G63250	hmt2-1	increased seed methionine content	
AT3G63250	hmt2-2	increased seed methionine content	
AT3G63290	CS70856	"reduced male and female gametophytic transmission, presenting defects in pollen development resulting in pollen abortion"	
AT3G63290	CS70866	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT3G63290	CS70954	"reduced male and female gametophytic transmission, presenting defects in pollen development resulting in pollen abortion"	
AT3G63290	CS70962	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT3G63290	pdd32	Pollen development defective.	19237690
AT3G63300	SALK_142575C	"Cotyledons and leaves have open venation due to lack of distal junctions between secondary, tertiary and quaternary veins. Mutant leaves also show reduced expression of DR5::GUS, an auxin-responsive reporter  gene."	20626652
AT3G63300	fkd1	"cotyledons and leaves with open venation due to lack of distal junctions between secondary and tertiary veins, larger leaves with reduction in vein density"	12925595
AT3G63300	fkd1/fl1-1	higher number of non-meeting secondary veins in first leavs compared to fkd1	29982821
AT3G63300	fkd1/fl1-1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G63300	fkd1/fl1-2	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT3G63300	fkd1/fl1-2/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G63300	fkd1/fl2	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT3G63300	fkd1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT3G63300	fkd1/fl3	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT3G63310	bil4-1D	"Mutants showed longer hypocotyls and closed cotyledons when grown in the dark on a medium containing Brz. After 2-3 weeks in the light, mutants showed narrow, outward-curving leaves and total leaf expansion was suppressed. After 42 days at termination of flowering, there were 2- to 2.5- fold more inflorescences and branches than in wild type."	19202280
AT3G63410	CS68915	"Homozygous vte3-2 is seedling lethal. Homozygous vte3-2 has pale green new leaves, with older leaves that are progressively bleached; some plants may be albino."	
AT3G63410	apg1	Albino and pale green	
AT3G63420	CS16550	Impaired resistance to necrotrophic pathogens; reduced induction of the plant defensin gene PDF1.2; decreased sensitivity to methyl jasmonate; hypersensitive to glucose and mannitol during seed germination; hypersensitive to auxin-mediated induction of lateral roots.	
AT3G63420	CS16551	Impaired resistance to necrotrophic pathogens; reduced induction of the plant defensin gene PDF1.2; decreased sensitivity to methyl jasmonate; hypersensitive to glucose and mannitol during seed germination; hypersensitive to auxin-mediated induction of lateral roots.	
AT3G63420	CS68915	"Homozygous vte3-2 is seedling lethal. Homozygous vte3-2 has pale green new leaves, with older leaves that are progressively bleached; some plants may be albino."	
AT3G63480	SALK_024926	Wang et.al.(2014) reported recovery only of heterozygotes for kin-1c. Among those populations they did not detect any Kin1 mRNA suggesting that the WT allele was silenced. Heterozygotes had reduced fertility with 43% aborted seeds.	24667993
AT3G63480	SALK_120399	Homozygotes have reduced seed set -around 59% of seeds are aborted.	24667993
AT3G63520	ccd1-1	"Mutant seeds have a 37% increase in total carotenoids relative to wild type, owing mainly to a greater than twofold and fourfold increase in violaxanthin and neoxanthin, respectively. The lutein levels in the mutant are increased to the greatest extent in absolute terms compared with other carotenoids."	16507088
AT3G63520	ccd1-1	No visible phenotype.	16507088
AT3G63520	ccd1-1 bsp1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT3G63530	bb-1	"Larger petals and sepals, thicker stems than wild type.  Accumulate more biomass in the form of flowers than wild type plants."	16461280
AT3G63530	bb-2	Similar to bb-1/BB heterogygote plants. Slighly  larger petals and sepals compared to wild type.   Slightly increased flower biomass compared to wild type.	16461280
AT4G00100	pfl2	"Altered leaf morphology, growth retardation"	
AT4G00120	CS69062	Indehiscent siliques.	
AT4G00150	CS16561	"Arrest and differentiation of axillary meristems, altered leaf morphology, abnormal phyllotaxis, reduced elongation of the primary root."	
AT4G00150	CS65885	No visible phenotype.	
AT4G00150	CS66951	No visible phenotype.	
AT4G00150	CS66978	No visible phenotype.	
AT4G00180	CS6353	Plants are indistinguishable from wt plants under normal growth conditions.	
AT4G00220	jlo-1	Segregates 25% embryo lethal (globular arrest).	17557810
AT4G00220	jlo-2	Segregates embryo lethal phenotype (globular arrest) and reduced seed set.	17557810
AT4G00220	jlo-D	"Reduced fertility,abnormal leaf shape,reduced floral organ number, loss of apical dominance."	17557810
AT4G00270	GT6658 	No obvious morphological phenotypes. Normal trichomes and overall development same as wild type.	12535344
AT4G00330	CS70792	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G00330	CS70899	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G00330	pdd25	Pollen development defective.	19237690
AT4G00370	pht4;4-1	Decreased amounts of reduced ascorbate in leaves. Defective in xanthophyll cycle. Decreased protection from excess absorbed light energy through thermal dissipation.	25557369
AT4G00370	pht4;4-2	Decreased amounts of reduced ascorbate in leaves. Defective in xanthophyll cycle. Decreased protection from excess absorbed light energy through thermal dissipation.	25557369
AT4G00400	gpat4/gpat8	This double knock-out mutant has a 60-70% overall decrease in cutin monomer content in leaf and stem. The plant grew slowly. The water loss rate for rosettes was 4-fold greater than wild type. The mutant has an increased sensitivity to fungal pathogen. Defects in stomata structure.	17991776
AT4G00450	CS65890	"Uncoupling of growth and pattern formation in early embryogenesis. Patterning is delayed by several days, after which radial patterning beings in a remarkably normal manner."	20023166
AT4G00450	crp	"Dwarf, late flowering"	
AT4G00480	CS67769	"A greater proportion of ectopic root-hair cells than wild-type. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT4G00570	nad-me1.1 / nad-me2.1	"The nad-me1.1 / nad-me2.1 double mutant has no detectable NAD-dependent malic enzyme activity. However, it appears to grow and develop normally and to have normal photosynthetic parameters. However, the levels of several metabolites, including fructose, galactose, sucrose, 2-oxoglutarate, succinate, fumarate, citrate, and several amino acids are altered in these double mutants relative to wild type plants. The metabolites affected differ depending on whether the analyses are done at the end of the day or end of the night."	18223148
AT4G00570	nad-me2.1	"The nad-me2.1 mutants appear to grow and develop normally and display normal photosynthetic behavior, however, the plants have a significant reduction in NAD-dependent malic enzyme activity."	18223148
AT4G00630	kea1-1 kea2-2	Reduced growth and pale yellowish leaves. Reduced photosynthetic protein complex accumulation.	27443603
AT4G00650	CS6209	"Produced approximately twice as many juvenile leaves as Columbia, indicating that FRI-Sf2 FLC-Col delays the transition from juvenile to adult phase as well as flowering."	
AT4G00650	CS6209	"naturally occurring late flowering; flowers significantly later under continuous illumination; vernalization reverses the late-flowering phenotype, and therefore reduces leaf number."	
AT4G00650	CS71698	Late flowering; sensitive to vernalization.	
AT4G00650	FN13 (FRI-Sf2)	Early flowering.	11030654
AT4G00650	FN233 (FRI-Sf2)	Early flowering.	11030654
AT4G00650	FN235 (FRI-Sf2)	Early flowering.	11030654
AT4G00650	agl20-101D FN235	Extreme acceleration of flowering time.	10995392
AT4G00650	agl20-101D FRI-Sf2	"Flowered more rapidly under long days than under short days. Vernalization reduced flowering time in the mutant, but the reduction was higher than in WT Columbia."	10995392
AT4G00650	agl20-101D FRI-Sf2 flc-3	Extreme acceleration of flowering time.	10995392
AT4G00650	ath1-1 FRI-sf2	Significant reduction in flowering time.	17908157
AT4G00650	efs1-3	Leaves are rounder and paler than wild-type.	16258034
AT4G00650	efs1-3	Reduced fertility.	16258034
AT4G00650	efs1-3	Reduced plant size (rosette diameter of plant is ~80% of that of wild-type).	16258034
AT4G00650	efs1-3	Suppression of the late-flowering phenotype of introgressed FRI allele.	16258034
AT4G00650	flc-2 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT4G00650	flc-4 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT4G00650	flc-5 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT4G00650	suf4 (FRI-Sf2)	"Early flowering almost identical to Col, which is a fri null, and did not display any other morphological alterations."	17138694
AT4G00710	CS65990	"Shorter hypocotyl length than wild-type when grown in the dark. Reduced responses to brassinolide (BL) in hypocotyl elongation, root inhibition, and expression of the BZR1 target gene DWF4 and the BES1 target gene SAUR-Ac."	
AT4G00710	SALK_096500C	"shorter hypocotyl length when grown in the dark on regular medium or medium containing the BR biosynthetic inhibitor brassinazole (BRZ).  reduced responses to BL in hypocotyl elongation, root inhibition, and expression of the BZR1 target gene DWF4 and the BES1 target gene SAUR-Ac."	18653891
AT4G00730	SALK_000196C	"Increased cell wall extensibility, increased polysaccharide content."	26720211
AT4G00730	anl2	"Reduced anthocyanin in subepidermal cells, aberrant root structure"	
AT4G00800	SAIL_357_A09	"Pollen is wild type in appearance, but in vitro pollen tube growth is  reduced."	15342534
AT4G00850	an3 gif2 gif3	Strong disorganization of quiescent center of root meristem.	29352064
AT4G00990	SALK_092672	Increased susceptibility to P. syringae. Early flowering.	28650521
AT4G00990	SALK_131899C	Increased susceptibility to P. syringae infection. Early flowering.	28650521
AT4G01060	cpl3-1	Reduced number of root hairs.Early flowering. Increased trichome branch number.Increased endoreduplication leading to hypertrophy.	
AT4G01090	Salk_086312C	Reduced number of wound-induced LR at 4 dae; longer hypocotyl and shorter primary roots.	30930926
AT4G01100	CS333468	Homozygotes have shorter roots than WT. Respiration rates are significantly lower than in WT roots.	18923018
AT4G01160	CS71659	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of light-induced, slower-migrating forms of PIF3. Very short hypocotyl in continuous red light (Rc)."	
AT4G01160	CS71663	"Reduced rate of light-induced endogenous PIF3 ubiquitination and degradation, and absent light-induced ubiquitination and degradation of phyB. Accumulation of phosphorylated PIF3:GFP in red light (R). GFP fluorescence in the nucleus. Short hypocotyl in continuous red light (Rc)."	
AT4G01250	CS68111	Reduced disease resistance and induction of innate immunity markers after submergence than the wild-type.	
AT4G01250	CS68112	Reduced disease resistance and induction of innate immunity markers after submergence than the wild-type.	
AT4G01290	cbe1-1	delayed development	30213859
AT4G01370	CS5205	"vegetative dwarfism, leaf curling, short plants, increased branching, semi-sterile; constitutive pathogen responses"	
AT4G01370	mpk4	"Dwarf, delayed growth, short roots. Defective root hairs that are branched and swollen.Ectopic root hairs.In epidermal cells, cortical microtubules are bundled and disorganized."	20215588
AT4G01430	umamit29	Significantly elevated levels of amino acids in the seeds. Reduced seed volume.	26628011
AT4G01540	ntm1-D	Reduced growth; serrated leaves.	17098812
AT4G01750	rgxt2	No visible phenotype.	17056709
AT4G01770	rgxt1	No visible phenotype.	17056709
AT4G01800	SALK_063371 (homozygous)	"Albino cotyledons, albino or glossy yellow rosette leaves, with a small portion having albino/glassy yellow variegated leaves."	20194926
AT4G01800	agy1	"Albino cotyledons, albino or glossy yellow rosette leaves, with a small portion having albino/glassy yellow variegated leaves."	20194926
AT4G01800	agy1	Chloroplasts are smaller than wild type. lack thylakoids and contain many plastoglobules.	20194926
AT4G01800	agy1	Seedling lethal on soil but could produce a few rosette leaves on 1% sucrose media. No starch accumulation at the end of the diurnal cycle.  Can grow heterotrophically but is sensitive to light.	20194926
AT4G01810	SALK_021996C	"Reduced fertility, abnormal pollen development, defective exine patterning"	29390074
AT4G01810	atsec23a/atsec23d	"Reduced fertility, collapsed pollen grains."	29390074
AT4G01970	SALK_045237C	Total loss of detectable stachyose.	26483807
AT4G02060	prl	"Female gametophytic, embryo defective"	
AT4G02150	SALK_025919	Homozygotes have a WT phenotype with regards to susceptibility to transformation by Agrobacterium.	18836040
AT4G02270	srpp-1	Reduced primary root length and shorter root hairs when plants grown under low phosphate. Smaller and abnormal embryos. Reduced seed germination.	28138059
AT4G02280	sus2 sus3	"Activity of SUS was reduced by about one-third in roots of the double mutant relative to Col-0, but otherwise the mutant was indistinguishable from Col-0."	17257168
AT4G02280	sus2 sus3	"When grown in soil or hydroponically, the double mutant line was not obviously different from wild-type controls."	17257168
AT4G02280	sus3 (SALK)	No visible phenotype.	17257168
AT4G02280	sus3 (SALK)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT4G02280	sus3 (WISC)	No visible phenotype.	17257168
AT4G02280	sus3 (WISC)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT4G02390	parp2-1	No observed increase in stress tolerance. 	
"On agar plates containing 100 mM mannitol, root growth and shoot fresh weight of the double mutants was not dierent from that of the wild type."	28220129		
AT4G02400	SALK_124245	loss of Pseudomonas syringae effector AvrB perception	18424557
AT4G02450	p23-1	Reduction in root growth evident from seventh day after germination compared to wild type.  Reduced number of cortical cells in the root meristem.	26163704
AT4G02450	p23-1 p23-2	Altered auxin distribution in root.  Altered expression of PIN1 and PIN7 in root tip. Increased expression of ARR1.	26163704
AT4G02450	p23-1 p23-2	Reduction in root growth evident from seventh day after germination compared to wild type.  Reduced number of cortical cells in the root meristem.	26163704
AT4G02460	Atpms1-1	"The mutant has shorter siliques and a great reduction in seed production compared to wild-type plants. A much higher proportion of pollen grains have a collapsed appearance in the mutant than in wild-type plants. A GUS-based reporter assay does not reveal any difference in the somatic homologous recombination frequency between wild type and mutant plants. However, a similar assay shows that the mutants have a higher rate of homeologous somatic recombination than wild-type plants."	19115045
AT4G02460	Atpms1-2	The mutant displays homeotic floral anomalies.	19115045
AT4G02500	CS16349	Slow plant growth; slightly reduced plant height at maturity; aberrant root hairs (root hairs are shorter and have bulging bases compared to wild-type); plants lack detectable xyloglucan (main primary cell wall component).	
AT4G02500	CS67827	Abnormal roothairs. Reduction in xyloglucan levels.	
AT4G02500	CS67828	Abnormal roothairs. Reduction in xyloglucan levels.	
AT4G02500	CS67835	Slight reduction in xyloglucan levels.	
AT4G02510	ppi2	"Albino mutant defective in proteins involved in photosynthesis. In light-grown seedlings no  chorophyll could be detected. After transferring seedlings to the dark and adding ALA, the level of Pchlide reached 30% of that found in wildtype. Mutans lack atTOC159, leading to peturbance of plastis protein import in mesophyll cells but not in guard cells. Mutansts do not survive beyond seedling stage."	15842619
AT4G02510	ppi2	Seedling lethal.	
AT4G02530	CS69598	Reduced Fv/Fm under photo-inhibitory light. Stunted growth under natural fluctuating light conditions. No visible phenotype under controlled growth chamber conditions.	
AT4G02530	CS69599	Reduced Fv/Fm under photo-inhibitory light. Stunted growth under natural fluctuating light conditions. No visible phenotype under controlled growth chamber conditions.	
AT4G02530	CS69604	Reduced Fv/Fm and stunted growth under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT4G02530	CS69605	Reduced Fv/Fm and stunted growth under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT4G02530	CS69606	Reduced Fv/Fm under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT4G02530	CS69607	Reduced Fv/Fm under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT4G02560	CS3127	"late flowering in short days (natural winter), reversible by long days."	
AT4G02560	CS6207	"late flowering in both long and short days, delay of flowering time is more extreme in short days; delay partially suppressed by vernalization; increased number of rosette leaves."	
AT4G02560	CS6208	"late flowering in both long and short days, delay of flowering time is more extreme in short days; delay partially suppressed by vernalization; increased number of rosette leaves."	
AT4G02560	suf4 ld-1	Delay in flowering intermediate between that observed in the two parental single mutants.	17138694
AT4G02570	494	suppressor of superoot2-1 phenotype	24596172
AT4G02570	CS3817	"phenotype of homozygote: embryonic development is characterized by aberrant patterns of cell division, leading to defects in the cells of the suspensor, root and hypocotyl precursors, and provasculature; growth of seedlings arrests soon after germination; seedlings lack a root and hypocotyl and display severe vascular pattern defects in their cotyledons; usually possess one cotyledon or occasionally two, attached to a small basal stub.   Phenotype of heterozygote: rosette leaves are shorter and more wrinkled than wt; plants are short and bushy (have increased number of basal inflorescences); fertile and green; siliques are at a more acute angle relative to the stem than wt; seedlings are auxin resistant in root and hypocotyl elongation, have delayed root gravity response and decreased number of lateral roots."	
AT4G02570	CS3818	"phenotype of homozygote: embryonic development is characterized by aberrant patterns of cell division, leading to defects in the cells of the suspensor, root and hypocotyl precursors, and provasculature; growth of seedlings arrests soon after germination; seedlings lack a root and hypocotyl and display severe vascular pattern defects in their cotyledons; usually with two cotyledon although sometimes with one or with several small true leaves, joined to a small basal stub.   Phenotype of heterozygote: less severely affected in all aspects of phenotype than axr6-1; rosette leaves are short and wrinkled; plants are short and somewhat bushy (have increased number of basal inflorescences); fertile and green; siliques are at a more acute angle relative to the stem than wt; seedlings are auxin resistant in root and hypocotyl elongation, have delayed root gravity response and decreased number of lateral roots."	
AT4G02570	CS69656	"Delayed leaf emergence, slower root growth, dwarfed with curled leaves, extra branches, and floral organ defects. Auxin resistant."	
AT4G02570	axr6-3	"Pleiotropic phenotype with defects in numerous SCF-regulated pathways including auxin signaling, jasmonate signaling, flower development, and photomorphogenesis."	16045473
AT4G02600	CS66523	No visible phenotype.	
AT4G02640	CS68758	Susceptible to Hyaloperonospora arabidopsidis Emco5.	
AT4G02640	CS68759	Resistant to Hyaloperonospora arabidopsidis Emco5.	
AT4G02650	picalm5a-1/picalm5b-1	Double mutant pollen tubes are shorter and rupture early. Plants have reduced fertility with most seed set occurring at the tip of the ovary. On a molecular level the localization of ANXUR proteins in the tip of the pollen tube is disrupted.	30272028
AT4G02650	picalm5a-1/picalm5b-1	Double mutant pollen tubes are shorter and rupture early. Plants have reduced fertility with most seed set occurring at the tip of the ovary. On a molecular level the localization of ANXUR proteins in the tip of the pollen tube is disrupted.	
AT4G02660	SAIL_794_G11	Decreased organ size and fertility.	19965720
AT4G02680	gaap3-1	Increased sensitivity to tunicamycin treatment.	29616060
AT4G02690	gaap3-1	Increased sensitivity to tunicamycin treatment.	29616060
AT4G02720	mas2-1	No visible phenotype under typical growth conditions.	26139346
AT4G02720	mas2-2	embryo lethal.	26139346
AT4G02725	mas2-2	embryo lethal.	26139346
AT4G02780	CS160	"elg: elongated hypocotyls and petioles; narrow, epinastic leaves (leaves curl down due to faster growth of top layer of cells; early flowering under long and short days; ga: pale; increased apical dominance, accelerated flowering."	
AT4G02780	CS3103	"gibberellin responsive dwarf; small, dark green leaves."	
AT4G02780	CS3104	"GA applications restored trichome initiation, although GA  concentrations exceeding 10 &#956;M caused a decrease, rather than a further increase, in trichome production - an effect also seen with wild-type plants. At GA concentrations exceeding 100 &#956;M, a reduction in trichome production on cauline leaves and branches was observed."	17507408
AT4G02780	CS3104	Mutant flowers are glabrous.	17507408
AT4G02780	CS3104	Non-flowering defect.	9215910
AT4G02780	CS3104	"Nongerminating, male sterile."	9215910
AT4G02780	CS3104	"gibberellin responsive dwarf; small, dark green leaves."	
AT4G02780	CS3105	"gibberellin responsive dwarf; small, dark green leaves."	
AT4G02780	CS3106	"leaky mutant; semi-dwarf; germinates, flowers, and produces seeds without gibberellin treatment."	
AT4G02780	CS3107	"leaky; more dwarf than ga1-5; germinates without, but seed production enhanced by, gibberellin sprays."	
AT4G02780	CS3742	"double mutant; partially represses several defects of the severe GA deficiency of ga1-3, including: stem growth (about 1/3 as tall as wt, compared to the extreme dwarf stature of ga1-3), leaf abaxial trichome initiation (one to three leaves later than wt), flowering time (flowers earlier than ga1-3, but not as early as wt), and apical dominance (intermediate branching between ga1-3 and wt)."	
AT4G02780	CS3822	gibberellin (GA) responsive; dark green dwarf plants which later develop a bushy appearance with flowers poorly developed and male sterility; wild type phenotype can be restored by repeated GA applications.	
AT4G02780	CS3823	gibberellin (GA) responsive; GA deficient morphology: dark green dwarf plants which later develop a bushy appearance with flowers poorly developed and male sterility; wild type phenotype can be restored by repeated GA applications.	
AT4G02780	CS3824	gibberellin (GA) responsive; dark green dwarf plants which later develop a bushy appearance with flowers poorly developed and male sterility; wild type phenotype can be restored by repeated GA applications.	
AT4G02780	CS3825	gibberellin (GA) responsive; dark green dwarf plants which later develop a bushy appearance with flowers poorly developed and male sterility; wild type phenotype can be restored by repeated GA applications.	
AT4G02780	CS58	"gibberellin responsive dwarf; small, dark green leaves."	
AT4G02780	ga1	ABA levels showed light dependence in the mutant.	17449805
AT4G02780	ga1	"Red light irradiation reduced the expression levels of two DELLA genes, GAI and RGA, by threefold to fourfold in this mutant."	17449805
AT4G02780	ga1	"The germination frequency of ga1 mutant seeds showed light dependence in the presence of low to moderate concentrations of exogenous GA3. Under PHYB-dependent germination conditions (1 h of imbibition followed by a pulse of red or far-red light), the germination frequency of the ga1 mutant reached virtually 100% in the presence of 50 &mu;MGA3, irrespective of light conditions. However, at concentrations of <50 &mu;M GA3, the germination frequency was higher in ga1 mutant seeds irradiated with red light versus those irradiated with far-red light."	
	17449805		
AT4G02780	ga1-3 (Col-0)	Does not undergo stem elongation.	17194763
AT4G02780	ga1-3 (Col-0)	GA-signaling promoting root and leaf expansion is not completely abolished.	17194763
AT4G02780	gai-t6 ga1-3	No bolting.	9215910
AT4G02780	gai-t6 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT4G02780	gai-t6 ga1-3	Rescue of the nonflowering phenotype of ga1-3.	9215910
AT4G02780	pil5-1 ga1	"Irrespective of the light conditions, a reduction of the expression levels of two DELLA genes, GAI and RGA, was measured in this double mutant."	
	17449805		
AT4G02780	pil5-1 ga1	"The double mutant germinates almost 100% in response to even 5 &mu;MGA3, irrespective of light conditions."	17449805
AT4G02780	rga-24 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT4G02780	rga-24 ga1-3	Partially restored stem height (59% of Ler wild type).	9215910
AT4G02780	rga-24 ga1-3	Rescue of the nonflowering phenotype of ga1-3.	9215910
AT4G02780	rga-24 gai-t6 ga1-3	Early flowering.	9215910
AT4G02780	rga-24 gai-t6 ga1-3	Longer carpels than those of the ga1-3 single mutant.	9215910
AT4G02780	rga-24 gai-t6 ga1-3	No increase of germination or restoration of male fertility compared to the single ga1-3 mutant.	9215910
AT4G02780	rga-24 gai-t6 ga1-3	Stems are 32% taller than that of wild type Ler.	9215910
AT4G02780	shi ga1-3	Seeds unable to germinate without application of exogenous GA.	11706176
AT4G02790	emb3129-1	Segregates 25% embryo lethal.	29038916
AT4G02810	CS86554	alterations in F-actin organization in expanding trichomes	16481352
AT4G02940	SALK_004215C	"Late flowering. Mutants produce an additional 7 leaves before flowering. Also, repressed vegetative growth."	29180595
AT4G02980	CS6498	"Embryo lethality in this line is due the mutation in At4g02990, not apb1-1."	27057346
AT4G02980	CS69045	No visible phenotype.	
AT4G02980	SK21825	Not embryo lethal and no obvious developmental defects.	25646447
AT4G02980	abp1-c1/abp1-c1	Normal growth and development. No embryo lethality observed.	25646447
AT4G02990	CS69038	"Homozygous bsm1 mutants have arrested embryos at the late globular stage of development; mutant seeds remain white. Dry seeds with arrested embryos cultured in vitro will germinate after 3 weeks and grow into malformed albino seedlings. Heterozygous plants are kanamcyin resistant and should have about a quarter of seeds with embryos arrested at early globular stage.  Genetic background is C24. In crosses of C24 with other ecotypes, F1 hybrids show exceptional hybrid vigor that reveals itself as very late flowering."	
AT4G03050	aop3	Altered glucosinolate composition	
AT4G03060	aop2	Altered glucosinolate composition	
AT4G03110	Atrbp-dr1-1	Allowed significantly more growth of Pto DC3000 than wild-type plants.	20636102
AT4G03110	Atrbp-dr1-2	Allowed significantly more growth of Pto DC3000 than wild-type plants.	20636102
AT4G03190	CS69650	No visible phenotype.	
AT4G03190	CS69654	"Resistant to IAA, dwarfed."	
AT4G03210	CS16530	No visible phenotype.	
AT4G03240	SALK_094203	embryo lethal.	
AT4G03240	SALK_122008	embryo lethal.	
AT4G03250	SALK_021263	retarded growth. deficiency in plant fructification (reduced fresh weight of fruits and reduced number of seeds per fruit).	17092311
AT4G03280	pgr1	Reduced electron transport at saturating light intensities	
AT4G03550	CS3858	Increased susceptibility to <i>P. irregulare</i> compared with the wild type.	17513501
AT4G03550	CS3858	"unable to support normal growth of the powdery mildew pathogen, Erysiphe cichoracearum; does not constitutively express PR1; does not form lesions in response to pathogen attack; resistance is correlated with approximately 1.7-fold more PR1 message than wild type, suggesting that the salicylic acid pathway may play a role in mediating resistance; resistant to the biotrophic pathogen P. parasitica, but not resistant to the bacterial pathogen P. syringae; pleiotropic phenotype, does not make callose in response to wounding or pathogen attack."	
AT4G03550	CS67143	Unable to support normal growth of the powdery mildew pathogen Erysiphe cichoracearum.	
AT4G03550	CS67158	pad4-1 restores the susceptibility of pmr4-1 to powdery mildew infection	
AT4G03550	CS67159	NahG expression restores the susceptibility of pmr4-1 to powdery mildew infection	
AT4G03550	CS67160	"resistant to the powdery mildew Golovinomyces cichoracearum, produces significantly less callose upon wounding/infection compared to wild type"	
AT4G03550	CS67161	"resistant to the powdery mildew Golovinomyces cichoracearum, produces significantly less callose upon wounding/ infection compared to wild type"	
AT4G03550	CS67953	Enhanced edr1 disease resistance phenotype; severe growth retardation; spontaneous lesion formation and elevated PR-1 gene expression in the absence of pathogen infection.	
AT4G03550	CS67954	Enhanced edr1 phenotype resulting in dwarfed plants with lesions.	
AT4G03550	pmr4-2	Phenotype not described.	12920300
AT4G03550	pmr4-3	Phenotype not described.	12920300
AT4G03550	pmr4-4	Phenotype not described.	12920300
AT4G03550	pmr4-5	Phenotype not described.	12920300
AT4G03550	pmr4-6	Phenotype not described.	12920300
AT4G03550	pmr4-7	Phenotype not described.	12920300
AT4G03550	pmr4-8	Phenotype not described.	12920300
AT4G03550	pmr4-9	Phenotype not described.	12920300
AT4G03560	fou2	"After 21 days of growth, the mutant leaves started to develop epinasty. The petioles were shorter and accumulated more anthocyanins. Unlike many other mutants in JA signaling, fou2 mutants does not have altered sensitivity to methyl-JA."	17253984
AT4G03560	tpc1-1	Insertion causes a reduction in mRNA by 70-80% but protein still present. Not a null allele.	15772667
AT4G04220	CS65492	No visible phenotype.	
AT4G04221	CS65492	No visible phenotype.	
AT4G04350	CS24052	embryo defective; globular	
AT4G04350	CS24099	embryo defective; globular	
AT4G04640	dpa1	"carries a T-DNA insertion at atpC1 gene encoding the gamma subunit of the plastid ATP synthase complex. Mutants are non-photoautotrophic. They developed pale green cotyledons without primary leaves. Rescued by growing on sucrose-supplemented MS medium. Mutants have high dark fluorescence level and normal steady state fluorescence level during illumination. Mutant chloroplasts are deficient with starch grains, have swollen lumen and disordered grana stacks."	14576160
AT4G04770	laf6	Elongated hypocotyl in far-red light	
AT4G04780	med21/+	Segregates 25% aborted embryos.	19286969
AT4G04850	FLAG_493C01	"The kea3-2 mutants show prolonged dissipation of absorbed light energy as heat and reduced delta-pH component of the proton motive force upon shifted from dark to low light, slower  NPQ relaxation and PHI(PSII) recovery during transitions from excess to limiting light conditions."	25451040
AT4G04850	GK-170G09-013467	"The kea3-1 mutants show prolonged dissipation of absorbed light energy as heat and reduced delta-pH component of the proton motive force upon shifted from dark to low light, slower  NPQ relaxation and PHI(PSII) recovery during transitions from excess to limiting light conditions."	25451040
AT4G04885	SALK_063588	Delayed flowering.	18298670
AT4G04885	SALK_102934	Delayed flowering.	18298670
AT4G04890	CS69193	No visible phenotype.	
AT4G04890	hdg3-1 pdf2-1	Defects in cotyledon development.	16778018
AT4G04890	pdf2-1	No visible phenotype.	16778018
AT4G04920	mon1/cob-6	mon1/cob-6 showed restored seedling root growth on 1/2 MS plates compared with cob-6 single mutant.	26655738
AT4G04920	sfr6-1	Impaired cold acclimation.	19067974
AT4G04920	sfr6-2	Impaired cold acclimation.	19067974
AT4G04920	sfr6-2	"slightly smaller rosettes than wild type early on in development, late-flowering"	30049745
AT4G04920	sfr6-3	Impaired cold acclimation.	19067974
AT4G04955	Ataln	Unable to grow with 10 mM allantoin as the sole nitrogen source.	18065556
AT4G04960	CS2982	morphological phenotype similar to wt; resistant to kanamycin	
AT4G05110	SALK_131585	Insensitive to the uridine analogue fluorouridine.	17253988
AT4G05120	CS3729	5-fluoro-2'-deoxyuridine (FUd) resistant; decreased uptake of thymidine and uridine.	
AT4G05120	SALK_131585	Insensitive to the uridine analogue fluorouridine.	17253988
AT4G05160	CS65806	No visible phenotype.	
AT4G05190	SALK_001544	"Defect during early spindle formation. Beginning during prophase and lasting until late prometaphase, spindles of atk5-1 plants become abnormally elongated, are frequently bent, and have splayed poles by prometaphase. The period of spindle elongation during prophase and prometaphase is prolonged in atk5-1 cells."	
AT4G05195	CS9779	reduced seed dormancy; pale-green leaves; bushy appearance	
AT4G05195	hub2-1	"Mutant plants were smaller, with pale green laminas and irregular blade surface, and their inflorescence stems were thinner than those of the Col stems."	17329565
AT4G05195	hub2-1	Reduced seed dormancy phenotype.	17329563
AT4G05195	hub2-1	"Reduction in the rosette biomass to 43 and 42% of fresh and dry weight of Col, respectively , and weak but significant (P < 0.001) inhibition of the root growth when the kinetic slopes of hub2-1 and Col were compared."	
	17329565		
AT4G05195	hub2-1 hub1-3	"No new leaf and flower phenotypes were observed compared to the single mutant parents, and the biomass of the double mutant lines fell statistically in the same group as that of both single parents."	17329565
AT4G05410	yao	"Distorted Ds segregation and reduced seed set. Defects in embryogenesis, embryo sac development and pollen competence."	20699009
AT4G05440	bice1	"Bicellular phenotype. Mutation affects male gametophyte severely, but has a limited impact on female gametophyt; defective in fertilization and/or early embryo development, embryo lethal; significant delay of PMII in pollen development; DNA synthesis in GN is much slower."	30484867
AT4G05530	CS799947	"Resistant to (root elongation on) 2,4-dichlorobutyric acid and IBA"	
AT4G05530	CS799948	"Resistant to (root elongation on) 2,4-dichlorobutyric acid and IBA"	
AT4G05530	ibr1-1	"The ibr1 mutants are resistant to the inhibitory effects of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid."	18725356
AT4G05530	ibr1-2	"The ibr1-2 mutants are resistant to the inhibitory effects of intermediate levels of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid, NAA, and 2.4-D. Their root growth is also resistant to 2,4-DB, a compound that can be processed to produce 2,4-D via beta-oxidation. Lateral root proliferation in response to IBA is also reduced dramatically in ibr1-2 mutants, although they still produce normal numbers of lateral roots in response to NAA. ibr1-2 mutants do not require sucrose for dark-grown hypocotyl elongation suggesting that they do not have a general defect in peroxisomal beta-oxidation. And their root growth is not inhibited by propionate or isobutyrate suggesting that IBR1 is not required for the metabolism of these compounds. ibr1-2 mutants are fertile, suggesting that IBR1 is not required for JA metabolism, and they also have a wild-type size, morphology, and pigmentation."	18725356
AT4G05530	ibr1-4	"The ibr1 mutants are resistant to the inhibitory effects of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid."	18725356
AT4G05530	ibr1-5	"The ibr1 mutants are resistant to the inhibitory effects of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid."	18725356
AT4G05530	ibr1-7	"The ibr1 mutants are resistant to the inhibitory effects of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid."	18725356
AT4G05530	ibr1-8	"The ibr1 mutants are resistant to the inhibitory effects of indole-3-butyric acid on root elongation, but their roots show the normal response to indole-3-acetic acid."	18725356
AT4G05530	sdra-1	"Resistant to 2,4-dichlorophenoxybutyric acid (2,4 DB), a compound that is metabolized to active auxin. When grown in the presence of pro-auxins, roots are shorter than normal."	
AT4G05530	sdra-2	"Resistant to 2,4-dichlorophenoxybutyric acid (2,4 DB), a compound that is metabolized to active auxin. When grown in the presence of pro-auxins, roots are shorter than normal."	
AT4G05590	mpc1/nrga1	Stomatal aperture size and rates of transpiration similar to either single mutant.	29166881
AT4G06634	SALK_040806C	"Under normal growth conditions, no obvious defects. However, when grown under salt or water stress plants exhibit defects.At 150 mM NaCl, the germination rate of yy1 plants was approximately 26%, substantially lower than that of wild-type. yy1 mutants exhibited reduced greening ratios and root lengths when exposed to NaCl.yy1 plants also exhibited increased root growth inhibition sensitivity in response to ABA."	26961720
AT4G06702	SALK_134696	Reduced plant growth.  Lower rate of PSII activity and oxygen evolution.  Lower levels of PSII supercomplex accumulation and elevated levels of monomer and dimer building blocks in mutant plants compared with WT.	
AT4G07395	svk-1	"Cold-acclimated plants show higher freezing tolerance (electrolyte leakage of 50% at -7.7, ±0.2)."	30385760
AT4G07395	svk-1 hen2-2	asCBF1 disappeared	30385760
AT4G07395	uns-1	"Cold-acclimated plants show higher freezing tolerance (electrolyte leakage of 50% at -7.9, ±0.3)."	30385760
AT4G07395	uns-1 hen2-2	asCBF1 disappeared	30385760
AT4G07400	vfb1-1/vfb2-1/vfb3-1/vfb4rnai	"Defects in lateral root formation, delayed root elongation and delayed plant growth. Reduced cell size."	17435085
AT4G08040	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G08136	SALK_037016	"Approximately 25% of mutant seeds were dry and shrunken. Embryo lethal, embryo development arrested at globular stage. Alteration of endosperm development occurred at the same stage - cellularization of endosperm is blocked with noticeable enlarged nuclei with enlarged nucleoli in both chalazal and peripheral regions. Seed defects similar to ttn mutants."	16582011
AT4G08150	CS30	"short pedicels, siliques bent downwards, reduced plant height."	
AT4G08150	CS3161	"short pedicels, siliques bent downwards, reduced plant height"	
AT4G08150	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT4G08150	as1-1 bp-1	"The alteration produced in fruits by the as1  mutation was partially alleviated in the double mutants. Repla were narrow, practically reverting to the appearance of the wild type, and numbers of cells in both repla and valves were different from those of the as1 mutants."	17592013
AT4G08150	as1-104 bp-1	"The alteration produced in fruits by the as1  mutation was partially alleviated in the double mutants. Repla were narrow, practically reverting to the appearance of the wild type, and numbers of cells in both repla and valves were different from those of the as1 mutants."	17592013
AT4G08150	as1;axr1;bp	Ectopic stipules observed in cauline leaves of as1;axr1 plants are not found.  Leaves have an as1-like morphology.	16971475
AT4G08150	bp-1	"Fruits produced by bp-1, knat2 and bp-1 knat2  plants showed a wild-type aspect, both in replum and valves."	17592013
AT4G08150	bp-1 knat2	"Fruits produced by bp-1, knat2 and bp-1 knat2  plants showed a wild-type aspect, both in replum and valves."	17592013
AT4G08150	bp-9 rpl-2	"Fruits of this double mutant exhibited a more severe replumless phenotype than rpl-2, similar to that shown by the strong rpl-3 mutant."	17592013
AT4G08150	bp-9; pny-40126	"Additive with respect to both single mutants. short internodes, down-ward orientation of siliques and organ clusters. Increased branching. Fruit defects."	18390591
AT4G08150	knat2-5; bp-9	Similar to bp single mutants.	18390591
AT4G08150	knat2-5; bp-9; pny-40126	Similar to bp;pny double mutant.	18390591
AT4G08150	knat6-1; bp-9	"Partially rescues the downward orientation of siliques characteristic of bp single mutants. Rescue of partial loss of apical dominance phenotype characteristic of bp mutants. Short plants, although taller than bp single mutants. Partial rescue of primary inflorescence stem internode length characteristic of bp single mutants."	18390591
AT4G08150	knat6-1; bp-9; pny-40126	"Partially suppresses pny;bp phenotypes such as dwarfism, loss of apical dominance and silique orientation."	18390591
AT4G08150	knat6-1; knat2-5; bp-9	Fully rescues downward orientation of siliques characteristic of bp single mutants. Shorter than WT. Rescuse partial loss of apical dominance characteristic of single bp mutants. Partial rescue of primary inflorescence internode length characteristic of bp single mutants.	18390591
AT4G08150	knat6-1; knat2-5; bp-9; pny-41026	Similar to knat6;bp;pny except htat shows greater suppression on bp pny silique orientation defects.	18390591
AT4G08225	SALK_083364	Abnormal phyllotaxy. Occasional tricot seedlings. Plieotrophic growth defects.	28982682
AT4G08670	CS65852	The mutation disrupts pollen tube growth in vitro.	
AT4G08790	SALK_108849C	No obvious morphological phenotype observed under normal conditions or those expected to induce production of dGSH.	30692244
AT4G08810	sub1	Hypersensitivity to blue and far-red light	
AT4G08875	atlure1	No pollen tube attraction activity.	31147494
AT4G08920	CS6955	"Strong allele. Elongated hypocotyl (10-12mm); trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G08920	CS70	"slightly elongated hypocotyl, wild-type level of spectrally detectable phytochrome; pale green plant, elongation is inhibited by UV, green, red, and far red light."	
AT4G08920	CS9854	extremely spindly and weak seedling; almost etiolated in full light	
AT4G08920	CS9855	very spindly and weak seedling; close to etiolated in full light	
AT4G08920	cry1 cry2	"In contrast to wild type, blue light does not inhibit hypocotyl elongation in the double mutant."	17217468
AT4G08920	cry1 cry2	"Unlike wild type, mutant seedlings in higher light conditions (12 &mu;mol.m-2.sec-1) respond to increasing concerntrations of benzylaminopurine (BAP). At lower light intensities or in darkness, cytokinins caused identical growth inhibition in both wild-type and double mutant seedlings."	17217468
AT4G08950	exo-1	Reduced biomass. Plants are smaller due to defects in cell expansion. Root length is decreased. Slightly delayed flowering.	19216774
AT4G08965	SALK_076254	Shifts single-channel amplitude peak from 10pa (WT) to 7.3pa	18485707
AT4G08980	CS67872	"Slightly resistant to ABA, suppresses the phenotype of sqn and weak ago1 mutations"	
AT4G08980	CS67873	"Slightly resistant to ABA, suppresses the phenotype of sqn and weak ago1 mutations"	
AT4G08980	CS67874	"Slightly resistant to ABA, suppresses the phenotype of sqn and weak ago1 mutations"	
AT4G08980	CS67875	Partially rescues the phenotype of hypomorphic ago1-45.	
AT4G08980	CS67876	Partially rescues the phenotype of hypomorphic ago1-46.	
AT4G08980	CS67877	Partially rescues the phenotype of hypomorphic ago1-45.	
AT4G08980	CS67878	Partially rescues the phenotype of hypomorphic ago1-46.	
AT4G08980	CS67879	Partially rescues the sqn-1 phenotype.	
AT4G08980	CS67880	Partially rescues the sqn-1 phenotype.	
AT4G08980	CS67881	Partially rescues the sqn-1 phenotype.	
AT4G08985	KO ERF109	"No obvious morphological defect, however, expression of downstream genes is attenuated after 12 hours of salt stress"	29686365
AT4G09020	N604008	No significant alteration in chain length profile of amylopectin.	15849301
AT4G09020	N604008	No significant alteration of amylase-to-amylopectine ratio.	15849301
AT4G09020	N604008	no modification of water soluble polysaccharides (WSPs) content.	15849301
AT4G09020	N604008	starch overproducer.	15849301
AT4G09020	atisa3-2	23% reduction in maltose production.	16495218
AT4G09020	atisa3-2	62% reduction in maltotriose production.	16495218
AT4G09020	atisa3-2	Delayed growth compared to wildtype.	16495218
AT4G09020	atisa3-2	Increased &#945;-amylase activity.	16495218
AT4G09020	atisa3-2	"Increased frequency of chains of dp3 and, to a lesser degree, of dp4 and dp5. Decreased abundance of chains between dp9 and dp16."	16495218
AT4G09020	atisa3-2	Reduced beta-limit dextrin debranching activity.	16495218
AT4G09020	atisa3-2	"Throughout the diurnal cycle, this mutant contains more starch than wildtype. Appreciable amounts of starch were however degraded during the night (67.5% of wildtype levels). Extending the night by 48h led to almost all the starch being remobilized."	16495218
AT4G09020	atisa3-3	Same phenotype as atisa3-2.	16495218
AT4G09020	atlda-2 atisa3-2	72% reduction in maltose production.	16495218
AT4G09020	atlda-2 atisa3-2	96% reduction in maltotriose production.	16495218
AT4G09020	atlda-2 atisa3-2	Delayed growth compared to wildtype (stronger phenotype than in single mutant atisa3-2).	16495218
AT4G09020	atlda-2 atisa3-2	Increased &#945;-amylase activity.	16495218
AT4G09020	atlda-2 atisa3-2	"Increased frequency of chains of dp3 and, to a lesser degree, of dp4 and dp5. Decreased abundance of chains between dp9 and dp16."	16495218
AT4G09020	atlda-2 atisa3-2	"Marked reduction in starch breakdown (48.3% compared to wildtype degradation). Even after 260h in extended night, the youngest leaves still stain darkly for starch with iodine solution."	16495218
AT4G09020	atlda-2 atisa3-2	Reduced beta-limit dextrin debranching activity.	16495218
AT4G09080	toc75-IV-1	"Mutants show inefficient deetiolation, contain more cytosolic inclusions than wild type"	15908591
AT4G09140	atmlh1-1	"The mlh1-1 mutant has reduced seed set and shorter siliques compared to a wild-type plant, but it does maintain both male and female fertility. It also has a reduced number of mitotic recombination events in a GUS-based assay. In addition, it has a greater proportion of homeologous recombination events than wild-type plants suggesting that MLH1 normally promotes homologous mitotic recombination but limits homeologous recombination."	17559505
AT4G09160	patl2456&#8722;/&#8722;	"RAM size was reduced by 25%,mutants germinated in 100 nM 2,4D were highly agravitropic, embryo patterning defects."	28687624
AT4G09570	cpk11-1/cpk4-1	Increased sensitivity to ABA and salt.	
AT4G09820	CS111	"yellow seeds due to absence of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues"	
AT4G09820	CS2105594	"yellow seeds due to absence of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues"	
AT4G10030	SALK_090229	abhd11 plants showed an early bolting and higher rate of growth as compared with wild-type plants.	26589672
AT4G10040	cytc-1b/cytc-2b	"Delayed growth and development, later flowering. Double mutants have lower levels of active gibberellins and higher levels of DELLA proteins."	29385297
AT4G10180	CS6158	"dark-grown seedlings have short thick hypocotyls, pigmented and expanded cotyledons, multiple leaves; light-grown: smaller and paler than wild type; roots turn green when exposed to light; delayed flowering, reduced apical dominance; smaller flowers, partially male sterile."	
AT4G10180	csu4-1/det1-1	Double mutant restores hypocotyl elongation (etiolated phenotype) in dark grown plants.	30352855
AT4G10310	CS6527	"Suppressor of sos1-1 NaCl sensitivity and growth deficiency under low potassium conditions; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS6528	"Suppressor of sos2-2 NaCl sensitivity and growth deficiency under low potassium conditions; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS6529	"Suppressor of sos3-1 NaCl sensitivity and growth deficiency under low potassium conditions; NaCl sensitivity of sos3-1 seedlings is strongly suppressed by hkt1-1; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS6530	"Suppressor of sos3-1 NaCl sensitivity and growth deficiency under low potassium conditions; NaCl sensitivity of sos3-1 seedlings is strongly suppressed by hkt1-4, which restores Na+ homeostasis of sos3-1 plants to near that of wild type; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS6531	"Suppressor of NaCl sensitivity of sos1-1, sos2-2 and sos3-1 seedlings by regulating Na+ accumulation in plants; higher and lower Na+ accumulation in the shoot and root, respectively, relative to wild type; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS6532	"Suppressor of NaCl sensitivity of sos3-1 seedlings by regulating Na+ accumulation in plants; higher and lower Na+ accumulation in the shoot and root, respectively, relative to wild type; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT4G10310	CS68091	Leaf chlorosis resulting from sodium overaccumulation in leaves. Sodium underaccumulation in roots. GFP fluorescence in root steles.	
AT4G10310	CS68092	Leaf chlorosis resulting from sodium overaccumulation in leaves. Sodium underaccumulation in roots. GFP fluorescence in root steles.	
AT4G10310	CS68521	"Sodium overaccumulation in shoots and rosette leaves in the presence of NaCl. When grown on minimal media supplemented with 40 mM NaCl, FN1148 mutants showed curled, smaller size rosette leaves compared to wild type."	
AT4G10310	athtk1-3	"athtk1-3 mutants have no obvious phenotypic abnormalities when grown in typical greenhouse conditions. But, across a range of different hydroponically-provided sodium concentrations, these mutants accumulate less sodium in their roots than wild type plants and more sodium in their leaves than wild type plants. Accordingly, the roots of these mutants are less sensitive to salt in root elongation assays, and the leaves are hypersensitive to salt in plant growth assays."	12417304
AT4G10330	SALK_139667	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT4G10350	SALK_151604C	same as smb-3 single mutant	20197506
AT4G10350	brn1-1; brn2-1	Columella root cap cells fail to detach.	20197506
AT4G10350	smb-3; brn1-1; brn2-1	"Root cap cells appear as a mass lacking uniform morphology. Cells can be highly elongated and twisted.   Cells fail to stop elongation and to  adopt the rigid, rectangular morphology of COL cells.   When compared with smb-3, the triple mutant has thesame number of complete LRC layers, and the appearance of the cells in those layers closely resembles that in smb-3. However, partial remains of older LRC layers remain attached to the meristem in the triple mutant, giving it a messy appearance. Remains of old LRC cap layers can be  found still attached to the root along its whole length."	
	20197506		
AT4G10350	smb-3; brn2-1	Same as smb-3 single mutant phenotype	20197506
AT4G10380	SALK_122287C	"Inhibition root, shoot, flowers and siliques growth when Boron was supplied at concentrations of <10 uM."	16679457
AT4G10570	CS860092	No visible phenotype.	
AT4G10590	CS860093	No visible phenotype.	
AT4G10710	spt16-1 hub1-3	Reduced leaf size. Leaf shape resembles that of spt16-1 single mutant. Earlier flowering than either single mutant.	19947984
AT4G10710	spt16-2	"Reduced leaf size due to fewer cells,  but increase in total leaf number especially under short days. Reduced stature and decreased apical dominance. Reduced fertility/seed set.Early flowering."	19947984
AT4G10760	CS24335	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT4G10760	CS24336	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT4G10760	SALK_074069	Embryo lethal. Embryos arrest at globular stage.	18505803
AT4G10760	SALK_114710	Embryo lethal. Arrests at globular stage.	18505803
AT4G11070	SALK_034157	Minor deficiency in resistance to Psm ES4326 infection.	17096590
AT4G11070	SALK_043717	"Comparison of SALK_043717C to Columbia resulted in a trend toward less biomass in the mutant (P=0.16) and more growth over time in the Columbia (exponential growth curve fit began at same level and slope increased more in Columbia, although statistical comparison of curve fits for mutant and wildtype gave P=0.3)."	
AT4G11130	CS66076	No visible phenotype. Defective in endogenous siRNA production.	
AT4G11130	CS66110	No visible phenotype.	
AT4G11130	CS66111	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change.	
AT4G11130	CS66485	"similar to rdr6-15; homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT4G11130	rdr2-1/jmj24-1	The expression levels of solo LTR  were  elevated in the rdr2-1/jmj24-1 double mutant compared to the rdr2-1 single mutant. SDC  which is derepressed in rdr2-1 is further activated in rdr2-1/jmj24-1 double mutant.	26119694
AT4G11150	SALK_087937	"embryo lethality, mutant cells were variably enlarged, multinucleate and contained large vacuoles that accumulated inclusions staining pink with the pH-sensitive dye toluidine blue.  Cell wall deposition was also affected: think cell walls, local thickening and cell wall stubs.  In addition, Golgi stacks organization was impaired, the stacks were horseshoe-shaped, with large membrane vesicles accumulating nearby."	15610355
AT4G11230	SALK_031831	Homozygotes show increased sensitivity to ABA and mannitol during seed germination.	28559135
AT4G11260	CS67925	Delayed chlorosis and cell death after Erysiphe cichoracearum infection compared to the pen3-1 single mutant.	
AT4G11260	CS67926	Delayed chlorosis and cell death after Erysiphe cichoracearum infection compared to the pen3-1 single mutant.	
AT4G11260	CS68749	Susceptible to Hyaloperonospora arabidopsidis isolate Hiks1.	
AT4G11260	CS68752	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT4G11260	edm1	"Enhanced susceptibility to downy mildew, enhanced phenotype of tir 1 mutant plants"	
AT4G11260	sgt1a-1 sgt1b-1	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	16619029
AT4G11260	sgt1b-1	Examination under UV light of leaves inoculated with <i>Peronospora parasitica</i> revealed occasional plant cell death-associated autofluorescence.	11847308
AT4G11260	sgt1b-1	Mutant displays a loss of RPP5 resistance.	11847308
AT4G11260	sgt1b-1	"Under microscopic analysis, it was estimated that the hypersensitive response was disable by ~95% of pathogen inoculation sites in the mutant."	11847308
AT4G11260	sgt1b-1 rar1-10	Examination under UV light of leaves inoculated with <i>Peronospora parasitica</i> did not reveal occasional plant cell death-associated autofluorescence.	11847308
AT4G11260	sgt1b-2	Mutant displays a loss of RPP5 resistance.	11847308
AT4G11260	sgt1b-2	"Under microscopic analysis, it was estimated that the hypersensitive response was disable by ~95% of pathogen inoculation sites in the mutant."	11847308
AT4G11260	sgt1b-3	Mutant displays a loss of RPP5 resistance.	11847308
AT4G11260	sgt1b-3	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT4G11260	sgt1b-3	"Under microscopic analysis, it was estimated that the hypersensitive response was disable by ~95% of pathogen inoculation sites in the mutant."	11847308
AT4G11280	CS16569	"enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons, increased plant height , increased FLOWERING LOCUS T (FT) expression"	
AT4G11280	CS16577	no dramatic change in phenotype	
AT4G11280	CS16581	no dramatic change in phenotype	
AT4G11280	CS16586	no dramatic change in phenotype	
AT4G11280	CS16590	no dramatic change in phenotype	
AT4G11280	CS16592	no dramatic change in phenotype	
AT4G11280	CS16594	no dramatic change in phenotype	
AT4G11280	CS16596	increased plant height	
AT4G11280	CS16599	no dramatic change in phenotype	
AT4G11280	CS16600	no dramatic change in phenotype	
AT4G11280	CS16603	no dramatic change in phenotype	
AT4G11280	CS16605	no dramatic change in phenotype	
AT4G11280	CS16607	no dramatic change in phenotype	
AT4G11280	CS16609	no dramatic change in phenotype	
AT4G11280	CS16612	no dramatic change in phenotype	
AT4G11280	CS16614	no dramatic change in phenotype	
AT4G11280	CS16616	no dramatic change in phenotype	
AT4G11280	CS16618	no dramatic change in phenotype	
AT4G11280	CS16619	no dramatic change in phenotype	
AT4G11280	CS16621	no dramatic change in phenotype	
AT4G11280	CS16623	no dramatic change in phenotype	
AT4G11280	CS16624	no dramatic change in phenotype	
AT4G11280	CS16625	no dramatic change in phenotype	
AT4G11280	CS16626	no dramatic change in phenotype	
AT4G11280	CS16627	no dramatic change in phenotype	
AT4G11280	CS16629	no dramatic change in phenotype	
AT4G11280	CS16631	no dramatic change in phenotype	
AT4G11280	CS16632	no dramatic change in phenotype	
AT4G11280	CS16633	no dramatic change in phenotype	
AT4G11280	CS16634	no dramatic change in phenotype	
AT4G11280	CS16636	no dramatic change in phenotype	
AT4G11280	CS16638	no dramatic change in phenotype	
AT4G11280	CS16639	no dramatic change in phenotype	
AT4G11280	CS16640	no dramatic change in phenotype	
AT4G11280	CS16641	no dramatic change in phenotype	
AT4G11280	CS16642	no dramatic change in phenotype	
AT4G11280	CS16643	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT4G11280	CS16644	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT4G11280	CS16645	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT4G11280	CS16646	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT4G11280	CS16647	phenotype not determined	
AT4G11280	CS16648	phenotype not determined	
AT4G11280	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G11280	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G11280	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G11280	CS16698	"late flowering, increased expression of FLC, decreased expression of FT, increased number of rosette leaves, decreased ethylene production"	
AT4G11610	SALK_068952	grew similary to WT plants throughout the life of the plant	15710611
AT4G11690	abo8-1	The abo8 mutants show retarded growth and are more sensitive to ABA than the wild type. Accumulates more reactive oxygen species (ROS). Reduced root meristem activity.	25522358
AT4G11720	CS16308	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; strong, but not complete impact on pollen function; disrupted pollen tube guidance to ovules, reduced ovule targeting by two-fold; pollen tube length is not affected in vitro or in the pistil; sperm develop normally and migrate to the pollen tube tip; sperm delivered to ovules fail to initiate fertilization."	
AT4G11720	SALK_135496	Pollen tubes defective in ovule targeting.  Hap2 pollen are defective in fertilization.	
AT4G11720	SALK_152706	Pollen tubes defective in ovule targeting.  Hap2 pollen are defective in fertilization.	17079265
AT4G11720	hap2-1	Pollen tubes defective in ovule targeting.  Hap2 pollen are defective in fertilization.	
AT4G11810	SALK_009309	No decrease in Pi levels inside of vacuole compared to the WT plants.	27029856
AT4G11911	CS924098	"Small rosettes, slow growth; glabrous plants; leaf margins slightly serrated; short internodes; short siliques, relatively short plants; average height = 30 cm."	
AT4G11940	jas-3/adm-1	Reduced abortion of triploid seeds. In the presence of adm-1 the seed abortion phenotype due to the jas-3 allele is reduced from 30% to 2%.	24012484
AT4G11960	pgrl1ab	"Slower growth rate, pale green leaves. Impaired in photosynthesis (cyclic electron flow)."	18243102
AT4G12000	SALK_062261	"Reduced transmission of allele through pollen. Homozygotes cannot be recovered. Suspected embryo lethality of homozygotes because reduced seed set is observed in siliques of plants segregating homozygotes.Mature pollen grains appear WT, suggesting that defect occurs at a later stage. Vegetative development appears normal."	18583349
AT4G12030	bat5	Contain Reduced Levels of  Aliphatic Glucosinolates	
	19542295		
AT4G12130	SAIL_646_F03	Shows characteristic embryo-lethal phenotype with aborted seeds in 25% of seed position in siliques. Lethality can be complemented with genomic clone (2 kb of promoter and full gene).	21984653
AT4G12290	SALK_072954	AtCuAO&#948; mutants show defects in ABA induced stomatal closure.	31226798
AT4G12420	CS16268	Altered pattern of root growth as a result of defective directional cell expansion. Roots and etiolated hypocotyls are slightly shorter than normal and exhibit a counterclockwise (left-handed) axial rotation bias. Root growth on inclined hard agar surfaces is left skewed and looped away from the normal downward direction of growth. No visible shoot phenotype.	
AT4G12420	"sks1,sks3,sku5"	Abnormal root development. Root cell wall defects/irregularly shaped cell walls.	30578078
AT4G12420	sku5	Skewed root growth on tilted agar surface	
AT4G12560	cpr30	dwarf; elevated defense response; phenotype is temperature dependent.	19682297
AT4G12720	SALK_046441	"growth retardation and strongly enhanced basal resistance to virulent H. parasitica; spontaneous death of individual cells in leaves of 2-, 3-, and 4-week-old plants; SA levels fourfold higher than wild plants"	
	16531493		
AT4G12810	SAIL_1230_F06	"Resemble BR deficient mutants. Short hypocotyls, rosette leaves with shorter petioles and wider, but shorter, leaf blades when grown in the soil."	28575660
AT4G12810	kib1-1/bzr1-1D	Double mutant is less resistant to propiconazole (PPZ) than bzr1-1D and lacks the stem bending phenotype of the bzr1-1D single mutant.	28575660
AT4G13080	CS16526	No visible phenotype.	
AT4G13090	CS860815	No visible phenotype.	
AT4G13195	CS92981	Short internodes; short siliques; average height = 33 cm; segregating for 15% yellow seeds.	
AT4G13200	pg18	"Pale green phenotype as a result of reduced chlorophyll a and b, reduced carotenoid content, increased level of lutein and neoxanthin; alterations in thylakoid membrane structure and lipid content; stroma lamellae shorter/stacked with less branching ; symptoms of light stress under HL; photosynthetic performance affected; impact on the accumulation of thylakoid membrane proteincomplexes; increased xanthophyll cycle pigments."	30976809
AT4G13250	nyc1	"nyc1 mutants have elevated levels of chlorophyll b following dark-induced senescence relative to wild type plants, indicating a defect in chlorophyll b degradation. Lhcb proteins associated with LHCII also persist for longer in these mutants than in wild type plants during a prolonged dark incubation."	19403948
AT4G13260	CS69869	Disruption of shade avoidance response reflected in failure to increase hypocotyl and petiole length under end-of-the-day far-red light treatment and under low red to far-red conditions. Reduced fertility.	
AT4G13340	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	30514814
AT4G13340	lrx345	"Defects in cell wall composition, slow growth, hypersensitive to salt."	
AT4G13510	CS6168	resistant to alpha-methyltryptophan due to high levels of tryptophan (5x normal) and anthranilate synthase (2x normal).	
AT4G13510	amt1;1-1	Decreased ammonium influx.	17026539
AT4G13520	CS69018	"PCIB and 2,4-D (synthetic auxin) resistance in root growth. Seedlings have longer hypocotyls than wild type in both light and darkness. Greater sensitivity to MLN4924 (inhibitor of RUB/NEDD8-activating E1 enzyme) than wildtype."	
AT4G13520	aar1-1	"Responds to IAA, NAA, but not to 2,4-D."	16923017
AT4G13520	aar1-2	"Responds to IAA, NAA, but not to 2,4-D."	
AT4G13540	SALK_072305	"No obvious morphological phenotype, normal anther dehiscence."	30911018
AT4G13590	SALK_129037c	Reduced levels of Mn in leaf tissue and reduced levels of Mn bound in PSII.Mutants have reduced photosynthetic efficiency and increased sensitivity to high light.Plants are small and chlorotic.	29734002
AT4G13750	CS24087	embryo defective; cotyledon	
AT4G13770	CS66578	No visible phenotype.	
AT4G13770	ref2	Altered fluorescence under UV light	
AT4G13770	ref2-1	"Compared to the lead extracts, comparable reductions in alkylglucosinolate profiles were observed when samples of ref2 seeds were analyzed; however, no consistent increases in indole glucosinolates were seen. In addition to decreases in the glucosinolates listed above, seeds of the mutants also contained significantly less benzoyloxyalkyl glucosinolates."	12509530
AT4G13770	ref2-1	"Leaf extracts of mutant plants contain less short-chain (3-methylsulfinylpropyl,  4-methylthiobutyl, and 4-methylsulfinylbutyl) and long-chain (5-methylsulfinylpropyl, 5-methylthiopropyl, 7-methylsulfinylheptyl,  7-methylthioheptyl, 8-methylsulfinyloctyl, and 8-methylthio-octyl) Met-derived glucosinolates. Concomitant with the decreases in alkylglucosinolates, the leaf extracts show increased levels of the indole glucosinolates indol-3-ylmethyl, 4-methoxyindol-3-ylmethyl, and 1-methoxyindol-3-ylmethyl glucosinolate. Because of the decrease in alkylglucosinolates and the increase in indole glucosinolates, the major glucosinolate accumulated in ref2 leaves is indol-3-ylglucosinolate."	12509530
AT4G13770	ref2-1	No visible phenotype.	12509530
AT4G13770	ref2-2	"Compared to the lead extracts, comparable reductions in alkylglucosinolate profiles were observed when samples of ref2 seeds were analyzed; however, no consistent increases in indole glucosinolates were seen. In addition to decreases in the glucosinolates listed above, seeds of the mutants also contained significantly less benzoyloxyalkyl glucosinolates."	12509530
AT4G13770	ref2-2	"Leaf extracts of mutant plants contain less short-chain (3-methylsulfinylpropyl,  4-methylthiobutyl, and 4-methylsulfinylbutyl) and long-chain (5-methylsulfinylpropyl, 5-methylthiopropyl, 7-methylsulfinylheptyl,  7-methylthioheptyl, 8-methylsulfinyloctyl, and 8-methylthio-octyl) Met-derived glucosinolates. Concomitant with the decreases in alkylglucosinolates, the leaf extracts show increased levels of the indole glucosinolates indol-3-ylmethyl, 4-methoxyindol-3-ylmethyl, and 1-methoxyindol-3-ylmethyl glucosinolate. Because of the decrease in alkylglucosinolates and the increase in indole glucosinolates, the major glucosinolate accumulated in ref2 leaves is indol-3-ylglucosinolate."	12509530
AT4G13770	ref2-2	No visible phenotype.	12509530
AT4G13770	ref2-3	"Compared to the lead extracts, comparable reductions in alkylglucosinolate profiles were observed when samples of ref2 seeds were analyzed; however, no consistent increases in indole glucosinolates were seen. In addition to decreases in the glucosinolates listed above, seeds of the mutants also contained significantly less benzoyloxyalkyl glucosinolates."	12509530
AT4G13770	ref2-3	"Leaf extracts of mutant plants contain less short-chain (3-methylsulfinylpropyl,  4-methylthiobutyl, and 4-methylsulfinylbutyl) and long-chain (5-methylsulfinylpropyl, 5-methylthiopropyl, 7-methylsulfinylheptyl,  7-methylthioheptyl, 8-methylsulfinyloctyl, and 8-methylthio-octyl) Met-derived glucosinolates. Concomitant with the decreases in alkylglucosinolates, the leaf extracts show increased levels of the indole glucosinolates indol-3-ylmethyl, 4-methoxyindol-3-ylmethyl, and 1-methoxyindol-3-ylmethyl glucosinolate. Because of the decrease in alkylglucosinolates and the increase in indole glucosinolates, the major glucosinolate accumulated in ref2 leaves is indol-3-ylglucosinolate."	12509530
AT4G13770	ref2-3	No visible phenotype.	12509530
AT4G13770	ref2-4	"Compared to the lead extracts, comparable reductions in alkylglucosinolate profiles were observed when samples of ref2 seeds were analyzed; however, no consistent increases in indole glucosinolates were seen. In addition to decreases in the glucosinolates listed above, seeds of the mutants also contained significantly less benzoyloxyalkyl glucosinolates."	12509530
AT4G13770	ref2-4	"Leaf extracts of mutant plants contain less short-chain (3-methylsulfinylpropyl,  4-methylthiobutyl, and 4-methylsulfinylbutyl) and long-chain (5-methylsulfinylpropyl, 5-methylthiopropyl, 7-methylsulfinylheptyl,  7-methylthioheptyl, 8-methylsulfinyloctyl, and 8-methylthio-octyl) Met-derived glucosinolates. Concomitant with the decreases in alkylglucosinolates, the leaf extracts show increased levels of the indole glucosinolates indol-3-ylmethyl, 4-methoxyindol-3-ylmethyl, and 1-methoxyindol-3-ylmethyl glucosinolate. Because of the decrease in alkylglucosinolates and the increase in indole glucosinolates, the major glucosinolate accumulated in ref2 leaves is indol-3-ylglucosinolate."	12509530
AT4G13770	ref2-4	No visible phenotype.	12509530
AT4G13810	CS65493	No visible phenotype.	
AT4G13880	CS65494	No visible phenotype.	
AT4G13890	CS70877	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G13890	CS70969	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G13900	CS65495	No visible phenotype.	
AT4G13918	CS65497	No visible phenotype.	
AT4G13920	CS65497	No visible phenotype.	
AT4G13940	CS1892	"CHS demethylated, rDNA demethylated; purple plants, brown seeds; kanamycin and hygromycin resistant."	
AT4G13940	CS1893	"no obvious phenotypic abnormalities under non-inducing conditions; normal anthocyanin levels, brown seeds, kanamycin and hygromycin sensitive."	
AT4G14070	CS65785	fatty acid metabolism (reduced acyl-ACP synthesis activity)	
AT4G14070	SALK_139663	10% reduccion in elongation activity of [1-14C]8:0 into both C16 and C18 FAs when compared to wild-type. Elongation with [1-14C]12:0 substrate was reduced 20%. 40% reduction of in vitro acyl-ACP synthase activity.	16262711
AT4G14110	CS6262	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT4G14110	CS6262	"In the homozygous progeny, the mutation triggers the instability of CSN1, CSN3, CSN5, CSN6, and CSN7. The only subunits that do not seem do be significantly affected are CSN2 and CSN4."	17307927
AT4G14110	CS6262	"accumulation of anthocyanins (purple coloration) in cotyledons of developing embryos; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; high expression of light-induced genes in dark-grown plants; light-grown seedlings have open (purple) cotyledons, short roots, small abnormally shaped purple shoots, usually produce several small leaves before development is arrested (lethal)."	
AT4G14130	CS860811	No visible phenotype.	
AT4G14130	CS860814	No visible phenotype.	
AT4G14140	mip3-2	"seeds abnormally accumulated storage protein precursors, including 17 kDa pro2S albumin"	24118572
AT4G14147	CS31392	"Reduced hypocotyl length of dark-grown plants; Defects in trichome morphogenesis, epidermal cell shape and cell to cell adhesion."	
AT4G14147	CS31393	"Reduced hypocotyl length of dark-grown plants; Defects in trichome morphogenesis, epidermal cell shape and cell to cell adhesion."	
AT4G14150	CS860050	No visible phenotype.	
AT4G14150	CS860051	No visible phenotype.	
AT4G14180	Atprd1-1	Chromosomes do not synapse during both male and female meiosis.  There is a total absence of chiasmata.  No meiotic recombination occurs.	17762870
AT4G14180	Atprd1-1	"No vegetative growth defects but display short silique elongation, suggesting fertility defects.  Male and female gametophytes abort."	17762870
AT4G14180	Atprd1-2	Chromosomes do not synapse during both male and female meiosis.  There is a total absence of chiasmata.  No meiotic recombination occurs.	17762870
AT4G14180	Atprd1-2	"No vegetative growth defects but display short silique elongation, suggesting fertility defects.  Male and female gametophytes abort."	17762870
AT4G14210	CS16064	pigment defective embryo	
AT4G14220	SALK_042445C	"The rhf1a mutant does not have any visibly aberrant phenotypes, but, an rhf1a rhf2a double mutant reveals the role of these two proteins in gametogenesis and proteolysis."	18552199
AT4G14220	rhf1a rhf2a	"This double mutant has shorter siliques than WT plants, and lower fertility. Approximately 60% of ovules abort the megagametophytic development process at the FG1 stage. Often, one of the megaspores that is supposed to degenerate remains visible in the rhf1a rhf2a megagametophyte for a prolonged period of time. Some of the mutants arrested at the two nucleate (F2) stage, whereas about 30% developed normal female gametophytes that could be successfully fertilized to produce viable seed. The pollen of the double mutant is largely defective with about 50-70% nonviability compared to ~0.5% nonviability for wild type pollen. The pollen for rhf1a rhf2a mutants appears to develop normally through PMI, but 30-40% of the pollen grain fail to undergo this mitotic division, and then, of those that did pass through, another 20-30% never go through the next round of cell division (PMII). The variety of different ploidy levels measured in generative cells arrested at the PMII phase indicate that they could be blocked at the G1, S, or G2. Levels of myc:KRP6 increase in the double mutant, suggesting that this protein is a putative substrate of this E3 ubiquitin ligase. And many of the aberrant phenotypes observed in the double mutant can be improved when KRP6 levels are decreased by RNAi."	18552199
AT4G14400	acd6-1	"Dwarf plants, punctate pattern of cell death, accumulates salicylic acid and camalexin."	19144005
AT4G14440	SALK_012852C	This mutant does not show any change in sensitivity to indole-3-butyric acid (IBA)(although a mutation in a closely related gene (IBR10 / At4g14430) does cause increased IBA resistance).	18725356
AT4G14550	CS25214	No visible phenotype.	
AT4G14550	slr-1	Absence of lateral roots. Defective response to auxin stimulus in the root.	11862947
AT4G14560	CS16234	"Resistant to inhibition of root and hypocotyl elongation and stimulation of lateral root growth by auxin. Smaller leaves, shorter petioles, fewer lateral branches on primary shoot but greater number of shoots compared to wild type. Decreased root gravitropism. Decreased hypocotyl phototropism and gravitropism. Reduced auxin-induced gene expression."	
AT4G14695	SAIL_667_C04 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is similar to that of wild type."	16891401
AT4G14713	CS16548	dome-shaped leaves; altered silique shape; decreased number of trichome branches	
AT4G14713	SALK_057237c	Similar organ size phenotype to the wild type.	27048938
AT4G14713	SALK_057237c	"Weak semidominant ppd silique phenotype, i.e., similar to deltappd mutant, and leaf curvature phenotype."	16916932
AT4G14713	deltappd	"Mutant plants had larger leaf and cotyledon laminae, and leaves had a dome-shaped, positive Gaussian curvature, in contrast to flat WT leaves. Mutant siliques were shorter, flattened, and wider at the top and had undulations in the seedpod walls, compared with the smooth, narrow, cylindrical shape of WT siliques. Branching of trichomes on mutant leaves was reduced, to two rather than the three to four branches of WT. The larger lamina area observed in the leaves and cotyledons of mutant plants was due to increases in both length and width. For cotyledons, this increase in growth occurred without affecting shape or flatness. However, mature leaves in mutant plants were more oval in shape because of an altered lamina length-to-width ratio and could not be flattened without introducing cuts in the margin because of their positive curvature."	16916932
AT4G14716	CS67836	"similar to agb1-2, this mutant has short hypocotyls, more open apical hook than wild type seedlings and slightly reduced level of ethylene"	
AT4G14716	CS67837	"similar to agb1-2, this mutant has short hypocotyls, more open apical hook than wild type seedlings and slightly reduced level of ethylene"	
AT4G14716	CS67838	"similar to agb1-2, this mutant has short hypocotyls, more open apical hook than wild type seedlings and slightly reduced level of ethylene"	
AT4G14720	SALK_142698C	Large and dome-shaped leaves.	27048938
AT4G14723	CS67114	The cll2 mutation does not have any clear effect on the tmm phenotype in hypocotyls.	
AT4G14723	CS67116	"Produces stomata on hypocotyl. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT4G14723	CS67117	Produces stomata on hypocotyl.	
AT4G14723	CS67118	"Produces numerous, clustered stomata on hypocotyl and inflorescence stem. Plants have reduced height, shortened internodes, and shortened pedicels."	
AT4G14723	CS67121	No visible phenotype.	
AT4G14723	CS67123	"Reduced height, shortened internodes, and shortened pedicels."	
AT4G14723	CS67124	No visible phenotype.	
AT4G14723	CS67125	"Reduced height, shortened internodes, and shortened pedicels. Mutant plants produce more sterile siliques than wild type but are not fully sterile."	
AT4G14730	SALK_046652C	Increased sensitivity to tunicamycin treatment.	29616060
AT4G14740	SALK_013371C	smaller leaves with no reduction in vein density	29982821
AT4G14740	fkd1/fl1-1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT4G14740	fkd1/fl1-2/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT4G14740	fkd1/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT4G14740	fkd1/fl3	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT4G14750	frc1-1 frc3-1	Predominantly produces unbranched trichomes.	10572032
AT4G14750	frc2-3 frc3-1	"Although more than 60% of the double mutant have two trichome branches, at least 30% are unbranched."	10572032
AT4G14750	frc3-1	Does not produce unbranched trichomes.	10572032
AT4G14750	frc3-1	Reduced trichome branching	10572032
AT4G14750	frc3-1 an-496	Predominantly produces unbranched trichomes.	10572032
AT4G14750	frc3-1 frc4-1	Exclusively produces unbranched trichomes.	10572032
AT4G14750	frc3-1 gl-3	"Aborted trichomes on the first leaf pair, increase in trichome clusters, and decrease in the apparent trichome cell size."	10572032
AT4G14750	frc3-1 gl-3	Predominantly produces unbranched trichomes.	10572032
AT4G14750	frc3-1 nok-9310-11	Double mutants have more trichome branches than frc single mutant but fewer than nok single mutant.	10572032
AT4G14750	frc3-1 sta-23	Cumulative phenotype compared to both single mutants.	10572032
AT4G14750	frc3-1 sta-23	Nearly 60% of trichomes are unbranched.	10572032
AT4G14750	frc3-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
AT4G14750	frc3-1 try-240	"Has fewer trichomes than in the try single mutant, but more than in the frc single mutant."	10572032
AT4G14750	frc3-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
AT4G14770	sol1-4 sol2-2	"Significantly increased number of small cells, often found in clusters at 7dpg. At 21 dpg abaxial true leaves show pairs of stomata (cells still dividing). Cell cycle significantly slower. The percent areal growth per hour significantly less. The smaller cell size balances out the effect of greater cell numbers."	30665887
AT4G14770	sol1-4 sol2-2 amiRNA-tso1	"Guard cells fail to divide, and instead form large round- or kidney- shaped cells. Fewer stomatal pairs; stomata and pavement cells visibly larger."	30665887
AT4G14790	CS70814	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14790	CS70815	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14790	CS70875	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14790	CS70918	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14790	pdd17	Defective pollen development.	19237690
AT4G14790	pdd26	Pollen development defective.	19237690
AT4G14800	CS70814	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14800	CS70918	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT4G14800	pdd17	Defective pollen development.	19237690
AT4G14820	SALK_123674	"Homozygous lines have defective stomatal responses to CO2. Showed more rapid leaf expansion as compared with the WT plants under the 700p.p.m. CO2 conditions.When exposed to elevated CO2 levels, stomatal aperture is reduced in the WT plants, but not in mutants."	25599916
AT4G14850	loi1-1	"loi1-1 mutants are less sensitive to inhibitors of the MEP and MVA pathways of isoprenoid biosynthesis than wild type plants. Lovastatin (an inhibitor of HMG CoA reductase and the MVA pathway), normally inhibits root, growth alters root tip morphology, halts lateral root development, causes cotyledon contraction, and arrests true leaf development. But, all of these phenotypes are less prominent in loi1-1 mutants treated with lovastatin. Sterol levels are reduced less in loi1-1 mutants than in wild-type plants following treatment with lovastatin. HMG1 and HMG2 transcript levels are not altered in loi1-1 mutants, however, there is increased HMG CoA reductase activity in loi1-1 mutants compared to wild type when the plants are treated with lovastatin. Clomazone (an inhibitor of DXS and the MEP pathway) normally causes albinoism and defects in thylakoid development in wild type plants, but loi1-1 mutants treated with the same concentration of clomazone can develop green leaves and normal chloroplasts. The transcript and protein levels for DXS are the same for wild-type and loi1-1 mutants."	17213228
AT4G14960	CS68885	Right-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT4G14960	CS68886	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT4G14960	CS68887	"Right-handed helical growth in the root and other rapidly elongating organs. The level of severity of cell expansion defects is weak. Semidominant in growth response to propyzamide, but recessive for skewed helical growth."	
AT4G14960	CS68888	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT4G14970	CS305097	"Reduced seed set, fewer chiasmata mainly on long chromosomes, reduced recombination."	29352063
AT4G14970	SALK_113293C	"Reduced seed set, fewer chiasmata mainly on long chromosomes, reduced recombination."	29352063
AT4G14970	atm-2 fancd2-1	Fertility reduced to 0.9 (±1.9; n=317 siliques) seeds per silique.	29352063
AT4G14970	fancd2-1 mus81-2	increased percentage of cells with univalents	
"as compared to single mutant mus81-2, also observed cells with more than one chromosome"			
pair affected in the double mutant.	29352063		
AT4G14970	msh4 fancd2-1	"All observed cells contain univalents, and have a clear shift to less"	
"bivalents per meiocyte, compared to msh4 single mutants."	29352063		
AT4G14970	msh4 mus81-2 fancd2-1	Fewer bivalents then the msh4 mus81-2 double mutant; 67.6% of the msh4 mus81-2 fancd2-1 triple mutant	
"meiocytes contain no bivalents (2.4% in the double mutant); 26.5% of the cells display one, and only 5.9% have two bivalents (compared to 31.7% and 46.3%, respectively, in the msh4 mus81-2 double mutants)."	29352063		
AT4G15090	far1	Reduced responses in far-red light	
AT4G15210	bmy1-2	Plants cold-shocked for 6h have an increased starch content compared to wildtype.	16297066
AT4G15210	ram1	Reduced beta amylase in leaves and stems	
AT4G15230	CS66055	No visible phenotype.	
AT4G15475	SALK_041396	"Significantly increased UV sensitivity in roots, hypocotyls, and adult leaves."	30466592
AT4G15545	naip1/2/3	No gross morphological phenotypes. Reduced numbers of NIA1 marked ER bodies.	30770459
AT4G15560	CS16003	seed pigment defective; altered chloroplasts	
AT4G15560	cla1-1	Albino phenotype.	10982425
AT4G15560	cla1-1	Lethal mutation when grown on soil (seed stocks are maintained as heterozygotes).	10982425
AT4G15560	cla1-1	Mutant seeds grown on medium supplemented with non-phosphorylated synthetic 1-deoxy-D-xylulose (DX) develop green leaves.	10982425
AT4G15570	maa3	Female gametophyte defective	
AT4G15570	maa3	"Homozygotes are not recovered. Female gametophyte development is delayed and asynchronous. During fertilization, fusion of polar nuclei does not occur. Polar nuclei nucloeli are smaller than WT."	18772186
AT4G15802	Athspb-2	"Early flowering, reduced fertility, aborted seeds."	20388662
AT4G15880	esd4-2	Decreased mRNA levels of the floral repressors FLC and MAF4 and increased mRNA levels of the floral activators FT and SOC1.	17513499
AT4G15880	esd4-2	Increase in SUMO conjugates and decrease in free SUMO.	17513499
AT4G15880	nua-1 esd4-2	Similar to nua-1 and esd4-2 single mutants.  Have even shorter stamens and reduced fertility than the single mutants.	17513499
AT4G15890	SAIL_826_B06	"Severe dwarf phenotype, reduced fertility, defects in meiotic chromosome condensation."	27385818
AT4G15890	SALK_094776	Homozygotes have reduced fertility but are otherwise normal.	27385818
AT4G15890	SALK_094776	Nuclei containing fewer (~1 to 4) centromere clusters. 40% of nuclei showed the separation of 45S rDNA  from centromeric regions	31092096
AT4G16110	CS6974	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G16110	CS6975	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G16144	WiscDsLox412D09	impaired vacuole formation and vacuolar transport; accumulates autophagosomes; defective endocytosis and intracellular transport.	20543027
AT4G16250	PHYD+	The Col PHYD allele was back-crossed into the Ws line.	
"Under normal growth conditions, PHYD+ plants are indistinguishable from wild-type plants. Furthermore, when partially shaded or darkened, mature leaves of PHYD+ exhibit leaf yellowing as mature leaves from wild-type plants. For more information on this line, see the original report by Aukermann et al 1997, doi: http:/&#8203;/&#8203;dx.&#8203;doi.&#8203;org/&#8203;10.&#8203;1105/&#8203;tpc.&#8203;9.&#8203;8.&#8203;1317"	24604733		
AT4G16265	CS69545	No visible phenotype.	
AT4G16280	CS167	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 18 days later than wild type.	
AT4G16280	CS168	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 7 days later than wild type.	
AT4G16280	CS169	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 10 days later than wild type.	
AT4G16280	CS170	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 12 days later than wild type.	
AT4G16280	CS171	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 18 days later than wild type.	
AT4G16280	CS172	late flowering; vernalization affects flowering time under both long days and short days; strong influence of short days on flowering time; flowering occurs about 19 days later than wild type.	
AT4G16280	CS52	"late flowering, substantially reversed by vernalization; short days delay flowering; increased number of rosette leaves."	
AT4G16280	CS5276	"segregating for late flowering, ghost and wild type 9:3:3:1 albino viable and wild type; viable white cream seedlings."	
AT4G16280	CS9388	"In the absence of vernalization, the double mutant flowered at the same time as the fca-1 single mutant."	8998499
AT4G16280	CS9388	"Reduced response of fca-1 to vernalization; under typical long-day (16h) photoperiods, vrn1-1 fca-1 flowers with about 25 leaves without vernalization and with about 20 leaves after vernalization; the diameter of the vegetative rosette is smaller than fca-1 alone; older leaves develop grayish-brown necrotic lesions."	
AT4G16280	CS9389	late flowering after vernalization; incompletely penetrant phenotype; yellowing of young center rosettes	
AT4G16280	ath1-1 fca-1	Significant though  not complete reduction in flowering.	17908157
AT4G16280	fca-11/fpa-8	"Late flowering, reduced fertility."	
AT4G16280	vrn1-2 fca-1	Strong delay in flowering and vernalization response.	12114624
AT4G16280	vrn2-1 fca-1	"In the absence of vernalization, this mutant flowered later than the fca-1 single mutant."	8998499
AT4G16310	SAIL_640_B10	Early flowering.	31214214
AT4G16340	CS69761	"Plants homozygous for the mutation are seedling lethal and small, with narrow cotyledons and leaves, producing trichomes with only one branch. Homozygous mutants are sensitive to low humidity, but can survive on soil at a low frequency."	
AT4G16340	spike1	"Seedling lethal, cotyledon, leaf-shape, trichome defects"	
AT4G16370	opt3	embryo defective	
AT4G16420	CS9574	semi-dwarf; altered growth responses to auxin and/or cytokinin	
AT4G16420	prz1-1	Altered response to auxin and cytokinin	12747832
AT4G16444	SAIL_1210_E07	Shortened root hairs.	28096354
AT4G16444	get1-2	Shortened root hairs.	28096354
AT4G16480	atint4-2	No visible phenotype.	16603666
AT4G16670	SALK_077717C	smaller leaves with no reduction in vein density	29982821
AT4G16760	CS66497	Reduced JA level in unwounded and wounded leaves.	
AT4G16760	CS66499	"Significantly reduced JA level in unwounded and wounded leaves. Increased susceptibility to Trichoplusia ni larvae attack, associated with a lack of larvae-induced JA accumulation. No change in susceptibility or JA accumulation upon Alternaria brassicicola infection when compared with the wild-type. Reduced fecundity most likely due to decreased pollen viability."	
AT4G16760	acx1 acx5	"severely impaired in jasmonate biosynthesis, produced fewer seed-containing siliques and fewer viable seeds. JA level did not increase significantly in response to wounding, more susceptible to the leaf-chewing insect Trichoplusia ni."	17172287
AT4G16760	acx1-1	A sucrose-independent germination phenotype. Mutants have reduced medium- and long-chain Acyl-CoA enzyme activity. Lipid catabolism during germination and early post-germinative growth was unaltered in the acx1-1 mutant; seedling growth and establishment in the absence of an exogenous supply of sucrose was unaffected. Jasmonic acid accumulation was largely reduced upon wounding of mutant plants when compared to the wild type.	16146525
AT4G16760	acx1-1 acx2-1	"Double mutant seedlings were unable to catabolize seed storage lipids and accumulated long-chain acyl-CoAs. The acx1-1 acx2-1 seedlings were also unable to establish photosynthetic competency in the absence of an exogenous carbon supply, a phenotype that is shared with a number of other Arabidopsis mutants disrupted in storage lipid breakdown. Germination frequency of the double mutant was significantly reduced compared with wild-type seeds. This was unaffected by the addition of exogenous sucrose, but was improved by dormancy-breaking treatments such as cold stratification and after-ripening.  Peroxisomes in the cotyledons were enlarged in double mutants, while in single mutants (acx1-1 and acx2-1) peroxisomes were identical to the wild type."	16146525
AT4G16760	acx1-3	"Plants display decreased sensitivity to the inhibitory effect of indole-3-butyric acid (IBA) on root elongation, while remaining sensitive to inhibitory concentrations of indole-3-acetic acid.  They maintain their ability to initiate lateral roots in response to IBA."	15743450
AT4G16780	SALK_106790 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT4G16830	SALK_143514C	"Late flowering under long days, increased sensitivity to osmotic and salt stress."	25783413
AT4G16890	CS69908	Dwarf plants with curly leaves. High levels of pathogenesis-related gene expression and salicylic acid. Enhanced resistance against virulent pathogens Hyaloperonospora parasitica Noco2 and Pseudomonas syringae maculicola ES4326. 	
AT4G16890	CS69913	Susceptible to virulent oomycete and bacterial pathogens.	
AT4G16890	bal	"Twisted leaves, reduced apical dominance"	
AT4G16890	muse1-1 mos4 snc1	"snc1-like dwarfism with curled leaves, elevated PR1 and PR2 protein levels, enhanced resistance restored similar to observed in snc1 plants against H. arab. Noco2."	30082764
AT4G16890	muse1-7 snc1	very small plants (enhanced snc1 mutant phenotype)	30082764
AT4G16890	muse2-1 snc1	very small plants (enhanced snc1 mutant phenotype)	30082764
AT4G16890	snc1 nrg1.1 nrg1.2	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2.	30585636
AT4G16890	snc1 nrg1.1 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT4G16890	snc1 nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT4G16890	snc1 nrg1.2 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT4G16890	snc1 sikic1	dwarf plants	30082764
AT4G16890	snc1 sikic123-1	dwarf plants	30082764
AT4G16890	snc1 sikic123-2	dwarf plants	30082764
AT4G16890	snc1 sikic2	dwarf plants	30082764
AT4G16890	snc1 sikic3	dwarf plants	30082764
AT4G16940	snc1 sikic1	dwarf plants	30082764
AT4G16940	snc1 sikic123-1	dwarf plants	30082764
AT4G16940	snc1 sikic123-2	dwarf plants	30082764
AT4G16950	rpp5	Phenotype not described.	
AT4G16950	rpp5	Resistant to <i>Peronospora parasitica</i>.	
AT4G16950	snc1 sikic123-1	dwarf plants	30082764
AT4G16950	snc1 sikic123-2	dwarf plants	30082764
AT4G16950	snc1 sikic2	dwarf plants	30082764
AT4G16960	snc1 sikic123-1	dwarf plants	30082764
AT4G16960	snc1 sikic123-2	dwarf plants	30082764
AT4G16960	snc1 sikic3	dwarf plants	30082764
AT4G16990	SALK_048620	Susceptible to L. maculans infection	18397376
AT4G16990	SALK_067449	Susceptible to L.maculans infection	18397376
AT4G16990	SALK_146865	WT phenotype with respect to resistance to L.Maculans infection	18397376
AT4G16990	gabi_235E02	Susceptible to Leptosphaeria maculans	18397376
AT4G16990	gabi_491E04	Susceptible to L. maculans infection	18397376
AT4G17090	CS92461	slightly retarded. Leaves contained undegraded starch at the end of night.	18390594
AT4G17090	bam1 bam3	"Comparing the level of undegraded leaf starch, bam1 bam3 is more severe than that of either bam1 or bam3."	18390594
AT4G17090	bam1 bam3 bam4	higher level of undegraded leaf starch content than that of bam1 bam3 or bam3 bam4.	18390594
AT4G17090	bam3 bam4	"Comparing the level of undegraded leaf starch, bam3 bam4 is more severe than that of either bam3 or bam4."	18390594
AT4G17250	SALK_054867	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT4G17250	SALK_090229	abhd11 plants showed an early bolting and higher rate of growth as compared with wild-type plants.	26589672
AT4G17300	SALK_011751	"In heterozygous plants, 26% of ovules are aborted compared to 6% of ovules in wild type siblings."	16297076
AT4G17360	CS860076	No visible phenotype.	
AT4G17360	CS860079	"Severe photorespiratory phenotypes: plants are small, pale, delayed in flowering and infertile; plants show a 70-fold increase in glycine levels and accumulate higher levels of 5- and 10-formyl tetrahydrofolate  (THF) than the wild type; levels of amino acids and sugars are altered; leaf folate levels and composition are also altered; embryo development arrests between heart and early bent cotyledon stages; mature seeds are shriveled, carrying colorless embryos, accumulate low amounts of lipids, and fail to germinate; conditionally lethal, rescued by growth under non-photorespiratory (high CO2) conditions; culturing siliques in the presence of sucrose restores normal embryo development and seed viability."	
AT4G17360	CS860080	No visible phenotype. Photorespiratory phenotypes of the double homozygous mutant dKO (CS860079 = SALK_062946 x Garlic_169F06) are rescued in the SALK_143478 (CS860078) mutant background.	
AT4G17360	DKO (SALK_062946C Garlic_169F06)	smaller and paler plants. delayed flowering.  shriveled nonviable seeds carrying colorless embryos. delayed embryo development. embryos were arrested typically at the heart to torpedo stages.     The leaves of the double knock-out plants had a 70-fold increase in glycine level and a 6-fold increase in 5-formayl THF level.	
	18628352		
AT4G17380	Atmsh4	"Normal vegetative growth and development, but moderate to severe reduction in fertility.  Meiosis defective, specifically the presence of numerous univalents at metaphase I and a marked reduction in chiasma frequency.  Early development of meiotic nuclei appears normal but synapsis of homologous chromosomes is delayed and may be incomplete."	15489296
AT4G17380	Atrpa1a / Atmsh4	This double mutant has even lower fertility and shorter siliques than atrpa1 mutants. These mutants have a residual chiasmata frequency and distribution comparable to msh4 mutants.	19153602
AT4G17380	msh4 fancd2-1	"All observed cells contain univalents, and have a clear shift to less"	
"bivalents per meiocyte, compared to msh4 single mutants."	29352063		
AT4G17380	msh4 mus81-2 fancd2-1	Fewer bivalents then the msh4 mus81-2 double mutant; 67.6% of the msh4 mus81-2 fancd2-1 triple mutant	
"meiocytes contain no bivalents (2.4% in the double mutant); 26.5% of the cells display one, and only 5.9% have two bivalents (compared to 31.7% and 46.3%, respectively, in the msh4 mus81-2 double mutants)."	29352063		
AT4G17420	pawh1/pawh2/bri1-9	bri1-9 dwarf phenotype is suppressed in the triple mutant.	31375683
AT4G17490	SALK_087356C	Increased number of nematode (Meloidogyne incognita) egg masses.	30160354
AT4G17520	SALK_129052C	aberrant germination phenotype	30160354
AT4G17600	lil3:1/lil3:2	Pale yellow-green leaves.	20823244
AT4G17600	lil3:1/lil3:2	"The majority (96%) of chlorophyll a and b molecules are conjugated with either tetrahydrogeranylgeraniol (THGG), dihydrogeranylgeraniol (DHGG), or geranylgeraniol (GG) (incompletely reduced side chains). Almost no alpha-tocopherol present in mutant."	20823244
AT4G17615	CS9888	"sensitive to salt treatment, drought treatment and osmotic stress; ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth"	
AT4G17615	CS9890	sensitive to salt treatment; ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT4G17615	cbl1	Enhanced cold induction and  reduced drought induction of stress genes. The mutant plants displayed less tolerance to salt and drought but enhanced  tolerance to freezing.	
	12897256		
AT4G17615	cbl1 cbl9	growth of the cbl1  cbl9 double mutant was significantly more inhibited than the  growth of wild-type roots under low-K+ conditions. Double mutants lost  water significantly more slowly than the ecotype hybrid  plants. Hypersensitive to ABA treatmnet.	
	17922773		
AT4G17620	SALK_032903	"Growth retardation, pale-green pigmentation, defects in lateral root formation."	30949693
AT4G17620	SALK_032903	"Pale and morphologically abnormal seedling leaves. Mutant leaves were narrow, often pointed, curled, or needle-like. Pistils and siliques often deformed and curled. Abnormal phylotaxy. At the bolting stage, mutants showed a loss of apical dominance, with thin,short stems"	31449356
AT4G17620	SALK_103157	"Growth retardation, pale-green pigmentation, defects in lateral root formation."	30949693
AT4G17620	SALK_103157	"Pale and morphologically abnormal seedling leaves. Mutant leaves were narrow, often pointed, curled, or needle-like. Pistils and siliques often deformed and curled. Abnormal phylotaxy. At the bolting stage, mutants showed a loss of apical dominance, with thin,short stems"	31449356
AT4G17720	SAIL_365_B01	Segregates for arrested embryo development.	30576513
AT4G17730	CS68718	No visible phenotype.	
AT4G17730	CS68719	"The morphology of mutant plants was similar and to some extent stronger than syp22-1 (CS68715) plants. Shorter midribs and fewer leaves than syp22-1 (CS68715). Accumulates higher levels of TGG1 than single mutants or syp21 syp23. Vacuolar trafficking defect. At 51 DAG, no bolting; late flowering."	
AT4G17730	CS68720	"The morphology of mutant plants was similar and to some extent stronger than syp22-3(CS68716) plants. Shorter midribs and fewer leaves than syp22-3 (CS68716). Accumulates higher levels of TGG1 than single mutants or syp21 syp23. Vacuolar trafficking defect. At 51 DAG, no bolting; late flowering."	
AT4G17730	CS68721	No visible phenotype.	
AT4G17830	atnaod-1/atnaod-1	"Early flowering, impaired fruit setting, decreased level of ornithine in the leaf."	25713174
AT4G17970	atalmt12-1	"Wilty phenotype, consistent with impaired stomatal regulation. Stomatal  closure was suppressed in response to darkness, calcium and exogenous ABA. Stomata  are defective in drought-induced  closure."	
	20154005		
AT4G18050	CS65842	No visible phenotype.	
AT4G18050	CS65843	No visible phenotype.	
AT4G18050	CS65844	No visible phenotype.	
AT4G18050	CS65845	No visible phenotype.	
AT4G18060	CS65846	No visible phenotype.	
AT4G18120	SALK_006041	No visible phenotype.	16473967
AT4G18240	atss4-1	Delay in flowering time.	17217470
AT4G18240	atss4-1	Growth retardation and pale green leaves; large and spherical chloroplast starch granules with a smooth surface.	30055112
AT4G18240	atss4-1	Lower growth rates under a 16-h day/8-h night photoregime when compared with wild type.	17217470
AT4G18240	atss4-1	"Reduction in starch content. starch turnover  along a diurnal cycle was lower in mutant plants than in wild-type plants, with a clear reduction of both synthesis and degradation rates. Starch levels at the beginning of the light period were higher in the mutant than in the wild-type plants. However, the reduced rate of starch  synthesis in the mutant led to a lower starch level at the end of the illuminated period."	17217470
AT4G18240	atss4-1	Smaller rosette leaves than those of wild type.	17217470
AT4G18240	atss4-2	Delay in flowering time.	17217470
AT4G18240	atss4-2	Growth retardation and pale green leaves; large and spherical chloroplast starch granules with a smooth surface.	30055112
AT4G18240	atss4-2	Lower growth rates under a 16-h day/8-h night photoregime when compared with wild type.	17217470
AT4G18240	atss4-2	"Reduction in starch content. starch turnover  along a diurnal cycle was lower in mutant plants than in wild-type plants, with a clear reduction of both synthesis and degradation rates. Starch levels at the beginning of the light period were higher in the mutant than in the wild-type plants. However, the reduced rate of starch  synthesis in the mutant led to a lower starch level at the end of the illuminated period."	17217470
AT4G18240	atss4-2	Smaller rosette leaves than those of wild type.	17217470
AT4G18350	nced2 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT4G18370	SALK_099162	Inhibited growth when exposed to high light.  Some leaves exhibited symptoms of yellowing.	
AT4G18460	sni1	"Restored PR1 expression to npr1 mutant (sni1 mutation in the npr1 bacground), and also mutant plantshad induced resistance to bacterium Psm ES4326 and oomycete pathogen Peronospora parasitica Noco-2; the resistance was similar to that of WT."	10458608
AT4G18480	CS44	"pale green embryos, green-yellow seedlings"	
AT4G18480	aci5-3	Does not accumulate protoporphyrin IX in the presence of acifluorfen whilst wildtype accumulates up to three times more than in the absence of the herbicide.	15815918
AT4G18480	aci5-3	"More than 80% of the mutants could grow in the presence of 500nM of the PPOX inhibitor, acifluorfen, while 50% and 100% of wildtype seedlings failed to grown on plates containing 50 and 100nM, respectively."	15815918
AT4G18480	aci5-3	"The rate of 5-aminolevulinate (ALA) is one-third of that seen in wildtype, most likely reflecting feedback inhibition."	15815918
AT4G18480	aci5-3	"When grown on soil or Kvitko medium, the homozygous line dies at the cotyledon stage. On medium supplemented with sucrose, the same mutant develops to the flowering stage."	15815918
AT4G18480	aci5-3_het	"More than 80% of the mutants could grow in the presence of 500nM of the PPOX inhibitor, acifluorfen, while 50% and 100% of wildtype seedlings failed to grown on plates containing 50 and 100nM, respectively."	15815918
AT4G18480	aci5-3_het	"Yellow-green leaves and stems from the juvenile stage until the beginning of flowering. At these stages of development, the levels of chlorophylls and carotenoids in the mutant are approximately half of that of wildtype."	15815918
AT4G18480	cs (ch42-2)	"Viable, pale green phenotype. 40% of WT Chl levels."	18846282
AT4G18480	"cs (ch42-2), chli2"	Seedling lethal. Albino. Accumulates 3% of WT Chl levels.	18846282
AT4G18596	SALK_052496	Resistant to Erysiphe cichoracearum.	
AT4G18596	scar-like3	Phenotype not described.	17267444
AT4G18600	SALK_052496	Resistant to Erysiphe cichoracearum.	
AT4G18600	scar-like1	Phenotype not described.	17267444
AT4G18600	scar-like2	Phenotype not described.	17267444
AT4G18600	scar-like3	Phenotype not described.	17267444
AT4G18640	CS67766	"Short root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT4G18640	SALK_004879	Short straight hairs	16367956
AT4G18700	SAIL_669_B01	No visible phenotype; average height = 37 cm.	
AT4G18710	bin2	"Dwarf, brassinosteroid insensitive"	
AT4G18750	dot4-1	dot4-1 mutants have an aberrant midgap leaf and cotyledon venation pattern and their roots are slightly shorter than wild type roots.	18643975
AT4G18760	CS65498	No visible phenotype.	
AT4G18760	CS65499	No visible phenotype.	
AT4G18760	CS69994	Dwarf morphology that can be partially suppressed by growing at high temperature (28C). Accumulates high levels of endogenous salicylic acid and exhibits enhanced disease resistance against the virulent oomycete Hyaloperonospora arabidopsidis (H.a.) Noco2.	
AT4G18760	snc2-1D	plants accumulate high levels of endogenous salicylic acid (SA) and exhibit enhanced disease resistance against the virulent oomycete Hyaloperonospora arabidopsidis (H. a.) Noco2	20841424
AT4G18770	SALK_020263	"Specifically affects female gametophyte while overall morphology of the mutant plants was normal. The cell wall of synergid cells in mutant plants lacked extensive invaginations characteristic of the filiform apparatus. Instead, an extremely thickened cell wall was observed. In most cases, synergid cells lacked cell wall projections completely and had uniform electron density. Also, pollen tube guidance is affected in mutant female gametophytes. In wild-type pollen (and myb98 mutant pollen), pollen tubes grew from the placenta to the funiculus but failed to grow into the micropyle. Despite, fertilization is not affected in mutant plant, female gametophytes affected by the myb98-1 mutation can become fertilized and give rise to seeds. Thus, with the exception of pollen tube guidance, the synergid cells appear to function normally in myb98-1 female gametophytes."	16214903
AT4G18780	CS18	Does not exhibit any obvious increase in  its susceptibility to wilting.	9165747
AT4G18780	CS18	"In general, mutant plants grow normally and do not exhibit any readily apparent alterations in morphology, except that they are slightly smaller than the wild type. In addition, mutant plants tend to grow slightly more slowly than do wild-type plants."	9165747
AT4G18780	CS18	"With the exception of the collapsed xylem phenotype, both the organization of the vascular tissue and the organization of the entire stem of the three irx mutants are identical to that of the wild type. In addition to stems, the collapsed xylem phenotype of irx plants has been observed in mature hypocotyls and in the primary root and petioles."	9165747
AT4G18780	CS18	"collapsed xylem, unable to grow upright, dark green leaves and slightly dwarf; height=10-12cm."	
AT4G18780	irx1-2	Phenotype not described.	11148295
AT4G18780	irx8 irx1	"The homozygous double mutants progeny were severely dwarfed and sterile. The leaves were dark green, indicating an increase in chloroplasts per leaf area of the mutants, which was probably due to the reduced cell size. Several double mutant plants were unable to bolt and only grew rosette leaves."	17237350
AT4G18780	irx8 irx1	"The homozygous mutant progeny are severely  deformed and are smaller in size compared with the wild type, possibly reflecting a reduction in water transporting ability."	17237350
AT4G18780	irx9-1 irx1	Similar phenotype to that of the irx8-2 irx1-1 double mutant.	17237350
AT4G18780	lew2-1	"Grown under normal conditions mutant plants show weaker or no wilting phenotype.  Mutant leaves become wilty after plants are transferred from normal conditions to higher transpiration conditions for 6 hrs, whereas wt plants did not show the leaf-wilting phenotype under the same conditions.  Mutants are more resistant to drought and to osmotic stresss in both germination and growth.  Transcription of stress-inducible marker genes (RD29A, P5CS and ABA2) during non-stress  conditions is induced in mutant plants."	15998313
AT4G18780	lew2-2	"Grown under normal conditions mutant plants show weaker or no wilting phenotype.  Mutant leaves become wilty after plants are transferred from normal conditions to higher transpiration conditions for 6 hrs, whereas wt plants did not show the leaf-wilting phenotype under the same conditions.  Mutants are more resistant to drought and to osmotic stresss in both germination and growth.  Transcription of stress-inducible marker genes (RD29A, P5CS and ABA2) during non-stress  conditions is induced in mutant plants."	15998313
AT4G18830	ofp5-1	Abnormal embryo sac development.	
AT4G18840	ofp5-1	Abnormal embryo sac development.	
AT4G18950	CS65857	No visible phenotype.	
AT4G18960	CS25	"lacks pistils and stamens, homeotic transformation of stamens to petals and a new flower arises in place of the gynoecium; double flowers."	
AT4G18960	HUA2-Sy-0 ag-4	"In the double mutant plants, fertile stamens were replaced by sterile petaloid stamens."	17764945
AT4G18960	ag-1 rbe-3	"Same phenotype as ag-1 single mutants with completely normal petals developing in the second whorl. In addition, sepal number was normal in these flowers and no cases of sepal fusion were observed."	16412084
AT4G18960	ag-4	Mutant flowers do not have carpels and are indeterminate.	10198637
AT4G18960	ag-4 rbl-1	Extra whorls of petals.  Extra whorls of sepals.  Decreased stamen number.	
	18441215		
AT4G18960	ag-6	Extra petal whorls.  Extra sepal whorls.	
	9150601		
AT4G18960	ag-6 rbl-1	Successive whorls of petals.	18441215
AT4G18960	ag-6 sup-1	"Single whorl of sepals, then successive whorls of petals.   No stamens or carpels."	
	18441215		
AT4G18960	icu11-1 ag-1	leaves have leaf margins more involute (curved up; hyponastic)	29915151
AT4G18960	sup-1 ag-4	No carples.  Extra stamens formed following a spiral phyllotaxy.  Indeterminate floral meristem.	
	18441215		
AT4G18990	CS16542	No visible phenotype.	
AT4G19006	CS65808	No visible phenotype.	
AT4G19010	CS65808	No visible phenotype.	
AT4G19020	cmt2-1	Phenotype not described.	10748531
AT4G19020	cmt2-2	Phenotype not described.	10748531
AT4G19030	1-Oct	"When grown in the presence of arsenite, the mutant plants showed arsenite tolerance and reduced arsenic levels."	19029297
AT4G19030	1-Jul	"When grown in the presence of arsenite, the mutant plants showed arsenite tolerance and reduced arsenic levels."	19029297
AT4G19030	1-Sep	"When grown in the presence of arsenite, the mutant plants showed arsenite tolerance and reduced arsenic levels."	19029297
AT4G19030	SALK_016617C	"When grown in the presence of arsenite, the mutant plants showed arsenite tolerance and reduced arsenic levels."	19029297
AT4G19030	SALK_017916C	"When grown in the presence of arsenite, the mutant plants showed arsenite tolerance and reduced arsenic levels."	19029297
AT4G19040	CS66469	"Exhibits the edr2-6 phenotype: late acting resistance phenotype associated with cell death; plants are indistinguishable from wild type in growth and development up to ~3 weeks of age; developsexaggerated chlorosis and necrosis at infection sites in response to attack by some pathogens, but not in response to abiotic stresses or attack by the bacterial leaf speck pathogen; lesions do not spread to non-infected parts of inoculated leaves or to uninoculated leaves of the same plant; at later stages, the petioles of leaves are slightly shorter and leaves tend to be crinkled. Also exhibits the ein2-1 phenotype, displaying lack of root growth inhibition when grown on MS medium supplemented with 10 �M 1-aminocyclopropane-1-carboxylic acid."	
AT4G19040	CS66470	Enhanced disease resistance to the biotrophic powdery mildew pathogen Erysiphe cichoracearum; inhibition of fungal growth on leaves occurs at a late stage of the infection process and coincides with formation of necrotic lesions.	
AT4G19040	CS66944	"Late acting resistance phenotype associated with cell death; plants are indistinguishable from wild type in growth and development up to ~3 weeks of age; develops exaggerated chlorosis and necrosis at infection sites in response to attack by some pathogens, but not in response to abiotic stresses or attack by the bacterial leaf speck pathogen; lesions do not spread to non-infected parts of inoculated leaves or to uninoculated leaves of the same plant; at later stages, the petioles of leaves are slightly shorter and leaves tend to be crinkled."	
AT4G19040	CS67804	"expression of the NahG transgene suppresses the lesion phenotype of edr2-6, and restores susceptibility to the powdery mildew fungus G. cichoracearum"	
AT4G19040	SALK_010966	Resistant to Erysiphe cichoracearum.	
AT4G19040	SALK_048099	Resistant to Erysiphe cichoracearum.	
AT4G19040	SALK_052496	Resistant to Erysiphe cichoracearum.	
AT4G19040	SALK_080753	Resistant to Erysiphe cichoracearum.	
AT4G19040	edr2-1	Resistant to Erysiphe cichoracearum.	16212604
AT4G19170	ccd4 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT4G19230	cyp707a1-1	Accumulates ABA to 10-fold higher levels than wild type.	16543410
AT4G19230	cyp707a1-1	Significant reduction in the percentage of germination unless seeds were stratified.	16543410
AT4G19230	cyp707a1-1 cyp707a2-1	ABA levels in dry seeds are 50-fold higher compared to those in wild type.	16543410
AT4G19230	cyp707a1-1 cyp707a3-1	ABA levels in dry seeds are 20-fold higher compared to those in wild type.	16543410
AT4G19230	cyp707a1-2	Accumulates ABA to 7-fold higher levels than wild type.	16543410
AT4G19230	cyp707a1-2	Significant reduction in the percentage of germination unless seeds were stratified.	16543410
AT4G19330	CS71627	"Completes germination to a lesser percentage than wild-type Col-0 seeds in darkness, on gibberellin biosynthetic inhibitor paclobutrazol (PAC), or when imbibed at 10C. Longer hypocotyls than wild-type Col-0 plants under a 12-h darkness/12-h FR light cycle."	
AT4G19330	CS71644	Completes germination to a lesser percentage than wild-type Col-0 and CTG10-complemented ctg10 mutant seeds (CS71642-CS71643) on gibberellin biosynthetic inhibitor paclobutrazol.	
AT4G19330	CS71645	Completes germination to a lesser percentage than wild-type Col-0 and CTG10-complemented ctg10 mutant seeds (CS71642-CS71643) on gibberellin biosynthetic inhibitor paclobutrazol.	
AT4G19330	ctg10	"Seeds complete germination to a lesser percentage than WT in darkness and are hypersensitive to the GA biosynthetic inhibitor, paclobutrazol."	
AT4G19350	CS24354	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT4G19370	mwl1-1/mw12-1	mwl1-1/mwl2-1 double homozygous mutants are smaller compared with WT.	26930070
AT4G19490	SALK_062261	"Reduced transmission of allele through pollen. Homozygotes cannot be recovered. Suspected embryo lethality of homozygotes because reduced seed set is observed in siliques of plants segregating homozygotes.Mature pollen grains appear WT, suggesting that defect occurs at a later stage. Vegetative development appears normal."	18583349
AT4G19490	SALK_080006	"Reduced transmission of allele through pollen. Homozygotes cannot be recovered. Suspected embryo lethality of homozygotes because reduced seed set is observed in siliques of plants segregating homozygotes.Mature pollen grains appear WT, suggesting that defect occurs at a later stage. Vegetative development appears normal."	18583349
AT4G19490	vps54-1	Reduced transmission through both male and female gametophytes. Mature pollen is similar to WT. Lower seed set than WT. Vegetative development is similar to WT.	18583349
AT4G19690	irt1	"Chlorotic, growth defects in soil"	
AT4G19960	SALK_108080C	small cotyledons	30037141
AT4G19960	kup9-2	small cotyledons	30037141
AT4G20020	morf1-1	Reduced RNA editing at more than 50 sites in mitochondria.	25583991
AT4G20050	qrt1-4:QRT1 qrt3-3:QRT3	No visible phenotype.	16980565
AT4G20050	qrt1-4:QRT1 qrt3-3:QRT3	Produced only monads (like wild-type).	16980565
AT4G20050	qrt3-1	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	14551328
AT4G20050	qrt3-1	The mutant has a layer of deposited material on the surface of the distal region of the pollen grains.	14551328
AT4G20050	qrt3-3	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	14551328
AT4G20050	qrt3-3	The mutant has a layer of deposited material on the surface of the distal region of the pollen grains.	14551328
AT4G20050	qrt3-4	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	14551328
AT4G20050	qrt3-4	The mutant has a layer of deposited material on the surface of the distal region of the pollen grains.	14551328
AT4G20060	emb1895	embryo defective	
AT4G20070	Ataah	The allantoate content of Ataah mutant seedlings grown for 2 weeks on plates with nitrate as the nitrogen source was severalfold higher than in the wild type.	18065556
AT4G20070	Ataah	Unable to grow with 10 mM allantoin as the sole nitrogen source.	18065556
AT4G20090	CS16008	"Embryos consistently initiated cotyledons and continued growth and cell division beyond heart stage.  Embryos develop slowly to a morphology resembling younger, narrow, somewhat pointed torpedo stage embryos with slightly stunted cotyledons."	15647901
AT4G20090	CS16008	embryo defective; developmental arrest of mutant embryos	
AT4G20110	CS859923	No visible phenotype.	
AT4G20110	CS859924	No visible phenotype.	
AT4G20130	CS859923	No visible phenotype.	
AT4G20130	CS859924	No visible phenotype.	
AT4G20140	gso1-1 gso2-1	"abnormal bending of embryos, ectopic adhesion between cotyledons, a highly permeable epidermal structure, and an abnormal pattern of distribution of stomata on cotyledons in embryos and seedlings"	18088309
AT4G20260	SAIL_241_A08	dysfunction in stomata closure	26979064
AT4G20260	SALK_022955C	dysfunction in stomata closure	26979064
AT4G20270	CS800012	"small stature, short siliques, extreme branching"	
AT4G20270	bam1-1 bam2-1 bam3-2	Plants arrest early in development due to loss of shoot apical meristem but recover through adventitious shoot formation.	16367950
AT4G20270	bam1-1 bam2-1 bam3-2	Reduced numbers of stamens and carpels suggesting a reduction in floral meristem size.	16367950
AT4G20310	CS2105662	"Short roots, sensititve to dessication"	
AT4G20370	tsf-1	Late flowering in short days.	15951566
AT4G20380	CS68734	No visible phenotype.	
AT4G20380	CS68735	Strong salicylic acid-induced cell death.	
AT4G20380	CS68737	No visible phenotype.	
AT4G20380	CS68738	Strong salicylic acid-induced cell death.	
AT4G20380	CS68759	Resistant to Hyaloperonospora arabidopsidis Emco5.	
AT4G20380	lsd1	Hyperresponsive to cell death initiators	
AT4G20400	SALK_135712C	Early flowering.	25578968
AT4G20900	ms5	Male sterile.	
AT4G20910	CS6583	"Plants exhibit pleiotropic phenotypes; most aerial organs are reduced in size: leaves and floral organs are small and plants are shorter compared to wild-type; small cells in mature leaves and petals; rosette leaves are pointed at the apical end and the edges tend to curl upward; delayed flowering; high flower density in inflorescence; reduced internode elongation in the stems; increased number of coflorescences; under long-day conditions (16 hour light/8 hour darkness), plants produce more cauline leaves with axillary inflorescences before producing single flowers on the inflorescence stems than wild type plants; reduced male and female fertility; anthers from early-arising flowers often fail to dehisce, although late-arising flowers do produce pollen, the amount of pollen produced appears to be greatly reduced; reduced seed set in siliques."	11874905
AT4G20910	CS6583	Slight increase in rosette leaf number.	11874905
AT4G20910	crm2	Compact inflorescence	
AT4G20910	hen1-2	"Plants exhibit pleiotropic phenotypes; most aerial organs are reduced in size: leaves and floral organs are small and plants are shorter compared to wild-type; small cells in mature leaves and petals; rosette leaves are pointed at the apical end and the edges tend to curl upward; delayed flowering; high flower density in inflorescence; reduced internode elongation in the stems; increased number of coflorescences; under long-day conditions (16 hour light/8 hour darkness), plants produce more cauline leaves with axillary inflorescences before producing single flowers on the inflorescence stems than wild type plants; reduced male and female fertility; anthers from early-arising flowers often fail to dehisce, although late-arising flowers do produce pollen, the amount of pollen produced appears to be greatly reduced; reduced seed set in siliques."	11874905
AT4G20910	hen1-2	Slight decrease in rosette leaf number.	11874905
AT4G21150	CS16312	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; completely disrupted male functions, siring no BastaR progeny when crossed to wild type; short pollen tube growth, failing to exit the style."	
AT4G21180	SALK_007095	Homozygotes have a WT phenotype	18718935
AT4G21180	SALK_117783	Homozygotes have a WT phenotype	18718935
AT4G21200	atga2ox7 atga2ox8	In short day conditions mutant formed fewer rosette leaves before bolting.	12509528
AT4G21200	atga2ox7 atga2ox8	"In short day conditions, mutant formed a greater number of cauline leaves."	12509528
AT4G21200	atga2ox7 atga2ox8	Longer hypocotyl compared to wild-type when grown in medium- and low-light.	12509528
AT4G21200	atga2ox8	"In long day conditions, no significant difference in flowering behaviour between mutant and wild-type."	12509528
AT4G21200	atga2ox8	In short day conditions mutant formed fewer rosette leaves before bolting.	12509528
AT4G21200	atga2ox8	"In short day conditions, mutant formed a greater number of cauline leaves."	12509528
AT4G21200	atga2ox8	Longer hypocotyl compared to wild-type when grown in medium- and low-light.	12509528
AT4G21200	atga2ox8ACT	Dwarf (growth under long-day photoperiod).	12509528
AT4G21230	CS2973	morphological phenotype similar to wt; resistant to kanamycin	
AT4G21320	hsa32-1	"under normal conditions, hsa32-1 plants  exhibited no obvious phenotypic difference in terms of germination time and rate, growth  rate, time to flowering, and seed yield as compared to the wild type.  The acclimation treatment (37oC for 1 h, recovery for 2 h at 22oC) led to enhanced tolerance of a similar level in the wild  type and hsa32-1 against the HS challenge at 44oC up to 220 min, but both  lines were killed at 44oC for 250 min. However, a great loss of thermotolerance was observed in the mutant if  the challenge was applied after 48 h or 72 h of recovery."	16500991
AT4G21323	CS65847	No visible phenotype.	
AT4G21330	dyt1	developmental defects in the tapetum at anther stage 4 and later.	16831835
AT4G21400	CS2989	morphological phenotype similar to wt; resistant to kanamycin	
AT4G21445	crr9-1	"crr9-1, accumulation of hydrophilic SubA subunits was drastically reduced in the thylakoid membrane. No obvious morphological phenotype."	27481895
AT4G21480	CS69765	No visible phenotype	
AT4G21480	SALK_076550C	No obvious visible phenotype.	29311272
AT4G21534	CS860126	No visible phenotype	
AT4G21540	CS860126	No visible phenotype	
AT4G21540	SPHK1-OE	stomata are more sensitive to ABA. Seed germination was delayed compared to the wild type.	18557834
AT4G21670	CS16351	"Delayed flowering and prolonged vegetative growth, comparable to other loss-of-function alleles of the same loci (cpl1-1 and fry2-1)."	
AT4G21670	CS24934	Increased tolerance to salt stress and to abscisic acid during seed germination but sensitive to freezing damage at the seedling stage; kanamycin resistant (30mg/L).	
AT4G21670	CS6541	"Exhibit a hos (high expression of osmotically regulated gene) phenotype; RD29A::LUC hyperexpression and transcript accumulation in response to cold, ABA or NaCl treatments in seedlings; plants accumulate biomass more rapidly and exhibit delayed flowering"	
AT4G21670	fry2	"Increased tolerance to ABA and salt stress during germination, increased senitivity to freezing damage at seedling stage"	
AT4G21670	sos5-1/cpl1-1	"In the presence and absence of 100 mM NaCl, root morphology in double mutants is comparable with that of the wild type."	24603604
AT4G21680	nrt1.8-1	Nitrate concentration in nrt1.8-1 xylem sap is significantly higher than in that from wild type Ws plants.  Cadmium sensitive.	20501909
AT4G21690	ga3ox3/ga3ox1/ga3ox4	"Dwarf phenotype, early flowers are sterile while late flowers are fertile. Reduced silique length."	18310462
AT4G21750	CS68905	Loss of giant cells in sepals and leaves	
AT4G21750	CS68906	Loss of giant cells in sepals and leaves	
AT4G21750	CS68907	Loss of giant cells in sepals and leaves	
AT4G21750	CS69162	"Supernumary giant cells cover the sepals, leaves are crinkly."	
AT4G21750	atml1-1	No visible phenotype.	12505995
AT4G21750	hdg3-1 atml1-1	Defects in cotyledon development.  Frequently exhibited hyponastic growth of cotyledons.	16778018
AT4G21790	CS8109	reduced levels of TMV coat protein (4-fold less in upper inoculated leaves of infected plants); protoplasts inoculated with TMV have lower percentage of TMV-positive cells and delayed TMV RNA accumulation compared to wild type; protoplast accumulation of TMV molecules is reduced by coinfection with CMV (cucumber mosiac virus) RNA; no visible phenotypic effects in the absence of TMV.	
AT4G21800	SALK_026078	embryo defective	
AT4G22140	ebs	Acceleration of flowering	
AT4G22140	icu11-1 ebs	"strong reduction in body size, arrested development at early vegetative stages"	29915151
AT4G22200	akt2/3-1	Reduced number of rosette leaves. Fewer inflorescence stalks. Reduced sucrose content in phloem.	16297070
AT4G22250	SALK_044071	No obvious morphological phenotype observed.	18931455
AT4G22260	CS3218	"green and white variegated, light sensitive; delayed flowering (ca. 4x)."	
AT4G22260	CS3639	"green and white variegated, light-sensitive."	
AT4G22260	CS3639	lacks the immutants protein	16249174
AT4G22300	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT4G22305	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT4G22330	SAIL_750_B06	"Irregular wax crystals, reduced stature, small glosssy leaves,increased cuticle permeability. Increased accumulation of phytoceramides."	25619405
AT4G22330	acer-1	"Significant sensitivity when grown in nitrogen&#8208;deprived conditions or after fixed&#8208;carbon starvation. Upon nitrogen starvation more purple cotyledons, considerable reduction in the growth of primary root length. Under limited sucrose pronounced cell death with lower survival rate, lower level of chlorophyll. 3-week-old plants showed accelerated leaf senescence and significant changes in the expression of senescence&#8208;related genes after 3 days of dark treatment."	29341143
AT4G22755	SAIL_559_G01	No visual phenotype or altered plastidial isoprenoid levels compared to the wild-type.	27707890
AT4G22790	SALK_123674	"Homozygous lines have defective stomatal responses to CO2. Showed more rapid leaf expansion as compared with the WT plants under the 700p.p.m. CO2 conditions.When exposed to elevated CO2 levels, stomatal aperture is reduced in the WT plants, but not in mutants."	25599916
AT4G22880	CS2105579	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues"	
AT4G22880	CS2105580	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues"	
AT4G22890	pgrl1ab	"Slower growth rate, pale green leaves. Impaired in photosynthesis (cyclic electron flow)."	18243102
AT4G22950	agl19-1	"Mutants flowered normally in long day conditions, but flowered slightly later than wild type in short day."	16778081
AT4G22950	agl19-1 clf-29	"clf leaf phenotype, but partially suppressed the early flowering phenotype."	16778081
AT4G22950	agl19-1 flc-6	The double mutant responded less to vernalization than either single mutant.	16778081
AT4G22950	agl19-1 soc1-2	"Double mutant flowered later than the soc1 single mutant, and this delay was more pronounced in SD (additional 15 leaves) than in LD (additional two leaves)."	
	16778081		
AT4G22950	agl19-2	"Mutants flowered normally in long day conditions, but flowered slightly later than wild type in short day."	16778081
AT4G22970	SALK_037016	"Approximately 25% of mutant seeds were dry and shrunken. Embryo lethal, embryo development arrested at globular stage. Alteration of endosperm development occurred at the same stage - cellularization of endosperm is blocked with noticeable enlarged nuclei with enlarged nucleoli in both chalazal and peripheral regions. Seed defects similar to ttn mutants."	16582011
AT4G22970	SALK_071569	"Embryo lethal, similar to aesp-2."	16582011
AT4G22990	SAIL_422_D07	No decrease in Pi llevels inside of vacuole compared to the WT plants.	27029856
AT4G23100	CS16066	embryo defective; root meristemless	
AT4G23100	CS3804	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT4G23100	CS3804	enhanced susceptibility to the bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; reduced camalexin synthesis in response to infection.	
AT4G23100	CS68138	"Root cell division arrest after germination in the absence of GSH (glutathione), extreme sensitivity to cadmium resulting in lethality in 1 uM Cd, and reduced fertility in homozygous rml1 mutants."	
AT4G23100	CS68139	"Bleached embryo and embryo-lethal phenotype. GSH-supplemented growth allows partial rescue of homozygous mutants leading to partial greening, stunted growth, and delayed lethality."	
AT4G23100	CS69964	"Severely reduced luciferase response to cadmium compared to pSULTR1;2::LUC parental control reporter line (CS69963). Elevated cysteine levels, decreased levels of gamma-glutamylcysteine (gamma-EC) and glutathione (GSH), and shorter roots in the presence of cadmium compared to parental control."	
AT4G23100	ntra ntrb rml1	ntra ntrb rml1 plants do not show any shoot and root  meristematic activity. Meristematic  activities of most ntra ntrb rml1 plants are rescued when  transferred to Murashige and Skoog (MS) medium containing  GSH. The germination rate of the ntra ntrb  rml1 seeds is also perturbed.	
	17586656		
AT4G23110	SALK_018803C	Abnormal seed development.	
AT4G23110	tco-1D	"Pleiotropic mutant. Curled and upturned leaves, short stature, early flowering,and reduced number of siliques."	30597831
AT4G23110	tco-1D	"Pleiotropic mutant. Curled and upturned leaves, short stature, early flowering,and reduced number of siliques."	
AT4G23210	SAIL_G296G1	Phenotype not described.	
AT4G23210	SALK_085128	Phenotype not described.	
AT4G23230	CS2975	morphological phenotype similar to wt; resistant to kanamycin	
AT4G23260	CS2983	morphological phenotype similar to wt; resistant to kanamycin	
AT4G23430	CS86277	Small and dark-green rosettes; epinastic leaves (leaf margins curled down) giving the appearance of narrow leaves; early flowering (bolting occurs 20 days after planting); short internodes; short siliques; short plants; average height = 21 cm.	
AT4G23570	CS68750	No visible phenotype.	
AT4G23570	CS68753	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT4G23570	sgt1a-1	Mutant plants inoculated with Pseudomonas syringae pv. tomato are not different than inoculated wildtype	
	16619029		
AT4G23570	sgt1a-1 sgt1b-1	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	16619029
AT4G23640	SALK_043791C	small cotyledons	30037141
AT4G23640	trh1	Aberrant gravitropism and root hair development	
AT4G23650	SALK_022862	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT4G23650	SALK_107620	"ABA and Ca(2+) activation of slow-type anion channels and ABA activation of plasma membrane Ca(2+)-permeable channels were impaired in independent alleles of single and double cpk3cpk6 mutant guard cells. Furthermore, ABA- and Ca(2+)-induced stomatal closing were partially impaired in these cpk3cpk6 mutant alleles. However, rapid-type anion channel current activity was not affected, consistent with the partial stomatal closing response in double mutants via a proposed branched signaling network. Imposed Ca(2+) oscillation experiments revealed that Ca(2+)-reactive stomatal closure was reduced in CDPK double mutant plants. However, long-lasting Ca(2+)-programmed stomatal closure was not impaired."	17032064
AT4G23660	atppt1	Frequently observed defects (~30%) in the mature seed in all the silique of heterozygous plants.	15604701
AT4G23660	atppt1	"In the homozygous progeny (seeds), the development of the zygotic embryo was already delayed at the globular stage, and was completely arrested at the heart stage compared with the normal embryo."	15604701
AT4G23660	atppt1	Mutation is lethal in the homozygous state.	15604701
AT4G23700	CS859908	"Grown under K+-starved conditions, mutants have 20% less K+ in roots than wild-type."	
AT4G23713	CS6948	"Plants with altered microRNA metabolism that have pleiotropic developmental defects; serrated leaf and petal margins; uneven leaf shape and curvature; leaves cannot be flattened without cutting the margins, indicating that overall gaussian curvature is not zero; additional defects include cotyledon epinasty, slightly late flowering and crinkled fruits."	
AT4G23713	CS6949	"Plants with altered microRNA metabolism that have pleiotropic developmental defects; serrated leaf and petal margins; uneven leaf shape and curvature; leaves cannot be flattened without cutting the margins, indicating that overall gaussian curvature is not zero; additional defects include cotyledon epinasty, slightly late flowering and crinkled fruits."	
AT4G23713	CS6950	"Plants with altered microRNA metabolism that have pleiotropic developmental defects; serrated leaf and petal margins; uneven leaf shape and curvature; leaves cannot be flattened without cutting the margins, indicating that overall gaussian curvature is not zero; additional defects include cotyledon epinasty, slightly late flowering and crinkled fruits."	
AT4G23713	CS6951	"Plants with altered microRNA metabolism that have pleiotropic developmental defects; serrated leaf and petal margins; uneven leaf shape and curvature; leaves cannot be flattened without cutting the margins, indicating that overall gaussian curvature is not zero; additional defects include cotyledon epinasty, slightly late flowering and crinkled fruits."	
AT4G23713	CS9553	"serrated leaf and petal margins; uneven leaf shape and curvature; leaves cannot be flattened without cutting the margins, indicating that overall gaussian curvature is not zero; additional defects include cotyledon epinasty, slightly late flowering and crinkled fruits."	
AT4G23810	SALK_034157	Minor deficiency in resistance to Psm ES4326 infection.	17096590
AT4G23850	CS65779	No visible phenotype.	
AT4G23850	CS65780	No visible phenotype.	
AT4G23915	tRNA-ala mutant	Homozygotes are embryonic lethal.  Auxin resistant.  Rosette leaves are more rounded with shortened petioles.  Retains sensitivity to ethylene.	16244142
AT4G23940	CS262	density (per unit area) of chloroplasts in mesophyll cells is 50 percent greater than for wild type and chloroplast size is reduced; cotyledons and early leaves are pale but become greener with development and by flowering are only slightly more pale than wild type.	
AT4G23940	CS481	pale twisted leaves; mean chloroplast number per cell = 9 (cf. wild type 120); mean chloroplast size = 530µm2 (cf. wild type 50µm2)	
AT4G23940	CS482	"Defective in chloroplast accumulation and division. Reduced number of chloroplasts and affected division plane in chloroplast biogenesis. Highly enlongated and multiple arrayed chloroplasts in developing green tissues.  Mutant proteins do not form homodimers, as wt proteins do, and localize aberrantly inside chloroplasts."	10417716
AT4G23940	CS482	pale leaves; mean chloroplast number per cell = 79 (cf. wild type 120); mean chloroplast size = 50um2 (cf. wild type 50um2).	
AT4G23940	ftshi1-1	"Pale-seedling phenotype, small rosette, lower non-photochemical quenching, lower numbers of seeds per silique, delay in seed germination"	30721974
AT4G23980	CS24609	no obvious auxin-related growth phenotype	15659631
AT4G23980	CS24610	no obvious auxin-related growth phenotype	15659631
AT4G24040	tre1	"Stunted growth, narrow and small-sized rosettes and caulines"	
AT4G24080	all1-d	"Delayed growth rate; reduced apical dominance; small, curled leaves; late flowering;delayed senescence."	15995350
AT4G24120	CS69960	"Shoots fail to send appropriate long-distance signal of shoot iron status to the roots, resulting in iron deficiency over time. Iron deficiency leads to interveinal chlorosis, altered metal concentrations in the leaves, roots, and seeds, as well as low fertility due to arrested pollen and embryo development. These phenotypes can be partially rescued by iron supplementation. "	
AT4G24120	SALK_034534	"Overall morphology of the mutant plants was not altered. Increased accumulation of nicotianamine was detected in shoots, while seeds of both ysl1 knockouts contained less iron and nicotianamine than wild-type seeds, even when produced by plants grown in the presence of an excess of iron. Mutant seeds germinated slowly, but this defect was rescued by an iron supply"	16297069
AT4G24120	ysl1-1	"Overall morphology of the mutant plants was not altered. Increased accumulation of nicotianamine was detected in shoots, while seeds of both ysl1 knockouts contained less iron and nicotianamine than wild-type seeds, even when produced by plants grown in the presence of an excess of iron. Mutant seeds germinated slowly, but this defect was rescued by an iron supply"	16297069
AT4G24190	shd	Multiple meristematic defects	
AT4G24210	rga-24 sly1-10	Partial rescue of the sly1-10 dwarf phenotype but no significant suppression of the germination or fertility defects.	12724538
AT4G24210	sly1	"Increased seed dormancy, dwarfism, delayed flowering, reduced fertility"	
AT4G24210	sly1-10	"Increased seed dormancy, dark green dwarf phenotype, delayed flowering and reduced fertility."	12724538
AT4G24210	sly1-2	Increased levels of RGA protein.	17194763
AT4G24210	sly1-2	"Increased seed dormancy, dark green dwarf phenotype, delayed flowering and reduced fertility."	12724538
AT4G24210	sly1-DS	Increased seed dormancy.	
AT4G24210	sly1-d	Resistant to the GA biosynthesis inhibitor Paclobutrazol.	15155881
AT4G24210	sly1-d rga-&#916;17	Partial suppression of the dwarf phenotype.	15155881
AT4G24210	sly1-t2	Increased seed dormancy.	17384169
AT4G24220	vep1	Reduced complexity of veins in cotyledons and leaves	
AT4G24250	CS66553	No visible phenotype.	
AT4G24250	CS66554	No visible phenotype.	
AT4G24270	CS84665	developmental arrest of mutant embryos occurs at early globular stage; white to pale yellow-green seeds; white embryo; 24.5% mutant; 51.2% aborted seeds in top half of silique.	
AT4G24280	CS860808	Varigated cotyledons; irregular leaf margins and small lesions at early vegetative stages; reduced root growth; growth retardation; small plants.	
AT4G24280	Dcphsc70-1	Decreased chlorophyll b content.	30927692
AT4G24390	CS69641	Weakly resistant to the synthetic auxin picloram.	
AT4G24390	CS69642	Weakly resistant to the synthetic auxin picloram.	
AT4G24390	CS69644	Resistant to the synthetic auxin picloram.	
AT4G24390	CS69645	Resistant to the synthetic auxin picloram.	
AT4G24390	CS69646	Resistant to IAA.	
AT4G24390	CS69648	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT4G24400	cipk8-1	"Increased primary root length in the cipk8 mutants. Expression of AttDT, BOR1, CHL1 and NRT2.1, NIA1, NIA2 and NiR was reduced in the mutant."	18798873
AT4G24460	CS68131	No visible phenotype.	
AT4G24460	CS68133	No visible phenotype.	
AT4G24460	CS68134	No visible phenotype.	
AT4G24460	CS68136	No visible phenotype.	
AT4G24470	CS68131	No visible phenotype.	
AT4G24470	CS68133	No visible phenotype.	
AT4G24470	CS68134	No visible phenotype.	
AT4G24470	CS68136	No visible phenotype.	
AT4G24500	CS67899	dwarf; delayed flowering; serrated leaves; abnormal inflorescence phyllotaxy; hypersensitive to chilling and salt stress	
AT4G24500	rcn1-1/ron3-2	"Length of ron3-2 rcn1 primary root significantly shorter than parentals. Lateral root density of ron3-2 rcn1 is partially restored compared with ron3-2. Apical dominance  partially restored in the ron3-2 rcn1 double mutant. The ron3 mutation inhibited growth of primary and lateral roots and apical dominance, implying that ron3 is epistatic to rcn1 for these parameters. The internalization of PIN1 and PIN2 is significantly reduced in the double mutant compared to either parental line."	26888284
AT4G24500	ron3-1	"Smaller rosette leaves, reduced primary root length,  reduced number of lateral root initiation sites, reduced emerged lateral roots per primary root, reduced lateral root density, reduced apical dominance."	26888284
AT4G24500	sic-1	Altered circadian clock rhythm; Altered mRNA splicing	27624757
AT4G24500	sic-3	Altered circadian clock rhythm; Altered mRNA splicing	27624757
AT4G24510	CS32	"very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer, same as vc2 of G. Redei."	
AT4G24510	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT4G24510	CS6520	"late flowering phenotype (delay in the transition to flowering is relatively stronger under long day than under short day light conditions), dark-green rosettes with increased number of leaves; very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer; dwarf (12-17 cm height), responsive to gibberellin, gibberellin not required for germination; abscisic acid resistant, reduced sensitivity to ABA inhibition of germination."	
AT4G24540	agl24-1	Late flowering in both long- and short-day growth conditions but retain a normal response to photoperiod compared to wild type.	12609028
AT4G24540	agl24-2	Late flowering in both long- and short-day growth conditions but retain a normal response to photoperiod compared to wild type.	12609028
AT4G24540	agl24-2 soc1-2	Slight increase in delay of flowering compared to agl24 single mutant.	12609028
AT4G24540	agl24-2 svp-41	"Frequently (70% of double mutant flowers) sepals were fused and they showed carpelloid features, including stigmatic papillae and multiple ovules developed along the margin of each organ."	16679456
AT4G24540	agl24-2 svp-41	The double mutant has the same flowering time as the svp single mutant.	16679456
AT4G24540	agl24-2 svp-41	"Under standard growing conditions (22°C), only the first three flowers of the double mutant were affected. These flowers had a reduced number of organs. In particular, this reduction concerned the second and third floral whorls that produced three petals and five stamens, whereas wild-type Arabidopsis thaliana flowers have four petals and six stamens. Furthermore, some flowers showed homeotic conversion of sepals into petaloid organs."	
	16679456		
AT4G24540	agl24-2 svp-41	"When double mutant plants were grown at a higher temperature (>30°C), almost all flowers (90%) were severely affected in contrast with wild-type and single mutant plants that showed no floral phenotype. The double mutant flowers exhibited variable floral defects, and all produced a reduced number of organs."	16679456
AT4G24540	ap1-10 agl24-2 svp-41	"The triple mutant displayed proliferating inflorescence meristems in positions that would normally be occupied by flowers. This phenotype is very similar to the ap1-1 cal-1 double mutant phenotype. However, the mutant formed a few flower meristems that produced  stamens and carpels. The triple mutant also showed increased levels of the FUL mRNA in the inflorescences  when compared with wild-type (five-fold) and the ap1-1 cal double mutant (two-fold)."	18694458
AT4G24540	ap1-12 agl24-2 svp-41	"Unlike the agl24-2 svp-41 double mutant, where severe phenotypes similar to the lug mutant were only observed when plants were grown at 30°C, in the ap1-12 agl24-2 svp-41 triple mutant, severe lug-type phenotypes were observed under normal growing conditions (22°C)."	
	16679456		
AT4G24540	flc-3 agl24-2	Late flowering in both long- and short-day growth conditions but retain a normal response to photoperiod compared to wild type.	12609028
AT4G24560	CS860103	No visible phenotype.	
AT4G24560	CS860120	"The phenotype of ubp15-2 ubp16-1 is similar to that of the ubp15-2 mutant (CS860102), but more severe, with more extreme narrow rosette leaves, smaller flowers, aborted siliques, dwarf plants."	
AT4G24560	CS860121	The phenotype of the double mutant ubp15-1 ubp17-1 is similar to that of the ubp15-1 mutant (CS860101). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT4G24560	CS860122	The phenotype of ubp15-2 ubp17-2 is similar to that of the  ubp15-2 mutant (CS860102). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT4G24560	CS860124	"Phenotype similar to that of the double mutant ubp15-1 ubp16-1; similar but more severe than the phenotype of the ubp15-1 mutant (CS860101), with more extreme narrow rosette leaves, smaller flowers, aborted siliques, dwarf plants."	
AT4G24580	SALK_111625C	"The ren1-3 pollen grains sometimes develop moderately bublous tubes, but they are fertile (unlike the sterile pollen grains caused by the more severe alleles ren1-1 and ren1-2)."	19108776
AT4G24580	ren1-1	"The sterile ren1-1 pollen grains from this heterozygous plant germinate precociously at a higher rate than wild type pollen tubes, and they often form bulbous tubes that are incapable of adhering to or entering the stigma. The domain of ROP1 expression in the pollen tubes is expanded in these mutants. GFP:RIC4, which binds to the PM-localized active form of ROP1, is also visible across an abnormally broad area in the pollen tube tips of ren1-1 mutants."	19108776
AT4G24580	ren1-2	"The sterile ren1-2 mutant pollen grains from this heterozygous plant germinate precociously at a higher rate than wild type pollen tubes, and they often form non-functional bulbous tubes."	19108776
AT4G24620	pgi1-1	PGI plastidial activity is reduced to 2% of that of wild-type whereas cytosolic PGI activity is unaffected.	10806248
AT4G24620	pgi1-1	Reduced starch in leaves	10806248
AT4G24650	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT4G24650	atipt1 atipt 4 atipt 6 atipt 8	No visible phenotype.	17062755
AT4G24650	atipt4 atipt 6 atipt 8	No visible phenotype.	17062755
AT4G24650	atipt4-1	No visible phenotype.	17062755
AT4G24650	atipt4-2	No visible phenotype.	17062755
AT4G24670	CS16404	No visible phenotype.	
AT4G24670	CS16405	No visible phenotype.	
AT4G24670	CS16406	No visible phenotype.	
AT4G24670	CS16410	No visible phenotype.	
AT4G24670	CS16411	No visible phenotype.	
AT4G24670	CS16413	"Segregates ~1/4 of wei8-1 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~1/2 of wei8-1 tar2-1/+ that develop normal hooks but have ethylene insensitive roots; ~1/4 of wei8-1 that display weak ethylene insensitivity in roots; adult plants in double mutants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16414	"Segregates ~1/4 of wei8-1 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~3/4 of wild-type-like seedlings; adult double mutant plants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and  sterility."	
AT4G24670	CS16415	"Segregates ~3/4 seedlings (1/4 wei8-1 tar2-2 and 3/4 wei8-1 tar2-2/+) that show moderate ethylene insensitivity in roots and ~1/4 seedlings (wei8-1) that display weak ethylene insensitivity in roots of 3-day-old dark-grown seedlings; adult double mutant plants show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16416	"Segregates ~1/4 of wei8-1 tar2-2 double mutant plants that show moderate ethylene insensitivity in roots of 3-day-old etiolated seedlings and ~3/4 of wild-type-like seedlings; adult double mutant plants show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16417	"Segregates ~1/4 of wei8-2 tar2-1 double mutant plants that show agravitropic ethylene-insensitive roots and reduced apical hook angles after 3 days in the dark; ~1/2 of wei8-2 tar2-1/+ that develop normal hooks but have ethylene insensitive roots; ~1/4 of wei8-2 that display weak ethylene insensitivity in roots; adult double mutant plants show dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16418	Segregates ~3/4 seedlings (1/4 wei8-2 tar2-2 and 3/4 wei8-2 tar2-2/+) that show moderate ethylene insensitivity in roots and ~1/4 seedlings (wei8-2) that display weak ethylene insensitivity in roots of 3-day-old dark-grown seedlings.	
AT4G24670	CS16419	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-1 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-1/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); triple mutant plants do not survive on soil."	
AT4G24670	CS16420	"Segragegates ~1/4 of monopteros-like seedlings (wei8-1 tar1-1 tar2-2 triple mutant plants), ~1/2 of seedlings with moderately ethylene-insensitive roots after 3 days in the dark (wei8-1 tar1-1 tar2-2/+), and ~1/4 of weakly ethylene insensitive seedlings (wei8-1 tar1-1 double mutant plants); some of the triple mutant plants survive on soil and adults show reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16422	"Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by sur2, but adults defects of wei8 tar2 (reduced apical dominance, venation defects, abnormal flowers and sterility) are not."	
AT4G24670	CS16423	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT4G24670	CS16424	Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by rty1; adult triple mutant plants are lethal.	
AT4G24670	CS16426	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT4G24670	CS16427	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT4G24670	CS16430	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls, long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	CS16431	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls,  long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT4G24670	SALK_021258C	This mutant does not have any obvious morphological defects and it responds normally to ACC and IAA in hypocotyl and root elongation assays.	18394997
AT4G24670	tar2-2	This mutant does not have any obvious morphological defects and it responds normally to ACC and IAA.	18394997
AT4G24670	tar2-3	This mutant does not have any obvious morphological defects and it responds normally to ACC and IAA.	18394997
AT4G24670	wei8-1 tar1-1 tar2-1	"These triple mutants do not make a primary root, they have an extremely reduced hypocotyl, and they lack discernible vasculature in their cotyledons. These mutants have a higher propensity to develop a single cotyledon than wild-type embryos."	18394997
AT4G24670	wei8-1 tar2-1	"The roots of this mutant show almost no sensitivity to the ethylene precursor ACC, but sensitivity is largely restored by the addition of low levels of IAA (but not tryptophan). ACC-triggered dark-grown apical hook formation is also compromised in this mutant, and it is not restored by the addition of IAA. Root gravitropism is more disrupted in this double mutant than in either single mutant. The mutant plants are shorter than wild type, have reduced venation in their leaves, exhibit reduced apical dominance, and produce abnormal flowers. DR5:GUS expression is also diminished in these double mutants, consistent with a ~50% reduction in IAA levels in these mutants. Root meristematic cells differentiate in this mutant, leading to a loss of the stem cell niche and the cessation of root growth."	18394997
AT4G24670	wei8-1 tar2-2	"ACC-triggered dark-grown apical hook formation is compromised in this mutant. Root meristematic cells differentiate in this mutant, leading to a loss of the stem cell niche and the cessation of root growth. This mutant also lacks valves in the gynoecia."	18394997
AT4G24690	CS69864	Sensitivity to heat stress (45�C).	
AT4G24710	Atpch2-3	Reduced fertility. Numerous gaps between seeds in siliques. Mean seed-set reduced.	26182244
AT4G24710	SAIL_1187_C06	Reduced fertility. Numerous gaps between seeds in siliques. Mean seed-set reduced.	26182244
AT4G24710	SALK_031449C	Reduced fertility. Numerous gaps between seeds in siliques. Mean seed-set reduced.	26182244
AT4G24730	atnrt3.2-1	"When grown on plates containing 250 &#956;M NO3- as the sole source of available N for 10 days, mutant plants grew poorly, shoot growth being particularly affected. Roots and shoots accumulated significantly less NO3- than wild type. Nitrate influx into roots of mutant plants was reduced."	16415212
AT4G24770	SALK_109613	defective in RNA editing; defective in postillumination reduction of the plastoquinone pool;	19297624
AT4G24972	tpd1-1	"Male sterile mutant; anthers lack tapetal cells and have an increased number of microsporocytes. No tetrads were formed, and mature anthers in mutant flowers contained no pollen. The middle layer was thicker than in the wild type and remained abnormal; at the final stage of anther development became highly vacuolated."	14615601
AT4G24972	tpd1-2	similar to tpd1-1	14615601
AT4G25000	CS25129	Phenotype not described.	17324226
AT4G25000	amy1	Alpha-amylase deficient	
AT4G25000	amy1-2	Phenotype not described.	17324226
AT4G25010	atsweet13 atsweet14	"Delayed anther dehiscence, larger and heavier seeds, larger seedlings with longer"	
roots and heavier shoot dry weights.	27782132		
AT4G25030	nhr2a/nhr2b	Increased susceptibility to P. syringae pv. tomato DC3000. Reduced callose deposition.	29877165
AT4G25050	CS23876	"Slow growing with small rosettes and are chlorotic in appearance. Reduced Fv/Fm, indicating impairment of photosystem II."	
AT4G25050	CS23877	"Slow growing with small rosettes and are chlorotic in appearance. Reduced Fv/Fm, indicating impairment of photosystem II."	
AT4G25050	acp4-1	"Mutants have light green leaves, altered Fv/Fm (photosynthetic electron transport) and decreased leaf 16:3 fatty acids."	19906890
AT4G25050	acp4-2	"Mutants have light green leaves, altered Fv/Fm (photosynthetic electron transport) and decreased leaf 16:3 fatty acids."	19906890
AT4G25080	chlm	"During silique maturation of heterozygous plants, some white seeds were visible, suggesting the absence of chlorophyll in the cotyledons of the homozygous seeds. However, after desiccation, the seed color heterogeneity was no longer visible."	17135235
AT4G25080	chlm	The homozygous progeny has an albino phenotype and does not produce seeds.	17135235
AT4G25080	chlm	"When germinated on MS-agar containing 0.5% sucrose and under medium light (70 &mu;mol of photons m-2 s-1), the homozygous seedlings turned white and stopped growth after cotyledon development. However, when the plants were transferred after 5 days in medium light to dim light (5 &mu;mol of photons m-2 s-1), they could develop, although very slowly and with a stunted appearance; they then formed small yellow leaves."	
	17135235		
AT4G25110	CS68733	No visible phenotype.	
AT4G25110	CS68735	Strong salicylic acid-induced cell death.	
AT4G25110	CS68736	No visible phenotype.	
AT4G25110	CS68737	No visible phenotype.	
AT4G25140	CS69011	Larger oil bodies than wildtype. Seeds have reduced freezing tolerance.	
AT4G25140	CS69015	Germination rate is 10% of wildtype at 11 days after planting. Enhanced ole1 large oil body phenotype. Irregularly-shaped nuclei at the periphery of the seed cells. Seeds have drastically reduced freezing tolerance.	
AT4G25140	CS69016	Germination rate is 50% of wildtype at 11 days after planting. Enhanced ole1 large oil body phenotype. Seeds have drastically reduced freezing tolerance.	
AT4G25140	SM_3_29875	"During walking stick stage, aberrant embryo cells contained unusually large oilbodies not observed in WT seeds. Large oilbodies in some cases had 5 micrometers in diameter. Changes in the size of oilbodies caused disruption of storage organelles, altering accumulation of lipids and proteins and causing delay in germination."	16877495
AT4G25140	SM_3_29875	"ole1 seeds have much larger oil bodies than wild-type. OLE1 deficiency leads to loss of freezing tolerance of Arabidopsis seeds. Treating ole1 seeds with freezing (at -30°C for 1 day) inhibits and delays their germination, although ole1 seeds without freezing treatment germinate normally. Seed oil bodies of ole1 ole2 and ole1 ole3 double mutants are much larger than ole1 mutant. ole1 ole2 and ole1 ole3 seeds hardly germinate. ole1 ole2 and ole1 ole3 double mutants seeds do not germinate when treated with freezing condition (at -30°C for 1 day)."	18485063
AT4G25140	ole1 ole2	Oil bodies of ole1 ole2 double mutant are much larger than ole1 and ole2 single mutants. ole1 ole2 seeds hardly germinate. None of them that are treated with freezing (at -30°C for 1 day) germinate.	18485063
AT4G25140	ole1 ole3	Oil bodies of ole1 ole3 double mutant are much larger than ole1 and ole3 single mutants. ole1 ole3 seeds hardly germinate. None of them that are treated with freezing (at -30°C for 1 day) germinate.	18485063
AT4G25230	rin2-1	Loss of functional RING-finger domain and morphologically similar to wild type.Inoculation with PtoDC3000(avrRPM1) bacteria resulted in ion leakage.	
AT4G25240	"sks1,sks3,sku5"	Abnormal root development. Root cell wall defects/irregularly shaped cell walls.	30578078
AT4G25350	CS860810	Reduced seed size; short hypocotyl under blue light; late flowering under both long and short days.	
AT4G25350	SALK_128406	shb1 mutant shows a mild phenotype of small seed and has no obvious phenotype of adult plant. shb1 also has a short hypocotyl under blue light and a late flowering phenotype under both long and short days.	19141706
AT4G25350	shb1-D	"long-hypocotyl under red, far-red, and blue light conditions. Mutantion affects pigment accumulation and CHLOROPHYLL a/b BINDING PROTEIN3 or CHALCONE SYNTHASE expression.  Promotes phyA degradation under far-red light."	16500988
AT4G25420	CS16549	Dwarf phenotype of ga5-1 plants was rescued by the introduction of a wild-type copy of the gene in the 35S::GA5/ga5-1 transgenic plants.	
AT4G25420	CS62	"dwarf, responsive to gibberellin; gibberellin not required for germination."	
AT4G25420	CS6520	"late flowering phenotype (delay in the transition to flowering is relatively stronger under long day than under short day light conditions), dark-green rosettes with increased number of leaves; very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer; dwarf (12-17 cm height), responsive to gibberellin, gibberellin not required for germination; abscisic acid resistant, reduced sensitivity to ABA inhibition of germination."	
AT4G25420	ga5-3	semidwarf	18069939
AT4G25470	cbf2	Plants have higher capacity to tolerate freezing than WT plants before and after cold acclimation and are more tolerant to dehydration and salt stress.	15004278
AT4G25480	SAIL_244_D02 (homo)	"Under FRc conditions, the length mutant hypocotyls is similar to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is similar to that of wild type."	16891401
AT4G25515	CS65895	No visible phenotype.	
AT4G25520	CS65896	No visible phenotype.	
AT4G25530	CS106	Complete absence of cytosine methylation in two direct repeated sequences located in FWA 5' promoter and coding regions.  This is opposite to the strong methylation observed in wild-type FWA.  Hypomethylation activates expression of the gene and leads to late flowering.	11090618
AT4G25530	CS106	"like fd, but more extreme."	
AT4G25530	CS188	Complete absence of cytosine methylation in two direct repeated sequences located in FWA 5' promoter and coding regions.  This is opposite to the strong methylation observed in wild-type FWA.  Hypomethylation activates expression of the gene and leads to late flowering.	11090618
AT4G25530	CS188	late flowering; vernalization affects flowering time under both long days and short days; increased number of cauline leaves; dominant mutation; flowering occurs about 10 days later than wild type.	
AT4G25530	CS6520	"late flowering phenotype (delay in the transition to flowering is relatively stronger under long day than under short day light conditions), dark-green rosettes with increased number of leaves; very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer; dwarf (12-17 cm height), responsive to gibberellin, gibberellin not required for germination; abscisic acid resistant, reduced sensitivity to ABA inhibition of germination."	
AT4G25530	fwa-d	late flowering	17144899
AT4G25550	SALK_032994	Arrested embryo dev. growth delay	30576513
AT4G25550	SALK_117288	Arrested embryo dev. growth delay	30576513
AT4G25560	laf1	Elongated hypocotyl in far-red light	
AT4G25640	SALK_104224	"abnormal germination rates and seed morphology, faster growth rate and development, reduced fertility due to defects in anther dehiscence and fewer pollen, altered flavonoid metabolism compared to wild type"	19995827
AT4G25700	b1	Chlorophyll a/b ratio does not differ significantly from that of wildtype.	12782726
AT4G25700	b1	"In leaves, 30% and 45% decrease in violaxanthine and neoxanthine, respectively, and 18% increase in lutein compared to wildtype. &#946;-Carotene content is unchanged and monohydroxy xanthophyll &#946;-cryptoxanthin was not detected."	12782726
AT4G25700	b1	"In seeds, lutein content is unchanged; zeaxanthin, violaxanthin and neoxanthin are decreased; antheraxanthin is increased (all relative to wildtype). Increase total level of &beta;-carotene-derived xanthophylls."	12782726
AT4G25700	b1	Level of total carotenoid  not significantly different from wild-type.	12782726
AT4G25700	b1	No visible phenotype.	12782726
AT4G25700	b1 b2	"In leaves, &#946;-ring-hydroxylated xanthophylls (lutein, violaxanthin, neoxanthin) are still synthesized albeit at lower levels than wildtype (Ws) or either single mutant. Neoxanthin and violaxanthin were reduced by 90% and 65%, respectively. 30% increase in lutein.  &#946;-Carotene content is unchanged and &#946;-cryptoxanthin was not detected. &#946;-Carotene-derived xanthophylls are produced at 20% of wildtype capacity."	12782726
AT4G25700	b1 b2	"In seeds, carotenoids levels were reduced to 40% of those of wildtype. &#946;-Carotene-derived xanthophylls present at 10% of wildtype levels (same as in leaves). Zeaxanthin, antheraxanthin, violaxanthin and neoxanthin were reduced to 40, 50, 90 and 80% of wildtype levels."	12782726
AT4G25700	b1 b2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT4G25700	b1 b2	No visible phenotype.	12782726
AT4G25700	b1 b2	Non-photochemical quenching (NPQ) reduced to a much greater extent in both induction and amplitude compared to either single mutants.	12782726
AT4G25700	chy1 chy2	"Reduced conversion of &#946;-carotene into &#946;,&#946;-xanthophylls."	16890225
AT4G25700	chy1 chy2 lut5	Contains high levels of lutein.	16890225
AT4G25700	chy1 chy2 lut5	No trace of &beta;-carotene-derived xanthophylls.	16890225
AT4G25700	lut1 b1	"In leaves, 25% increase in zeinoxanthin levels; 25% and 35% reduction in violaxanthin and lutein, respectively; %beta;-Carotene increased by 35%; all in relation to single mutant lut1-2."	12782726
AT4G25700	lut1 b1	"In seeds, similar amounts of carotenoids relative to lut1 b2. Intermediate compared to Col and Ws parents. Higher levels of lutein compared to lut1 b2."	12782726
AT4G25700	lut1 b1	Level of total carotenoid  not significantly different from wild-type.	12782726
AT4G25700	lut1 b1	No visible phenotype.	12782726
AT4G25700	lut1-2 b1 b2	20% less total carotenoids on a fresh weight basis compared to wildtype.	12782726
AT4G25700	lut1-2 b1 b2	Chlorophyll a/b ratio is significantly higher than that of other genotypes.	12782726
AT4G25700	lut1-2 b1 b2	"In leaves: dramatic alteration in carotenoid composition: more than twice the levels of &#946;-carotene compared to wildtype. Reduction of 95% and 60% for neoxanthin and violaxanthin compared to wildtype. Zeaxanthin and antheraxanthin totally absent.  &#946;-Carotene-derived xanthophylls (violaxanthin + zeaxanthin + antheraxanthin + neoxanthin) only account for 5% of total carotenoids compared to 25 to 30% in wildtype. Lutein content is unchanged in the triple mutant compared to lut1 b1 and lut1 b2 double mutants, but zeinoxanthin has more than doubled compared to any of the lut1 genotypes."	12782726
AT4G25700	lut1-2 b1 b2	"In seeds, total carotenoid levels 35% lower than that of lut1 b1 and lut1 b2 but lutein still accounts for 80% of total carotenoids. Most &#946;-carotene-derived xanthophylls are significantly reduced compared to aforementioned double-mutants. 4- to 20-fold increase in &#946;-carotene relative to other genotypes."	12782726
AT4G25700	lut1-2 b1 b2	Smaller and paler than either parental wild-type ecotypes (Col and Ws).	12782726
AT4G25700	lut1-2 b1 b2	Very rapid initial induction of non-photochemical quenching (NPQ) but NPQ level was greatly reduced compared to wildtype levels and all other genotypes.	12782726
AT4G25700	lut1-3 b1 b2	Completely lacks lutein.	14709673
AT4G25700	lut1-3 b1 b2	Significant reduction of hydroxylated &beta;-rings xanthophylls.	14709673
AT4G25820	CS16532	No visible phenotype.	
AT4G25820	CS16533	No visible phenotype.	
AT4G25910	nfu3-1	"yellow pigmentation in leaves, reductions in plant size, leaf size, and growth rate, delay in flowering and seeding, and decreases in seed production."	27784767
AT4G25910	nfu3-2	"yellow pigmentation in leaves, reductions in plant size, leaf size, and growth rate, delay in flowering and seeding, and decreases in seed production."	27784767
AT4G25930	SALK_204891C	No obvious morphological phenotype.	30938771
AT4G26070	CS66014	No visible phenotype; average height = 38 cm.	
AT4G26070	mkk1	Enhanced susceptibility to Pseudomonas syringae pv. tomato.	17059410
AT4G26070	mkk1/mkk2	Phenotype resembles MPK4 mutant.Leaves are dark green and curled.Constitutively overproduces SA and   exhibits enhanced resistance to biotrophic pathogens. Insensitive to jasmonic acid.Enhanced basal   expression of PR1 other SA dependent genes.	
	18599650		
AT4G26080	CS22	"Mutant plants had increased ABA content in response to both, low water potential and exogenous ABA. Also, accumulation of proline was reduced 4-5 fold in mutant plants compared to WT, in response to low water potential, and exogenously applied  ABA."	16339784
AT4G26080	CS22	Mutant showed a similar sensitivity to 25 mM trehalose as wild type (inhibition of root growth).	17031512
AT4G26080	CS22	"abscisic acid resistant; reduced sensitivity to ABA inhibition of germination; germinates in the presence of 10 microM ABA; increased level of endogenous ABA during seed development; has compromised water relations; increased leaf transpiration rate which leads to symptoms of wilting and withering especially under low relative humidity and water stress; reduced seed dormancy, fresh seeds germinate at high frequency; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination; reduced ABA-induced cytoplasmic calcium elevations in guard cells."	
AT4G26080	CS6520	"late flowering phenotype (delay in the transition to flowering is relatively stronger under long day than under short day light conditions), dark-green rosettes with increased number of leaves; very bright green stems and siliques, complete absence of lobed plates and tube-shaped structures on the epicuticular wax layer; dwarf (12-17 cm height), responsive to gibberellin, gibberellin not required for germination; abscisic acid resistant, reduced sensitivity to ABA inhibition of germination."	
AT4G26080	abi1-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT4G26080	abi1td	"mutant showed ABA-hypersensitive regulation of seed germination and root growth; increased sensitivity to salt and osmotic stress during germination; increased sensitivity to glucose during germination; reduced leaf transpiration rate; increased ABA-induced stomatal closure; stomatal responses to 0.5 mM H2O2 and Ca2+ as WT; WT sensitivity to GA, NAA and ACC; mutant plants had decreased ABA content in response to drought and ozone; increased ACC production in response to ozone."	19705149
AT4G26080	ear1-1/abi1-2/abi2-2/hab1-1	"Germination inhibited, root growth arrested by ABA, tolerant to drought stress, ABA treatment resulted in lower PP2C and higher OST1 activity."	29618630
AT4G26090	CS6196	susceptible to Pseudomonas syringae pv. tomato (Pst) strains expressing the avirulence gene avr Rpt2; only evident phenotypes are the appearance of disease symptoms and the lack of a visible hypersensitive response when the plants are inoculated with Pst (avr Rpt2).	
AT4G26090	CS68740	"Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying virulence effector gene avrRpm1, avrB, or avrRpt2."	
AT4G26090	CS68760	Susceptible to pathogen Pto DC3000 carrying virulence effector gene avrRpm1or avrRpt2.	
AT4G26090	CS68772	Susceptible to pathogen Pto DC3000 carrying virulence effector gene avrRpm1or avrRpt2.	
AT4G26090	CS68783	No visible phenotype.	
AT4G26090	CS68792	No visible phenotype.	
AT4G26090	CS68793	No visible phenotype.	
AT4G26090	CS72197	"Full loss-of-function for RPM1 against P. syringae type III effector protein AvrB, and partial loss-of-function for RPM1 against P. syringae type II effector protein AvrRpm1."	
AT4G26090	CS72198	"Small, chlorotic plants under long day growth conditions. Gain-of-function for RPM1, up-regulated PR1."	
AT4G26090	CS72200	Suppressed callose accumulation upon flg22 treatment.	
AT4G26090	CS72201	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT4G26090	CS72202	Enhanced callose accumulation upon flg22 treatment. Weak enhanced disease resistance (EDR) phenotype against P. syringae virulence strain DC3000.	
AT4G26090	CS72204	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT4G26090	CS72205	Suppression of callose accumulation upon flg22 treatment. Weak enhanced disease susceptibility (EDS) phenotype against P. syringae virulence strain DC3000.	
AT4G26110	Atnap1;1-1/Atnap1;2-1/Atnap1;3-1	Increased sensitivity to UV-C radiation.	19228338
AT4G26150	CS71765	"Light-green leaves; reduction in overall chlorophyll levels and in hypocotyl chloroplast size. Reduced shoot growth, early flowering, and fewer rosette leaves."	
AT4G26150	CS71766	"Pale leaves, small rosette with fewer leaves, early flowering. Reduced chlorophyll levels, decreases in chloroplast size and NPQ (nonphotochemical energy quenching)."	
AT4G26200	CS16570	"slightly decreased ethylene production, early flowering, slightly decreased FLOWERING REPRESSOR C (FLC) expression, increased FLOWERING LOCUS T (FT) expression"	
AT4G26200	CS16647	phenotype not determined	
AT4G26200	CS16648	phenotype not determined	
AT4G26200	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G26200	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G26200	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G26200	CS16698	"late flowering, increased expression of FLC, decreased expression of FT, increased number of rosette leaves, decreased ethylene production"	
AT4G26300	CS16009	embryo defective; developmental arrest of mutant embryos	
AT4G26410	CS69137	Longer roots in young seedlings; larger inflorescence.	
AT4G26410	CS69138	Longer roots in young seedlings; larger inflorescence.	
AT4G26410	CS69143	"Longer roots in young seedlings; larger inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	CS69144	"Longer roots in young seedlings; larger inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	CS69145	"Longer roots in young seedlings; larger inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	CS69146	"Longer roots in young seedlings; larger inflorescence (assumed because rhip1-1 background). YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	CS69147	"Longer roots in young seedlings; larger inflorescence (assumed because rhip1-1 background). YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	CS69148	"Longer roots in young seedlings; larger inflorescence (assumed because rhip1-1 background). YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G26410	SALK_061002	Homozygous mutants showed less sensitivity to 6% glucose than Col-0 seedlings.	26528314
AT4G26420	GAMT1-OE	"Small, dark-green rosette that grow slowly and develop into dwarfed, bushy pants. Some never bloom, and the one that do start blooming after three months (compared to six weeks for wild type). Flowers are small and mostly fertile."	17220201
AT4G26420	gamt1-1	No visible phenotype.	17220201
AT4G26420	gamt1-2	Higher levels of bioactive GA4 and GA1 in the siliques of mutant compared to wild type.	17220201
AT4G26420	gamt1-2	No visible phenotype.	17220201
AT4G26420	gamt1-2	"Whereas the germination of wild type seeds was completely inhibited by 30 &#956;M ancymidol (inhibitor of GA biosynthesis), some of the mutant seeds still germinated."	17220201
AT4G26420	gamt1-2 gamt2-2	Higher levels of bioactive GA4 and GA1 in the siliques of mutant compared to wild type.	17220201
AT4G26420	gamt1-2 gamt2-2	No visible phenotype.	17220201
AT4G26420	gamt1-2 gamt2-2	"Whereas the germination of wild type seeds was completely inhibited by 30 &#956;M ancymidol (inhibitor of GA biosynthesis), 60% of the mutant seeds still germinated."	17220201
AT4G26430	csn6a-1 csn6b-1	"In the dark and under all light conditions tested, loss of function for both  CSN6 proteins (double homozygous progeny) results in lethality at the seedling stage and in a photomorphogenic phenotype indistinguishable from the fusca-type  phenotype of the null cop/det/fus mutants described for the other CSN subunits."	17307927
AT4G26430	csn6a-1 csn6b-1	"In the double homozygous progeny, significant reduction of CSN1, CSN3, CSN4, CSN7, and CSN8. The only subunits not affected are CSN2 and CSN5."	
	17307927		
AT4G26430	csn6a-1 csn6b-1	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT4G26430	csn6a-1 csn6b-1	Mutation is lethal in the homozygous state.	17307927
AT4G26430	csn6b-1	"Mutants display a mild partial photomorphogenic phenotype in the dark and in blue light, characterized by shorter hypocotyls with respect to wildtype plants grown under the same conditions."	17307927
AT4G26430	csn6b-1	No detectable changes in the cellular pools of COP9 signalosome complex subunits.	17307927
AT4G26430	csn6b-1	The mutant do not display any obvious morphological defects in white light and after the seedling stage.	17307927
AT4G26440	"w2-1,w34-1,vq20"	Reduced fertility due to defects in pollen germination and pollen tube growth.	28635025
AT4G26440	wrky34-1	Mutant plants exhibited higher percentageof pollen germination than the WT under cold stress condition.	20643804
AT4G26455	CS39982	No visible phenotype.	
AT4G26455	wip1-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT4G26455	wip1-1 wip2-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT4G26455	wip1-1 wip2-1 wip3-1	Both endogenous RanGAP1 and RanGAP1-GFP were absent from the nuclear envelope in root-tip cells of the triple mutant.	17600715
AT4G26455	wip1-1 wip2-1 wip3-1	Mutant plants had no observable defect in growth or development under standard laboratory conditions and no change in auxin sensitivity was observed in a standard root-elongation assay.	17600715
AT4G26455	wip1-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT4G26466	CS66101	Reduced seed set.	
AT4G26466	CS66102	"Reduced seed set due to defects in pollen tube reception, double fertilization and early seed development."	
AT4G26466	CS66103	Reduced seed set.	
AT4G26466	CS66104	Reduced seed set.	
AT4G26466	CS66107	"Reduced seed set due to defects in pollen tube reception, double fertilization and early seed development."	
AT4G26466	CS69692	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69693	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69694	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69695	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69696	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69697	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69698	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69699	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69700	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69701	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69702	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69703	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69704	No visible phenotype. The cYFP is expressed in synergid cells.	
AT4G26466	CS69705	Reduced seed set. The cYFP is expressed in synergid cells.	
AT4G26466	CS69706	Reduced seed set. The cYFP is expressed in synergid cells.	
AT4G26466	CS69707	Reduced seed set. The cYFP is expressed in synergid cells.	
AT4G26466	CS69708	Reduced seed set. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69709	Reduced seed set. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69710	Reduced seed set. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69717	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	CS69718	No visible phenotype. The cYFP is expressed diffusely in the cytoplasm of synergid cells.	
AT4G26466	lre-1/+	Approximately 20% of embryo sacs show invasion by multiple pollen tubes. About 25% of embryo sacs abort. Morphology and development of the embryo sacs appears normal.	19028964
AT4G26500	CS24065	embryo defective; preglobular	
AT4G26540	SALK_053167C	No obvious visible phenotype.	27001831
AT4G26542	SALK_053167C	No obvious visible phenotype.	27001831
AT4G26560	SAIL_201_A02	Increased tolerance to NaHCO3 stress.	30962395
AT4G26610	d6pk d6pkl1	Phototropic impairment; enhanced phototropism by red-light pre-irradiation.	29490064
AT4G26610	d6pkl1	Severe defects in phototropic responses. Hypocotyl gravitropism partially impaired.	29490064
AT4G26610	d6pkl1 d6pkl2	Phototropic impairment; enhanced phototropism by red-light pre-irradiation	29490064
AT4G26610	d6pkl2-2/d6plk1-1/d6pk-1	Phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated.	29490064
AT4G26610	d6pkl2-2/d6plk1-1/d6pk-1	"Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic."	19168677
AT4G26610	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Open hook phenotype when the seedlings were grown under complete darkness, phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated."	29490064
AT4G26610	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic."	19168677
AT4G26610	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"mild, possibly enhanced root-growth phenotype"	29875411
AT4G26690	RIKEN 15-1096-1	Homozygotes: Tip growth in almost all root hair cells was blocked due to rupture of the tip.	18718934
AT4G26690	SALK_024208	Homozygotes: Tip growth in almost all root hair cells was blocked due to rupture of the tip.	18718934
AT4G26690	SALK_056562	"Short, wide burst hairs"	16367956
AT4G26690	shv3-1	Homozygotes: Tip growth in almost all root hair cells was blocked due to rupture of the tip.	18718934
AT4G26690	shv3-2;svl1-1	"Increased anthocyanin accumulation. Collapsed trichomes.Brown discoloration around endodermis in the hypocotyl and root due to ectopic lignification. Guard cells are larger than WT due to swollen ventral sides. Swollen hypocotyl epidermis with uneven surface. Four-day old dark-grown seedlings have shorter, thicker hypocotyls than WT.   Cell wall analysis: reduced crystalline cellulose. Increased starch content. Neutral sugar content is same as WT. Increases protein. Increased uronic acid and decreased amount of methyl esterification."	
	18718934		
AT4G26750	spi-4/lip5-1	Significant reduction in seed coat mucilage. On a subcellular level there are defects in vacuolar trafficking.	29209342
AT4G26760	CS67831	No visible phenotype	
AT4G26840	CS69868	No visible phenotype	
AT4G26850	CS69540	Approximately 70% decrease in ascorbate levels.	
AT4G26850	CS69541	Approximately 70% decrease in ascorbate levels.	
AT4G26850	SAIL_769_H05 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT4G26850	vtc2	"have 10-25% of wild type ascorbic acid, exhibit  microlesions, express pathogenesis-related (PR) proteins, and have enhanced basal  resistance against infections caused by Pseudomonas syringae. The mutants have a  delayed senescence phenotype with smaller leaf cells than the wild type at leaf  maturity. The vtc leaves have more glutathione than the wild type, with higher ratios  of reduced glutathione to glutathione disulfide."	16244149
AT4G26850	vtc2-1 vtc5-1	"seedlings stopped growing after initial expansion of the cotyledons, which then bleached within 2 weeks. Can be rescued by supplementing the growth medium with L-galactose or ascorbate."	17877701
AT4G26930	myb97 myb101 myb120	"Significant increase in expression of AT1G65330, AT1G65300, AT3G11180. Significant decrease in expression of AT4G20990, AT4G21000, AT5G46200, AT5G09280, AT5G36720, AT5G36805, AT2G30310, AT2G30220, AT4G26830, AT5G06170, AT3G19940, AT5G20340, AT5G03810, AT5G03820, AT3G26870, AT1G06540, AT1G02820, AT1G02550, AT2G14670, AT5G39200, AT5G39170, AT5G39140, AT1G09720, AT1G66570, AT5G22910, AT5G26250, AT3G17600, AT5G12060, AT2G46660, AT1G66220, AT3G19940, AT5G14470, AT5G47370, AT5G11820, AT4G39490, AT1G29230, AT3G09590, AT5G26100, AT3G26880, AT2G16130, AT2G16120, AT2G34920, AT1G18280, and AT1G29770."	23791732
AT4G27030	CS205	"altered leaf fatty acid composition, no other phenotypic effect."	
AT4G27030	CS23882	Leaves have low 16:1delta3trans fatty acids in phosphotidylglycerol	
AT4G27030	CS23883	Leaves have low 16:1delta3trans fatty acids in phosphotidylglycerol	
AT4G27060	CS6548	"Defective in directional cell elongation processes; abnormal cortical microtubule function; exhibits right-handed helical growth in longitudinally expanding organs such as roots, etiolated hypocotyls, stems, petioles, and petals; twisting phenotype is most apparent in lateral organs (cotyledons, rosette leaves, and petals), when the plant is viewed from above, these organs are twisted in a counterclockwise direction; the counterclockwise twisting of rosette leaves and cotyledons is caused by right-handed helical growth of epidermal cell files in petioles; epidermal cell files of hypocotyl and stem in dark-grown plants also form constitutive right-handed helices; allelic to two classic twisting mutants, tortifolia1 and convoluta."	
AT4G27060	CS6549	"Defective in directional cell elongation processes; abnormal cortical microtubule function; exhibits right-handed helical growth in longitudinally expanding organs such as roots, etiolated hypocotyls, stems, petioles, and petals; twisting phenotype is most apparent in lateral organs (cotyledons, rosette leaves, and petals), when the plant is viewed from above, these organs are twisted in a counterclockwise direction; the counterclockwise twisting of rosette leaves and cotyledons is caused by right-handed helical growth of epidermal cell files in petioles; epidermal cell files of hypocotyl and stem in dark-grown plants also form constitutive right-handed helices; allelic to two classic twisting mutants, tortifolia1 and convoluta."	
AT4G27280	cmi1	Shorter primary roots as a result of a smaller root meristem size.	31295257
AT4G27330	CS6586	"Defective in sporocyte formation (resulting in the absence of microspores and megaspores) and anther wall formation; hypodermal cells of anthers at stage 2 enlarge and differentiate into archesporial cells normally; archesporial cells undergo periclinal divisions to form the primary parietal cell (PPC) layer and the primary sporogenous cell (PSC) layer at stage 3 anthers; PSCs do not form microsporocytes, becoming vacuolated at stage 4 anthers; parietal cells are also affected, because the PPCs go through only one division to give rise to two SPC layers that fail to divide further and differentiate; there is no endothecium or tapetum formation; anthers are composed of highly vacuolated parenchyma cells at anthesis; archesporial cells fail to elongate and differentiate into megasporocytes; nucellar development but not integument development is affected. Delayed plant senescence; sterile plants (complete male and female sterility); flowers have normal external morphology and the same number of organs as wild type, anthers are white with no pollen grains at anthesis during stage 13-14; carpels look morphologically normal but are infertile when pollinated with wild-type pollen."	
AT4G27330	spl	Absence of megaspores and microspores in homozygous mutant plants	
AT4G27585	SALK_051728	heat shock response	31358650
AT4G27630	gtg1-1 gtg2-1	"These double mutants are hyposensitive to ABA in seed germination, post-germination development, root elongation, ABA-induced gene expression, and ABA-induced stomatal closure assays. However, they have a normal response to ABA in inhibition of stomatal opening assays. These mutants are smaller than wild-type plants and flower earlier. They have normal endogenous levels of ABA. No differences in the transcript levels of CHLH, FCA, or GCR2 are observed in these mutants compared to wild-type plants."	19135895
AT4G27630	gtg2-1	gtg2-1 mutant plants do not show any obvious phenotypic abnormalities and are indistinguishable from wild-type plants.	19135895
AT4G27750	isi1-1	The muatant showed a reduction in the sucrose-induced expression of the starch biosynthetic gene ApL3.	16805736
AT4G27760	CS8030	"severely stunted plants with shortened stems and flowers that do not develop beyond stage 5; usually lethal by the end of vegetative development; infertile; shoot apical meristem (SAM) flattened, SAM cells disorganized and leaf primordia contain larger than normal number of cells, SAM cells and leaf primordia tend to be vacuolated; abnormal pattern of leaf primordia formation (phyllotaxy); altered leaf shape"	
AT4G27860	CS69087	The plants do not accumulate MEB1 protein.	
AT4G27860	CS69088	The plants do not accumulate MEB1 protein.	
AT4G27860	CS69089	The plants do not accumulate MEB1 protein.	
AT4G27860	CS69092	The plants do not accumulate MEB1 and MEB2 proteins.	
AT4G27860	CS69093	"The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced."	
AT4G27860	CS69094	"The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced."	
AT4G28190	ult1-3 clf-2	clf-2 phenotype is rescued by ult1-3 allele.	19952107
AT4G28370	CS67936	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28370	CS67937	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28370	CS67938	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28370	CS67939	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28370	CS67940	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28370	CS67941	"Reduced seed mucilage extrusion, increased mucilage adherence, detached outer tangential primary cell walls from the columellae of seed coat epidermal cells (forming discs around the mucilage halo)."	
AT4G28490	CS31093	No visible mutant phenotype.	
AT4G28490	CS31094	No visible mutant phenotype.	
AT4G28490	CS69916	Suppresses the floral organ abscission defects of hae-3 hsl2-3. 	
AT4G28490	CS69917	"Blocks the effect of the serk1-L326F mutation, and leads to floral organ abscission deficiency.  "	
AT4G28490	SALK_021905C	same as smb-3 single mutant	18660431
AT4G28530	SALK_070302	Homozygotes derived from this line have shorter hypocotyls when grown in the dark. They are more sensitive to water loss.	27372427
AT4G28530	kir1-1	Delayed senescence of stigmatic tissue.	29808023
AT4G28640	CS25212	No visible phenotype.	
AT4G28650	CS31095	No visible mutant phenotype.	
AT4G28650	SALK_095005C	"Defects in pollen tube guidance, manifesting as polytuby or pollen tube failure."	26863186
AT4G28652	SALK_095005C	"Defects in pollen tube guidance, manifesting as polytuby or pollen tube failure."	26863186
AT4G28720	CS69869	Disruption of shade avoidance response reflected in failure to increase hypocotyl and petiole length under end-of-the-day far-red light treatment and under low red to far-red conditions. Reduced fertility.	
AT4G28720	CS69942	Reduced hypocotyl and petiole length under end-of-day far-red light treatment (EOD-FR). Slight reduction in hypocotyl length under both high and low red to far-red (R:FR) conditions.	
AT4G28720	atbs5-D/bri1-301	Wild type rosette. bri loss of function phenotype is suppressed.	19995721
AT4G28750	psae1	"Decreased effective quantum yield of photosystem II, pale green plants, reduced growth rate"	
AT4G28850	CS16537	No visible phenotype.	
AT4G28850	CS16538	No visible phenotype.	
AT4G29010	CS2105652	No Visible Phenotype	
AT4G29010	CS2105653	"Mostly sterile; 2,4-DB resistant; small amounts of seed produced in short day photoperiod"	
AT4G29010	CS2105654	"Mostly sterile; 2,4-DB resistant; small amounts of seed produced in short day photoperiod"	
AT4G29010	CS2105655	"Mostly sterile; 2,4-DB resistant; small amounts of seed produced in short day photoperiod"	
AT4G29010	CS2105656	"Mostly sterile; 2,4-DB resistant; small amounts of seed produced in short day photoperiod"	
AT4G29010	aim	"Disorganized floral meristem, reduced fertility"	
AT4G29040	CS71575	Large plants with narrow leaves and mildly serrated leaf margins. Hyposensitivity to proteasome inhibitor MG132.	
AT4G29040	CS71576	"Very small plants with narrow leaves, severely serrated leaf margins, and abaxial leaf spurs. Abaxialized flowers lacking obvious sepals, petals, or stamens. Occasionally fasciated infloresence meristems. Hyposensitivity to proteasome inhibitor MG132."	
AT4G29040	hlr-1	"The hlr-1 (halted root-1) mutant has defective cell organization in the post-embryonic root and shoot apical meristems. Quiescent center cell identity in the root is lost after germination and expression of the organizing center marker WUSCHEL in the shoot is disrupted. However, cells in differentiated tissues maintain their normal identities. hlr-1 mutants have shorter roots, aberrant lateral root primordia positioning, abnormal leaf shape and phyllotaxy, and irregular shoot structure."	15073153
AT4G29040	hlr-2	"The hlr-2 mutant is reported to share the same morphological characteristics with the hlr-1 mutant, but to have a slightly milder phenotype. hlr-1 has defects in root and shoot apical meristem organization, and root and shoot development."	15073153
AT4G29040	hlr-2	"The rpt2a-2 mutant has modest defects in ubiquitin-mediated proteolysis via the 26S proteasome, rendering it somewhat more sensitive to misfolded proteins that are degraded in a 26S-proteasome / Ub-dependent manner. However, it also has modestly increased levels of the 20S core particle of the proteasome, and exhibits some reduced sensitivity to oxidative stress, presumably since oxidatively damaged proteins can be degraded in a 20S proteasome-dependent, but 26S proteasome /Ub-independent manner. The mutant has shorter roots than WT plants."	17971041
AT4G29130	CS6383	Addition of cytokinin promotes extensive shoot induction in mutant but not in WT calli.	12690200
AT4G29130	CS6383	"At the flowering stage, the mutant has a smaller root system, tiny leaves with delayed senescence, shorter petioles and inflorescences, and a reduced number of flowers and siliques. Trichomes are normal and flower size and shape, and produced fertile seeds (albeit in reduced number)."	12690200
AT4G29130	CS6383	"Defect in elongation of hypocotyl, roots, and cotyledons in dim light (15 &mu;mol/m2/s)."	12690200
AT4G29130	CS6383	Delayed leaf senescence.	12690200
AT4G29130	CS6383	Glucose insensitivity; develop green cotyledons and leaves on 6% glucose MS medium under 50uE light intensity at 23-28C; develop small rosettes (dark-green leaves with short petiols) and small plants when grown on soil under 250 uE light intensity at 23-25C; nitrate antagonizes the sugar phenotypes	
AT4G29130	CS6383	Insensitive to high-glucose repression of chlorophyll accumulation in seedlings.	12690200
AT4G29130	CS6383	"Insensitive to high-glucose repression of cotyledon expansion, chlorophyll accumulation, true-leaf development and root elongation. The response is specific to glucose but not to osmotic changes."	17081979
AT4G29130	CS6383	Leaves of the mutant have about one-half the glucose phosphorylation capacity of wild-type leaves when grown under low or high light conditions.	12690200
AT4G29130	CS6383	"Leaves remain small and dark green with little cell expansion under high light conditions, although the same number of leaves appeared at the same time as in the wild type."	12690200
AT4G29130	CS69135	"Reduced growth in roots, leaf and stem length, rosette size and inflorescence."	
AT4G29130	CS69136	"Reduced growth in roots, leaf length, and rosette size. Intermediate growth phenotype between hxk1-3 and rgs1-2 single mutants."	
AT4G29130	CS69140	"Reduced growth in roots, leaf and stem length, rosette size and inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G29130	CS69141	"Reduced growth in roots, leaf and stem length, rosette size and inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G29130	CS69142	"Reduced growth in roots, leaf and stem length, rosette size and inflorescence. YFP expression localized to the plasma membrane without glucose, and endocytosed upon D-glucose treatment."	
AT4G29130	CS69153	"Reduced growth in roots, leaf and stem length, rosette size and inflorescence."	
AT4G29130	SALK_070739	Mutants do not display glucose mediated pollen tube growth inhibition.	30120167
AT4G29130	gin2-2	Addition of cytokinin promotes extensive shoot induction in mutant but not in WT calli.	12690200
AT4G29130	gin2-2	Insensitive to high-glucose repression of chlorophyll accumulation in seedlings.	12690200
AT4G29140	CS924217	Delayed flowering (2 weeks later than wild type); no other visible phenotype.	
AT4G29170	Atmnd1-delta1	"Mutant plants had normal vegetative development, but flowers failed to produce pollen and seeds; no viable pollen was found in the anthers. In developing pollen mother cells, meiotic progression was interrupted at anaphase I, where chromosomes are randomly distributed and some appear fragmented. Normal embryo sac development was disrupted too, compared to the wild type. AtRAD51 gene was accumulated in the inflorescence nuclei of homozygous plants, while it was absent in the inflorescence nuclei in wild type plants. After exposure to gamma-rays, the levels of AtRAD51 was unchanged in the inflorescence nuclei in mutant plants, while in the wild type nuclei AtRAD51 expression was strongly induced. Compared to the wild type, mutant seedlings were hypersensitive to gamma-irradiation, had shorter roots and fewer leaves."	16442857
AT4G29170	SALK_110052	"Compared to the wild type, mutant seedlings were hypersensitive to gamma-irradiation."	16442857
AT4G29210	ggt1-1 / ggt4-1 / oxp1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that neither GGT1 nor GGT4 are important upstream enzymes for generating the 5OP used by OXP1."	18768907
AT4G29210	ggt4-1	"These mutant plants have reduced levels of gamma-glutamyl transpeptidase activity, especially in the roots, compared with wild-type plants."	17316176
AT4G29210	ggt4-1 / opt1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that GGT4 is not an important upstream enzyme for generating the 5OP used by OXP1."	18768907
AT4G29520	ses1-1	"Sensitive to heat stress, lower survival rate when exposed to heat."	30981503
AT4G29520	ses1-2	"Hypersensitive to heat stress, lower survival rate when exposed to heat."	30981503
AT4G29530	SALK_081194C	"No different from wild-type plants in size, form or color with wild-type levels of thiamin, ThMP and ThDP."	26537753
AT4G29540	SALK_092408	No root hairs.	22645570
AT4G29660	CS24055	embryo defective; cotyledon	
AT4G29810	CS66015	Mutants have significantly less complex venation architecture compared to wild-type.	25064848
AT4G29810	CS66015	No visible phenotype; average height = 37 cm.	
AT4G29810	mkk1/mkk2	Phenotype resembles MPK4 mutant.Leaves are dark green and curled.Constitutively overproduces SA and   exhibits enhanced resistance to biotrophic pathogens. Insensitive to jasmonic acid.Enhanced basal   expression of PR1 other SA dependent genes.	
	18599650		
AT4G29830	SALK_083364	Abnormal phyllotaxy. Occasional tricot seedlings. Plieotrophic growth defects.	28982682
AT4G29830	vip3-1	Early flowering.	12750345
AT4G29830	vip3-1	H3K4me3 and K3K36me2 modifications are redistributed within genes but the overall abundance of these modifications within chromatin is not changed.	18725930
AT4G29840	CS208	"methionine over-accumulation; in young rosettes: soluble Met over-accumulates 20-fold greater than Ws wild-type; S-adenosylmethionine (SAM) over-accumulates 3-fold; and soluble Thr levels are 6% of that in wild-type; line is also resistant to 10uM ethionine, a toxic analogue of Met;  1:2:1 segregation of resistance to 10uM L-ethionine phenotype"	
AT4G29860	CS24342	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT4G29860	CS24343	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT4G29860	SALK_097510	Phenotype very similar to tan-1	16113228
AT4G29860	tan-1	"embryo and seedling defective. Mutant plants had defects in both embryo and seedling development. Mutant seeds accumulate anthocyanin, are intolerant to desiccation, cotyledons did not curl, and had often fused along one side of their margins. Trichomes were formed on the cotyledons during embryogenesis, and the accumulation of storage proteins and lipids were reduced. Tan mutants die as embryos, but immature mutant seeds can be germinated in culture. However, tan mutant seedlings are defective in shoot and root development with stunted roots and hypocotyls that fail to elongate in the dark. True leaves rarely emerged and plants die at seedling stage."	16113228
AT4G29860	tan-1 lec1-2	"Most mutant embryos were arrested at transition or heart stage, with few reaching torpedo stage. Mutant seeds were desiccation intolerant and germinated poorly even when cultured on agar plates."	16113228
AT4G29860	tan-1 lec2-1	"Similar to tan-1 lec1-2, embryo arrested mostly at transition or heart stage."	16113228
AT4G29900	CS2106712	reduced in inflorescence height and display increased axillary stem formation	
AT4G29920	athspr	Increased sensitivity to salt and drought stress.athspr mutants accumulates less shoot K+ and substantially more shoot Na+ than wild type.	26603028
AT4G29960	ebs7-1/bri1-9	Double mutant restores sensitivity to BR caused by bri1-9 mutation. bri1-9 accumulated a higher level than the parental bri1-9 mutant. Caused largely by attenuated degradation rather than by increased biosynthesis of bri1-9.	26371323
AT4G29990	CS3961	no morphological phenotype observed; kanamycin resistant	
AT4G30080	CS24616	no obvious auxin-related growth phenotype	15659631
AT4G30110	CS68120	No visible phenotype.	
AT4G30110	CS68121	No visible phenotype.	
AT4G30110	CS68123	No visible phenotype.	
AT4G30110	CS68126	"Extreme zinc-deficient phenotype. Chlorotic, stunted, and male-sterile phenotype results in the absence of a zinc supplement."	
AT4G30110	CS68127	"Extreme zinc-deficient phenotype. Chlorotic, stunted, and male-sterile phenotype results in the absence of a zinc supplement."	
AT4G30120	CS68122	No visible phenotype.	
AT4G30190	CS67807	No visible phenotype.	
AT4G30190	CS67808	No visible phenotype.	
AT4G30220	CS69848	Enhanced GFP fluorescence in seedling stem and shoot apex resulting from the elevated level of translatable GFP.	
AT4G30270	CS16536	No visible phenotype.	
AT4G30270	CS860813	No visible phenotype.	
AT4G30440	CS69154	Slightly smaller than wildtype; brittle leaves (leaves break easily); low GalA levels in the cell wall (reduced pectin content); susceptible to Botrytis cinerea.	
AT4G30440	CS69155	No visible phenotype.	
AT4G30440	gae1/gae6	"Double mutants have increased cellulose, Rha , Fuc, Ara, Xyl, Man, Glc, and Gal levels and  decreased GalA and homogalacturonan levels. Mutants are also more susceptible to specific Botrytis cinerea isolates."	26813622
AT4G30560	CS94069	Small rosettes; slow growth; short internodes; short pedicels; short siliques; reduced fertility; somewhat short plants; average height = 20 cm.	
AT4G30580	CS24048	embryo defective; cotyledon	
AT4G30610	CS6127	"Double mutant; multiple bri1-5 phenotype defects are suppressed by brs1-1D; doble mutants have primary inflorescence stems twice as long as those with bri1-5 alone and rosettes are wider because the leaves are bigger and not curled; brs1-1D suppresses both the shortened secondary inflorescence branch length phenotype  and the late flowering of bri1-5; other traits, which are unaffected in bri1-5 relative to wt plants such as flower number, coinflorescence number and branch number are not altered in doble mutant plants."	
AT4G30790	CS69861	Small rosettes that senesce early. Hypersensitivity to N and fixed-C deprivation.	
AT4G30790	lon2-2 atg11-1	IBA responsiveness to lon2-2 restored	30734619
AT4G30825	SAIL_571_H02	Defective in Normal Accumulation of the Chloroplast ATP Synthase.	31031784
AT4G30825	bfa2-1	Defective in Normal Accumulation of the Chloroplast ATP Synthase.	31031784
AT4G30870	GABI_113F11	Deficiency in homologous recombination in somatic cells but only after induction by genotoxic stress.	16945961
AT4G30870	SALK_107515	Deficiency in homologous recombination in somatic cells but only after induction by genotoxic stress.	
AT4G30870	fancd2-1 mus81-2	increased percentage of cells with univalents	
"as compared to single mutant mus81-2, also observed cells with more than one chromosome"			
pair affected in the double mutant.	29352063		
AT4G30870	hrq1-1 mus81-1	Significant reduction of FW after treatment with cisplatin and MMC.	29577315
AT4G30870	msh4 mus81-2 fancd2-1	Fewer bivalents then the msh4 mus81-2 double mutant; 67.6% of the msh4 mus81-2 fancd2-1 triple mutant	
"meiocytes contain no bivalents (2.4% in the double mutant); 26.5% of the cells display one, and only 5.9% have two bivalents (compared to 31.7% and 46.3%, respectively, in the msh4 mus81-2 double mutants)."	29352063		
AT4G30870	mus81-1	Severe reduction in relative FW when exposed to crosslinkers cisplatin and MMC.	29577315
AT4G30880	CS923648	Somewhat small rosettes; dark-green plants; average height = 43 cm.	
AT4G30890	CS860113	No visible phenotype.	
AT4G30930	CS25400	"Defective in fusion of the polar nuclei during female gametophyte development; female gametophytes are also defective in karyogamy during double fertilization, sperm nuclei are persistent within both the egg cell and the central cell, and the endosperm is undivided."	
AT4G30950	CS207	"becomes chlorotic after 3 weeks at 4C in low light, normal color at standard growth conditions."	
AT4G30960	atcipk6kd	atcipk6kd exhibited cotyledons fused at the  base and thick hypocotyls. Slight reduction in root length was observed in  atcipk6kd seedlings 14 days after sowing. Delayed  emergence of lateral roots. Decrease in shoot to root auxin transport  at the apex and at the hypocotyl–root junction. Greater sensitivity  to salt stress. Decreased expression of genes involved in polar auxin transport and abiotic and biotic stress	
	19187042		
AT4G30972	CS71702	Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes.	
AT4G30972	CS71704	"Reduced angle of leaf base in leaves 1, 3 and 5."	
AT4G30980	drop1 drop2	"Pollen tubes lack sperm cells. Pollen grains are capable of germinating, tubes can grow and respond to female signals during the early stages of journey toward the ovule, and can rupture after entering the ovule."	28585562
AT4G31120	SALK_065814	Late flowering under long-day photoperiod.  Increased number of rosette leaves.  Severe developmental retardation 14 days after germination.  Slightly reduced fertility.  Leaves slightly more curled and darker than wild-type plants.	17363895
AT4G31120	SALK_095085	Late flowering under long-day photoperiod.	17363895
AT4G31120	atprmt5-3	"vernalization insensitive, failed to flower rapidly after a vernalization treatment; delayed flowering without a vernalization treatment; darker green leaves with shorter petioles; compact rosette; wider and slightly downward curling leaves"	18178621
AT4G31160	SALK_010755	The dcaf1-1 mutation appears to arrest embyro development at the globular stage in presumed dcaf1-1 homozygous mutants. There are no obvious phenotypic defects in heterozygous plants grown under normal conditions.	18552200
AT4G31160	SALK_114078	The dcaf1-2 mutation appears to arrest embyro development at the globular stage in presumed dcaf1-2 homozygous mutants. There are no obvious phenotypic defects in heterozygous plants grown under normal conditions.	18552200
AT4G31500	CS16401	"Auxin overproduction defects: epinastic cotyledons in the light; numerous adventicious roots; small, dark-green, and epinastic leaves; enhanced apical dominance."	
AT4G31500	CS16402	Adult plants are pale and slightly reticulated; wei2-1 nearly completely suppresses sur2 phenotype.	
AT4G31500	CS16422	"Segregates triple mutant plants; ethylene insensitivity of wei8 tar2 seedlings is partially alleviated by sur2, but adults defects of wei8 tar2 (reduced apical dominance, venation defects, abnormal flowers and sterility) are not."	
AT4G31500	CS16437	"Plants show auxin overproduction phenotypes: epinastic cotyledons in the light; numerous adventicious roots; small, dark and epinastic leaves (phenotypically similar to sur2 single mutant)."	
AT4G31560	hcf153	high chlorophyll fluorescence mutant.  impaired electron transfer between PSII and PSI.  reduced cytochrome b6f complex level.	16367957
AT4G31670	CS860107	No visible phenotype.	
AT4G31670	CS860108	No visible phenotype.	
AT4G31700	SALK_048825	Delayed leaf development.	29142022
AT4G31780	mgd1	"Yellow-green plants, defective in chloroplast biogenesis"	
AT4G31800	SALK_093916	Enhanced susceptibility to Psm ES4326 infection.	17096590
AT4G31800	wrky18 wrky40	sixfold reduction in the growth of the bacterial pathogen PstDC3000	16603654
AT4G31800	wrky18 wrky40 wrky60	Ninefold reduction in the growth of the bacterial pathogen PstDC3000. extensive chlorosis. more susceptible to the fungal pathogen B. cinerea than the double mutants.	16603654
AT4G31800	wrky18-1	twofold to threefold  reduction in the growth of the bacterial pathogen PstDC3000	16603654
AT4G31800	wrky18-1 (GABI)	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT4G31800	wrky18-1 wrky40	Mutant is almost fully resistant to the virulent powdery mildew <i>Golovinomyces orontii</i>.	17185563
AT4G31800	wrky18-1 wrky40 wrky60-1	Mutant is almost fully resistant to the virulent powdery mildew <i>Golovinomyces orontii</i>.	17185563
AT4G31800	wrky18-1 wrky60-1	Susceptibility to the virulent powdery mildew <i>Golovinomyces orontii</i> remains unchanged compared to wild type.	17185563
AT4G31820	mab4-1	"Seedling defects include aberrant cotyledon number and cotyledon fusion. Floral defects include organ fusion, short valves and decreased valve number."	
AT4G31820	npy1-1	"The npy1-1 mutation was uncovered in a genetic enhancer screen in the yuc1 yuc4-1 background. A small fraction (~2.5%) of npy1-1 single mutants have abnormal cotyledons, but they do not form the pin-like inflorescences observed in the npy1-1 yuc1 yuc4-1 triple mutants."	
AT4G31820	npy1-1;  yuc1;  yuc4-1	"The triple mutant fails to produce cotyledons. True leaves develop, but show aberrant phyllotaxy. The mutant also fails to produce flowers on its pin-formed primary and lateral inflorescences. These phenotypes cannot be attributed to changes in the patterns of PIN1, PID, or MP transcription in the inflorescence."	
AT4G31820	npy1-1; pid-101	"This double mutant fails to form cotyledons, first evident at the early heart stage of embryogenesis. It also has slightly shorter hypocotyls than wild type seedlings when grown in the dark and displays altered phyllotaxy. However, the light-grown hypocotyls and the roots of npy1-1 pid-101 mutant plants appear normal. In addition, the mutants can form true leaves and generate appropriate apical hooks in the dark."	
AT4G31820	pid-3/mab4-1	Severe defects in organogenesis. Mutants lack cotyledons and floral organs.	
AT4G31850	pgr3-4	"Slightly chlorophyll deficient, grows more slowly than the wild-type under moderate light conditions."	30125002
AT4G31870	SALK_023283C	Increased spider mite damage.	29930298
AT4G31870	SALK_072007C	Increased spider mite damage.	29930298
AT4G31877	CS71700	Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 3 and 5.	
AT4G31877	CS71703	"Reduced abundance of the 20-nt form of miR156. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3 and 5."	
AT4G31877	CS71704	"Reduced angle of leaf base in leaves 1, 3 and 5."	
AT4G31877	CS71708	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT4G31877	CS71709	Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base.	
AT4G31877	CS71710	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT4G31877	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT4G31920	CS39989	No visible phenotype.	
AT4G31920	CS39990	Reduced sensitivity to cytokinin inhibition of primary root and hypocotyl growth.	
AT4G31920	CS39991	Reduced sensitivity to cytokinin inhibition of primary root and hypocotyl growth.	
AT4G31920	CS39992	Almost complete loss of sensitivity to cytokinin inhibition of primary root and hypocotyl growth; Premature termination of primary root growth; Altered vascular morphogenesis; Reduced stature; Increased light sensitivity; Altered chlorophyll content. 	
AT4G31920	CS6369	No visible phenotype; average height = 36 cm.	
AT4G31920	CS6987	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G31920	CS69876	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT4G31920	CS69877	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT4G31920	CS69878	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT4G31920	CS69879	"Hypersensitivity to cytokinin, reflected by short hypocotyl and root. Larger later leaves."	
AT4G31920	CS6990	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G31920	CS6991	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G31920	CS6993	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT4G31920	arr1-3 arr10-5 arr12-1	Higher levels of anthocyanins than WT under both drought and well- watered control conditions.	26884175
AT4G31920	arr1-3 arr10-5 arr12-1	"The triple mutant showed enhanced drought tolerance versus WT plants, enhanced cell membrane integrity, increased anthocyanin biosynthesis, abscisic acid (ABA) hypersensitivity, and reduced stomatal aperture, but not to altered stomatal density."	26884175
AT4G31920	arr1-3 arr10-5 arr12-1	severe primary root abnormalities; premature termination of primary root growth; substantially reduced sensitivity to cytokinin in the hypocotyl growth response assay; smaller rosette diameter; altered chlorophyll and anthocyanin production.	18723577
AT4G31990	CS3974	deficient in chloroplastic aspartate aminotransferase (AAT3) isoenzyme activity on native gels; no visible phenotypic effect and no aspartate deficiency.	
AT4G32040	SALK_000339	No visible root phenotype.	16463096
AT4G32150	GABI_ 243E09	"The mutant plants are indistinguishable from the wild-type plants when grown in 1/2 strength Murashige and Skoog (MS) medium. However,  when exposed to salt stress, they exhibit increased salt tolerance."	17101982
AT4G32180	pank1-1 PANK2-1:pank2-1	"The mutant siliques contained a percentage of shriveled seed remnants, which manifested as gaps in the developing line of green seeds."	16897480
AT4G32180	pank1-1 pank2-1	embryo lethal.	16897480
AT4G32190	SALK_122445C	"Plastids of leaf cells contain only one large starch granule, morphology is lenticular with indented surface."	30055112
AT4G32190	pii1-2	"Plastids of leaf cells contain only one large starch granule, morphology is lenticular with indented surface."	30055112
AT4G32200	SALK_092672	Increased susceptibility to P. syringae. Early flowering.	28650521
AT4G32272	SAIL_1262_C12	Almost complete loss of fucosyl as well as xylosyl epitopes; over 80% of the mutants contained GlcNAc2Man5; virtually devoid of complex and hybrid N-glycans; GIPCs display altered GlcNAcylation.	30224661
AT4G32272	ugnt1-2	Almost complete loss of fucosyl as well as xylosyl epitopes; over 80% of the mutants contained GlcNAc2Man5; virtually devoid of complex and hybrid N-glycans; GIPCs display altered GlcNAcylation.	30224661
AT4G32330	CS434701	"Dark grown seedlings have hypocotyl length  longer than in wild-type plants without ACC. When grown in the presence of ACC, hypocotyl cell size is increased."	26134166
AT4G32330	CS436432	"Dark grown seedlings have hypocotyl length  longer than in wild-type plants without ACC. When grown in the presence of ACC, hypocotyl cell size is increased."	26134166
AT4G32400	CS84639	"developmental arrest of mutant embryos occurs variable at cotyledon stage, monocotyledonous; white to pale yellow-green seeds; white to pale yellow-green embryo; 23% mutant; 54.3% aborted seeds in top half of silique."	
AT4G32400	CS84640	"developmental arrest of mutant embryos occurs at globular stage, distorted cotyledons (emb42); white to green seeds; white to green embryo; 25.5% mutant."	
AT4G32400	SALK_078655_bt1	Severely reduced germination in about 25% of seeds (presumptive homozygotes). Homozygotes when recovered are slow growing with abnormal flowers and siliques and are generally not fertile.	18564385
AT4G32410	CS6124	"strong allele, embryo defective, lethal; embryos are radially swollen with strongly reduced cellulose content, especially at the late bent cotyledon stage of embryogenesis; embryos have altered cell elongation and thin epidermal cell walls which are deficient in crystalline cellulose"	
AT4G32410	CS6554	"Reduced cellulose content in roots; radial swelling of root tips in plants grown at the restrictive temperature of 31C, occurring primarily in the epidermal and cortical layers of the root."	
AT4G32410	SAIL_1303_D08	"Gametophytic lethal. 50% pollen grains from the heterozygous plants are significantly deformed, without pollen tube formation."	17878302
AT4G32410	SAIL_278_E08	"Gametophytic lethal. 50% pollen grains from the heterozygous plants are significantly deformed, without pollen tube formation."	17878302
AT4G32410	rsw1-10	"Showed comparable decreases in the length of dark-grown hypocotyls, accompanied by increases in width in both epidermal and cortical cells. FTIR microspectroscopy also indicated a cellulose deficiency in epidermal or cortical cells."	
AT4G32410	rsw1-10	The greenhouse-grown mutant was slightly dwarfed.	17540573
AT4G32410	rsw1-10 prc1-18	"Both mutation are additive, as shown by the further shortened hypocotyl length of the double mutant."	
AT4G32410	the1-3 rsw1-10	Partial reversion of the hypocotyl-elongation defect of rsw1-10.	17540573
AT4G32430	grs1-1	Homozygotes are slow growing and must be grown on MS media. They are sterile with defects in both male and female fertility.	27670716
AT4G32460	SALK_054867	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT4G32460	SALK_142260	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT4G32540	npy1-1;  yuc1;  yuc4-1	"The triple mutant fails to produce cotyledons. True leaves develop, but show aberrant phyllotaxy. The mutant also fails to produce flowers on its pin-formed primary and lateral inflorescences. These phenotypes cannot be attributed to changes in the patterns of PIN1, PID, or MP transcription in the inflorescence."	
AT4G32540	yuc	"Long hypocotyls, epinastic cotyledons, long petioles, semi-erect growth habit, elevated levels of free IAA"	
AT4G32540	yuc1; yuc4-1; pid-101	"This triple mutant fails to produce cotyledons, a defect that can first be observed at the early heart embryo developmental stage. True leaves develop, but show aberrant phyllotaxy. The mutant forms a normal hypocotyl and roots and produces a normal apical hook in the dark."	
AT4G32551	CS8031	"unfused carpels; partially female sterile; partial homeotic transformation from sepals to carpaloid or staminoid sepals in whorl 1; petals and stamens reduced in number; narrow leaves and floral organs; enhances apetala2 characteristics; negatively regulates agamous expression in whorl 1 and whorl 2; alters expression patterns of apetala1, apetala3, agamous and pistillata"	7743940
AT4G32551	lug-1 rbe-3	"Additive phenotype. The number of second-whorl organs was reduced in lug-1 rbe-3 double mutants and these remaining organs were primarily staminoid. Thus, rbe-3 enhanced the second-whorl phenotype of lug-1 mutants. The double mutant rarely produced any seeds, suggesting a more severe defect in female fertility in the double mutant compared with either single mutant. However, no enhancement of the outer integument growth defect was observed."	16412084
AT4G32551	lug-16/luh-1	Double homozygote are difficult to recover and may die very early in embryogenesis. Plants that do form are reduced in size with mature plants as small as single leaves. The inflorescence bears few flowers consisting of only carpels.	18390806
AT4G32551	luh-1/lug-16	Reduced fertility- siliques do not elongate. Flower phenotype resembles the lug-16 single mutant with narrow sepals and petals. A percentage are also embryo lethal.	18390806
AT4G32551	luh-1/lug-3	Mutant flowers have carpelloid sepals and sepal like organs topped with horns. No petals and stames are absent or fused to first whorl organs. Sterile.	18390806
AT4G32620	epcr1/2	Seedling lethal. Plants arrest at cotyledon stage.	30104406
AT4G32700	SALK_001669	No visible phenotype.	16517762
AT4G32700	SALK_018851	"Similar to teb-1, with a typical short-root phenotype and the aerial system that is reduced in size, with highly serrated and asymmetric leaves and a fasciated stem."	16517762
AT4G32700	SALK_035610	"Similar to teb-1, with a typical short-root phenotype and the aerial system that is reduced in size, with highly serrated and asymmetric leaves and a fasciated stem."	16517762
AT4G32700	SALK_037552	No visible phenotype.	16517762
AT4G32700	teb-1	"A short-root phenotype with the phenotype in the aerial part that is similar to those of the tsk mutant. The roots in mutant seedlings were approximately one-third as long as those from wild type plants. This reduced growth became more pronounced at later time points. The root apical meristem was disorganized, and individual cell types, such as QC or initial cells, were difficult to discern. The aerial part of teb-1 plants also showed defects in morphology, such as abnormal phyllotaxy, highly serrated and asymmetric leaves and a fasciated stem. The cellular organization of the SAM was severely disturbed - L1 and L2 layers showed irregular cell division in mutant plants."	16517762
AT4G32700	teb-1	"Embryonic phenotype: altered pattern of cell division became pronounced in mutant embryos at the early globular stage. Abnormal, transverse cell division of the hypophysis and extra rounds of division of the suspensor cells. In the heart stage, most of the teb-1 embryos showed an asymmetric and misshaped morphology as well as an aberrant cell division pattern, especially in the hypophysis descendents in the root pole."	16517762
AT4G32700	teb-1	Sensitive to DNA damaging agent (0.2 mg.l MMS); mutant roots were half of that on control medium without MMC.	16517762
AT4G32710	CS3957	no morphological phenotype observed; kanamycin resistant	
AT4G32720	CS353572	Embryonic-lethal with deficient embryos arrested at early globular stage of development.  Mutant embryonic cells display a nucleolar hypertrophy.	
AT4G32720	SAIL_313_C08	Segregates fo arrested embryo dev.	30576513
AT4G32720	SAIL_548_H11	Embryonic-lethal with deficient embryos arrested at early globular stage of development.  Mutant embryonic cells display a nucleolar hypertrophy.	17459889
AT4G32720	irp2-2	Homozygotes segregate for arrested embryo development.	30576513
AT4G32730	myb3r1-1	No visible phenotype.	17287251
AT4G32730	myb3r1-1 myb3r4-1	"Defective cytokinesis was found in embryo,  most frequently during the first or second division after fertilization: these embryos were rod- or club-shaped and contained multiple nuclei that were not separated by cell walls."	17287251
AT4G32730	myb3r1-1 myb3r4-1	No visible phenotype.	17287251
AT4G32730	myb3r1-1 myb3r4-2	No visible phenotype.	17287251
AT4G32770	CS68910	"Tocopherol-deficient phenotype. Lack all tocopherols but accumulate the tocopherol pathway intermediate, DMPBQ. Relative to the vte2-1 mutation, vte1-1 single mutant exhibits intermediate phenotypes under low temperatures including increased anthocyanin levels (purple leaf coloration), reduced growth and seed production."	
AT4G32770	CS68913	"Tocopherol-deficient phenotype. Lack all tocopherols but accumulate the tocopherol pathway intermediate, DMPBQ."	
AT4G32770	CS68918	"Biochemical phenotypes of fad2 vte1-1 include: deficiency in ER fatty acid desaturation and also complete loss of all tocochromanols. Relative to the vte2-1 mutation, vte1-1 single mutant exhibits intermediate phenotypes under low temperatures including increased anthocyanin levels (purple leaf coloration), reduced growth and seed production. These vte1-1 single mutant phenotypes are fully suppressed by combining the vte1-1 and fad2 mutations in the double mutant."	
AT4G32770	npq1 vte1	Lacks both zeaxanthin and tocopherols.	16258032
AT4G32770	npq1 vte1	"Molecules produced during oxidative stress (MDA) accumulate in vte1 npq1 leaves after 7 d in high light, confirming the occurrence of lipid peroxidation. Also, fatty acids and chlorophylls levels decrease in npq1 vte1 leaves."	
	16258032		
AT4G32770	npq1 vte1	PSII is strongly photoinhibited and lipid peroxidation is enhanced in the double mutant.	
	16258032		
AT4G32770	npq1 vte1	"Very sensitive to high light stress. When exposed to high light at low temperature,most of the mature leaves of npq1 vte1 bleached in contrast with wild-type, npq1, or vte1 leaves, which did not exhibit visual symptoms of oxidative stress."	16258032
AT4G32770	vte1	"In mutant leaves, PSII photoinhibition is more pronounced, and PSII recovery proceeded at a slower rate relative to wild-type leaves. Lipid peroxidation is not detected by TL measurements either in wild-type leaves or mutant leaves. Determination of chlorophyll, fatty acid, and MDA confirmed that tocopherol deficiency in mutant leaves does not increase oxidative stress during long-term exposure of plants to high light stress at low temperature."	
	16258032		
AT4G32770	vte1	Mutant is completely devoid of all  four forms of tocopherol.	12213958
AT4G32770	vte1	"Whole plants were exposed to continuous light  of high PFD (1100 mmol.m-2.s-1) at low temperature (6°C), and no lipid peroxidation could be detected, even after 48 h."	16258032
AT4G32810	CS9568	bushy appearance due to increased out growth of axillary buds; increased development of rosette buds into inflorescences	
AT4G32810	MAX3:max3-11 MAX4:max4-6	Slight increase in inflorescence number compared with wild type.	16507088
AT4G32810	MAX4:max4-6	Slight increase in inflorescence number compared with wild type.	16507088
AT4G32810	max3-11 max4-6	Double mutant is phenotypically indistinguishable from either single mutant.	16507088
AT4G32810	max4-5	"Mutant shows a significant decrease in petiole length and is highly branched. The axillary buds, which are typically delayed in growth in wild-type plants, grow out to produce leaves and inflorescences.  The mutant plants have smaller rosette diameters due to a decrease in the lengths of petioles and leaf blades compared with wild-type plants."	16507088
AT4G32810	max4-5	The branching phenotype is more pronounced when plants are grown on short days owing to the nearly tenfold increase in inflorescence number in the mutant versus wild-type plants.	16507088
AT4G32810	max4-5 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT4G32810	max4-6	"Mutant shows a significant decrease in petiole length and is highly branched. The axillary buds, which are typically delayed in growth in wild-type plants, grow out to produce leaves and inflorescences.  The mutant plants have smaller rosette diameters due to a decrease in the lengths of petioles and leaf blades compared with wild-type plants."	16507088
AT4G32810	max4-6	No significant change in IAA or ABA levels.	16507088
AT4G32810	max4-6	The branching phenotype is more pronounced when plants are grown on short days owing to the nearly tenfold increase in inflorescence number in the mutant versus wild-type plants.	16507088
AT4G32820	MAX3:max3-11 MAX4:max4-6	Slight increase in inflorescence number compared with wild type.	16507088
AT4G32820	MAX4:max4-6	Slight increase in inflorescence number compared with wild type.	16507088
AT4G32820	max3-11 max4-6	Double mutant is phenotypically indistinguishable from either single mutant.	16507088
AT4G32820	max4-6	"Mutant shows a significant decrease in petiole length and is highly branched. The axillary buds, which are typically delayed in growth in wild-type plants, grow out to produce leaves and inflorescences.  The mutant plants have smaller rosette diameters due to a decrease in the lengths of petioles and leaf blades compared with wild-type plants."	16507088
AT4G32820	max4-6	No significant change in IAA or ABA levels.	16507088
AT4G32820	max4-6	The branching phenotype is more pronounced when plants are grown on short days owing to the nearly tenfold increase in inflorescence number in the mutant versus wild-type plants.	16507088
AT4G32880	CS6969	No visible phenotype; altered regulation of the activity of the vascular meristems.	
AT4G32880	CS6970	No visible phenotype; altered regulation of the activity of the vascular meristems.	
AT4G32910	SALK_113274	Homozygotes are hypersensitivite to ABA and NaCl because their root length was shorter than Col-0 wild type after being transferred to ABA and NaCl containing medium.	29232718
AT4G32910	bak1-3 bkk1-1 sbb1-1	Rescues the cell death phenotype of bak1-3 bkk1-1 double mutant.	26775605
AT4G32910	sbb1-1/sbb1-1	mRNA accumulates in the nucleus of single mutant.	26775605
AT4G32940	CS67916	"Suppressed fumonisin B1-induced lesion formation compared to wild type, milder suppression than the VPE-null mutant (CS67918)."	
AT4G32940	CS67918	Suppressed fumonisin B1-induced lesion formation compared to wild type. Has greater suppression than the gammavpe-1 single mutant.	
AT4G32980	ath1-1	"Under LD conditions, the flowering time of ath1-1 is  indistinguishable from that of wild-type Col-8. In  contrast, under SD conditions, ath1-1 plants flower with  approximately 20% fewer leaves than wild-type controls."	
	17908157		
AT4G32980	ath1-1	"ath1-1  mutants showed a 95% reduction in FLC expression and a  resulting increase of FT, but had no significant effect  on the expression of FRI."	
	17908157		
AT4G32980	ath1-1 FRI-sf2	Significant reduction in flowering time.	17908157
AT4G32980	ath1-1 fca-1	Significant though  not complete reduction in flowering.	17908157
AT4G32980	ath1-1 flc-7	No additive effect on flowering time.	17908157
AT4G32980	ath1-1 fve-1	Significant though  not complete reduction in flowering.	17908157
AT4G32980	ath1-1/bum1-1	Double mutant enhances the SAM phenotype. 80% of double mutants show shoot termination after germination and production of the first two sets of leaves. Shoots regenerate at a low frequency.	19175771
AT4G32980	ath1-1/pny-40126	"Shoot apex arrests prematurely in less than 50% of double mutants. This occurs around 2 weeks post germination or after 8 or so sets of leaves are made. The meristems are reduced in size. After growth resumption new, abnormally shaped leaves are produced and the plants eventually flower."	19175771
AT4G32980	ath1-1/pny-40126/pnf-96116	In triple mutants the primary apical meristem terminates after germination-usually being consumed in the formation of a single terminal leaf. Growth can resume with the formation of new meristems however the phyllotaxy is abnormal.	19175771
AT4G32980	ath1-3	Phenotype not described.	17908157
AT4G33000	SALK_056042	hypersensitive to NaCl.	17825054
AT4G33000	scabp8	Increased salt sensitivity most prominent in shoot tissues.Severely reduced shoot growth when treated with high salt.	
AT4G33010	Atgldp1-1	No significant difference in photosynthetic performance relative to wild-type plants.	17496108
AT4G33010	Atgldp1-1	No visible phenotype.	17496108
AT4G33010	Atgldp1-1	"When plants were exposed for four hours to high light intensities of 800-1000 &#956;mol.s-1.m-2 in combination with a 4-to-5 °C higher temperature, stronger increase in leaf glycine content of the Atgldp1-1 mutant in comparison with both Atgldp2-2 and wild-type plants."	17496108
AT4G33010	Atgldp1-1 ATGLDP2:Atgldp2-2	No visible phenotype.	17496108
AT4G33010	Atgldp1-1 Atgldp2-2	"Typically, do not survive for longer than 3-4 weeks even under the non-photorespiratory growth conditions of 0.9% CO2 in combination with low light intensity."	17496108
AT4G33010	Atgldp1-1 Atgldp2-2	"When germinated on MS medium in a CO2 concentration close to 1% in combination with moderate light intensity. Under these conditions, which very strongly suppress 2-phosphoglycolate synthesis by Rubisco, several very small plants with whitish leaves and a growth arrest at the cotyledon stage segregated. Shadowing by leaves of neighbouring plants resulted in minor chlorophyll biosynthesis, but growth was not significantly improved."	17496108
AT4G33010	Atgldp1-2	No visible phenotype.	17496108
AT4G33030	sqd1	Decreased sulfolipids	
AT4G33430	CS159	Enhanced high-light phototropic response.	16126860
AT4G33430	CS159	Root elongation shows greater sensitivity to brassinolide than wild-type. Root growth is slightly more sensitive to IAA in light-grown conditions than wild-type.	16126860
AT4G33430	CS159	"elongated hypocotyls and petioles; narrow, epinastic leaves (leaves curl down due to faster growth of top layer of cells); early flowering under long and short days."	
AT4G33430	CS160	"elg: elongated hypocotyls and petioles; narrow, epinastic leaves (leaves curl down due to faster growth of top layer of cells; early flowering under long and short days; ga: pale; increased apical dominance, accelerated flowering."	
AT4G33430	CS2974	"short petioles, round leaves, semidwarf; resistant to kanamycin"	
AT4G33430	CS2991	morphological phenotype similar to wt; resistant to kanamycin	
AT4G33430	CS6125	plants have weak bri1 phenotype: semidwarf; smaller rosette with rounded leaves and shortened petiols than wt;  inflorescence length is about 70%  of wt; reduced sensitivity to brassinolide	
AT4G33430	CS6126	"bak1-1D suppresses multiple developmental defects of bri1-5 phenotype (bri1-5 plants exhibit a relatively dwarf phenotype with short inflorescences, leaves with shortened petiols and curled lamina);  doble mutants have primary inflorescence stems twice  as long as those of bri1-5 plants, have petiols that are only slightly shorter than wt plants and their lamina are not curled, rosettes are wider than in bri1-5 plants because the leaves are bigger and not curled"	
AT4G33430	CS69881	"No visible phenotype. Slightly diminished Ca2+ signal in response to Pathogen-associated Molecular Pattern, Flagellin 22 (flg22)."	
AT4G33430	CS69885	Impaired flg22-induced endocytosis and phosphorylation of AtRGS1-YFP 	
AT4G33430	CS71776	No obvious growth phenotype.	
AT4G33430	CS71777	No obvious growth phenotype.	
AT4G33430	CS71780	"More clustered rosette leaves, low fertility."	
AT4G33430	CS71782	No obvious growth phenotype.	
AT4G33430	CS71784	"Homozygous mutants show spontaneous cell death, seedling lethality."	
AT4G33430	CS71785	Moderate stomatal clustering in the cotyledon.	
AT4G33430	CS71786	Moderate stomatal clustering in the cotyledon and true leaves.	
AT4G33430	CS71787	Moderate stomatal clustering in the cotyledon.	
AT4G33430	CS71788	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT4G33430	CS71789	"Shortened pedicels, clustered inflorescences. Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT4G33430	CS71791	"Homozygous mutants show spontaneous cell death, seedling lethality."	
AT4G33430	CS71792	"More clustered rosette leaves, low fertility, defective floral abscission."	
AT4G33430	CS71793	No obvious growth phenotype.	
AT4G33430	CS71794	"Homozygous mutants are dwarf, sterile, exhibit defective floral abscission, clustered stomata."	
AT4G33430	bak1-2	Same phenotype as bak1-1.	12150929
AT4G33430	bak1-3 bkk1-1 sbb1-1	Rescues the cell death phenotype of bak1-3 bkk1-1 double mutant.	26775605
AT4G33430	bak1-4	"Infection of Col-0 plants with PtoDC3000 resulted in lesions that were restricted to  infection sites, whereas infection of mutant lines produced leaf chlorosis followed by spreading necrosis 4 days after infection. However, bacterial growth in Col-0 and bak1 mutant lines did not differ. Infection of bak1 mutants with strains PtoAvrRpm1, PtohrcC2, or Pph resulted in symptoms and bacterial growth rates that were indistinguishable from those on Col-0."	17583510
AT4G33430	bak1-4	"Mutant exhibited reduced leaf growth (~20%), shorter hypocotyls in the dark, and partial BL insensitivity in root-growth assays."	17583510
AT4G33430	bak1-4	"Reactive oxygen intermediate (ROI) production was stronger in A. brassicicola-infected mutant lines and always spread into uninoculated areas. The same response was observed upon infection with PtoDC3000. Moreover, ROI microbursts appeared in infected leaves before the appearance of microscopic lesions."	17583510
AT4G33430	serk3	"Infection of Col-0 plants with PtoDC3000 resulted in lesions that were restricted to  infection sites, whereas infection of mutant lines produced leaf chlorosis followed by spreading necrosis 4 days after infection. However, bacterial growth in Col-0 and bak1 mutant lines did not differ. Infection of bak1 mutants with strains PtoAvrRpm1, PtohrcC2, or Pph resulted in symptoms and bacterial growth rates that were indistinguishable from those on Col-0."	17583510
AT4G33430	serk3	"Mutant exhibited reduced leaf growth (~20%), shorter hypocotyls in the dark, and partial BL insensitivity in root-growth assays."	
AT4G33430	serk3	Phenotype not described.	16473966
AT4G33430	serk3	"Reactive oxygen intermediate (ROI) production was stronger in A. brassicicola-infected mutant lines and always spread into uninoculated areas. The same response was observed upon infection with PtoDC3000. Moreover, ROI microbursts appeared in infected leaves before the appearance of microscopic lesions."	17583510
AT4G33430	serk3 bri1-119	"Smaller rosettes than either parental single mutants and severely reduced stature resembling strong <i>bri1</i> alleles, indicating that <i>serk3</i> mutation has a stronger effect on <i>bri1-6</i> than <i>serk1-1</i>."	16473966
AT4G33470	hda14	Increased root hair density.	16176989
AT4G33480	hda14	Increased root hair density.	16176989
AT4G33495	SALK_123424	"Homozygotes are embryo lethal. Overall morphology of the mutant plant was not affected. In the mature siliques of the T4 plants, bent-cotyledon stage embryos were found together with those arrested at globular or transition stage. The overall morphology of arrested embryos appeared normal."	
AT4G33495	rpd1-1	"Hypocotyl explants of the rpd1-1 mutant formed root-primordium-like structures after 16 days of culture at the restrictive temperature (28°C) on root-inducing medium, whereas at the permissive temperature (22°C), they formed normal adventitious roots. The inhibitory effect of the rpd1 mutations on adventitious root formation was detected at the primordial stage after six days of culture."	14522871
AT4G33495	rpd1-1	"Temperature-sensitive mutant. Initial root primordium formation in the mutant hypocotyl explants proceeded normally at the restrictive temperature (28°C) on root-inducing medium; after three days of culture, the root primordium was arrested or strongly retarded at the two- to four-cell-layer stages. Therefore, the mutation inhibited the development of adventitious root primordia beyond the two-cell-layer stage without affecting the earlier processes of primordium development, including the initiation of cell proliferation. This developmental arrest was reversible upon temperature shift from 28°C to 22°C, root primordial developed normally and formed lateral roots. Mutant hypocotyl explants were cultured on callus-inducing medium at 22°C or 28°C. During the first four days of culture, callus growth appeared not to be affected in the mutant hypocotyls, compared with that in the wild-type explants. After day 4, however, callus growth in the mutant explants was retarded severely at 28°C."	16407439
AT4G33495	rpd1-2	"temperature sensitive, impaired in adventitious root formation in hypocotyl. Similar to rpd1-1 mutation"	16407439
AT4G33520	CS67799	Reduced growth; high chlorophyll fluorescence under actinic light as a result of impaired photosynthetic electron transport due to a decreased level of holoplastocyanin.	
AT4G33520	CS67800	Reduced growth; high chlorophyll fluorescence under actinic light as a result of impaired photosynthetic electron transport due to a decreased level of holoplastocyanin	
AT4G33520	paa1	High chlorophyll fluorescence	
AT4G33540	CS860044	No visible phenotype.	
AT4G33620	SALK_023493C	No obvious morphological defects in single mutant.	29066667
AT4G33620	spf1-1/spf2-1	"spf1 spf2 double mutants exhibit severe abnormalities in microgametogenesis, megagametogenesis and embryo development."	29066667
AT4G33620	spf1-2/spf2-1	"spf1 spf2 double mutants exhibit severe abnormalities in microgametogenesis, megagametogenesis and embryo development."	29066667
AT4G33630	ex1 ex2	No visible phenotype.	17540731
AT4G33630	ex1 ex2 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants continued to grow similarly to wild type except that their growth was slightly reduced and their final height was ~80% of that of wild type."	17540731
AT4G33630	ex1 ex2 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT4G33630	ex1 ex2 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT4G33630	ex1 flu1-1	"Once they were transferred to the long day conditions (after being grown in constant light until they reached the rosette leaf stage and were ready to bolt), the mutant plants continued to grow similarly to wild type except that their growth was slightly reduced and their final height was ~80% of that of wild type."	17540731
AT4G33630	ex1 flu1-1	Under continuous light the mutant plants grew equally well compared to wild type and finally reached the same height.	17540731
AT4G33630	ex1 flu1-1	When mature plants grown under continuous light were shifted to the dark for 8 h free protochlorophyllide accumulated in the mutant to similar levels in rosette leaves and were 3- to 4-fold higher than in wild-type controls.	17540731
AT4G33650	DRP3A-2	Peroxisomes defective. Division is abnormal and peroxisomes have aberrant morphology (observed in plants carrying an marker-YFP-PTS1).	18785999
AT4G33650	drp3a-1	Elongated mitochondria which sometimes form interconnected networks. Enlarged leaf peroxisomes. Elongated root peroxisomes.	18559960
AT4G33650	drp3a-1/drp3b-1	Plants are slower growing than single mutants or non-mutant siblings. Pale mutant color due to decreased number of mitochondria and peroxisomes.	18785999
AT4G33650	drp3a-2/drp3b-2	Plants are slower growing than single mutants or non-mutant siblings. Pale mutant color due to decreased number of mitochondria and peroxisomes.	
AT4G33650	pdd1	Abnormal peroxisome morphology as observed in mutants that contain a peroxisome marker (YFP–PTS1). Aberrant peroxisome division. Slow growth.	18785999
AT4G33700	WiscDsLox474F09	No visible phenotype.	
AT4G33730	protacape1	"Similar to wild type under normal growth conditions. When treated with 125 mM NaCl, proatcape1 seedlings showed increased salt tolerance. They displayed greenish cotyledons and generated true leaves, whereas wild-type seedlings exhibited yellowish cotyledons and stunted growth."	26093145
AT4G33760	oki1	"Small seedlings, the first 4-5 leaves narrow"	
"and strap shaped, highly fasciated inflorescence shoots with asymmetrically lobed rosette leaves. Shoot meristems significantly wider and taller, highly disorganized cell arrangement."	31393575		
AT4G33790	CS34	"very bright green stems and siliques; substantially reduced number of lobed plates on the epicuticular wax layer; altered wax structures which are relatively large, sharp-edged and platelike."	
AT4G33950	ost1-1	Impaired ability to close stomata in drought	12468729
AT4G33950	ost1-1	"Preopened stomata fail to close in response to ABA, consistent with the inability to reduce water loss upon drought."	12468729
AT4G33950	ost1-1	The mutation has no effect on the ability of preopened stomata to respond to light or CO2-free air but the mutant remain impared in the ABA-inhibition of light-induced stomatal opening.	12468729
AT4G33950	ost1-2	Impaired ability to close stomata in drought	12468729
AT4G33950	ost1-2	"In control experiments, multiplication of the bacterial <i>cor</i> mutant (in Col and Ler) at the surface of leaves was greatly reduced compared whereas it multiplied efficiently when infiltrated directly into the apoplast (and caused typical disease symptoms incluring necrosis and chlorosis). In the surface-inoculated mutant, the bacterial <i>cor</i> mutant multiplied efficiently."	16959575
AT4G33950	ost1-2	"Preopened stomata fail to close in response to ABA, consistent with the inability to reduce water loss upon drought."	12468729
AT4G33950	ost1-2	Stomatal closure could not be induced by the bacterial PAMP (pathogen-associated molecular pattern) molecules <i>flg2</i> (a biologically active peptide derived from flagellin) or LPS (lipopolysaccharide).	16959575
AT4G33950	ost1-2	The mutation has no effect on the ability of preopened stomata to respond to light or CO2-free air but the mutant remain impared in the ABA-inhibition of light-induced stomatal opening.	12468729
AT4G33950	srk2e	No change in effect of ABA inhibition of seed germination.	12514244
AT4G33950	srk2e	"While ABA induces the closing of stomata in wildtype plants, the stomata of the mutant remain open."	12514244
AT4G33950	srk2e	Wilty phenotype against rapid humudity decrease.	12514244
AT4G33990	CS24344	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT4G34030	CS66519	"Seeds have high levels of free branched-chain amino acids (Ile, Leu and Val), also high levels of  Arg, His and Ser, and low levels of Gln and Glu."	
AT4G34030	SALK_117349C	"mccb1-1 seeds have much higher levels of free branched-chain amino acids Ile, Leu and Val. mccb1-1 seeds also have higher Arg, His and Ser, and lower Gln and Glu."	21224340
AT4G34050	SALK_151507C	Reduced content of lignin monomers.	31073332
AT4G34050	fpgs1c ccoaomt1	Increased saccharifcation yield and enzymatic hydrolysis efciency.	31073332
AT4G34050	fpgs1c ccoaomt1	Reduced content of lignin monomers.	31073332
AT4G34100	CS40	"very bright green stems and siliques, mainly tube-shaped structures absent on the epicuticular wax layer, somewhat reduced plant height."	
AT4G34110	CS8174	No visible phenotype.	
AT4G34110	CS8177	Serrated-dentated leaf margins; delayed flowering; increased width and size of siliques; reduced inflorescence length (stunted).	
AT4G34110	CS8179	Serrated-dentated leaf margins; increased number of leaves; delayed flowering; increased width and size of siliques; reduced inflorescence length (stunted).	
AT4G34180	cyclase1-1	Increased extent and rate of cell death after exposure to FB1 when compared to wild type.	25862728
AT4G34180	cyclase1-2	Increased extent and rate of cell death after exposure to FB1 when compared to wild type.	25862728
AT4G34250	fae1	Reduction of eicosenoic acid in seeds	
AT4G34270	SALK_113161C	Small plants with fewer rosette leaves and shorter lateral roots.Increased sensitivity to TOR inhibitors. Hypersensitive to ABA during germination.	29602224
AT4G34350	clb6	Albino seedling	15133149
AT4G34350	ispH-1	"Plants with albino phenotype which exhibit purple-tinted phenotype superimposed on the albino phenotype when grown sucrose-containing medium. ispH-1 plants develop normal roots, rosette leaves and inflorescences."	15863698
AT4G34400	tfs1-1	late flowering.	30946745
AT4G34400	tfs1-2	late flowering.	30946745
AT4G34410	KO ERF109	"No obvious morphological defect, however, expression of downstream genes is attenuated after 12 hours of salt stress"	29686365
AT4G34460	CS3976	"affects leaf, flower and fruit development; rounded leaves and short petiols (rounder than in er mutants, petiols are approx 50% as long as those in the wt, whereas the lamina is approx 125% wider and approx 85% as long as that in the wt, these traits give the rosette a more compact and rounded appearance than that of wt plants); pedicel length is slightly longer than in wt; modest shortening of floral bud length (floral buds at the inflorescence apex appear more tightly clustered together than they are in the wt, but not as clusterd as in er;  decreased silique length and increased silique width (almost identical to that of er phenotype); silique tips have a blunt appearance like in er (valves do not taper apically and contact the style at its midpoint, styles do not extend as far past the valves as they do in the wt); stem length is slightly decreased relative to wt, but it is not as short as in er; expressed in all tissues but is highest in the silique."	
AT4G34460	CS3976	show more damage than wild-type Col-0 after exposure to either 500 or 700 ppb ozone.	15705948
AT4G34460	CS6535	Similar to the agb1-2 single mutant in resistance to tunicamycin.	17360436
AT4G34460	CS6535	"gpa1-4, agb1-2 double mutant; kanamycin resistant or silenced."	
AT4G34460	CS6536	Less sensitive to growth inhibition by tunicamycin than wt.	17360436
AT4G34460	CS6536	show more damage than wild-type Col-0 after exposure to either 500 or 700 ppb ozone.	15705948
AT4G34460	CS68690	Increased primary root length and lateral root density compared to wild-type. agb1-2 allele is possibly additive to the ndl1-2 allele.	
AT4G34460	CS68691	GUS expression at the base of the root-shoot junction in emerging cotyledons and vasculature of mature roots. Weak GUS expression in lateral root primordia and elongated roots.	
AT4G34460	CS68711	"Increased lateral root formation. Increased root elongation rate, cortical root cell length and cell production rate in the primary root than the wildtype."	
AT4G34460	CS68712	"Increased lateral root formation. Increased root elongation rate, cortical root cell length and cell production rate in the primary root than the wildtype."	
AT4G34460	CS68713	"Increased lateral root formation. Increased root elongation rate, cortical root cell length and cell production rate in the primary root than the wildtype."	
AT4G34460	agb1-2	ABA-inhibition of stomatal opening reduced.	
AT4G34520	CS6245	"deficient in the elongation of oleic acid (18:1); low levels of long-chain fatty acids in seed storage lipids, especially enucic (22:1) and eicosenoic (20:1) acids; higher levels of oleic acid (18:1)."	
AT4G34530	cib1 cib5	"cib1 or cib5 single mutant shows no obvious phenotype, and cib1cib5 double mutant showed a mild but statistically significant delay of flowering under a photoperiodic inductive condition (plants were grown in short-day photoperiod (9h light/15h dark) for 20 days and transfered to long-day photoperiod (16h light/ 8h dark) for 4 days, and removed back to short-day to continue grow until flowering."	18988809
AT4G34540	SAIL_563_D07	"Delayed senescence, hypersensitive response to H2O2"	30266040
AT4G34540	SALK_077809	Delayed senescence	30266040
AT4G34540	cib1 cib5	"cib1 or cib5 single mutant shows no obvious phenotype, and cib1cib5 double mutant showed a mild but statistically significant delay of flowering under a photoperiodic inductive condition (plants were grown in short-day photoperiod (9h light/15h dark) for 20 days and transfered to long-day photoperiod (16h light/ 8h dark) for 4 days, and removed back to short-day to continue grow until flowering."	18988809
AT4G34540	gvs1-3	resistant responses to H2O2	30266040
AT4G34570	SALK_016377	Heterozygotes have high percentage of defective ovules and defective pollen suggestive of T-DNA insertion associated with chromosomal rearrangement. Homozygotes have no visible morphological phenotype.	29876984
AT4G34580	CS67759	"Reduced root hair length. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT4G34710	CS3767	strong allele; low level of arginine decarboxylase activity in the polyamine biosynthesis; altered root growth includes increase in root mass and branching.	
AT4G34710	CS9659	chilling sensitive	
AT4G34710	CS9660	chilling sensitive	
AT4G34740	CS6521	"Defective in chloroplast protein import; glutamine phosphoribosyl pyrophosphate amidotransferase deficient; normal green cotyledons; small leaves with irregular white/pale-green mosaic; mosaic pattern varies considerably depending on growth, nutrient and light conditions; smaller plant than wild type but viable and fertile."	
AT4G34850	CS68658	Abnormal exine patterning. Pollen lacks the characteristic reticulate structure. Reduced accumulation of flavonoid precursors and flavonoids in developing anthers.	
AT4G34890	SALK_148364	Mutant lacked xanthine dehydrogenase and ROS-generating activities but contained normal levels of aldehyde oxidase activity. AtXDH1 transcript level in leaves of the Atxdh1 insertion line was threefold lower than in wild type.	15941399
AT4G34940	SALK_033785	"Gametophytic effect. Cannot be transmitted by male gametophyte. Therefore, homozygote plants cannot be recovered.  Pollen tubes either burst immediately upon germination, or are short and plump. Pollen tubes are unable to penetrate the cell wall of stigmatic cells.  Pollen tube actin cytoskeleton is severely disorganized."	18931021
AT4G34940	SALK_033785C	"Allele cannot be transmitted through pollen, therefore, homozygote plants cannot be recovered.  Pollen tubes either burst immediately upon germination, or are short and plump. Pollen tubes are unable to penetrate the cell wall of stigmatic cells.  Pollen tube actin cytoskeleton is severely disorganized."	18931021
AT4G34940	SALK_040310	WT phenotype exhibited by  both heterozygous and homozygous plants.	18931021
AT4G34940	SALK_147528	WT phenotype exhibited by both heterozygous and homozygous plants.	18931021
AT4G35040	m19m23	"double mutant seedlings grown on zinc-deficient agar media showed a zinc-deficiency hypersensitive  phenotype, visible as very poor growth and strong chlorosis."	20479230
AT4G35090	CS67045	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67046	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67047	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67048	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67049	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67050	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67051	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67052	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67053	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67054	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67055	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67056	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67057	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67058	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67059	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	CS67060	"reduced catalase activity; resistant to hydroxyurea, roots elongate and cotyledons expand in the presence of 3mM hydroxyurea "	
AT4G35090	SALK_057998	"Photorespiratory mutant that shows a wild-type phenotype when grown at high CO2 (3000-4500 ppm) or in air at irradiance below 30 µmol.m-2s-1. Significantly decreased rosette biomass when grown in air above 100 µmol.m-2s-1 irradiance. Lesions appear in a photoperiod-dependent manner : few or none are observed in 8h photoperiods, even up to 400 µmol.m-2s-1 growth irradiance, while in 16h photoperiods lesion formation is observed at 100 µmol.m-2s-1 irradiance and becomes extensive as irradiance is increased. Despite lesion formation, plants survive to flowering, though final rosette mass and seed production are decreased compared to wild-type."	17877712
AT4G35090	SALK_057998	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	SALK_076998	"Photorespiratory mutant that shows a wild-type phenotype when grown at high CO2 (3000-4500 ppm) or in air at irradiance below 30 µmol.m-2s-1. Significantly decreased rosette biomass when grown in air above 100 µmol.m-2s-1 irradiance. Lesions appear in a photoperiod-dependent manner : few or none are observed in 8h photoperiods, even up to 400 µmol.m-2s-1 growth irradiance, while in 16h photoperiods lesion formation is observed at 100 µmol.m-2s-1 irradiance and becomes extensive as irradiance is increased. Despite lesion formation, plants survive to flowering, though final rosette mass and seed production are decreased compared to wild-type."	17877712
AT4G35090	SALK_076998	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-1	"Reduced stature, pale green color and reduced number of secondary roots. Decreased catalase activity. Increased H2O2 and increased sensitivity to H2O2. Also, increased uptake of Li+, Na+ and norspermine. Decreased sensitivity to litium most likely due to decrease in sensitivity to ethylene."	17931347
AT4G35090	cat2-10	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-11	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-12	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-13	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-14	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-15	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-16	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-17	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-18	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-19	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-3	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-5	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-6	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-7	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-8	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35090	cat2-9	"Significant decrease in catalase activity; resistance to hydroxyurea (HU), a ribonucleotide reductase inhibitor effective in HIV, sickle cell disease, and blood cancer therapy."	20452979
AT4G35170	cc1/cc2/cc3/cc4	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT4G35180	cc1/cc2/cc3/cc4	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT4G35300	tmt1::tDNA1 tmt2::tDNA	"Although no variation in sucrose content of leaves placed under normal temperature conditions compared to wild type leaves, a substantial decrease in sucrose content was observed when the plants were placed under cold treatment (24h)."	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA	No visible phenotype.	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA	"Under cold treatment (24h), the decrease in glucose and fructose content in leaves is more drastically reduced compared to that of wild type and even that of the tmt1 single mutants."	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA	"Under normal growth temperature conditions, the double mutant leaves' content in glucose and fructose is slightly reduced (~30%) in a similar fashion to that observed with the tmt1 single mutants."	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Although no variation in sucrose content of leaves placed under normal temperature conditions compared to wild type leaves, a substantial decrease in sucrose content was observed when the plants were placed under cold treatment (24h)."	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	No visible phenotype.	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	The vacuoles of this mutant exhibit a substantially reduced capacity to import glucose.	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under cold treatment (24h), the decrease in glucose and fructose content in leaves is more drastically reduced compared to that of wild type and even that of the tmt1 single mutants."	17158605
AT4G35300	tmt1::tDNA1 tmt2::tDNA tmt3::tDNA	"Under normal temperature conditions, a substantial reduction in glucose and fructose contents in leaves is observed compared to wild type, and even the single tmt1 and double tmt1/tmt2 mutants."	17158605
AT4G35300	tmt2::tDNA	No visible phenotype.	17158605
AT4G35310	CS65904	More susceptible to bacterial pathogen Pst DC3000.	
AT4G35310	CS69905	Compromised in immune gene activation and disease resistance.	
AT4G35310	CS69906	Compromised in immune gene activation and disease resistance	
AT4G35420	FLAG_019D03	impaired pollen formation and seed production	19054337
AT4G35460	ntra ntrb	"Double mutant plants are viable but the pollen has reduced fitness, and they showed slowed plant growth, modified seed shape, and high accumulation of anthocyanins. Seedlings are not hypersensitive to oxidant stresses"	17586656
AT4G35460	ntra ntrb rml1	ntra ntrb rml1 plants do not show any shoot and root  meristematic activity. Meristematic  activities of most ntra ntrb rml1 plants are rescued when  transferred to Murashige and Skoog (MS) medium containing  GSH. The germination rate of the ntra ntrb  rml1 seeds is also perturbed.	
	17586656		
AT4G35490	mrpl11-1	Analysis of the mitochondrial electron transport chain revealed a marked and general decrease in the abundance of the protein complexes in mutant plants with respect to the wild type.	16517761
AT4G35490	mrpl11-1	Impairment of mitochondrial gene expression without affecting photosynthesis.	16517761
AT4G35490	mrpl11-1	Mutant plants are reduced in size and show a darker leaf coloration than the wild type.	16517761
AT4G35490	prpl11-1 mrpl11-1	Defective in both mitochondrial and plastid gene expression.	16517761
AT4G35490	prpl11-1 mrpl11-1	Double mutant leaves were identical to those of the prpl11-1 single mutant in terms of thylakoid protein composition and photosynthetic performance.	16517761
AT4G35490	prpl11-1 mrpl11-1	No increase in H2O2 content in light- or dark-adapted mutant plants.	16517761
AT4G35490	prpl11-1 mrpl11-1	Pale-green leaves and a drastic reduction in size.	16517761
AT4G35490	prpl11-1 mrpl11-1	"The photosynthetic performance of the double mutant is identical to that of prpl11-1 plants (Fv/Fm, 0.69 versus 0.79 in the wild type; &Phi;II, 0.53 versus 0.75 in the wild type; 1-qP, 0.06 versus 0.05 in the wild type)."	
	16517761		
AT4G35490	prpl11-1 mrpl11-1	prors1-like transcriptional response.	16517761
AT4G35520	Atrpa1a / Atmlh3	"This double mutant has a lower chiasma frequency than either single mutant, but more chiasma than Atrpa1a/Atmsh4 or Atmsh4."	19153602
AT4G35520	SALK_015849	"Reduced fertility. Early prophase I from leptotene through to pachytene was indistinguishable from wild type, but as the chromosomes desynapsed towards the end of prophase I and began to condense during late diplotene/diakinesis, a proportion of the homologous chromosome pairs lack chiasmata and are present as univalents at metaphase  I. This resulted in missegregation at the first meiotic division, leading to the   formation of dyads containing aberrant chromosome numbers. This in turn resulted in aneuploid tetrads following the second meiotic division."	16467846
AT4G35550	wox13-/-	Early flowering.	18950478
AT4G35760	CS67961	Severe photoautotrophic growth retardation. Photoautotrophic defect due to the depletion of photosystem II subunits resulting in a severe limitation in the electron flow from PSII.	
AT4G35870	gfs10-1	green fluorescent seeds	17293568
AT4G35900	CS53	"late flowering, unaffected by vernalization, increased number of rosette leaves."	
AT4G35920	mca1-null	primary roots failed to penetrate a harder agar medium from a softer medium.	17360695
AT4G36180	CS800016	No visible phenotype.	
AT4G36220	CS6172	"altered phenylpropanoid metabolism; reduced sinapoyl malate, syringyl lignin and sinpoyl choline, probably due to lack of conversion of ferulate to 5-hydroxyferulate; may be sensitive to UV-B radiation."	1477555
AT4G36220	CS8598	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT4G36220	CS8599	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), pale brown seeds."	
AT4G36220	CS8600	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), pale brown seeds."	
AT4G36220	CS8601	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT4G36220	CS8602	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT4G36220	CS8603	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT4G36220	CS8604	"altered phenylpropanoid metabolism; reduced sinapoyl malate, syringyl lignin and sinpoyl choline, probably due to lack of conversion of ferulate to 5-hydroxyferulate; may be sensitive to UV-B radiation."	
AT4G36220	brt1 fah1	Double mutants lacked hyper-fluorescent trichomes.	17217457
AT4G36260	SALK_138092	no visible developmental phenotypes were observed in homozygous plants	
AT4G36260	"sty1-1,sty2-1, shi-2, shi-3, lrp1"	18-25% of flowers have homeotic conversion petals/anthers with fused characteristics. Anther locules are abnormal. Tapetal development is abnormal with reduced pollen viability.	29491878
AT4G36380	CS3727	"Petals, sepals, stamens and pistils were all of reduced length."	9694802
AT4G36380	CS3727	The lengths of all the true leaves (foliage leaves) of the mutants were shorter than those of the wild type.	9694802
AT4G36380	CS3727	The petioles of the rot3 mutant plants were shorter than those of the wild type.	9694802
AT4G36380	CS3727	The width of the true leaves of the mutants were similar to those of the wild type.	9694802
AT4G36380	CS3727	strong allele.	
AT4G36380	CS3728	"Petals, sepals, stamens and pistils are all larger than those of wild type."	9694802
AT4G36380	CS3728	"The average length of the hypocotyl and primary root of the rot3-2 mutant 9 days after sowing did not differ from those of the wild type, as was true also for the rot3-1 mutant. However, cotyledons of the rot3-2 mutant were slightly larger than those of the wild type, whereas the rot3-1 mutant had normal cotyledons."	
	9694802		
AT4G36380	CS3728	The leaves of the rot3-2 mutant were longer than those of the wild type.	9694802
AT4G36380	CS3728	The leaves of the rot3-2 mutant were wider than those of the wild type.	
	9694802		
AT4G36380	CS3728	The petioles of the rot3 mutant plants were shorter than those of the wild type.	9694802
AT4G36380	CS3728	thick floral stems; encodes a protein of the cytochrome P-450 family required for the regulated polar elongation of leaf cells.	9694802
AT4G36380	cyp90c1	"Flowers of the mutant have shorter petals and anthers. The pistil is much longer than the anthers, leading to a reduction in self-fertilization. The stigma emerges early from flower bud."	17138693
AT4G36380	cyp90c1	"No Major recognizable developmental defects, apart from somewhat rounded cotyledons compared to those of wild type plants."	17138693
AT4G36380	cyp90c1	"One-month-old plants have a more compact rosette than wild type plants, resulting from a reduction in petiole length. Additionally, inflorescence stems were shorted and thicker, with larger cauline leaves."	17138693
AT4G36380	cyp90c1 cyp90d1	Dwarf phenotype.	17138693
AT4G36380	cyp90c1 cyp90d1	"Flowers are male sterile as they never open to release pollen, even though the capsule size is normal."	17138693
AT4G36380	cyp90c1 cyp90d1	Flowers are smaller and develop one week later than wild type or single mutants.	17138693
AT4G36380	cyp90c1 cyp90d1	"In etiolated seedlings, hypocotyl length is less than 10% of that of wild type control and the cotyledons were open."	17138693
AT4G36380	cyp90c1 cyp90d1	"Light grown seedlings have a reduced hypocotyl length, as well as short, epinastic cotyledons."	17138693
AT4G36380	cyp90c1 cyp90d1	"Severely dwarfed with globular shape and curly, succulent leaves."	17138693
AT4G36380	rot3-3	The lengths of all the true leaves (foliage leaves) of the mutants were shorter than those of the wild type.	9694802
AT4G36380	rot3-3	The petioles of the rot3 mutant plants were shorter than those of the wild type.	9694802
AT4G36380	rot3-3	The width of the true leaves of the mutants were similar to those of the wild type.	9694802
AT4G36480	SALK_077745	Embryo lethal. Embryo development was arrested before the globular stage.	17194770
AT4G36630	CS24057	embryo defective; cotyledon	
AT4G36680	SAIL_358_D12	severe growth delay	30626926
AT4G36690	SALK_144790	Delayed flowering time at 23&#9702;C under LD conditions	31130976
AT4G36690	atu2af65a-4 atu2af65b-1 	Homozygous double mutant resulted in non-viable seeds due to defective male gametophyte. Heterozygous double mutant has impaired pollen tube growth.	31130976
AT4G36710	CS67135	Incompletely penetrant phenotype of reduced apical dominance.	
AT4G36710	CS67136	"Abnormal shoot phenotypes similar to Atham1,2,3 mutants but generally more prone to arrest of the inflorescence meristem prior to generation of functional flowers.  "	
AT4G36800	1375.2	suppressor of superoot2-1 phenotype	24596172
AT4G36860	mip3-2	"seeds abnormally accumulated storage protein precursors, including 17 kDa pro2S albumin"	24118572
AT4G36870	CS16377	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT4G36870	CS16378	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT4G36870	CS16379	Increased serrations in leaf margins; revolute leaves with margins curled abaxially.	
AT4G36870	saw1-1/saw2-1	Serrated leaves	
AT4G36890	CS2106382	"Severe seed mucilage detachment, xylan-deficient; similar mucilage defects to the irx14-2 single mutant"	
AT4G36890	CS2106715	Seed mucilage defects.	
AT4G36890	CS2106716	Seed mucilage defects.	
AT4G36890	CS2106717	Seed mucilage defects.	
AT4G36920	CS29	"weak allele, homeotic transformations of sepals to leaves and petals to stamens or stamenoid petals, 3rd and 4th whorls (stamens and carpels) are normal, more severe phenotype in later flowers and at higher temperatures."	
AT4G36920	CS3082	"sepals converted to leaves (ap2-1/-), to carpels, or missing (ap2-2); petals converted to stamens or stamenoid petals (ap2-1/-) or missing (ap2-2); stamens normal (ap2-1/-) or reduced in number (ap2-2); carpels normal or sometimes unfused (ap2-2), more severe phenotype at higher temperatures."	
AT4G36920	CS3083	"reduced petals and large sepals, temperature sensitive: greater organ loss and more complete organ conversion at higher temperatures."	
AT4G36920	CS3084	"reduced petals and large sepals, flower morphogenesis affected in 1st and 4th whorls, no organs form in 2nd whorl, and 3rd whorl is mostly unoccupied, more severe phenotype at higher temperatures."	
AT4G36920	CS6239	"homeotic transformation of median sepals to carpels, lateral sepals normal; homeotic transformation of petals to stamens; androecium and gynoecium normal; more severe phenotype in later flowers and at higher temperatures"	
AT4G36920	CS6240	"homeotic transformation of perianth organs to carpels, perianth organs variably fused along the margins; stamenoid structures fused to the perianth; number of stamens reduced to 3 or 4; gynoecium normal; more severe phenotype in later flowers and at higher temperatures"	
AT4G36920	CS6241	"perianth reduced to 2-4 organs; homeotic transformation of median sepals to carpels, lateral sepals reduced or absent; lacks petals (second whorl); stamens fused to the perianth; number of stamens reduced to 1-3; incomplete fusion of carpels; more severe phenotype in later flowers and at higher temperatures"	
AT4G36920	ap2-1 rbe-3	Additive phenotype in the first and fourth whorls. Second-whorl organs of the double mutant were more completely converted to stamens or were missing entirely.	
	16412084		
AT4G36920	ap2-1 rbe-3	The enhancement of the second-whorl phenotypes in these double mutants resulted from AG misexpression.	16412084
AT4G36920	ap2-2 rbe3	"In the double mutants, first-whorl carpels and staminoid carpels were often wider than in ap2-2. These organs had the appearance of several fused organs but were only connected to the base of the flower in the central part of the organ and were in a position normally occupied by a single organ. In addition, first-whorl organs were often fused along much of their length. All of the first-whorl organs were sometimes fused such that the fourth whorl carpel poked through a ring of tissue. Cells present along the margin of fusion resembled the epidermal cells normally present on the abaxial replum of wild-type carpels."	
	16412084		
AT4G36920	ap2-2 rbe3	The number of first whorl organs in the double mutant was slightly increased compared with ap2-2 single mutants. No second-whorl organs were present in the double mutant and the third and fourth whorls had an additive phenotype.	16412084
AT4G36920	l28/+	Reduced meristem size; abnormal phyllotaxy;variable floral organ number.	16387832
AT4G36920	l28/l28	"Early termination of apical meristem at a variety of stages, vegetative and reproductive."	16387832
AT4G36930	CS275	"gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract absent, reduced seed set."	
AT4G36930	CS69063	"Ovules defective without integuments (female sterile); floral organs narrow and reduced in number; vegetative growth less vigorous. Also segregating for the spt-2 allele: gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract absent, reduced seed set, stronger allele."	
AT4G36930	CS69068	"Gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract reduced, reduced seed set, weaker allele; also homozygous for a mutant allele of eceriferum2, bright green epidermis."	
AT4G36930	CS69069	"Gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract absent, reduced seed set."	
AT4G36930	CS69070	"Gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract absent, reduced seed set."	
AT4G36930	"hec1,2,3"	"The hec1,2,3 spt quadruple mutant had an enhanced phenotype compared to the hec1,2,3 triple or spt single. Carpels were completely unfused at the apical part, up to one third of the entire fruit indicative of a synergistic interaction."	26293302
AT4G36930	spt-10	Reduced seed dormancy. Germination occurs in the light and in the absence of cold treatment.	16303558
AT4G37000	68-13-1	Accumulation of red chlorophyll catabolites (RCC) and RCC-like compounds during senescence.	17237353
AT4G37000	68-13-1	"Detached leaves maintained in permanent darkness accumulate a faint red-orange coloration after 5 to 7 days, which differs from wild type where a progressive yellowing of the leaves is observed. This red coloration is not observed under normal senescence."	17237353
AT4G37000	68-13-1	"Development-related lesion-mimic phenotype, occuring at a presenescent stage."	17237353
AT4G37000	CS3734	Accumulation of red chlorophyll catabolites (RCC) and RCC-like compounds during senescence.	17237353
AT4G37000	CS3734	"Detached leaves maintained in permanent darkness accumulate a faint red-orange coloration after 5 to 7 days, which differs from wild type where a progressive yellowing of the leaves is observed. This red coloration is not observed under normal senescence."	17237353
AT4G37000	CS3734	"Development-related lesion-mimic phenotype, occuring at a presenescent stage."	17237353
AT4G37000	CS3734	"develops spontaneous lesions resembling those produced during a pathogen-induced rapid cell death response (the hypersensitive response, HR); typical HR characteristics occur both within the necrotic tissue and within the healthy part of the plant, including: modification of plant cell walls, resistance to bacterial pathogens and accumulation of defense-related gene transcripts, the signal  molecule salicylic acid and an antimicrobial compound."	11149948
AT4G37000	acd2-9	No cell death symptoms or alterations in senescence behavior compared to wild type.	17237353
AT4G37180	SAIL_806_F06	"Increased number of sepals and petals.Loss of organ boundary and identity, resulting in fused sepals and petaloid stamens."	26903506
AT4G37200	hcf164	"Seedling lethal, deficient in cytochrome b(6)f complex"	
AT4G37270	hma1-1	mutants are hypersensitive to Zn(II)	
AT4G37270	hma1-ACT7	"In chloroplasts from hma1 mutant lines, Cu content was halved with respect to chloroplasts from WT. Under high light (above 280 µmol.m-2.s-1), hma1 mutants exhibited a strong photosensitivity phenotype leading to white leaves with restricted green regions."	16282320
AT4G37450	 SALK_117268 homo	No visible phenotype.	17217456
AT4G37470	dlk2-3/kai2-2	Slightly shorter hypocotyls than kai2-2 single mutant.	28970845
AT4G37470	htl-1	"Mutant seedlings displayed a long hypocotyl phenotype under red, far-red, and blue light."	20864454
AT4G37580	CS3073	"hookless in absence of ethylene, reduced ethylene production; small, narrow rosette leaves; bolts and senesces early."	8612271
AT4G37610	bt1-4;bt2-3/+;bt3-1/+;bt4-1;bt5-1	Reduced seed set and shortened siliques. Phenotype is identical to bt2-3/+;bt3-1/+	19054356
AT4G37610	bt1-4;bt2-3;bt3-1;bt4-1;bt5-1	Embryo lethal - not recovered.	19054356
AT4G37610	bt1-4;bt2-3;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT4G37610	bt1-4;bt3-1;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT4G37610	bt5-1	same as smb-3 single mutant	19054356
AT4G37650	CS2972	Reduction of the width of  the stele measured at 100 &mu;m above the QC (where the early  differentiation of the phloem and the xylem starts in wildtype)  and reduction of the number of stele cell files visible on  median optical sections in the same region.	
	16640459		
AT4G37650	CS2972	"Roots abnormally short and lack a normal endodermis layer, roots do not undergo the longitudinal cell division of the cortex/endodermis initial daughter cell, resulting in a single cell layer with only cortex attributes; absence of gravitropic response in shoots; absence of a normal endodermis layer in hypocotyls and inflorescence stems; lacks trichomes on leaves and stems; transcript levels are severely reduced, but still detectable"	
AT4G37650	CS2972	Significant reduction in the number of stele initials  in 4-d-old shr-2 seedlings compared to wild-type plants.	
	16640459		
AT4G37650	CS2972	"The shr-2 mutation strongly perturbs the specification of the  stele initials as well as the patterning of the stele tissues, and  notably the phloem and procambium tissues."	
	16640459		
AT4G37650	CS6503	"Roots abnormally short and lack a normal endodermis layer, roots do not undergo the longitudinal cell division of the cortex/endodermis initial daughter cell, resulting in a single cell layer with only cortex attributes; absence of gravitropic response in shoots; absence of a normal endodermis layer in hypocotyls and inflorescence stems; transcript levels are the same as wild-type"	
AT4G37690	CS2106370	No visible phenotype	
AT4G37690	CS2106371	No visible phenotype	
AT4G37690	CS2106380	"Compact seed mucilage capsule, reduced galactoglucomannan content; similar mucilage defects to the muci10-2 single mutant"	
AT4G37750	CS3942	"Strong allele; ovules lack integuments, embryo sac does not develop; ovule primordia form and develop normally through very early stages, but in later stages in place of the two integument primordia, only a slightly elevated ridge of cells (integumentary ridge) forms at the chalaza of the ovules  and demarcates the nucellus and the funiculus but undergoes no further expansion, development of other parts of the ovule does not immediately arrest, minimal chalazal bend; altered flower development: narrow petals with somewhat irregular margins, reduced stamen number; complete female sterility; expressed  specifically in the chalaza and in floral organ  primordia"	
AT4G37750	CS3943	"Slightly weak allele; ovules lack integuments, embryo sac  does not develop; ovule primordia form and develop normally through early stages, but in later stages in place of the two integument primordia, an integumentary ridge of cells undergoes limited asymmetrical expansion  at the chalaza and the ovules take on more of the characteristic S shape of wt ovules, intermediate chalazal bend; altered flower development: narrow petals with somewhat irregular margins, reduced stamen number; complete female sterility."	
AT4G37750	CS3944	"Weak allele; ovules lack integuments, embryo sac does not develop; ovule primordia form and develop normally through early stages, but in later stages, in place of the two integument primordia, an integumentary ridge of cells  expands further at the chalaza and, in some cases, partially surrounds the nucellus and superficially resembles an outer integument, normal chalazal bend; altered flower development: narrow petals with somewhat irregular margins, reduced stamen number; complete female sterility; expressed  specifically in the chalaza and in floral organ primordia"	
AT4G37750	CS69063	"Ovules defective without integuments (female sterile); floral organs narrow and reduced in number; vegetative growth less vigorous. Also segregating for the spt-2 allele: gynoecium flattened medially at apex, sometimes unfused at apex, silique shorter, flattened laterally at apex, style and stigma reduced, transmitting tract absent, reduced seed set, stronger allele."	
AT4G37750	ant-1	"Reduced width and length of mature leaves, reduced floral organ size, fewer cells per unit area and per organ, larger cells, fewer cell divisions."	10639185
AT4G37750	ant-4 rbe-3	"Double mutants had an increased number of sepals compared with either single mutant. In early arising flowers as many as eight sepals were present. In addition, fusion between sepals was observed in ant-4 rbe-3 mutants. Sepals in the double mutant were often fused along their entire length rather than just at their base as usually seen in rbe-3."	
	16412084		
AT4G37750	ant-4 rbe-3	"Mutant flowers also show a reduction in the overall number of second-whorl organs. In addition, fewer filaments and staminoid organs were present in the double mutant compared with rbe-3 single mutants. Reduced stamen number in the third whorl of ant-4 mutants was partially rescued by rbe-3."	16412084
AT4G37770	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT4G37780	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT4G37900	SAIL_387_D04	Late flowering under long and short days.Reduced salt tolerance. Reduced growth rate.	25653657
AT4G37925	shm1-1 shm1-2	"Photorespiratory phenotype: chlorosis at ambient CO2 levels, fully rescued at 3% CO2."	16339799
AT4G37925	shmt1-2	Dramatic dwarf and chlorotic phenotype when grown on soil and on axenic MS medium.	15659103
AT4G37925	shmt1-2	Enhanced H2O2 accumulation.	15659103
AT4G37925	shmt1-2	shmt1-2 plants died without producing progeny under the growth conditions used in this study.	15659103
AT4G37930	CS8010	requires high CO2 to prevent flux of metabolites into the photorespiratory pathway; lacks trichomes on stems and leaves.	
AT4G37930	shm1-1	"Photorespiratory phenotype: chlorosis at ambient CO2 levels, fully rescued at 3% CO2."	16339799
AT4G37930	shm1-1 shm1-2	"Photorespiratory phenotype: chlorosis at ambient CO2 levels, fully rescued at 3% CO2."	16339799
AT4G37930	shmt1-1	forms chlorotic lesions shortly after  germination which spread as the plant grow and is most prominent between leaf veins. The intensity of the chlorosis and the affected leaf surface increases during maturation until HR-like necrotic spots appear inside the  chlorotic area. shmt1-1 plants also display a reduction in size and rate of development  compared with wild-type controls.	15659103
AT4G37930	shmt1-2	Dramatic dwarf and chlorotic phenotype when grown on soil and on axenic MS medium.	15659103
AT4G37930	shmt1-2	Enhanced H2O2 accumulation.	15659103
AT4G37930	shmt1-2	shmt1-2 plants died without producing progeny under the growth conditions used in this study.	15659103
AT4G38010	SALK_064539	same as smb-3 single mutant	18718934
AT4G38060	CS67948	No visible phenotype.	
AT4G38130	SALK_139445	Roots show reduced expression of quiescent center markers and accumulation of starch grains in columella stem cells.	26028217
AT4G38130	hda19-1	"Temperature sensitive phenotype.  When grown at 24 degrees C, seedlings have narrow cotyledons compared to wt.  When grown at 29 degrees C, seedlings display several tpl-1-like phenotypes, including monocots, tubes and pins.  Both shott and root can be disorganized."	16763149
AT4G38150	mterf6-1	"Mutants displayed a reduced growth rate. Plants have pale-green and lower overall chlorophyll content, and the chlorophyll a/b ratio  is slightly decreased."	26152711
AT4G38160	mterf6-1	"Mutants displayed a reduced growth rate. Plants have pale-green and lower overall chlorophyll content, and the chlorophyll a/b ratio  is slightly decreased."	26152711
AT4G38160	mterf6-2	Defective chloroplasts. In siliques of heterozyotes appproximately 25% of ovules are white. Plastids of homozygotes are defective.	26152711
AT4G38240	CS16366	Longer root hairs compared to wild type.	
AT4G38240	CS16367	Longer root hairs compared to wild type.	
AT4G38240	CS16368	"Stunted root growth with bushy appearance; roots are shorter, more branched and hairy than wild type, revealing synergistic effects of cgl1-3 and stt3a-2 in this double mutant."	
AT4G38240	CS6192	"accumulates Glc Nac2-Man5 glycans, suggesting a defect in N-acetyl glucosamine transferase I; no visible phenotypic effect."	
AT4G38240	SALK_073650	"strongly repressed root growth when exposed to salt or manitol, callose accumulation at root tips exposed to salt."	18408158
AT4G38240	cgl1-T	almost complete loss of fucosyl as well as xylosyl epitopes; salt-sensitive (inhibition in root elongation); higher levels of UDP-GlcNAc.	18408158
AT4G38350	AtNPC1-1-1/atnpc1-1-1/atnpc1-2-1/atnpc1-2-1	Extreme dwarfism and male gametophyte defect (~38% pollen abortion).Increased amount of fatty acids (58%) with significant icrease in unsatuated FAs and decrease in saturated FAs.	26007685
AT4G38350	CS69071	No visible phenotype.	
AT4G38350	CS69072	"Severe dwarf phenotype, male gametophytic defects. Increased fatty acid amounts."	
AT4G38350	CS868696	"When plants were grown under a long-day regime (16 h day/8 h night), the growth was indistinguishable from wild type."	26007685
AT4G38360	SALK_034193	Slightly reduced rosette diameter. At an ultracellular level slight defects in vacuole organization.	29288738
AT4G38360	laz1-5/laz1h1	"Reduced rosette diameter, dwarf plant. At an ultracellular level, vacuoles of double mutants are disorganized."	29288738
AT4G38430	CS69175	Hypersensitive to ABA treatment.	
AT4G38430	CS69176	Hypersensitive to ABA treatment.	
AT4G38600	kak	Increased ploidy level of 64C.	17090720
AT4G38600	kak	Overbranched trichomes	
AT4G38600	kak elc	The double mutant exhibits an additive trichome phenotype. The cluster frequency and number of nuclei was similar to that in elc single mutants and the number of branches was similar to that in kak single mutants.	
	17090720		
AT4G38620	myb4	"Increased sinpate esters in leaves, uV-B tolerant"	
AT4G38630	CS67943	"Homozygous rpn10-2 plants are infertile and have underdeveloped and completely sterile siliques. Both male and female gametes are defective. Reduced growth rate, later flowering time, extended life cycle, taller, larger, thicker, and more lanceolar and epinastic rosette and cauline leaves, larger anthers and pollen grains, reduced axillary inflorescences and increased accumulation of anthocyanin on the floral stem surface, increased floral organ size and abnormal floral organ numbers."	
AT4G38630	rpn10-1 (C24)	"The rpn10-1 mutant has elevated levels of ubiquitin conjugates but the RPN(1-186):ARP(exon2):NPTII protein is still detected in a 26S proteasome-enriched fraction. This mutant has a reduced germination rate, several growth abnormalities, increased rosette leaf senescence, a reduction in stamen number, increased sensitivity to DNA damaging agents, decreased sensitivity to cytokinin, and increased sensitivity to abscisic acid, sucrose, and salt."	12671091
AT4G38630	rpn10-1 (Col)	"The rpn10-1 mutant has defects in ubiquitin-mediated proteolysis via the 26S proteasome, rendering it more sensitive to misfolded proteins that are degraded in a 26S-proteasome / Ub-dependent manner. However, it has increased levels of the 20S core particle of the proteasome, and exhibits reduced sensitivity to oxidative stress, presumably since oxidatively damaged proteins can be degraded in a 20S proteasome-dependent, but 26S proteasome /Ub-independent manner. The mutation confers the same phenotypes in Col that were described in the C24 background."	17971041
AT4G38760	SALK_004657	"Roots moderately resistant to elongation inhibition by 2,4-DB (2,4-Dichlorophenoxybutyric acid) but remained sensitive to inhibition by 2,4-D (2,4-Dichlorophenoxyacetic acid). Fewer lateral roots are produced without induction which becomes more pronounced in response to IBA (Indole-3-butyric acid) treatment."	17277896
AT4G38900	SALK_065254	Mutant dkml rosettes and plants appear larger and taller than Col-0 plants. The average number of floral buds produced was decreased and fruit length was increased.	27402171
AT4G38970	CS924038	"Segregating for agamous-like plants (homeotic transformation of stamens to petals, double flowers); average height = 39 cm."	
AT4G39030	CS3735	exhibits enhanced disease susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv maculicola ES4326; also susceptible to the distantly related P. aeruginosa UCBPP-PA14; unable to activate pathogenesis-related PR-1 gene expression after pathogen attack; no defects in the hypersensitive response (HR); and exhibits at least a partial systemic acquired resistance (SAR) response.	
AT4G39030	CS9720	broad-spectrum powdery mildew resistance	
AT4G39080	vha-a2 vha-a3	"No tonoplast V-ATPase activity. Severely reduced rosette size. pH shifted to pH 6.4 in double mutants from 5.9 in WT. Reduced leaf growth under short- and long-day conditions is accompanied by varying  degrees of leaf tip and flower necrosis. Calcium content in leaf extracts of vha-a2 vha-a3 plants grown in soil under LD conditions was >2-fold lower than  in WT plants. In the presence of increasing  external concentrations of NaCl neither growth inhibition nor accumulation of sodium, potassium, and chloride was significantly different from WT."	
	20133698		
AT4G39350	ixr2-1 cesa2	"The cesa2/cesa6 double mutant has reduced hypocotyl length in the dark, reduced root length in the light, strong dwarf and bushy."	17878303
AT4G39350	prc1-1 cesa2-1	The double mutant seedlings had significantly shorter and swollen roots. The plants had stunted growth and reduced size.	17878302
AT4G39350	prc1-1 cesa2-1 cesa9-1	"the triple mutant pollen grains are severely deformed, the pollen cell walls are unevenly deposited. The mutant pollen is not fertile."	17878302
AT4G39370	CS860117	No visible phenotype.	
AT4G39370	CS860118	No visible phenotype.	
AT4G39400	CS292	extreme dwarf due to strongly reduced cell expansion; reduced leaf expansion and extremely stunted inflorescence; strongly reduced hypocotyl elongation; opened cotyledons after germination in darkness; infertile. Dark green. Thickened leaves. Male sterile. Reduced apical dominance. De-etiolated. Insensitive to brassinosteroids.	
AT4G39400	CS3723	"defective in developmental pathways that cannot be rescued by brassinosteroid treatment; severely dwarfed stature; dark green plants with thickened leaves; male sterile; reduced apical dominance; dark-grown seedlings are de-etiolated; sensitive to auxins, cytokinins, ethylene, abscisic acid and gibberellins; lacks trichomes on stems and leaves."	
AT4G39400	CS3953	"severe allele; dwarf; very short stature; dark-green plants with thickened leaves; very  reduced fertility; reduced apical dominance; accumulates very high levels of brassinolide, castasterone and phasterol (57-, 128-, and 33-fold higher, respectively than wt plants); defective in developmental pathways that cannot be rescued by brassinosteroid treatment; untagged allele; other symbol for this line: dwf2-2074."	
AT4G39400	CS399	Semi-fertile dwarf.	16473966
AT4G39400	CS399	"Small seedlings, short petioles, round/dark green/inwardly curved true leaves. Smaller, compact rosettes compared to wildtype."	16473966
AT4G39400	CS399	This allele has the same pattern of sterols and brassinosteroids as another weak allele: bri1-5.	10557222
AT4G39400	CS399	"Typical weak allele of the class: between 3 and 6 cm in height at 5 weeks of age, resemble wildtype in colour; reasonably fertile although not as fertile as wildtype."	10557222
AT4G39400	CS399	"small dark green rosette, dwarf (13-15 cm), many axillary inflorescences, short flowering stem."	
AT4G39400	CS6126	"bak1-1D suppresses multiple developmental defects of bri1-5 phenotype (bri1-5 plants exhibit a relatively dwarf phenotype with short inflorescences, leaves with shortened petiols and curled lamina);  doble mutants have primary inflorescence stems twice  as long as those of bri1-5 plants, have petiols that are only slightly shorter than wt plants and their lamina are not curled, rosettes are wider than in bri1-5 plants because the leaves are bigger and not curled"	
AT4G39400	CS6127	"Double mutant; multiple bri1-5 phenotype defects are suppressed by brs1-1D; doble mutants have primary inflorescence stems twice as long as those with bri1-5 alone and rosettes are wider because the leaves are bigger and not curled; brs1-1D suppresses both the shortened secondary inflorescence branch length phenotype  and the late flowering of bri1-5; other traits, which are unaffected in bri1-5 relative to wt plants such as flower number, coinflorescence number and branch number are not altered in doble mutant plants."	
AT4G39400	CS860323	"Severe allele, brassinosteroid-insensitive dwarf, very reduced fertility."	
AT4G39400	CS860325	"Severe allele, brassinosteroid-insensitive dwarf, very reduced fertility."	
AT4G39400	CS86277	Small and dark-green rosettes; epinastic leaves (leaf margins curled down) giving the appearance of narrow leaves; early flowering (bolting occurs 20 days after planting); short internodes; short siliques; short plants; average height = 21 cm.	
AT4G39400	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT4G39400	CS93700	Slow growth; short internodes; short pedicels; short siliques; somewhat short plants; average height = 22 cm.	
AT4G39400	CS9532	altered expression levels of genes differentially regulated by gibberellin (GA).	
AT4G39400	atbs5-D/bri1-301	Wild type rosette. bri loss of function phenotype is suppressed.	19995721
AT4G39400	bri1-3	Severe allele: extremely small with major above-ground organs reduced in size and dark-green in color. Rarely produce seeds.	10557222
AT4G39400	bri1-4	Severe allele: extremely small with major above-ground organs reduced in size and dark-green in color. Rarely produce seeds.	10557222
AT4G39400	bri1-5	One of the most fertile alleles amongst the weak <i>bri1</i> mutants.	10557222
AT4G39400	bri1-5	"Typical weak allele of the class: between 3 and 6 cm in height at 5 weeks of age, resemble wildtype in colour; reasonably fertile although not as fertile as wildtype."	10557222
AT4G39400	bri1-5	Very short internodes along the inflorescence. Wider leaves than wildtype.	10557222
AT4G39400	bri1-7	Weak allele with similar phenotype as that of <i>bri1-5</i> and <i>bri1-6</i>.	10557222
AT4G39400	bri1-8	Intermediate phenotype of <i>bri1</i> lines. Slightly larger and more fertile than plants with strong alleles <i>bri1-3</i> and <i>bri1-4</i>.	10557222
AT4G39400	bri1-9	Weak allele with similar phenotype as that of <i>bri1-5</i> and <i>bri1-6</i>.	10557222
AT4G39400	ebs7-1/bri1-9	Double mutant restores sensitivity to BR caused by bri1-9 mutation. bri1-9 accumulated a higher level than the parental bri1-9 mutant. Caused largely by attenuated degradation rather than by increased biosynthesis of bri1-9.	26371323
AT4G39400	pawh1/pawh2/bri1-9	bri1-9 dwarf phenotype is suppressed in the triple mutant.	31375683
AT4G39400	serk1-1 bri1-119	"Exacerbation of phenotypes observed for single mutant <i>bri1-6</i>: petiole length, inward curling, inlforescence length and rosette size."	16473966
AT4G39400	serk3 bri1-119	"Smaller rosettes than either parental single mutants and severely reduced stature resembling strong <i>bri1</i> alleles, indicating that <i>serk3</i> mutation has a stronger effect on <i>bri1-6</i> than <i>serk1-1</i>."	16473966
AT4G39410	SALK_064346C	Weak stem. Development of schlerenchyma is repressed. Expression of lignin-specific biosynthesis genes is altered and lignin biosynthesis is reduced.	26025534
AT4G39460	SALK_008248	pale-green leaf phenotype during the first weeks and a severely growth-retarded.	
	17098813		
AT4G39620	CS16054	"Embryos consistently initiated cotyledons and continued growth and cell division beyond heart stage.  Embryos consistently failed to elongate, developing instead as v-shaped embryos with wide,stunted cotyledons and no hypocotyl."	15647901
AT4G39620	CS16054	embryo defective; developmental arrest of mutant embryos	
AT4G39640	SALK_004694	"Increased chlorosis in older leaves when compared with wild-type and smaller rosette diameter.  ggt1-2 plants bolted approximately 3 days earlier than the wild-type plants.  Yellowing leaves in the ggt1-2 mutant was caused by oxidative stress, lipid peroxidation levels increased"	
	17316175		
AT4G39640	ggt1-1	"This mutant plant has reduced levels of gamma-glutamyl transpeptidase (GGT) activity, with the magnitude of reduction differing between organs. GGT is reduced by about 90% in leaves and flowers. These mutants are significantly smaller than wild-type plants and have higher levels of chlorosis."	17316175
AT4G39640	ggt1-1 / ggt4-1 / oxp1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that neither GGT1 nor GGT4 are important upstream enzymes for generating the 5OP used by OXP1."	18768907
AT4G39640	ggt1-1 / oxp1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that GGT1 is not an important upstream enzyme for generating the 5OP used by OXP1."	18768907
AT4G39690	SALK_007876C	Plants have several bigger mitochondria with a round shape coexisting with mitochondria of normal shape and size.	26898467
AT4G39690	SALK_087650C	Plants have several bigger mitochondria with a round shape coexisting with mitochondria of normal shape and size.	26898467
AT4G39830	SALK_061411C	Increased spider mite damage.	29930298
AT4G39830	SALK_070852C	Increased spider mite damage.	29930298
AT4G39850	CS2105657	Requires sucrose for germination and seedling establishment	
AT4G39850	CS2105658	Requires sucrose for germination and seedling establishment	
AT4G39850	CS3950	"resistant to the inhibition of root elongation caused by 5 microM indole-3-butyric acid (IBA); fails to induce normal number of lateral roots when treated with 5 microM IBA or without induction; developmentally arrests when germinated without supplemental sucrose; dominant for IBA resistance, recessive for sucrosse dependence; no visible phenotype in plant morphology; adult plants grow slowly compared with wt, with smaller rosettes, fewer leaves, shorter inflorescence stems, and fewer lateral roots; defective in seed storage lipid utilization; encodes an ABC (ATP-binding cassette) transporter-like protein required for the import of fatty acids and IBA into the peroxisome for Beta-oxidation."	
AT4G39850	CS784135	No visible phenotype.	
AT4G39850	CS784136	Impaired germination	
AT4G39850	CS784137	Impaired germination	
AT4G39850	CS784138	No visible phenotype.	
AT4G39850	CS784139	No visible phenotype.	
AT4G39850	CS784140	No visible phenotype.	
AT4G39850	CS784141	Impaired germination	
AT4G39850	CS784142	No visible phenotype.	
AT4G39850	CS784143	Impaired germination	
AT4G39850	CS784144	No visible phenotype.	
AT4G39850	CS784145	No visible phenotype.	
AT4G39850	CS784146	No visible phenotype.	
AT4G39850	CS784147	No visible phenotype.	
AT4G39850	CS897	cts (comatose): non-germination	
AT4G39850	ctr-2	Same phenotype as cts-1.	12065405
AT4G39850	cts-1	"Germination potential in mutant seeds was highly reduced in comparison with wild-type seeds. Germination rates reached a maximum of 3.2% after 15 days and thereafter did not increase during a 24-day period of imbibition, whereas 100% of after ripened wild-type seeds completed germination within 7 days of the initiation of imbibition."	10934020
AT4G39850	cts-1	Inability to break down lipid bodies.	12065405
AT4G39910	CS860084	No visible phenotype.	
AT4G39920	por	"Embryo defective, enlarged embryo cells and endosperm nuclei"	
AT4G39950	cyp79B2 (AKF)	No visible phenotype.	12464638
AT4G39950	cyp79B2 (SALK)	"Following <i>P. syringae</i> infection,  camalexin levels in cyp79B2 were approximately half of wild-type levels. Similar results were observed following <i>A. brassicicola</i> infection."	17573535
AT4G39950	cyp79B2 (SALK)	No visible phenotype.	12464638
AT4G39950	cyp79B2 cyp79B3 (AKF)	"Subtle growth phenotypes under normal culture conditions: double mutant plants have slightly shorter petioles and smaller leaves, which would be expected if the double mutant produces less IAA."	12464638
AT4G39950	cyp79B2 cyp79B3 (SALK)	"At 21°C, there was no significant difference between the double mutant and wild type; however, at 26°C, there was significantly less free IAA in cyp79B2 cyp79B3 relative to Col-0. In addition, the cyp79B3 mutant showed a modest decrease in free IAA compared with Col-0 at 26°C."	12464638
AT4G39950	cyp79B2 cyp79B3 (SALK)	"Following <i>P. syringae</i> infection,  camalexin in the double mutant was undetectable. Similar results were observed following <i>A. brassicicola</i> infection."	17573535
AT4G39950	cyp79B2 cyp79B3 (SALK)	Indole-3-acetonitrile (IAN) treatment restored camalexin synthesis in cyp79B2 cyp79B3 plants that are unable to produce camalexin due to failure to synthesize indole-3-acetaldoxime (IAOx).	17573535
AT4G39950	cyp79B2 cyp79B3 (SALK)	"Subtle growth phenotypes under normal culture conditions: double mutant plants have slightly shorter petioles and smaller leaves, which would be expected if the double mutant produces less IAA."	12464638
AT4G39950	cyp79B2 cyp79B3 (SALK)	The double mutant was as susceptible to <i>A. brassicicola</i> as pad3-1 and cyp71A13 mutants.	
	17573535		
AT4G39950	cyp79B2 cyp79B3 (SALK)	"The hypocotyl length of the double mutant grown at 26°C was ~50% of the length of the wild type grown under the same conditions. This reduction in hypocotyl length likely correlates with decreased levels of endogenous-free IAA. Adult cyp79B2 cyp79B3 plants are also sensitive to temperature changes. cyp79B2 cyp79B3 grown at 19°C has much smaller, slightly curled leaves that are characteristic of known IAA-resistant mutants."	
	12464638		
AT4G39950	cyp79B2 cyp79B3 (SALK)	"Wild-type plants were minimally sensitive to 5 &#956;M 5-methyltryptophan (5MT), whereas the double mutant was extremely sensitive to this concentration of 5MT and appears at least threefold more sensitive to 5MT than to wild type."	12464638
AT4G40030	N582765	No visible phenotype.	16262706
AT4G40040	N510583	No visible phenotype.	16262706
AT5G01040	SALK_111587	"Two-thirds  of mutants displayed arrhythmia, and one-third of the double mutants had weak rhythm, with relative amplitude errors. Early flowering, early senescence."	16804053
AT5G01050	SALK_002632	no observable phenotype	16804053
AT5G01075	tws1-1	"Increased starch, sucrose, and protein accumulation at the detriment of fatty acids."	27613850
AT5G01180	atptr1-2 atptr5-1	"The ptr1-2 ptr5-2 double mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media. The tubes can germinate normally in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide, but they elongate more than wild type pollen tubes.  Root growth of ptr1-2 ptr5-1 mutants exceeds wild type root growth when Ala-Eth is present in the growth media. The dry weight of ptr1-2 ptr5-1 double mutants is lower than that of wild type plants when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT5G01180	atptr5-1	"The ptr5-1 mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media. The tubes can germinate normally in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide, but they elongate more than wild type pollen tubes. Their roots can also grow normally in the presence of Ala-Eth. ptr5-1 mutants have a similar nitrogen content to wild type plants. ptr5-1 mutants and wild type plants have a similar dry weight when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT5G01180	atptr5-2	"The ptr5-2 mutant grows normally on soil and on AM medium. Its pollen tubes germinate and elongate normally on germination media. The tubes can germinate normally in the presence of 100uM alanyl-ethionine (Ala-Eth), a toxic dipeptide, but they elongate more than wild type pollen tubes. Their roots can also grow normally in the presence of Ala-Eth. ptr5-2 mutants have a similar nitrogen content to wild type plants. ptr5-2 mutants and wild type plants have a similar dry weight when both are grown with Pro-Ala or Ala-Ala dipeptides as the nitrogen source."	18753286
AT5G01190	SALK_017722	no observable phenotype	16804053
AT5G01190	SALK_083241C	no observable phenotype	16804053
AT5G01220	sqd2	"Decreased sulfolipids, reduced growth under phosphate-limited conditions"	
AT5G01270	SALK_059753	"leaf expansion defects, early flowering, low fertility, and increased salt sensitivity. cpl2 mutant plants produced shorter hypocotyls than wild-type plants in the light, but were indistinguishable from wild type in the dark."	
AT5G01270	SALK_149234	"leaf expansion defects, early flowering, low fertility, and increased salt sensitivity. cpl2 mutant plants produced shorter hypocotyls than wild-type plants in the light, but were indistinguishable from wild type in the dark."	18506580
AT5G01305	SALK_080565C	"When grown for 4 weeks under short photoperiods and then shifted to long days to induce flowering, a significantly higher proportion of the first 11 leaf axils did not produce axillary buds compared to wt."	22372440
AT5G01360	tbl3-2/tbl31/esk1	tbl3 tbl31 esk1 triple mutant exhibited smaller plant stature and lower stem strength than wild typle or esk1.	26556650
AT5G01400	CS924518	Small-medium rosette; long petioles; narrow leaves; slightly epinastic leaves; average height = 39 cm.	
AT5G01400	esp4-1	"Early flowering, normal stature and leaf morphology."	17008405
AT5G01400	esp4-1	Two- to three-fold fewer of the endogenous PDS mRNA than in the wild-type plants and 10- to 50-fold higher levels of PDS siRNA.	17008405
AT5G01410	PDX1.1/pdx1.1 pdx1.3	"Between 21 and 34% of immature siliques have seeds that are either albino or severely malformed and abort later, or have non-fertilized ovules."	17227548
AT5G01410	PDX1.1/pdx1.1 pdx1.3	Rosette leaves are indistinguishable from wild type.	17227548
AT5G01410	PDX1.1/pdx1.1 pdx1.3	The aerial parts of this mutant are developmentally retarded compared to wild type.	17227548
AT5G01410	PDX1.1/pdx1.1 pdx1.3	The youngest leaves are chlorotic.	17227548
AT5G01410	pdx1-2	Sensitive to osmotic and salt stress. Slower growing roots.	
AT5G01410	pdx1.1 PDX1.3/pdx1.3	"Although this mutant is strongly delayed in its development, it is still able to perform the switch from vegetative to reproductive growth at approximately the same time as wild type."	17227548
AT5G01410	pdx1.1 PDX1.3/pdx1.3	"Between 21 and 34% of immature siliques have seeds that are either albino or severely malformed and abort later, or have non-fertilized ovules."	17227548
AT5G01410	pdx1.1 PDX1.3/pdx1.3	Rosette leaves are severely reduced in size compared to wild type.	17227548
AT5G01410	pdx1.1 PDX1.3/pdx1.3	The youngest leaves are chlorotic.	17227548
AT5G01410	pdx1.1 pdx1.3	Homozygous mutant seeds do not progress beyond the globular stage of embryo development; embryo lethal.	17227548
AT5G01410	pdx1.3	Hypersensitive to both salt (NaCl) and osmotic stress (mannitol).	17227548
AT5G01410	pdx1.3	Rosette leaves are slightly chlorotic.	17227548
AT5G01410	pdx1.3	Sensitive to osmotic and salt stress. Slower growing roots.	16236150
AT5G01410	pdx1.3	Significant increase in the number of aborted seeds in siliques compared to wild type.	17227548
AT5G01410	pdx1.3	Supplementation of 5 &mu;M of pyridoxine restores growth to wild-type phenotype.	17227548
AT5G01410	pdx1.3	"The overall development is markedly delayed for the overall plants, but retardation of root growth is even more pronounced than that of shoot."	17227548
AT5G01410	pdx1.3	"When grown on media devoid of vitamin B6, the mutant seedlings have a reduced shoot growth and a distinct pale green phenotype, and a marked reduction in primary root growth."	17227548
AT5G01410	rsr4-1	"Early development of lateral roots, often at the base of the hypocotyl. In the absence of vitamin B6, it was also observed that lateral roots frequently initiated closer to each other in comparison with the wild type."	
	16766694		
AT5G01410	rsr4-1	"Mutant plants display several prominent aerial and root phenotypes. Flowering time under long-day conditions (16 h light) was  delayed, in comparison with wild-type C24 plants, but mutant plants displayed no change in leaf number at the time of flowering, with an average of 22 rosette leaves. However, leaf size was reduced in the mutant, resulting in  decreased rosette growth and reduced fresh weight."	16766694
AT5G01410	rsr4-1	Strong reduction in primary root growth in sterile culture on minimal medium. Addition of different vitamins to the medium revealed that this phenotype was fully complemented by the provision of pyridoxine (vitamin B6) to the mutant.	
	16766694		
AT5G01410	rsr4-1	Yellowish leaves due to an ~25% reduction of chlorophyll content.	
	16766694		
AT5G01500	taac	"40% reduction in the thylakoid content as compared with WT, pale green leaves of the taac mutant."	17261580
AT5G01595	fer1-3-4	decreased leaf growth and CO2 fixation; impaired flower development and iron transport in the floral stalk.	18826427
AT5G01600	fer1-3-4	decreased leaf growth and CO2 fixation; impaired flower development and iron transport in the floral stalk.	18826427
AT5G01620	tbl34/tbl35/esk1-1	"tbl34 esk1, tbl35 esk1 double mutant and tbl34 tbl35 esk1 triple mutants have more retarded plant growth and lower stem strength than wild type or esk1."	26795157
AT5G01675	SALK_140021	"reduced FLC mRNA, early flowering"	17360694
AT5G01675	ath1-1 flc-7	No additive effect on flowering time.	17908157
AT5G01675	coolair-1	"Mutant causes reduction in FCA and CLF enrichment, which, in turn, decreases H3K27me3 levels at FLC."	31032401
AT5G01675	coolair-2	"Mutant causes reduction in FCA and CLF enrichment, which, in turn, decreases H3K27me3 levels at FLC."	31032401
AT5G01720	rae1-1	Increased resistance to aluminum. Increased expression of ALMT1 and other genes involved in aluminum stress response.	30559192
AT5G01730	scar4-1	Phenotype not described.	17267444
AT5G01747	CS65828	Slightly increased leaf serration during vegetative development; increased number of sepals and petals during reproductive development; irregular flower arrangement due to repressed cell division in the internodes that separate individual flowers.	
AT5G01747	mir164abc	"Plants appear normal during vegetative growth. Phenotypic alterations start after the switch to reproductive development. Flowers have an increased number of sepals and petals. Floral organ numbers are highly variable. Individual organs varied in size. Carpels failed to fuse resulting in severe reduction of fertility. In addition, plants display a highly unequal and distorted arrangement of flowers, both with respect to the angle formed by two consecutive flowers and their distance from each other along the axis of the stem."	17287247
AT5G01770	SALK_007632	"Under non-limiting conditions of light, water, and mineral nutrition, the growth and development of these plants is unaffected when compared to wild-type Col8 plnats.  No signs of seed abortion are detected in the siliques of heterozygous or homozygous plants."	15607746
AT5G01770	SALK_043920	"Under non-limiting conditions of light, water, and mineral nutrition, the growth and development of these plants is unaffected when compared to wild-type Col8 plnats.  No signs of seed abortion are detected in the siliques of heterozygous or homozygous plants."	15607746
AT5G01840	Atofp1-1	Phenotype not described.	17461792
AT5G01840	SALK_111492	Phenotype not described.	
AT5G01840	SALK_127550	Phenotype not described.	
AT5G01890	CS800005	No visible phenotype.	
AT5G01910	stn8-1	"Phosphorylation of D1, D2 and CP43 proteins of PSII core was reduced in the stn8 mutants in comparison with the wild type. No difference in phenotype between mutant and wild type plants under normal growth conditions."	16040609
AT5G01920	CS69603	"Phosphorylation of D1, D2 and CP43 proteins of PSII core was reduced in the stn8-2 mutants in comparison with the wild type. No difference in phenotype between mutant and wild type plants under normal growth conditions."	
AT5G01920	CS69607	Reduced Fv/Fm under natural fluctuating light conditions (no visible phenotype under controlled growth chamber conditions).	
AT5G01920	SALK_064913C	"Phosphorylation of D1, D2 and CP43 proteins of PSII core was reduced in the stn8 mutants in comparison with the wild type. No difference in phenotype between mutant and wild type plants under normal growth conditions."	16040609
AT5G01920	stn8-1	"Phosphorylation of D1, D2 and CP43 proteins of PSII core was reduced in the stn8 mutants in comparison with the wild type. No difference in phenotype between mutant and wild type plants under normal growth conditions."	16040609
AT5G02010	ropgef4-1 ropgef7-1	"Secondary cell wall pits sparser and smaller, pits were distributed less evenly across the secondary cell walls."	30069009
AT5G02010	ropgef7-1	Secondary cell wall pits sparser and smaller.	30069009
AT5G02030	CS67949	"Reduced apical dominance, organ clustering, altered phyllotaxis, aberrant internode elongation, flowers form filamentous gynoecia, aborted organs along the inflorescence. Two types of flowers are seen: a) flowers with sepals and petals, displaying sepal/petal mosaic organ and filamentous petals; and b) flowers lacking petals. Few siliques formed."	
AT5G02030	as1-1 rpl-1	Partial rescue of the rpl repla phenotype.	17592013
AT5G02030	as1-1 rpl-2	Partial rescue of the rpl repla phenotype.	17592013
AT5G02030	ath1-1/pny-40126	"Shoot apex arrests prematurely in less than 50% of double mutants. This occurs around 2 weeks post germination or after 8 or so sets of leaves are made. The meristems are reduced in size. After growth resumption new, abnormally shaped leaves are produced and the plants eventually flower."	19175771
AT5G02030	ath1-1/pny-40126/pnf-96116	In triple mutants the primary apical meristem terminates after germination-usually being consumed in the formation of a single terminal leaf. Growth can resume with the formation of new meristems however the phyllotaxy is abnormal.	19175771
AT5G02030	bp-9 rpl-2	"Fruits of this double mutant exhibited a more severe replumless phenotype than rpl-2, similar to that shown by the strong rpl-3 mutant."	17592013
AT5G02030	bp-9; pny-40126	"Additive with respect to both single mutants. short internodes, down-ward orientation of siliques and organ clusters. Increased branching. Fruit defects."	18390591
AT5G02030	knat2-5 pny	pny phenotype	18390591
AT5G02030	knat2-5; bp-9; pny-40126	Similar to bp;pny double mutant.	18390591
AT5G02030	knat6-1; bp-9; pny-40126	"Partially suppresses pny;bp phenotypes such as dwarfism, loss of apical dominance and silique orientation."	18390591
AT5G02030	knat6-1; knat2-5; bp-9; pny-41026	Similar to knat6;bp;pny except htat shows greater suppression on bp pny silique orientation defects.	18390591
AT5G02030	knat6-1; knat2-5; pny-40126	WT	18390591
AT5G02030	knat6-1; pny-40126	WT	18390591
AT5G02030	lsn	"Additional lateral organs, phyllotaxy defect"	
AT5G02030	pnf-33879 pny-40126	Plants do not flower and continue to produce leaves even after 200 days in long-day inductive conditions. Shoot meristems initiated only leaves.  SAMs respond to floral inductive signals but fail to induce floral meristem identity genes. Phyllotaxy in both reproductive and vegetative meristems is altered so that two organs are produced per node vs. the usual one.	15120075
AT5G02030	pnf-96116/pny-40126	Shoot apical meristem terminates prematurely.	19175771
AT5G02030	pny-40126	"phyllotaxy defects. Partial loss of apical dominance, dwarfed. defects in replum differentiation and septum fusion."	18390591
AT5G02030	rpl-1	Repla exhibit stripes of narrow cells very  similar to those of the valve margin.	17592013
AT5G02030	rpl-2	"Inflorescence was shorter in stature than the wild-type inflorescence. In addition, two to three more paraclades developed in this mutant than in wild-type plants."	12897247
AT5G02030	rpl-2	Repla exhibit stripes of narrow cells very  similar to those of the valve margin.	17592013
AT5G02030	rpl-2	"The paraclades had a highly penetrant defect that affected the first one or two internodes. These internodes were dramatically reduced in length, giving the appearance of leaves initiating in the axils of the cauline leaves. The internodes on the main stem between the paraclades also often were reduced in size."	12897247
AT5G02030	rpl-2	"The pedicels of flowers in pny were slightly shorter than those found in the wild type. Finally, flowers occasionally were aberrant, producing small, curved, club-shaped siliques at a low penetrance"	12897247
AT5G02030	rpl-2	Vegetative development appeared normal in pny plants.	
	12897247		
AT5G02030	rpl-2	"Whereas the internode length was relatively constant in wild-type plants, whereas close examination of the inflorescence in pny showed that internodes between the siliques often were absent or reduced severely. This internode defect appears to be random, because normal-sized internodes were interspersed along the stem. Clusters of siliques often were visible on the  inflorescences stems, indicating that the internode defect could span a large region of the shoot."	
	12897247		
AT5G02130	ndp1	"Growth rate reduction, increased salt sensitivity"	
AT5G02130	ssr1-1	Short primary roots.	26072661
AT5G02130	ssr1-2	"Stunted roots and reduced shoot size. Primary root length decreased (16% of wt) due to decreased cell number and reduced cell size.  Based on the expression of stem cell and QC markers , the activity of the QC is reduced compared to wild type."	26072661
AT5G02130	ssr1-3	"Short primary roots, reduced shoot size."	26072661
AT5G02160	SALK_069143C	"Plants greener for a longer time when exposed to high light conditions. Slightly improved leaf development, longer roots, and more branched roots in seedlings growing in 0.1 µM of paraquat. Slightly improved root length when grown in 100 mM of Mannitol. Greener seedling leaves and longer and more branched seedling roots when grown in 100 mM of NaCl."	29720990
AT5G02160	SALK_080769C	"Plants greener for a longer time when exposed to high light conditions. Slightly improved leaf development, longer roots, and more branched roots in seedlings growing in 0.1 µM of paraquat. Slightly improved root length when grown in 100 mM of Mannitol. Greener seedling leaves and longer and more branched seedling roots when grown in 100 mM of NaCl."	29720990
AT5G02190	CS6314	developmental arrest of mutant embryos occurs at cotyledon stage (globular-cotyledon); pale yellow-green to pale green seeds; pale yellow-green to pale green embryo; 25.8% mutant; 53% aborted seeds in top half of silique.	
AT5G02190	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT5G02190	pcs1	"Around one-third of the ovules from pcs1/+ plants showed abnormal morphology at the stage of flower opening which then turned brown and degenerated a few days post-pollination. Around 10 to 15% of developing seeds from a self-pollinated pcs1/+ plant were homozygous for the mutant allele, and all pcs1/pcs1 seeds were aborted at early stages. In developing embryos, there was no obvious differences between wt and pcs1 embryos before the heart stage. At the torpedo stage, however, pcs1 embryos underwent degeneration. Degenerated cells were apoptotic, which indicates that the pcs1 mutation causes excessive cell death of embryonic tissues."	15723040
AT5G02200	fhl-1	"Exhibits an insensitivity toward FR abrogation of gravitropism, showing a phenotype intermediate between phyA and phyB."	17566111
AT5G02200	fhl-1	"Mutants possessed slightly, but significantly, longer hypocotyls than WT and phyB mutants. Significantly reduced inhibition of hypocotyl elongation was also evident at 1.4 and 3.4 &mu;mol m-2 sec-1. Unlike fhy1 null mutants, fhl-1 nulls do not display significantly decreased sensitivity to the phyA-dependent block of greening in white light after de-etiolation in high intensity FR."	16045472
AT5G02200	fhl-1	"Short hypocotyl and open cotyledons, undergoing a partial deetiolation."	17566111
AT5G02200	fhl-1	The mutant showed only a slight reduction of germination compared with the WT in each treatment.	17566111
AT5G02200	fhl-1 fhy1-3	"Exhibits an insensitivity toward FR abrogation of gravitropism, showing a phenotype intermediate between phyA and phyB."	17566111
AT5G02200	fhl-1 fhy1-3	"In FR, fhl/fhy1 fails to inhibit hypocotyl elongation and exhibits a hypocotyl as long as phyA with closed cotyledons."	17566111
AT5G02200	fhl-1 fhy1-3	Mutant is resistant to FR-induced block of  greening.	17566111
AT5G02200	fhl-1 fhy1-3	The double mutant exhibited almost no promotion of germination.	17566111
AT5G02310	CS308327	"ABA hypersensitivity for germination, sugar hypersensitivity for establishment, prolonged after-ripening and reduced breakdown of stored lipid following germination."	
AT5G02310	CS9873	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT5G02310	CS9874	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT5G02310	CS9875	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT5G02310	CS9880	"able to green and contains more transcripts of photosynthesis genes, but fewer transcripts of seed protein genes when transferred to light after germination and growth in extended darkness (6-10 days); germination is sensitive to ABA; no obvious phenotype observed in mature plants "	
AT5G02310	prt6-1	"ABA hypersensitivity for germination, sugar hypersensitivity for establishment, prolonged after-ripening and reduced breakdown of stored lipid following germination."	19255443
AT5G02310	prt6-1	Lower bacterial growth and lower tissue cellular leakage by 4 d post-infiltration with Pst DC3000. Increased I3CA at 0 hr and increased camalexin 24 hr after infiltration with Pst DC3000.	30117535
AT5G02310	prt6-1	"Mutant plants accumulate ubiquitin fusion degradation test substrates as opposed to degrading them, as wild type plants do."	17572409
AT5G02310	prt6-1 ntaq1-3	Lower bacterial growth and lower tissue cellular leakage by 4 d post-infiltration with Pst DC3000. Increased I3CA at 0 hr and increased camalexin 24 hr after infiltration with Pst DC3000.	30117535
AT5G02310	prt6-4	"ABA hypersensitivity for germination, sugar hypersensitivity for establishment, prolonged after-ripening and reduced breakdown of stored lipid following germination."	19255443
AT5G02320	SALK_031972	Increased tolerance to zeocin.Less root growth inhibition in the presence of zeocin.	28935922
AT5G02460	pear1 pear2 dof6 obp2 hca2	30% of plants have slowly elongating roots that show a reduction in radial growth.	30626969
AT5G02460	pear1 pear2 tmo6	reduced radial growth	30626969
AT5G02520	knl2	"Abnormal growth rate, abnormal leaf shape. 30% embryo abortion in siliques of homozygotes. Reduced number of viable pollen."	24038651
AT5G02600	CS69608	"Defective phloem. High Na, K, and Rb accumulation in leaf tissue. Plants have short roots and are late flowering, both under long and short day conditions. Extended vegetative growth. Elongated reproductive growth and late senescence. Seed set is low, especially in early flowers. Loss of apical dominance. Plants retain excess starch in the leaves at night. The root meristem of nakr1-1 is smaller than that of the wild type. Xylem sap contains less potassium in the nakr1-1 mutant."	
AT5G02790	SALK_072458	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT5G02810	phyA-101 prr7-1	"The prr7 mutant phenotype in Rc was more dramatic in the phyA-101 background,  especially in the range from 0.1 to 10  &#956;mol·m-2·s-1. However, in FRc, phyA prr7  double mutant seedlings were indistinguishable from phyA seedlings."	14563930
AT5G02810	phyA-101 prr7-2	"The prr7 mutant phenotype in Rc was more dramatic in the phyA-101 background,  especially in the range from 0.1 to 10  &#956;mol·m-2·s-1. However, in FRc, phyA prr7  double mutant seedlings were indistinguishable from phyA seedlings."	14563930
AT5G02810	prr7-1	Cotyledon expansion was reduced in the mutant  with respect to the wild type in response to Rc.	14563930
AT5G02810	prr7-1	Mutant seedlings did not have a long-hypocotyl phenotype when grown under continuous white light with a fluence rate of 150 &#956;mol·m-2·s-1.	14563930
AT5G02810	prr7-1	"Mutant seedlings were 1 to 2 mm taller than wild-type seedlings at all fluence rates >0.1 &#956;mol·m-2.s-1 Rc, an effect that indicates reduced responsiveness to light of this wavelength."	14563930
AT5G02810	prr7-1	Sensitivity to FRc also was reduced in the mutant with respect to the wild type.	14563930
AT5G02810	prr7-2	Cotyledon expansion was reduced in the mutant  with respect to the wild type in response to Rc.	14563930
AT5G02810	prr7-2	Mutant seedlings did not have a long-hypocotyl phenotype when grown under continuous white light with a fluence rate of 150 &#956;mol·m-2·s-1.	14563930
AT5G02810	prr7-2	"Mutant seedlings were 1 to 2 mm taller than wild-type seedlings at all fluence rates >0.1 &#956;mol·m-2.s-1 Rc, an effect that indicates reduced responsiveness to light of this wavelength."	14563930
AT5G02810	prr7-2	Sensitivity to FRc also was reduced in the mutant with respect to the wild type.	14563930
AT5G02810	prr7-3prr9-1	double mutant shows dramatic and more than additive period lengthening in the light and becomes arrhythmic in constant darkness. Fails both to maintain an oscillation after entrainment to thermocycles and to reset its clock in response to cold pulses.	15705949
AT5G02820	bin5	"Dwarf in light, de-etiolated in dark"	
AT5G02840	SALK_051728	heat shock response	31358650
AT5G02890	SALK_064193	No obvious morphological phenotype.	28184233
AT5G03150	SALK_054242C	"jkd-4 mutants have slightly shorter roots than wild type seedlings, and about 15% of them show premature lateral root initiation. They have fewer root meristem cells than wild type seedlings at 5 and 12 days post-germination. But, there is a higher number of cells in the endodermal and cortical layers of the root in jkd-4 mutants than in WT seedlings. A loss of expression of SCR in the QC can be detected in jkd-4 mutants at the early heart stage and torpedo stages of embryonic development. A GFP:SHR fusion protein, normally confined to the nuclei of QC cells, is present in the cytoplasm most QC cells in jkd-4 mutants. However, GFP:SHR is observed in the nuclei of ground tissue cells in jkd-4 mutants."	17785527
AT5G03150	jkd-1	There is strong GUS staining in the ground tissue and quiescent center cells resulting from expression from the promoterless beta-glucuronidase reporter gene in the jkd-1 mutant. These mutants have ectopic periclinal divisions in the ground tissue.	17785527
AT5G03150	jkd-2	"jkd-2 mutants have slightly shorter roots than wild type seedlings, and about 15% of them show premature lateral root initiation. They have fewer root meristem cells than wild type seedlings at 5 and 12 days post-germination."	17785527
AT5G03160	SALK_080901C	same as smb-3 single mutant	18718935
AT5G03160	SALK_103659	Homozygotes have WT phenotype	18718935
AT5G03160	SALK_140273C	same as smb-3 single mutant	18718935
AT5G03160	atp58ipk-1;aterdj3b-1	Double homozygotes not obtained because of male gametophytic defect.	18718935
AT5G03160	atp58ipk; aterdj3a	embryo lethal.	18718935
AT5G03260	SALK_000192C	no observable phenotype	16804053
AT5G03260	SALK_063746C	no observable phenotype	16804053
AT5G03280	CS16707	Altered DR5:GUS expression	
AT5G03280	CS16711	"In the triple response assay, the double mutant looks similar to ein2-5 alone; in the light, the sur2 cotyledon and leaf epinasty is visible."	
AT5G03280	CS3071	"In blue light, the mutant has a shorter hypocotyl than in wild type, but shows a clear sensitivity to cytokinins."	17217468
AT5G03280	CS3071	"In darkness, the mutant is resistant to cytokinins (only small decrease in hypocotyl length)."	17217468
AT5G03280	CS3071	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT5G03280	CS3071	"insensitive to ethylene; large rosette, delayed in bolting."	
AT5G03280	CS65994	No visible phenotype.	
AT5G03280	CS65997	Male sterile.	
AT5G03280	CS66000	No visible phenotype.	
AT5G03280	CS66001	No visible phenotype.	
AT5G03280	CS66003	Male sterile.	
AT5G03280	CS66004	Male sterile.	
AT5G03280	CS66006	No visible phenotype.	
AT5G03280	CS66007	"Male sterile. Shows a significant reduction of AvrRpt2 (80%), AvrRpm1 (20%) and AvrPphB (50%)-induced ETI (Effector Triggered Immunity). Severely impared in flg22-induced PTI (Pattern Triggered Immunity). Compromised immunity to the fungal pathogen A. brassicicola."	
AT5G03280	CS66469	"Exhibits the edr2-6 phenotype: late acting resistance phenotype associated with cell death; plants are indistinguishable from wild type in growth and development up to ~3 weeks of age; developsexaggerated chlorosis and necrosis at infection sites in response to attack by some pathogens, but not in response to abiotic stresses or attack by the bacterial leaf speck pathogen; lesions do not spread to non-infected parts of inoculated leaves or to uninoculated leaves of the same plant; at later stages, the petioles of leaves are slightly shorter and leaves tend to be crinkled. Also exhibits the ein2-1 phenotype, displaying lack of root growth inhibition when grown on MS medium supplemented with 10 �M 1-aminocyclopropane-1-carboxylic acid."	
AT5G03280	CS67818	"long roots and reducion in root hairs when grown on media supplemented with methyl jasmonate and ACC; fails to produce pollen at 22C, but is fertile at 16C."	
AT5G03280	CS8843	"double mutant; resistant to auxin and ethylene; large rosette, delayed bolting; altered geotropic response; slight increase in root elongation."	
AT5G03280	CS8844	"insensitive to ethylene; large rosette, delayed in bolting"	
AT5G03280	CS9719	broad-spectrum powdery mildew resistance	
AT5G03280	eer4;ein2-5	Identical to the ein2-5 single mutant.There is no noticeable effect on hypocotyl length of dark grown plants supplemented with ethylene.	17526916
AT5G03280	ein2-5	"Following <i>Pythium irregulare</i> infection, jasmonic acid levels were dramatically increased in ein2-5 mutants than in wild-type plants."	17513501
AT5G03280	ein2-5	"Following <i>Pythium irregulare</i> infection, salicylic acid levels increased over wild-type levels."	17513501
AT5G03280	ein2-5	"In the presence of 150 mM NaCl, the leaves of ein2-5 plants started bleaching after 4 days of treatment. The leaf growth of the ein2-5 plants was dramatically inhibited by 400 mM mannitol although remained green, the wild-type plants, by contrast, stayed green and continued to grow."	
	17533512		
AT5G03280	ein2-5	Increased number of lateral roots. Reduced acropetal auxin transport.	18363780
AT5G03280	ein2-5	"Root growth inhibition by ABA on ein2-5 seedlings increased when the concentrations of ABA were elevated. At the ABA concentrations (0.1-0.25 &#956;M) which stimulate root growth of wild-type plants, root inhibition of the ein2-5  plants started to be observed, and the most profound inhibitory effect was observed at 0.25 &#956;M and higher concentrations of ABA."	17533512
AT5G03280	ein2-5	"Roots of the ein2-5 mutant seedlings showed enhanced sensitivity, although to a lesser extent, to salt and mannitol compared with the wild-type seedlings over the same period. Roots of ein2-5 seedlings were longer than those of the wild type in the absence of salt and osmotic stress condition."	
	17533512		
AT5G03280	ein2-5	"Seedling growth, including cotyledon greening and expansion, was more sensitive to osmotic stress conditions. Severe inhibition in seedling growth was observed when NaCl and mannitol concentrations were 150 mM and 400 mM or higher, respectively. The cotyledons of the germinated ein2-5 seedlings did not expand and were yellow in the presence of 150 mM NaCl and 400 mM mannitol by 10 days after stratification under light."	
	17533512		
AT5G03280	ein2-5	Significantly increased susceptibility to the oomycete <i>Pythium irregulare</i>.	17513501
AT5G03280	ein2-5	"The germination of mutant seeds was markedly  inhibited by both salt (NaCl) and osmotic stress (mannitol). The inhibition  of germination of the mutant was observed at as low a concentration as 50 mM NaCl, at which concentration the wild-type seeds hardly showed any inhibition in germination.  As the concentrations of NaCl in the media increased, the negative effect of the mutation became more evident. On the high salt medium (greater than or equal to 150 mM NaCl), germination of ein2-5 mutant seeds was inhibited to a greater extent than the wild-type seeds. Likewise, in the medium containing mannitol, the ein2-5 mutant seeds showed similar kinetics in germination. Within a four-day  period, ein2-5 seeds had more than a 30% reduction in germination in the presence of 500 mM mannitol."	17533512
AT5G03280	ein2-5	"When the mutant was grown on increasing concentrations of ABA, cotyledon greening of ein2-5 seedlings was inhibited dramatically, and the inhibitory effects were increased in a dose-dependent manner. Reduction in percentage of cotyledons turning green of ein2-5 seedlings was more than 10% at as low as 0.1 &mu;M ABA. At 0.5 &mu;M ABA, only about 20% of ein2-5 germinated seedlings turned green while 100% of wild-type seedlings were green at 10 days in light. The root elongation of ein2-5 seedlings was also supersensitive to ABA."	
	17533512		
AT5G03280	seo2	"Compared with the parent ein2 and EIN3ox plants, etiolated EIN3ox ein2 seedlings exhibited an intermediate phenotype in terms of hypocotyl and root lengths. A reduced EIN3 protein levels were detected in EIN3ox ein2-5 progeny compared with that of EIN3ox parent plants. The EIN3ox ein2 and five seo seedlings were completely unresponsive to ethylene application, similar to ein2. In addition, treatment with ACC failed to enhance the accumulation of EIN3 protein in EIN3ox ein2-5. The expression levels of ERF1 and EBF2 were not further increased by ethylene in the EIN3ox ein2 plant. By contrast, ethylene application enhanced EIN3 protein accumulation and ERF1 and EBF2 gene expression in the EIN3ox plants."	20647342
AT5G03470	pp2ab-alpha/beta	Double mutants show defects in male and female meiosis and reduced fertility. No obvious vegetative phenotype.	30061120
AT5G03500	med7RI-13	"Negative effect on hypocotyl elongation (basal cells of hypocotyls shorter), lower seed germination percentage, slightly curved hypocotyl, skotomorphogenic phenotype."	30058106
AT5G03500	med7RI7	"Negative effect on hypocotyl elongation (basal cells of hypocotyls shorter), lower seed germination percentage, slightly curved hypocotyl, skotomorphogenic phenotype."	30058106
AT5G03540	exo70A1-1	"Early seedling growth was not affected in mutants. Later, mutant seedlings had shorter roots, and retarded lateral rot intiation. The polar growth of root hairs and stigmatic papillae is disturbed. Organs are generally smaller, plants show a loss of apical dominance and indeterminate growth where instead of floral meristems new lateral inflorescences are initiated in a reiterative manner. Mutant plants had dramatically reduced fertility."	16942608
AT5G03540	exo70a1-2	"Early seedling growth was not affected in mutants. Later, mutant seedlings had shorter roots, and retarded lateral rot intiation. The polar growth of root hairs and stigmatic papillae is disturbed. Organs are generally smaller, plants show a loss of apical dominance and indeterminate growth where instead of floral meristems new lateral inflorescences are initiated in a reiterative manner. Mutant plants had dramatically reduced fertility."	16942608
AT5G03555	SALK_061002	Homozygous mutants showed less sensitivity to 6% glucose than Col-0 seedlings.	26528314
AT5G03585	nic2-1	A twofold decrease in  nicotinamidase activity was seen in dry seed extracts of the mutant.	
	17587307		
AT5G03585	nic2-1	Freshly harvested nic2-1 seeds had a decreased  level of poly(ADP)ribosylation compared to Ws seeds.	
	17587307		
AT5G03585	nic2-1	Mutant plants appeared  to grow and develop normally. Their seeds  phenotype have paler seed coat colour compared  to wild-type Ws but the embryo was the same colour as WT.	
	17587307		
AT5G03585	nic2-1	Mutant seeds show  hypersensitivity to nicotinamide (inhibitor of seed germination).	
	17587307		
AT5G03585	nic2-1	Significant 1.75-fold increase of NAD levels.	17587307
AT5G03585	nic2-1	Treatment with  1 mM NADH promoted a small but significant increase in  germination of mutant seeds.	
	17587307		
AT5G03585	nic2-1	"Under moist-chilled (stratified) conditions, mutant seeds showed  a slightly retarded germination,  but there was no difference in the final percentage germination. However, in the absence of a moist  chilling pre-treatment (non-stratified), germination was delayed  and the germination potential of mutatn seeds was  significantly lower than that of Ws, indicating a  hyperdormant phenotype."	
	17587307		
AT5G03640	SALK_087379C	Slight impairments of pulse- and/or continuous-light induced phototropism.	29490064
AT5G03640	agc1-8	Slight impairments of pulse- and/or continuous-lightinduced phototropism.	29490064
AT5G03670	SALK_088424	"In heterozygous plants, 42% of ovules are aborted, compared to 11% of ovules of wild type siblings."	16297076
AT5G03680	CS69058	"Petal number per flower reduced, more so in later flowers; petal orientation disrupted; sepals wider and sometimes fused"	
AT5G03680	CS69059	"Petal number per flower reduced, more so in later flowers, but number boosted by dominant allele of PETAL LOSS MODIFIER (pmd-1d); petal orientation disrupted; sepals wider and sometimes fused"	
AT5G03680	CS69060	"Petal number per flower reduced, more so in later flowers, but number boosted by dominant allele of PETAL LOSS MODIFIER (pmd-1d); petal orientation disrupted; sepals wider and sometimes fused"	
AT5G03680	CS69061	"Petal number per flower reduced, more so in later flowers, but number boosted by dominant allele of PETAL LOSS MODIFIER (pmd-1d); petal orientation disrupted; sepals wider and sometimes fused"	
AT5G03730	CS16425	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT5G03730	CS16426	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT5G03730	CS16427	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT5G03730	CS16428	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT5G03730	CS16429	Plants show constitutive triple response in the absence of ethylene (ctr1-like phenotype).	
AT5G03730	CS16430	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls, long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT5G03730	CS16431	"Segregates triple mutant plants that show partial triple response in seedlings (short hypocotyls,  long and agravitropic roots, open apical hooks); adult triple mutant plants display dwarfism, reduced apical dominance, venation defects, abnormal flowers and sterility."	
AT5G03730	CS16712	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT5G03730	CS16713	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT5G03730	CS16714	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT5G03730	CS16715	Altered DR5:GUS expression	
AT5G03730	CS3874	"small and compact rosette, short hypocotyl, short inflorescence, short roots with  abundant root hairs; sugar resistant and osmo-tolerant phenotype: seeds germinate and develop into seedlings with expanded cotyledons and true leaves on media containing inhibitory concentrations of  mannose (e.g. 1.7 - 3 mM), glucose (e.g. 0.27 - 0.33 M), sucrose (e.g. 0.27 - 0.33 M), sorbitol (e.g. 0.4 - 0.5 M), NaCl (e.g. 0.2 M) or betaine (e.g. 0.45M); resistant to the negative effects of 0.12 mM paclobutrazol (inhibitor of gibberellin biosynthesis on seed germination)"	
AT5G03730	CS71772	"Constitutive ethylene response phenotype. Small rosette leaves and inflorescence, delayed bolting, infertile early flowers, reduced root growth."	
AT5G03730	CS8057	GA abolished the effect of the mutation on flowering time in SDs.	17389366
AT5G03730	CS8057	Late flowering in long-day photoperiods.	17389366
AT5G03730	CS8057	"Mutation had dramatic effects on the morphology of adult plants. The rosette leaves of mutant plants were much smaller than wild-type leaves. The mutants bolted - l-2 weeks later, the early flowers were infertile, the root system was much  less extensive, and the inflorescence was much smaller than those of the wild type.  The gynoecium of the mutant elongated significantly earlier relative to the rest of the developing flower, often protruding  out of the unopened buds."	8431946
AT5G03730	CS8057	"Plants were still in the vegetative growth phase after 2 months growth in short day (SD) photoperiod (although WT plants had already flowered). Eventually, a few ctr1?1 plants did flower after 2 months in SDs."	17389366
AT5G03730	CS8057	"The levels of the biologically active gibberellins, GA4 and GA1, were significantly reduced in long day photoperiod-grown mutant plants."	17389366
AT5G03730	CS8057	"The mutant is more tolerant to salt (NaCl) and osmotic (mannitol) stress than the wild type during germination and post-germination development, especially at high levels of the stresses."	17533512
AT5G03730	CS8057	"constitutive triple response; short root, short thickened hypocotyl, exaggerated apical hook in air as well as in ethylene; very small rosette leaves; flowers 1-2 weeks late; short inflorescence; gynoecium elongates early, often protruding; constitutive expression of ethylene-regulated genes."	
AT5G03730	ctr1-1	Reduced number of lateral roots.	18363780
AT5G03730	ctr1-1 gai-t6 rga-24	Gibberellic acid treatment restored almost to normal the SD flowering time of the triple mutant.	
			
AT5G03730	ctr1-1 gai-t6 rga-24	Mutant plants bolted 1 week later in short day photoperiod than did WT plants.	
AT5G03730	ctr1-1 gai-t6 rga-24	Suppression of the late-flowering phenotype  conferred by ctr1-1 in short day photoperiod.	
AT5G03730	ctr1-1 spy-5	"In LD-grown, double mutant plants bolted at a similar time to WT controls. In SDs, they bolted 10 days later than WT plants but much earlier than ctr1-1 single-mutant plants."	17389366
AT5G03730	ctr1-2	"Mutation had dramatic effects on the morphology of adult plants. The rosette leaves of mutant plants were much smaller than wild-type leaves. The mutants bolted - l-2 weeks later, the early flowers were infertile, the root system was much  less extensive, and the inflorescence was much smaller than those of the wild type.  The gynoecium of the mutant elongated significantly earlier relative to the rest of the developing flower, often protruding  out of the unopened buds."	8431946
AT5G03730	ctr1-3	"Mutation had dramatic effects on the morphology of adult plants. The rosette leaves of mutant plants were much smaller than wild-type leaves. The mutants bolted - l-2 weeks later, the early flowers were infertile, the root system was much  less extensive, and the inflorescence was much smaller than those of the wild type.  The gynoecium of the mutant elongated significantly earlier relative to the rest of the developing flower, often protruding  out of the unopened buds."	8431946
AT5G03730	ctr1-3	Slightly more infertile than the other ctr1 alleles.	8431946
AT5G03730	ctr1-4	"Mutation had dramatic effects on the morphology of adult plants. The rosette leaves of mutant plants were much smaller than wild-type leaves. The mutants bolted - l-2 weeks later, the early flowers were infertile, the root system was much  less extensive, and the inflorescence was much smaller than those of the wild type.  The gynoecium of the mutant elongated significantly earlier relative to the rest of the developing flower, often protruding  out of the unopened buds."	8431946
AT5G03730	ctr1-5	"Mutation had dramatic effects on the morphology of adult plants. The rosette leaves of mutant plants were much smaller than wild-type leaves. The mutants bolted - l-2 weeks later, the early flowers were infertile, the root system was much  less extensive, and the inflorescence was much smaller than those of the wild type.  The gynoecium of the mutant elongated significantly earlier relative to the rest of the developing flower, often protruding  out of the unopened buds."	8431946
AT5G03730	eer4; ctr1-3	Extreme hypocotyl shortening when grown in the dark. Much smaller than either of the single mutants. Plants die at or near the time at which they flower.	17526916
AT5G03760	SALK_093312	Increased root hair density.	
AT5G03790	SALK_016682C	No significant meristem identity defects or flowering time defects. Rosette leaves are divided at the base and form one or two leaflets.	16554366
AT5G03790	lmi1-1 lfy-10	"Enhanced meristem identity defect with respect to single lfy-10 mutant.  More secondary inflorescences formed, more bracts formed.  No enhancement of floral homeotic defects of lfy-10."	16554366
AT5G03790	lmi1-1lfy-10/+	"lmi1-1 enhances meristem identity defects, strong increase in number of secondary inflorescences and bracts compared with lfy-10/+."	16554366
AT5G03800	CS16038	embryo defective; developmental arrest of mutant embryos	
AT5G03800	CS16039	embryo defective; developmental arrest of mutant embryos	
AT5G03800	CS86326	"Compact plant; short internodes; short pedicels; short siliques;, numerous lateral inflorescences; reduced fertility; somewhat short plants; average height = 24 cm."	
AT5G03820	SALK_129352	"weak dwarf phenotype during early vegetative development and a reduced fertility after bolting, although the final plant height appears normal"	15710611
AT5G03840	CS3091	"determinate inflorescence, short plants, increased number of rosette inflorescences."	
AT5G03840	CS6167	"early flowering; determinate inflorescence with terminal compound floral structure consisting of 2 or 3, sometimes incomplete, flowers; more severe phenotype at higher temperatures and longer photoperiods; lacks trichomes on stems and leaves."	
AT5G03840	CS6235	"strong allele, early flowering, reduced plant height and increased number of rosette inflorescences; determinate inflorescences; terminal region of primary inflorescence may consist of a single flower or of 2-3 clustered flowers separated by short internodes, in which organs of the 3 outer whorls are missing or are mosaic; secondary inflorescence apices are determinate and usually converted into a single normal flower; 2-5 normal flowers/inflorescence; photoperiod affects phenotype."	
AT5G03840	CS6236	"strong allele, early flowering, reduced plant height and increased number of rosette inflorescences; determinate inflorescences; terminal region of primary inflorescence may consist of a single flower or of 2-3 clustered flowers separated by short internodes, in which organs of the 3 outer whorls are missing or are mosaic; secondary inflorescence apices are determinate and usually converted into a single normal flower; 2-5 normal flowers/inflorescence; photoperiod affects phenotype."	
AT5G03840	CS6237	"strong allele; early flowering, reduced plant height, increased number of rosette inflorescences, determinate inflorescences; terminal region of primary inflorescence may consist of a single flower or of 2-3 clustered flowers separated by short internodes, in which the organs in the 3 outer whorls are missing or are mosaic; secondary inflorescence apices are determinate and usually converted into a single normal flower; 2-5 normal flowers/inflorescence; photoperiod affects phenotype."	
AT5G03840	CS6238	"strong allele, early flowering, reduced plant height, increased number of rosette inflorescences, determinate inflorescences; terminal region of primary inflorescence may consist of a single flower or of 2-3 clustered flowers separated by short internodes, in which the organs in the 3 outer whorls are missing or are mosaic; secondary inflorescence apices are determinate and usually converted into a single normal flower; 2-5 normal flowers/inflorescence; photoperiod affects phenotype"	
AT5G03840	tfl1-15	"Abnormal flower (fusion of two or three flowers, because it consisted of more sepals, petals, stamens and carpels than a wild-type flower) at the apex of primary inflorescence after developing a few lateral flowers which appeared to be morphologically normal."	9108281
AT5G03860	mls-1	Mutant seedlings can be rescued by the addition of exogenous sucrose in all conditions.	15272001
AT5G03860	mls-1	"Mutants have only a slightly stunted phenotype when grown in the absence of exogenous sugar in the light. The phenotype is more obvious in the dark where hypocotyl elongation is inhibited, and little root development takes place."	15272001
AT5G03860	mls-2	Mutant seedlings can be rescued by the addition of exogenous sucrose in all conditions.	15272001
AT5G03860	mls-2	"Mutants have only a slightly stunted phenotype when grown in the absence of exogenous sugar in the light. The phenotype is more obvious in the dark where hypocotyl elongation is inhibited, and little root development takes place."	15272001
AT5G03860	mls-2	The establishment frequency of the mutant seedlings is similar to wild type levels and only becomes compromised when seedlings are grown in short days.	15272001
AT5G03940	ffc	Yellow first leaves	
AT5G04040	SDP1-1	"The mutant is severely impaired in its ability to breakdown storage lipid. It has a much slower rate of postgerminative growth which can be rescued by providing sucrose to the mutant. In germinating seedlings, triacylglycerol content in the mutant only declined 20% of that in the wild type and clusters of oil bodies are seen in the mutant at this stage of development."	16473965
AT5G04140	CS8606	reduced Fd-GOGAT activity; 1 percent carbon dioxide (CO2) restores normal growth and appearance; conditional lethal mutation.	
AT5G04140	CS8611	chlorotic in air; 1 percent carbon dioxide (CO2) restores normal growth and appearance; conditional lethal mutation; reduced Fd-GOGAT activity.	
AT5G04140	CS8612	chlorotic and smaller in air; 1 percent carbon dioxide (CO2) restores normal growth appearance of this conditional lethal mutation; reduced Fd-GOGAT activity.	
AT5G04160	CS70157	"kanamycin resistant, no visible phenotype"	
AT5G04160	SALK_124146C	Seeds have less galacturonic acid (GalA) and	
"122 rhamnose (Rha) in both adherent mucilage and soluble mucilage, and less Xyl in soluble mucilage."	28062750		
AT5G04240	SALK_074694C	"elf6-3 mutant seedlings do not have any obvious aberrant phenotypes under light-grown conditions, but they do have an early flowering phenotype. Adult plants have reduced cell elongation, manifested in a ~30% reduction in leaf petiole length, but their leaf width is similar to wild-type. The transcript levels of some BR-regulated genes are moderately reduced in elf6-3 mutants. H3K9me3 levels are elevated immediately upstream of the BR-responsive TCH4 gene in elf6-3 mutants."	18467490
AT5G04240	SALK_074694C	elf6-3 mutants flower earlier than wild type plants under long- and short-day conditions.	15377760
AT5G04240	elf6-1	elf6-1 mutants flower earlier than wild-type plants under long- and short-day conditions.	15377760
AT5G04240	elf6-4	elf6-4 mutants flower earlier than wild type plants under long- and short-day conditions	15377760
AT5G04280	rz-1b/rz-1c	"Delayed seed germination, severe retardation of root growth, reduced number of dividing cells in root meristem, aerial parts dwarfed, fewer flowers per inflorescence, reduced leaf size, leaf serration."	26721863
AT5G04290	SALK_001254C	defective DNA methylation; altered levels of 24-nt sRNA.	19343051
AT5G04360	Atlda-2	22% reduction in maltotriose production.	16495218
AT5G04360	Atlda-2	35% reduction in maltose production.	16495218
AT5G04360	Atlda-2	Grows at the same rate as wildtype.	16495218
AT5G04360	Atlda-2	Reduced beta-limit dextrin debranching activity.	16495218
AT5G04360	CQU5	Modification of amylopectin structure.	15849301
AT5G04360	atlda-2 atisa3-2	72% reduction in maltose production.	16495218
AT5G04360	atlda-2 atisa3-2	96% reduction in maltotriose production.	16495218
AT5G04360	atlda-2 atisa3-2	Delayed growth compared to wildtype (stronger phenotype than in single mutant atisa3-2).	16495218
AT5G04360	atlda-2 atisa3-2	Increased &#945;-amylase activity.	16495218
AT5G04360	atlda-2 atisa3-2	"Increased frequency of chains of dp3 and, to a lesser degree, of dp4 and dp5. Decreased abundance of chains between dp9 and dp16."	16495218
AT5G04360	atlda-2 atisa3-2	"Marked reduction in starch breakdown (48.3% compared to wildtype degradation). Even after 260h in extended night, the youngest leaves still stain darkly for starch with iodine solution."	16495218
AT5G04360	atlda-2 atisa3-2	Reduced beta-limit dextrin debranching activity.	16495218
AT5G04360	atlda-3	Same phenotype as atlda-2.	16495218
AT5G04360	atpu1-1 atisa2-1	Modification of amylopectine structure. Strong increase of number of small chain (degree of polymerisation between 5 and 9) and decrease in number of longer chains (11-17 degree of polymerisation).	15849301
AT5G04360	atpu1-1 atisa2-1	Strong increase in water soluble polysaccharides (WSPs) content.	15849301
AT5G04360	atpu1-1 atisa2-1	Strong reduction in starch accumulation in double mutant.	15849301
AT5G04430	SALK_007924	Increased accumulation of Tobacco and cauliflower mosaic virus coat proteins after innoculation.	18762309
AT5G04430	SALK_047622	Increased accumulation of Tobacco and cauliflower mosaic virus coat proteins after innoculation.	18762309
AT5G04470	CS23884	Frequent multicellular trichomes and clusters of adjacent trichomes which undergo cell division.	
AT5G04470	CS23885	Frequent multicellular trichomes and clusters of adjacent trichomes which undergo cell division.	
AT5G04470	sim-1	Frequent multicellular trichomes and clusters of adjacent trichomes.	17098811
AT5G04470	sim-3	Frequent multicellular trichomes and clusters of adjacent trichomes.	17098811
AT5G04490	vte5-1	Contains three-fold more phytol than wildtype.	16361393
AT5G04490	vte5-1	Low tocopherol (lt) line with an 80% reduction in total tocopherol content compared to wildtype.	16361393
AT5G04490	vte5-1	No significant difference in chlorophyll content between mutant and wildtype.	16361393
AT5G04670	epcr1/2	Seedling lethal. Plants arrest at cotyledon stage.	30104406
AT5G04760	div2	"No difference with wt under normal conditions. Better growth, survival, longer primary roots, and increased ABA content on media with added salt."	30014159
AT5G04770	SALK_067045	mutants did not grow on medium  containing 2.5 mM or 5 mM of L-glutamine as the sole nitrogen source.	17052324
AT5G04810	ppr4-1	"Embryo lethality, as shown by albino seeds (23% of all seeds) at 10 day post-anthesis (dpa), in mature siliques (20 dpa), the albino seeds turn into shrunken, dark brown structures, unable to germinate on MS medium and soil. Failure in embryo morphogenesis coincided with irregularities in cell division and cell organization, together with defects in the establishment of the radial and apical?basal axes. Cotyledons develop from the two lateral primordia, but soon their growth is blocked. Procambium cells are small cells and do not undergo oriented and coordinated cell divisions, and in most of the cases, the ground tissue seems unable to properly differentiate."	29687222
AT5G04810	ppr4-2	"Embryo lethality, as shown by albino seeds (23% of all seeds) at 10 day post-anthesis (dpa), in mature siliques (20 dpa), the albino seeds turn into shrunken, dark brown structures, unable to germinate on MS medium and soil."	29687222
AT5G04810	ppr4-RNAi	"Characterized by albinotic cotyledons, are seedling lethal under autotrophic growth conditions on soil and MS medium without sucrose, but able to develop yellow-"	
albinotic rosette leaves and sterile inflorescences when sucrose is provided in the medium.	29687222		
AT5G04870	CS69902	No visible phenotype	
AT5G04870	CS69904	Reduced hydrogen peroxide production in response to Pseudomonas syringae effectors avrRpm1 or avrRpt2.	
AT5G04880	CS69902	No visible phenotype	
AT5G04880	CS69904	Reduced hydrogen peroxide production in response to Pseudomonas syringae effectors avrRpm1 or avrRpt2.	
AT5G04890	rtm2	Altered movement of tobacco etch virus	
AT5G04960	pme46-1	PME enzyme activity was elevated in the roots compared with the wild type.	28181322
AT5G04960	pme46-2	PME enzyme activity was elevated in the roots compared with the wild type.	28181322
AT5G05160	CS65807	No visible phenotype.	
AT5G05160	rul1-1	Interfascicular cambium based tissue formation was decreased by 40% compared to wild type.	21379334
AT5G05160	rul1-2	Interfascicular cambium based tissue formation was decreased by 40% compared to wild type.	21379334
AT5G05170	CS6201	"high level of resistance to the herbicide N-(3-[1-ethyl-1-methylpropyl]-5-isoxazolyl)-2,6,dimethoxybenzamide (isoxaben); resistance is ca. 300 and 3 times that of the wild type for homozygotes and the heterozygotes, respectively; resistance also expressed in tissue culture."	11517344
AT5G05170	CS6202	"high level of resistance to the herbicide N-(3-[1-ethyl-1-methylpropyl]-5-isoxazolyl)-2,6,dimethoxybenzamide (isoxaben); resistance is ca. 90 and 6 times that of the wild type for the homozygotes and the heterozygotes, respectively; resistance also expressed in tissue culture."	11517344
AT5G05170	SALK_014134	"Gametophytic lethal. 50% pollen grains from the heterozygous plants are significantly deformed, without pollen tube formation."	17878302
AT5G05170	SALK_019756	"Gametophytic lethal. 50% pollen grains from the heterozygous plants are significantly deformed, without pollen tube formation."	17878302
AT5G05170	SALK_137389	"Gametophytic lethal. 50% pollen grains from the heterozygous plants are significantly deformed, without pollen tube formation."	17878302
AT5G05170	eli1-1	Nine-day-old wild-type seedlings grown for 16 h perday on plates incorporated approximately 20% of the 14C-glucose into cellulose in the assay conditions used. This was reduced by half in the mutant.	12713541
AT5G05170	eli1-2	Nine-day-old wild-type seedlings grown for 16 h perday on plates incorporated approximately 20% of the 14C-glucose into cellulose in the assay conditions used. This was reduced by half in the mutant.	12713541
AT5G05170	eli1-3	"exhibited a decrease in total extractives, and a concomitant increase in total lignins relative to wild-type plants, more H units and less S units relative to wild-type lignins in the eli1 mutant, arabinose was more abundant in the insoluble residue from eli1 stems"	16159327
AT5G05170	ixr1-1	"Altered seed coat mucilage adherence, organization of cellulose in the adherent mucilage layer, and levels of crystalline cellulose in seeds."	25926481
AT5G05170	ixr1-2	"Altered seed coat mucilage adherence, organization of cellulose in the adherent mucilage layer, and levels of crystalline cellulose in seeds."	25926481
AT5G05170	pom1-26eli1-3	"The pom1/eli1 double mutant was compromised in growth and the rate of development was slow relative to the single mutants. The pom1/eli1 double mutants had very small rosettes, and their leaves accumulated anthocyanins."	16159327
AT5G05170	the1-3 eli1-1	Partial reversion of the hypocotyl-elongation defect of eli1-1.	17540573
AT5G05300	idl6-1	No visible phenotype.	28586470
AT5G05300	idl6-1	"Significantly (P<0.01) increased tolerance to salinity stress, producing longer roots than the wild type under the same growth condi- tions."	28586470
AT5G05300	idl6-2	No visible phenotype.	28586470
AT5G05300	idl6-2	"Significantly (P<0.01) increased tolerance to salinity stress, producing longer roots than the wild type under the same growth condi- tions."	28586470
AT5G05390	SALK_004019	no observable phenotype	16804053
AT5G05390	SALK_047456	no observable phenotype	16804053
AT5G05390	SALK_079491C	no observable phenotype	16804053
AT5G05410	dreb2a-1	Decreased thermotolerance.	17030801
AT5G05410	dreb2a-2	Decreased thermotolerance.	
AT5G05490	Atscc3-2	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	16176934
AT5G05490	syn1	Male sterile.	
AT5G05580	CS8036	reduction in desaturation of storage and membrane lipids; chilling sensitive; linoleic acid overproducer; linolenic acid underproducer.	
AT5G05620	TUBG1-1/tubg1-1 TUBG2-1/tubg2-1	"Reduced seed set, a large percentage of defective female gametophyte observed during 8-nucleate stage. Male gametophyte was also affected, mostly at binuclear stage of pollen development. Mutant pollen grains were viable."	16698945
AT5G05620	TUBG1-1/tubg1-1 TUBG2-2/tubg2-2	"During early seedling growth, cotyledons were small and distorted, and only two leaf primordia were inittaited at the shoot apex. Dome-shape soot apical meristem was distorted. Root growth was inhibited, and root apex was swollen."	16698945
AT5G05620	tubg1-1 tubg2-1	"Lethal, with severe gametophytic effects."	16698945
AT5G05620	tubg1-1 tubg2-2	"Lethal, upon germination, seedlings never recovered."	16698945
AT5G05620	tubg2-2	No visible phenotype.	16698945
AT5G05680	CS69912	"Mutant plants exhibit defects in basal and R protein-mediated immunity and in systemic acquired resistance but do not display obvious pleiotropic defects in development, salt tolerance, or plant hormone responses."	19700630
AT5G05700	CS9876	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT5G05700	CS9878	ABA hypersensitive germination; sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth	
AT5G05700	dls1	Delayed leaf senescence	
AT5G05730	1104	suppressor of superoot2-1 phenotype	24596172
AT5G05730	1293.3	suppressor of superoot2-1 phenotype	24596172
AT5G05730	1319.2	suppressor of superoot2-1 phenotype	24596172
AT5G05730	1375.1	suppressor of superoot2-1 phenotype	24596172
AT5G05730	1550	suppressor of superoot2-1 phenotype	24596172
AT5G05730	1922	suppressor of superoot2-1 phenotype	24596172
AT5G05730	266	suppressor of superoot2-1 phenotype	24596172
AT5G05730	420.3	suppressor of superoot2-1 phenotype	24596172
AT5G05730	CS16397	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, ethylene defect can be complemented by 10uM Tryptophan or by 10nM IAA; adult plants are pale and slightly reticulated; suppresses auxin overproduction phenotypes of sur2."	
AT5G05730	CS16398	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, ethylene defect can be complemented by 10uM Tryptophan or by 10nM IAA; adult plants are pale and slightly reticulated; suppresses auxin overproduction phenotypes of sur2."	
AT5G05730	CS16399	"Ethylene insensitive in roots of 3-day-old dark-grown seedlings, shorter hypocotyls; hypocotyl height and ethylene defects can be complemented by 10uM Tryptophan; adult plants are pale and slightly reticulated."	
AT5G05730	CS16400	"Small, pale and fertile plants; wei2-1 partially suppresses rty1-1 phenotype."	
AT5G05730	CS16402	Adult plants are pale and slightly reticulated; wei2-1 nearly completely suppresses sur2 phenotype.	
AT5G05730	CS16712	Shows reduced triple response in air: roots of the double mutant are longer than that of the ctr1-1 single mutant.	
AT5G05730	CS8558	dominant or semidominant allele; resistant to 6-methyanthranilate - feedback insensitive; plants accumulate tryptophan; appearance similar to wild type	
AT5G05730	SALK_040353 homozygous	Boxed leaf phenotype under normal light conditions.	
AT5G05735	SALK_040353 homozygous	Boxed leaf phenotype under normal light conditions.	
AT5G05780	CS16277	Narrow and long rosette leaves; ectopic leaf on the abaxial side midvein of some cauline leaves; longer pedicels than wild type; abnormal trichome support cells.	
AT5G05780	ae3-1	Produces abaxialized leaves.	17028202
AT5G05850	pirl1-2 pirl9-2	microspore lethal	20697737
AT5G05860	SALK_135793	Increased sensitivity to drought and osmotic stress. Mutants have increased water loss under drought stress due to increased stomatal aperture size.	26025529
AT5G05890	ugt76c5-1	"Accumulated much less NANG (nicotinate N-glucoside), accounting for 40% of the wild-type level."	26116607
AT5G05980	fpgs1-1 	Reduced content of lignin monomers.	31073332
AT5G05980	fpgs1c ccoaomt1	Increased saccharifcation yield and enzymatic hydrolysis efciency.	31073332
AT5G05980	fpgs1c ccoaomt1	Reduced content of lignin monomers.	31073332
AT5G05995	CS72194	"Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated flg22-induced CBP60g expression, pattern-triggered immunity (PTI) and salicylic acid accumulation."	
AT5G05995	CS72195	"Spontaneous chlorosis under highly moist conditions (humidity approximately 80%). Reduced rosette size. Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated salicylic acid accumulation, flg22-induced pattern-triggered immunity (PTI) and sustained CBP60g expression."	
AT5G06070	CS6395	"Altered petal morphology. A wild-type flower has four petals of almost the same size and shape. A petal is flat from top to bottom, and the bottom part is narrow and greenish. In rbe-1, petals were deformed and their degree of morphological abnormality varied from a mild phenotype of a reduced blade at the top, an intermediate phenotype of spoon-shaped petals with a small blade and a short filamentous stalk at the base, to a severe phenotype of filaments only. In some cases, no petals or filaments were observed at the position of petal formation."	
	14681191		
AT5G06070	CS6395	"The epidermal cells on the lower surface of the filaments of rbe-1 had an irregular ridged structure similar to that of the lower surface of the wild type, but the cells were flattened and elliptic. The position of the filamentous petals was normal; that is, they were formed in the second whorl at a position between the medial and lateral sepals. Furthermore, in the small or spoon-shaped petals of rbe-1, the epidermal cells had a ridged structure and were smaller . This suggests that the position and identity of the aberrant-shaped petals of rbe was not altered."	
	14681191		
AT5G06070	CS6396	"Defective in petal development; petals are transformed to filamentous organs, or lost; ovules have shorter integuments than those of wild type, producing shorter siliques; reduced fertility; strong allele."	14681191
AT5G06070	CS6939	"Defective in sepal, petal, and ovule development; flowers sometimes produce more than four sepals and exhibit fusion between adjacent sepals; petals are often reduced in size or altered  in appearance, petals often absent or replaced by staminoid organs and filaments; altered integument growth in ovules; reduced fertility."	16412084
AT5G06070	CS6939	"During stage 3 of flower development, four sepal primordia are initiated in normal positions in rbe-3 mutants. However, early in stage 4 some rbe-3 sepal primordia have undergone extra growth along their margins and appear wider than normal. The tips of these primordia were sometimes not located in the middle of the primordia and the two sides of the primordia were not symmetrical. Continued uneven growth of these primordia became more pronounced during development. By stage 5, an organ that had presumably initiated as a single primordium now appeared as two fused primordia or two closely spaced and partially fused primordia."	
	16412084		
AT5G06070	CS6939	"In rbe-3 flowers, second-whorl petals are often reduced in size or altered in appearance. Petals with staminoid characteristics, stamens, filaments or the absence of organs can all be found in the second whorl of rbe-3 mutants."	16412084
AT5G06070	CS6939	"Mutant flowers sometimes produce more than four sepals and exhibit fusion between adjacent sepals. More than four sepals were observed in approximately 7% of rbe-3 flowers, while some degree of sepal fusion was observed in 35% of flowers (corresponding to 10% of all sepals). In rbe-3 flowers with more than four sepals, the extra sepal was thinner than the remaining four sepals. In some cases, one of the adjacent sepals was  also somewhat reduced in width. Sepal fusion can occur in the absence of more than four sepals. Sepal fusion was observed most often at the base of these organs and more rarely along their entire length. We measured the width of mature sepals to determine whether  sepal fusion might be due to wider organs. rbe-3 sepals were 12% wider than Landsberg erecta (Ler) sepals at maturity."	16412084
AT5G06070	ag-1 rbe-3	"Same phenotype as ag-1 single mutants with completely normal petals developing in the second whorl. In addition, sepal number was normal in these flowers and no cases of sepal fusion were observed."	16412084
AT5G06070	ant-4 rbe-3	"Double mutants had an increased number of sepals compared with either single mutant. In early arising flowers as many as eight sepals were present. In addition, fusion between sepals was observed in ant-4 rbe-3 mutants. Sepals in the double mutant were often fused along their entire length rather than just at their base as usually seen in rbe-3."	
	16412084		
AT5G06070	ant-4 rbe-3	"Mutant flowers also show a reduction in the overall number of second-whorl organs. In addition, fewer filaments and staminoid organs were present in the double mutant compared with rbe-3 single mutants. Reduced stamen number in the third whorl of ant-4 mutants was partially rescued by rbe-3."	16412084
AT5G06070	ap2-1 rbe-3	Additive phenotype in the first and fourth whorls. Second-whorl organs of the double mutant were more completely converted to stamens or were missing entirely.	
	16412084		
AT5G06070	ap2-1 rbe-3	The enhancement of the second-whorl phenotypes in these double mutants resulted from AG misexpression.	16412084
AT5G06070	ap2-2 rbe3	"In the double mutants, first-whorl carpels and staminoid carpels were often wider than in ap2-2. These organs had the appearance of several fused organs but were only connected to the base of the flower in the central part of the organ and were in a position normally occupied by a single organ. In addition, first-whorl organs were often fused along much of their length. All of the first-whorl organs were sometimes fused such that the fourth whorl carpel poked through a ring of tissue. Cells present along the margin of fusion resembled the epidermal cells normally present on the abaxial replum of wild-type carpels."	
	16412084		
AT5G06070	ap2-2 rbe3	The number of first whorl organs in the double mutant was slightly increased compared with ap2-2 single mutants. No second-whorl organs were present in the double mutant and the third and fourth whorls had an additive phenotype.	16412084
AT5G06070	clf-2 rbe-3	The enhancement of the second-whorl phenotypes in these double mutants resulted from AG misexpression.	16412084
AT5G06070	clf-2 rbe-3	"leaf curling similar to that in clf-2. Both clf-2 and clf-2 rbe-3 produced an average of 4.0 second-whorl organs per flower. In clf-2 mutants these were almost exclusively small petals whereas the average number of small petals in clf-2 rbe-3 was 1.37. Second-whorl petals were most often replaced by spoonshaped petals, staminoid petals, petaloid stamens or stamens."	
	16412084		
AT5G06070	cuc2-1 rbe-3	"Four distinct sepal primordia are initiated in a normal pattern during stage 3 of flower development as was seen previously for cuc2-1 and rbe-3 single mutants. Later growth of sepal primordia in the cuc2-1 rbe-3 double is uneven, similar to that seen in rbe-3 single mutants. An increased extent of sepal fusion in the cuc2-1 rbe-3 double mutant as compared with cuc2-1 was first observed during stage 6."	16412084
AT5G06070	cuc2-1 rbe-3	"In double mutant flowers, sepal fusion occurred more often and to a greater extent than in either single mutant."	
	16412084		
AT5G06070	lug-1 rbe-3	"Additive phenotype. The number of second-whorl organs was reduced in lug-1 rbe-3 double mutants and these remaining organs were primarily staminoid. Thus, rbe-3 enhanced the second-whorl phenotype of lug-1 mutants. The double mutant rarely produced any seeds, suggesting a more severe defect in female fertility in the double mutant compared with either single mutant. However, no enhancement of the outer integument growth defect was observed."	16412084
AT5G06070	ufo-11 rbe-3	Double-mutant flowers have a phenotype that is similar to ufo-11 flowers.	16412084
AT5G06070	ufo-2 rbe-3	Double mutant has the same phenotype as the ufo-2 single mutant. There is no increase in the number of filaments and/or staminoid organs in the double mutant as compared with ufo-2.	16412084
AT5G06250	dpa4 sod7	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT5G06250	dpa4 sod7 aitr256	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT5G06290	2cpa 2cpb	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT5G06290	SALK_017213C	Change in redox behavior of TrxL2.1 and TrxL2.2 by HL/dark treatments.	30104347
AT5G06370	SALK_046412	Homozygous mutant is sensitive to lead and shows defects when grown in the presence of lead.	27335453
AT5G06460	mos5 uba2	lethal	17217463
AT5G06610	SAIL_311_G09	Xylem pit structure not different wild type.	30692538
AT5G06650	gis2	The flowers and third cauline leaves of gis2 mutants were less sensitive to GA.	17507408
AT5G06650	gis2	"Very strong decrease in trichome production on flowers but only a small decrease on branches and cauline leaves, which was only noticeable on the third paraclade."	17507408
AT5G06650	gis2 spy-3	"The trichome production is most similar to that of the gis2 mutant on branches and cauline leaves, but glabrous flowers are produced ."	17507408
AT5G06700	CS3741	"altered patterns of cellulose deposition; leaf and stem trichomes lack strong birefringence under polarized light, characteristic of plant cells which contain highly ordered cellulose in their secondary cell walls;  reduced birefringence in the xylem of the leaf."	
AT5G06700	tbr-2	Glassy-appearing trichomes of wild type shape and size. Mature trichomes collapse.	24014871
AT5G06780	CS69824	Delay in early embryo development.	
AT5G06820	CS2986	morphological phenotype similar to wt; resistant to kanamycin	
AT5G07020	CS68902	Reduced Fv/Fm under photoinhibitory light conditions	
AT5G07020	CS68903	Reduced Fv/Fm under photoinhibitory light conditions	
AT5G07130	SALK_023935	no observable phenotype	16804053
AT5G07180	CS6588	"No visible phenotype; some stomatal patterning defects; inflorescence undergoes elongation of the internodes between individual flowers; normal length of petiols, stems, pedicels and siliques; lack of any visible phenotype suggests that ERL2 is redundant."	
AT5G07180	er-105 erl2-1	Increased number of stomatal lineage ground cells (SLGCs) with respect to single er mutant.	16002616
AT5G07210	arr21-1	No visible phenotype.	
AT5G07280	ems1	"Male sterile, failed cytokinesis in microsporocytes"	
AT5G07280	exs	Pollen and embryo defective	
AT5G07290	SALK_019467	No visible phenotype.	16473967
AT5G07290	aml1 aml2 aml4	"One quarter of the seedlings were arrested at the seedling stage, failing to grow true leaves. Scanning electron microscopy revealed that leaf primordia were initiated, but their further growth and expansion was largely delayed or did not take place."	16473967
AT5G07290	aml1 aml4	"One quarter of the seedlings were arrested at the seedling stage, failing to grow true leaves. Scanning electron microscopy revealed that leaf primordia were initiated, but their further growth and expansion was largely delayed or did not take place."	16473967
AT5G07300	SALK_116382	"No effect of mutant allele on growth, development or defense responses."	16367962
AT5G07300	bon1-1/bon2-2	"Abnormal pin-shaped (narrow) leaves, chlorosis, seedling lethal at 22C."	16367962
AT5G07300	bon1-1/bon2-2/bon3-3	Seedling lethal at 22 and 28C.	16367962
AT5G07350	tsn1 tsn2	"Double mutant displays  only mild growth phenotypes under nonstress conditions, but germination, growth, and survival are severely affected under  high salinity stress."	
	20484005		
AT5G07440	CS860074	Reduced plant growth when grown on media containing glutamate as the nitrogen source.	
AT5G07440	CS860075	Reduced plant growth when grown on media containing glutamate as the nitrogen source; susceptible to prolonged darkness.	
AT5G07460	pmsr2-1	"Increased protein oxidation, nitration and glycation of specific amino acid residues during darkness"	19392687
AT5G07460	pmsr2-1	Reduced growth in short-day conditions. Higher levels of oxidative stress	15031406
AT5G07580	CS71734	Increased wax loads and C29 and C31 alkane levels in rosette and cauline leaves. Slightly slower transpiration and chlorophyll leaching.	
AT5G07690	myb29	No visible phenotype.	17420480
AT5G07990	CS2105577	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues; deficient in flavonoid 3'-hydroxylase activity and lacks orthodihydroxy flavonoids, thus accumulating pelargonidin rather than the cyanidin found in wild type plants."	
AT5G07990	CS2105578	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues; deficient in flavonoid 3'-hydroxylase activity and lacks orthodihydroxy flavonoids, thus accumulating pelargonidin rather than the cyanidin found in wild type plants."	
AT5G07990	CS6509	"Faster completion of seed germination at low temperature (10C) compared to wild type; transparent testa phenotype (pale brown seeds due to reduced levels of brown pigment in seed coat), allelic to tt7-3; hypersensitive to abscicic acid, gibberellic acid and paclobutrazol"	
AT5G07990	CS8586	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G07990	CS8587	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G07990	CS8591	double mutant; disruption of the synthesis of brown pigment in seed coat (testa).	
AT5G07990	CS8592	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G07990	CS8595	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G07990	CS8599	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), pale brown seeds."	
AT5G07990	CS88	"pale brown seeds due to reduced levels of brown pigment in seed coat (testa); reduced levels of anthocyanins in leaves, stems and other tissues; deficient in flavonoid 3'-hydroxylase activity and lacks orthodihydroxy flavonoids, thus accumulating pelargonidin rather than the cyanidin found in wild type plants."	
			
AT5G08020	SALK_088429C	"This mutant does not differ visibly from a wild type plant when grown under normal conditions. A UV-B dose during the first week of growth on normal media affects the atrpa70b mutant and wild-type seedlings similarly, although the mutants have an increased level of leaf yellowing. After a longer period of exposure to UV-B, the level of chlorophyll A and B is reduced to a greater extent in rpa70b mutants than in wild-type, and root growth is more inhibited in the mutants. Treatment with MMS also causes a greater inhibition of root growth in rpa70b mutants than in wild-type seedlings. In contrast, the mutants show a wild-type level of sensitivity to H2O2 in root growth assays."	15978034
AT5G08050	SALK_048774	"Reduced NPQ, affected organization of light-harvesting complex II and an enhanced grana stacking."	27600538
AT5G08070	SALK_147288	Homozygotes have a WT phenotype	18805992
AT5G08070	tcp5 tcp13 tcp17	Shorter petiole length under 28C.	31078552
AT5G08100	CS67893	increased sensitivity to inhibition of root elongation by exogenous asparagine	
AT5G08100	CS67896	Increased sensitivity to delay in root hair emergence in response to exogenous asparagine. Increased accumulation of asparagine in root when grown on medium containing asparagine as a single nitrogen source. Increased seed size under conditions of nitrogen deficiency. Increased concentration of free asparagine and other free amino acids in seed when grown under low illumination.	21800258
AT5G08100	CS67896	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT5G08100	CS67896	increased sensitivity to inhibition of root elongation by exogenous asparagine; increased  accumulation of asparagine in root on asparagine-containing  medium; increased seed size under conditions of nitrogen deficiency; increased concentration of free asparagine and other free amino acids in seed when grown under low illumination.	
AT5G08100	SAIL_690_E07	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT5G08100	SALK_087377C	increased sensitivity to inhibition of root elongation by exogenous asparagine	21800258
AT5G08110	hrq1-1 fan1-1	"Significantly increased sensitivity against cisplatin, sensitivity to MMC."	29577315
AT5G08110	hrq1-1 mus81-1	Significant reduction of FW after treatment with cisplatin and MMC.	29577315
AT5G08110	hrq1-1 rad1-1	Significant reduction of FW after treatment with cisplatin and MMC.	29577315
AT5G08110	hrq1-1 rad5A-2	Significant hypersensitivity against cisplatin and MMC.	29577315
AT5G08110	hrq1-1 recq4A-4	Significant sensitivity after treatment with  cisplatin and MMC.	29577315
AT5G08139	CS93467	"Segregating (40%) for small, dark-green rosettes with asymmetric leaves; very slow growth, dwarf and sterile plants."	
AT5G08170	CS24077	embryo defective; cotyledon	
AT5G08170	CS24078	embryo defective; cotyledon	
AT5G08330	CS68941	"Fewer, but larger rosette leaves compared to wildtype."	
AT5G08370	7818/20	Delayed up to 3 wks in flowering versus wild type.  Strong curly leaf phenotype at later stages of development.  Total leaf number in rosette is 17-21 versus 10-13 in the wild type.	16845526
AT5G08550	ilp1-1	"Shorter hypocotyls and roots compared to their wild type siblings in darkness.  In the light, plants have shorter hypocotyls and smaller cotyledons compared with the wild type, and there was inhibition of root elongation.  There is also a reduction in the number of 32C cells in 3 day old seedling hypocotyl cells."	17012601
AT5G08550	ilp1-2	"Shorter hypocotyls and roots compared to their wild type siblings in darkness.  In the light, plants have shorter hypocotyls and smaller cotyledons compared with the wild type, and there was inhibition of root elongation.  There is also a reduction in the number of 32C cells in 3 day old seedling hypocotyl cells."	17012601
AT5G08560	SALK_095495	"Seedlings of KO lines exhibited greener and larger cotyledons under light grown condition, but without change in hypocotyl growth. Phenotypes of seedling growth in the KO lines resembled the typical physiological responses regulated by photoreceptors such as chloroplast accumulation in cotyledons.However, seed germination rate of the KO lines was similar to that of wild-type under light grown conditions."	26706055
AT5G08560	SALK_100917	ROS accumulation and altered tolerance of oxidative stress. Smaller leaves and early flowering time. Leaf yellowing in the fifth and sixth leaves of seedlings 35d post-germination. Accelerated dark-induced leaf senescence	31203893
AT5G08560	SALK_100917C	"Seedlings of KO lines exhibited greener and larger cotyledons under light grown condition, but without change in hypocotyl growth. Phenotypes of seedling growth in the KO lines resembled the typical physiological responses regulated by photoreceptors such as chloroplast accumulation in cotyledons.However, seed germination rate of the KO lines was similar to that of wild-type under light grown conditions."	26706055
AT5G09220	SALK_143597C	"Altered C:N ratios. Reduced levels of nitrogen, elevated carbon assimilation. Increased seed yield."	21075769
AT5G09230	srt1-1/srt2-2	Weak ethylene insensitivity- slightly increased root length when plants grown in the presence of 1micromolar ACC.	29298835
AT5G09300	CS68926	No visible phenotype.	
AT5G09300	CS68929	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT5G09300	CS68930	"High levels of free branched-chain amino acids in mature seeds and leaves subjected to prolonged darkness, early senescence in prolonged darkness."	
AT5G09360	SALK_011767C	no observable phenotype	16804053
AT5G09410	CS71603	Elevated salicylic acid glucoside (SAG) levels and transcript levels of salicylic acid (SA) pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT5G09410	CS71605	Small plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT5G09410	CS71606	Tiny plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C.	
AT5G09410	camta1/2/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT5G09410	camta1/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT5G09420	CS869031	"Irregular leaf surface and irregular leaf margins; numerous lateral inflorescences, bushy plants; short siliques; average height = 38 cm."	
AT5G09420	toc64-III-1 toc64-V	No visible phenotype.	17655652
AT5G09420	toc64-III-1 toc64-V toc64-I	No visible phenotype.	17655652
AT5G09420	toc64-V	No visible phenotype.	17655652
AT5G09420	toc64-V toc64-I	No visible phenotype.	17655652
AT5G09640	sng2	Accumulate sinapoylglucose instead of sinapoylcholine	
AT5G09660	CS799960	Requires sucrose for germination and establishment	
AT5G09660	CS799962	Requires sucrose for germination and establishment; Mild photorespiration phenotype	
AT5G09660	pmdh1pmdh2	"Some reduction in growth rate in the dark, resulting in shorter hypocotyls in the pmdh1pmdh2 double mutant. The double mutant germinated, but seedling growth was arrested unless exogenous sucrose was provided, however even then the double mutant remained appreciably smaller than the wild type"	
	17376163		
AT5G09660	pmdh2	"some reduction in growth rate in the dark, resulting in shorter hypocotyls in pmdh1, 1% sucrose rescued the mutant phenotype"	17376163
AT5G09680	rlf-1	reduced lateral root formation	20230485
AT5G09690	SALK_063452	"Homozygotes: WT phenotype under normal growth conditions. Under conditions of magnesium stress (under 50 mM Mg2+), germination is poor and plantlet development is severely retarded."	19966073
AT5G09690	SALK_064741	"Homozygotes: WT phenotype under normal growth conditions. Under conditions of magnesium stress (under 50 mM Mg2+), germination is poor and plantlet development is severely retarded."	19966073
AT5G09690	SALK_090559 Homozygous	"WT phenotype under normal growth conditions. Under conditions of magnesium stress (under 50 mM Mg2+), germination is poor and plantlet development is severely retarded."	19966073
AT5G09750	hec1 hec3	"Compared with wild type, stigmas were smaller and more variable in size in hec1 hec3 mutants. There was also a slight tendency for the style to be somewhat longer in the double mutant."	17855426
AT5G09750	hec1 hec3	"Double mutant had a sizable reduction in overall fertility (17% wild-type seed set), along with significant variations in individual fruit size and seed yield. Seed distribution was biased toward the apical half of the carpel, but substantial fertilization also occurred in the basal half."	17855426
AT5G09750	hec1 hec3	"Mutant carpels showed significantly fewer pollen tubes and pollination events, particularly in the basal half of the gynoecium."	17855426
AT5G09750	hec1 hec3	"The double mutant, however, had dramatically reduced Alcian Blue staining in both the style and the septum compared with wild type. In analyzing pre-fertilization stages of development, the transmitting tract of the hec1 hec3 double mutant had no delay in onset of ECM production, but produced less ECM than wild type."	17855426
AT5G09750	"hec1,2,3"	"The hec1,2,3 spt quadruple mutant had an enhanced phenotype compared to the hec1,2,3 triple or spt single. Carpels were completely unfused at the apical part, up to one third of the entire fruit indicative of a synergistic interaction."	26293302
AT5G09750	hec3	"Mutant carpels showed significantly fewer pollen tubes and pollination events, particularly in the basal half of the gynoecium."	17855426
AT5G09750	hec3	Mutant plants had smaller fruit and a modest reduction in fertility compared with wild type (59% of wild-type seed set). Reciprocal crosses revealed the fertility defect to be female-specific.	
	17855426		
AT5G09750	hec3	"The hec3 transmitting tract was smaller in size than wild type in both the septum and the style , but had the same general appearance as wild type."	17855426
AT5G09790	atxr5 atrx6	reduced H3K27me1 in vivo; partial heterochromatin decondensation; transcriptional activation of repressed heterochromatic elements	19503079
AT5G09810	act2-1/act7-4	"Plants are dwarf and reach only 15% of the height of wild type. Roots lack root hairs- the initiate but do not develop further than a bulge. Leaves are small with reduced surface area and fewer lobes. Leaf trichomes are abnormal and contain fewer branches. Also defects in flower morphology, reduced fertility, abnormal inflorescence structure and abnormal silique development."	19304937
AT5G09810	act7	Slow to produce callus in response to hormones	
AT5G09810	act7-4	Abnormal roots. Roots are shorted and have fewer root hairs (ca. 20% less than wild type). Root epidermal cells have abnormal morphology and bulge.	19304937
AT5G09810	act8-2/act7-4	Plants are dwarf. Leaves are smaller and contain fewer cells and fewer lobes than wild type. Reduced number of trichome branches. Petals are narrow. Roots are more severely affected and produce short root hairs. Cell files are irregular and the elongation zone is much reduced.	19304937
AT5G09810	unp1	"Aberrant nuclei position in dark-adapted and blue light-induced leaves. Reduced number of actin filaments, decrease in velocity of cytoplasmic streaming. Upwardly bent leaf petioles, reduced plant height, seed number per fruit, and fruit length. Sherical nuclei of pavement cells."	30404821
AT5G09820	SALK_064597	Seedling-lethal.	26432861
AT5G09830	CS860129	No visible phenotype	
AT5G09860	hps8/hps8	Enhanced phosphate starvation induced root APase activity.Reduced number of lateral roots when grown on phosphate medium.	27329222
AT5G09870	CS2106718	Seed mucilage defects.	
AT5G09870	CS2106719	Seed mucilage defects.	
AT5G09870	CS3906	Defective in seed coat mucilage secretory cells; seed coats produce mucilage with altered sugar composition and altered staining and mechanical properties.	
AT5G09870	ixr2-1 cesa5	The homozygous cesa6/cesa5 double mutant is seedling lethal.	17878303
AT5G09900	rpn5a-1	Mutants display plieotropic effects on development. When grown in continuous light seedlings  produce lanceolate shaped leaves with fewer numbers of cells. In long days- the rosettes are comprised of clusters of abnormally shaped leaves. Floral morphology is normal but the anthers do not shed pollen. Embryogenesis is defective. Mutant embryos are delayed in development and have fewer cells.	19252082
AT5G09900	rpn5a-2/rpn5b-2	Cannot recover homozygous double mutant.	19252082
AT5G10010	CS69907	Impaired basal but not acquired thermotolerance. Attenuated heat stress-induced chromocenter decondensation and heat stress-induced activation of transcriptionally silent loci.	
AT5G10030	SALK_127923	No phenotype as single knock-out; tga1 tga4 double knock-out plants are more susceptible to Pseudomonas syringae pv. maculicola ES4326 than wild-type.	17369431
AT5G10130	SALK_125277	"reduced FLC mRNA, early flowering"	17360694
AT5G10140	CS1122	"variation in flowering time, height = 40-45 cm."	
AT5G10140	CS1123	"variation in flowering time, height = 40-45 cm."	
AT5G10140	CS189	"not late flowering alone; when combined with FRI or ld, confers extreme late flowering and strong response to vernalization."	
AT5G10140	CS22574	After 12 wk vernalization FLC levels increased after 30 d growth post-cold.	17114581
AT5G10140	CS22574	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	CS22574	"After 6 wk vernalization, Lov-1 flowered earlier than Ull-2-5, suggesting that Lov-1 might be insensitive to short periods of cold but then respond quickly after that."	17114581
AT5G10140	CS22574	FLC levels decreased during cold treatment but then increased significantly after the plants were returned to 23°C.	
	17114581		
AT5G10140	CS22574	"Medium to large size of rosettes with numerous leaves, early leaves have leaf margins irregularly serrated, later leaves have leaf margins almost smooth, late flowering (vernalization at rosette stage may promote earlier flowering), dark-green plants with numerous aerial rosettes, height=56-66 cm."	
AT5G10140	CS22574	"While FLC decreased in Lov-1 plants over a 4-wk cold period, flowering time was not accelerated."	
	17114581		
AT5G10140	CS22579	Accelerated flowering by 2 weeks vernalization.  Flowering time variation between accessions  was maximal after 4 wk vernalization.	17114581
AT5G10140	CS22579	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	CS22579	FLC levels return to a moderately high level after 4 wk vernalization.	17114581
AT5G10140	CS22579	"Large rosettes with numerous oval-shape leaves, elongated petiols, asymmetric and contorted leaf surfaces, leaf margins smooth, late flowering (vernalization at rosette stage may promote earlier flowering), dark-green plants, height=50-60 cm."	
AT5G10140	CS22581	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	CS22581	"Despite responding to 4 wk of cold, Var-2-6 and Ull-2-5 still flowered late after >6 wk of cold; i.e., the vernalization response was relatively slow."	17114581
AT5G10140	CS22581	"Large  rosettes with numerous  large leaves, leaves with rounded tips, leaf margins irregularly serrated,  late flowering (vernalization at rosette stage may promote earlier flowering), dull greyish dark-green  plants (slightly more pubescent than normal), height=45-55cm."	
AT5G10140	CS22586	"After 4 wk vernalization, FLC levels had increased (by 30 d after transfer to 23°C) to the same level as nonvernalized plants."	
	17114581		
AT5G10140	CS22586	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	CS22586	"Despite responding to 4 wk of cold, Var-2-6 and Ull-2-5 still flowered late after >6 wk of cold; i.e., the vernalization response was relatively slow."	17114581
AT5G10140	CS22586	FLC levels decreased during cold treatment but then increased significantly after the plants were returned to 23°C.	
	17114581		
AT5G10140	CS22586	Flowered extremely late after 8 wk vernalization and required at least 14 wk of cold to fully saturate the vernalization requirement.	17114581
AT5G10140	CS22586	"Large  rosettes with numerous leaves, leaf margins serrated, late flowering (vernalization at rosette stage may promote earlier flowering), dark -green plants, height= 42-48 cm."	
AT5G10140	CS22586	Plants did flower after 4 wk vernalization but considerably later than H51.	17114581
AT5G10140	CS22657	"Large rosettes with numerous leaves, elongated leaves with narrow appearance, leaf margins slightly serrated, late flowering (vernalization at rosette stage may promote earlier flowering), height = 40-50 cm."	
AT5G10140	CS6688	Accelerated flowering by 2 weeks vernalization.  Flowering time variation between accessions  was maximal after 4 wk vernalization.	17114581
AT5G10140	CS6688	"After 4 wk vernalization, the repression of FLC expression was maintained."	17114581
AT5G10140	CS6688	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	CS6688	"variation in flowering time, height = 40-45 cm."	
AT5G10140	H51	Accelerated flowering by 2 weeks vernalization.  Flowering time variation between accessions  was maximal after 4 wk vernalization.	17114581
AT5G10140	H51	"After 4 wk vernalization, the repression of FLC expression was maintained."	17114581
AT5G10140	H51	"After 6 wk of cold, FLC levels were lower than those observed at 4 wk."	17114581
AT5G10140	SALK_131491	"increased FLC mRNA, late flowering"	17360694
AT5G10140	SALK_140021	"reduced FLC mRNA, early flowering"	17360694
AT5G10140	agl19-1 flc-6	The double mutant responded less to vernalization than either single mutant.	16778081
AT5G10140	agl20-101D FRI-Sf2 flc-3	Extreme acceleration of flowering time.	10995392
AT5G10140	ath1-1 flc-7	No additive effect on flowering time.	17908157
AT5G10140	flc-1	Early flowering.	10330478
AT5G10140	flc-2 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT5G10140	flc-3	early flowering in short days	
AT5G10140	flc-3 agl24-2	Late flowering in both long- and short-day growth conditions but retain a normal response to photoperiod compared to wild type.	12609028
AT5G10140	flc-4 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT5G10140	flc-5 (FRI-Sf2)	Wild-type phenotype restored.	10330478
AT5G10140	hlp1-1/flc-3	Normal flowering response under long and short days. Loss of flc supresses the phenotype of hlp1-1	26099751
AT5G10140	ldl1-2/ldl2/flc-3	Late flowering. Flowers later than flc3 single mutant but earlier than ldl1/ldl2 double mutant.	17921315
AT5G10140	suf4 flc-3	Flowering time similar to that of the flc-3 single mutant in both LD and SD conditions.	17138694
AT5G10230	CS16281	"Small and dark-green rosettes, numerous axillary inflorescences and lateral branches; reduced apical dominance; bushy plants; small siliques; reduced plant size; plant height: 15-25cm."	
AT5G10250	SALK_107193C	dot3-2 mutants are dwarved plants with reduced fertility compared to wild type Arabidopsis plants.	18643975
AT5G10250	dot3-1	"dot3-1 mutants are dwarfed plants that have a parallel venation pattern defect in their leaves and abnormal vein loop patterns in their cotyledons. Primary root growth is significantly inhibited in dot3-1 mutants, but, they can produce lateral and adventitious roots."	18643975
AT5G10330	emb2196	embryo defective	
AT5G10330	hpa1	Short roots. Initial development is normal but by 7 days post germination organization of the root apex begins to show abnormalities.	16815950
AT5G10350	rrm-1	No visible phenotype.	26617625
AT5G10350	rrm-2	No visible phenotype.	26617625
AT5G10360	CS24358	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G10390	N574285	No visible phenotype.	16262706
AT5G10440	cycd4;2-1	Reduced number of stomata and non protruding cells on hypocotyl epidermis.	
AT5G10440	cycd4;2-3	Reduced number of stomata and non protruding cells on hypocotyl epidermis.	
AT5G10470	kac1-1 kac2-1	Defective in chloroplast accumulation in response to low light and chloroplast relocation under high light.	20418504
AT5G10480	pas2-3	Segregates 25% embryo lethal.	18799749
AT5G10490	CS69609	No visible phenotype	
AT5G10490	CS69610	"Variegated leaves, enlarged plastids. Partial infertility and reduced seed set, likely a result of a fragment of the APETALA3 gene present in the T-DNA construct. "	
AT5G10490	CS69611	Slightly smaller than wild type. Young leaves exhibit notched edges and a rumpled surface.	
AT5G10490	CS69612	"Small stature, variegated leaves and ruffled leaf margins, apical callus production after long periods of growth on solid media, enlarged plastids."	
AT5G10490	msl2-1 msl3-1	"Variegated leaf phenotype; light green sectors most dramatic in cauline leaves, but also visible in most rosette leaves. Microscopic observation revealed enlarged chloroplasts in 20% of mesophyll cells in cauline leaves. Leaf tissue had larger air spaces between cells compared to the wild type, and all cells, including epidermal, palisade and mesophyll cells were larger that in the wild type. Under TEM, ultrastructure of enlarged chloroplasts had lumpy appearance of thylakoid membranes. Plastids of the pavement cells in the leaf epidermis in leaves and cotyledons and also in the root epidermal cells were much larger, spherical, stromules were not observed. Beside these characteristics, overall appearance of double mutant plants was similar to the wild type plants."	
AT5G10510	plt3-1	Short roots and shortened root meristem.	17960244
AT5G10510	plt3-1/plt2-2/plt1-4	Rootless.Embryonic root differentiates 3 days after germination. Adventitious roots arrest 6 days after germination.	17960244
AT5G10530	CS2979	morphological phenotype similar to wt; resistant to kanamycin	
AT5G10940	asg2-1	Increased fatty acid content.	28663238
AT5G10945	CS71701	Very minor effects on the abundance of miR156 and on shoot morphology.	
AT5G10945	CS71704	"Reduced angle of leaf base in leaves 1, 3 and 5."	
AT5G10945	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT5G10946	CS71701	Very minor effects on the abundance of miR156 and on shoot morphology.	
AT5G10946	CS71704	"Reduced angle of leaf base in leaves 1, 3 and 5."	
AT5G10946	CS71711	"Very low levels of miR156 and miR157. Accelerated production of leaves with abaxial trichomes. Reduced angle of leaf base in leaves 1, 3, and 5."	
AT5G10980	N587850	No visible phenotype.	16262706
AT5G11030	2191	reduced fertility mutant: male sterile	24596172
AT5G11030	2191	suppressor of superoot2-1 phenotype	24596172
AT5G11030	677	reduced fertility mutant: male sterile	24596172
AT5G11030	677	suppressor of superoot2-1 phenotype	24596172
AT5G11040	CS9990	"cytokinesis defective: bloated cells, cell wall stubs/gaps"	
AT5G11040	CS9991	"cytokinesis defective: bloated cells, cell wall stubs/gaps"	
AT5G11040	CS9992	"cytokinesis defective: bloated cells, cell wall stubs/gaps"	
AT5G11040	CS9993	"cytokinesis defective: bloated cells, cell wall stubs/gaps"	
AT5G11110	kns2	Defects are specific to pollen exine structure. Smaller mesh size in the exine structure. Increased number of baculae. Fully fertile.	18779216
AT5G11150	S_116835	"The mutant plants are indistinguishable from the wild-type plants when grown in 1/2 strength Murashige and Skoog (MS) medium. However,  when exposed to salt stress, they exhibit increased salt tolerance."	17101982
AT5G11230	CS69768	No visible phenotype	
AT5G11240	SALK_052897	Homozygotes are embryo lethal. Somewhat reduced transmission through the pollen.	26555280
AT5G11240	SALK_073682C	"is hypersensitive to Glucose&#8208;dependent inhibition of germination and early seedling growth, has severely impaired cotyledon greening and expansion in the presence of more than 3 % Glucose."	27443795
AT5G11240	ghs40-2 	homozygous seed could not be obtained.	27443795
AT5G11250	bnt1-1	"Plants have dwarf stature,short hypocotyls, small rosettes with thick, round leaves, and reduced inflorescence and root systems. Plants are early senescent and have reduced fertility. Also has abnormal root hair development. Plants overexpress JA, SA, ABA and ethylene."	26398806
AT5G11260	CS71	"In the hypocotyl of light-grown Arabidopsis seedlings, chloroplasts are well developed. The morphology and distribution of chloroplasts of the mutant is indistinguishable from those of wild type only at the upper part of the hypocotyl. However, a reduced number of chloroplasts, which are pale green, are observed at the middle part of the mutant. In the lower part of the hypocotyl, the number of chloroplasts is reduced in wild-type plants; however, the  mutant showed only a few small and  transparent plastids."	
	9367981		
AT5G11260	CS71	"Mutants grown on agar plates have widely  spread lateral roots. Compared with that of wild-type plants, the direction of lateral root growth is nearly horizontal rather than downward, indicating alteration of the gravitropic response. The angles between the lateral roots and the orientation of gravity are larger than those of the wild type. In addition, secondary lateral roots grow and change their direction of elongation to the horizontal."	9367981
AT5G11260	CS71	"Roots of wild-type plants turn green when grown under light conditions.  The roots of wildtype plants were green, whereas those of the mutants remained white after having been  cultured for 30 days under light. The chlorophyll content in roots of the wild-type plant (Ws) was 1.1 &#956;g of chlorophyll/gram of fresh roots. Chlorophyll was not detected in roots of hy5-1 or hy5-Ks50."	9367981
AT5G11260	CS71	The longitudinal length of epidermal cells is ~1.9 times that of the wild type.	
	9367981		
AT5G11260	CS71	"The mutant showed reduced secondary thickening of the hypocotyl, with a hypocotyl diameter of ~50% of that in the wild type at the same stage. The number of lignified xylem vessels and fiber elements was reduced in the hypocotyl of the mutant as well."	9367981
AT5G11260	CS71	"slightly elongated hypocotyl, wild-type level of spectrally detectable phytochrome; elongation not inhibited by far red, only slightly inhibited by blue; pale green plant."	
AT5G11260	SALK_096651C	Decreased sensitivity to ABA induced lateral root inhibition. Increased sensitivity to osmotic and salt stress. Increased ABA tolerance.	18065688
AT5G11260	hy5-101	"Under FRc conditions, the length mutant hypocotyls is increased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is also increased and the cotyledon area is smaller."	16891401
AT5G11260	hy5-215	"Mutants grown on agar plates have widely  spread lateral roots. Compared with that of wild-type plants, the direction of lateral root growth is nearly horizontal rather than downward, indicating alteration of the gravitropic response. The angles between the lateral roots and the orientation of gravity are larger than those of the wild type. In addition, secondary lateral roots grow and change their direction of elongation to the horizontal."	9367981
AT5G11260	hy5-215	The average length of hypocotyls in the mutant seedlings is &#8764;3.5 mm under high-intensity white light condition (173 &#956;mole/sec per m2).	
	12023303		
AT5G11260	hy5-221	"When grown under constant red light, the mutant had longer hypocotyls compared with wild type."	17319847
AT5G11260	hy5-KS50	"At 4 DAG, the number of lateral root primordia is increased in the Wassilewskija (Ws) wild type , but the increase was two times greater in the hy5-Ks50 mutant than in Ws."	9367981
AT5G11260	hy5-KS50	Mutant produces significantly reduced levels of anthocyanins and is not responsive to cytokinins at all.	17217468
AT5G11260	hy5-KS50	"Mutants grown on agar plates have widely  spread lateral roots. Compared with that of wild-type plants, the direction of lateral root growth is nearly horizontal rather than downward, indicating alteration of the gravitropic response. The angles between the lateral roots and the orientation of gravity are larger than those of the wild type. In addition, secondary lateral roots grow and change their direction of elongation to the horizontal."	9367981
AT5G11260	hy5-KS50	"Roots of wild-type plants turn green when grown under light conditions.  The roots of wildtype plants were green, whereas those of the mutants remained white after having been  cultured for 30 days under light. The chlorophyll content in roots of the wild-type plant (Ws) was 1.1 &#956;g of chlorophyll/gram of fresh roots. Chlorophyll was not detected in roots of hy5-1 or hy5-Ks50."	9367981
AT5G11260	hy5-KS50 hyh	Blue-light-grown double-mutant seedlings have a longer hypocotyl than seedlings carrying the hyh or hy5 mutation alone.	12023303
AT5G11260	hy5-KS50 hyh	Mutant produces significantly reduced levels of anthocyanins and is not responsive to cytokinins at all.	17217468
AT5G11260	hy5-KS50 hyh	The double-mutant seedlings contains &#8764;80% anthocyanin accumulation compared with that of the hy5 mutation alone.	12023303
AT5G11260	pif3-1 hy5-221	"Under constant red-light conditions, the hypocotyl length of the double mutant was intermediate to that of the parental single mutants."	17319847
AT5G11270	ocp3	Constitutive expression of GST1 and PDF1-2. Increased accumulation of H2O2. Enhanced resistance to necrotrophic pathogens.	
AT5G11320	npy1-1;  yuc1;  yuc4-1	"The triple mutant fails to produce cotyledons. True leaves develop, but show aberrant phyllotaxy. The mutant also fails to produce flowers on its pin-formed primary and lateral inflorescences. These phenotypes cannot be attributed to changes in the patterns of PIN1, PID, or MP transcription in the inflorescence."	
AT5G11320	yuc1; yuc4-1; pid-101	"This triple mutant fails to produce cotyledons, a defect that can first be observed at the early heart embryo developmental stage. True leaves develop, but show aberrant phyllotaxy. The mutant forms a normal hypocotyl and roots and produces a normal apical hook in the dark."	
AT5G11390	CS39985	No visible phenotype.	
AT5G11410	zed1-D sze1-3 sze2-1	Triple mutant fully suppresses the zed1-D induced high temperature growth restriction and auto immunity.	30947022
AT5G11470	CS404231	"Shoot growth reduced, narrow and serrated leaves,  Severity of the phenotype became stronger in successive generations. Plants are completely sterile from 4th-5th generation."	24404182
AT5G11470	sg1-1	"Shoot growth reduced, narrow and serrated leaves, flowers with more petals, some being fused.  Severity of the phenotype becomes stronger after 4 generations, e.g. small deformed leaves associated with strong sterility."	24404182
AT5G11470	sg1-2	"Shoot growth reduced, narrow and serrated leaves, flowers with more petals, some being fused. Severity of the phenotype became stronger in successive generations. "	
Plants are completely sterile from 4th-5th generation.	24404182		
AT5G11510	myb3r1-1 myb3r4-1	"Defective cytokinesis was found in embryo,  most frequently during the first or second division after fertilization: these embryos were rod- or club-shaped and contained multiple nuclei that were not separated by cell walls."	17287251
AT5G11510	myb3r1-1 myb3r4-1	No visible phenotype.	17287251
AT5G11510	myb3r1-1 myb3r4-2	No visible phenotype.	17287251
AT5G11510	myb3r4-1	No visible phenotype.	17287251
AT5G11510	myb3r4-2	No visible phenotype.	17287251
AT5G11530	CS16235	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G11530	CS16236	"Strong allele; seedlings with very short hypocotyls, oval-shape cotyledons with no petiols; absence of rosette growth; a very short inflorescence develops directly from the embryo or callus, internode elongation shows that seedling meristem produce an inflorescence rather than a flower, however all floral primordia develop into carpelloid structures; no leaves, petals or stamens are formed; the carpel-like structures are all capped with stigma-like tissues, which are characterized by the presence of papillae cells, lacking style differentiation; the lower part of the carpelloid structure differentiates into ovaries and ovules, few ovules are formed but each is made of nucellus, integuments and funiculus; homozygous plants arte sterile. Requires several days longer than the wild type and other emf mutants to germinate."	
AT5G11530	CS16237	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G11530	emf1-2/emf2-1	"Phenotype resembles the emf1-2 single mutant. Semi-open, small petioleless,oval shaped cotyledons and short hypocotyl and leaf primordia."	18281509
AT5G11710	SALK_049204	defects in vacuolar trafficking of soluble cargo proteins	16905657
AT5G11760	CS869010	Small rosettes; pointy leaves; numerous lateral inflorescences; reduced fertility; short siliques; short and bushy plants.	
AT5G11980	SALK_122096	"Defective pollen tubes , male sterile. Abnormal pollen tube golgi."	27448097
AT5G12080	CS69760	No visible phenotype	
AT5G12080	SALK_076254	Shifts single-channel amplitude peak from 10pa (WT) to 7.3pa	18485707
AT5G12080	msl4-1; msl5-2; msl6-1; msl9-1; msl10-1	Abolished stretch-activate mechanosensitive channel activity	18485707
AT5G12080	msl9-1; msl10-1	Reduced stretch-activated mechanosensitive channel activity.	18485707
AT5G12170	CS68132	No visible phenotype.	
AT5G12170	CS68134	No visible phenotype.	
AT5G12170	CS68135	No visible phenotype.	
AT5G12170	CS68136	No visible phenotype.	
AT5G12200	SALK_038919C	"The pyd2-1 mutant has a wild-type appearance under normal growth conditions. Pyrimidine nucleotide and uridine levels are not changed in the mutant, but uracil levels are increased. The mutant has about a 75% decrease in uracil catabolism. These mutants cannot grow normally when uracil is provided as a sole nitrogen source."	19413687
AT5G12200	pyd2-2	"The pyd2-2 mutant has a wild-type appearance under normal growth conditions. Pyrimidine nucleotide and uridine levels are not changed in the mutant, but uracil levels are increased. These mutants cannot grow normally when uracil is provided as a sole nitrogen source."	19413687
AT5G12230	CS16510	No visible phenotype.	
AT5G12330	"sty1-1,sty2-1, shi-2, shi-3, lrp1"	18-25% of flowers have homeotic conversion petals/anthers with fused characteristics. Anther locules are abnormal. Tapetal development is abnormal with reduced pollen viability.	29491878
AT5G12840	CS16131	Female gametophyte lethality.	17138697
AT5G13010	CS24359	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT5G13020	CS69825	Delay in early embryo development.	
AT5G13020	CS69826	"Self-fertilization results in production of three types of defective seeds, each with an incomplete penetrance: ovule abortion (32%), seed abortion (27%) and seeds with delayed early embryo development (40%). The last category develops into mature, viable seeds. Fertilization-independent seed development is observed after emasculation."	
AT5G13020	CS69997	No visible phenotype.	
AT5G13030	SAIL_776_G08	"Resistant to dehydration. When exposed to dehydration, plants take longer to wilt and remain photosynthetically active longer than wild type."	29576081
AT5G13030	selo1-2	"Resistant to dehydration. When exposed to dehydration, plants take longer to wilt and remain photosynthetically active longer than wild type."	29576081
AT5G13050	SAIL_28_D07	"Visible differences between mutant plants and their wild type siblings were modest. The growth rate of mutant plants was 20% lower, and they showed a flowering delay of about 1 week. There was no difference in leaf color or form."	
AT5G13120	SALK_024971C	"This mutant had a normal phenotype when grown under standard conditions. The chl/leaf area ratio in this mutant and WT plants were 20.1+/- 0.8 and 19.0 +/- 0.7 respectively. The average chl a/b ratios in this mutant and WT plants were 3.7 +/- 0.0 and 3.6 +/- 0.1 respectively. The levels of representative proteins from various complexes including photosystem (PS)I, PSII, and cytb6f were not altered cyp20-2 thylakoid membranes. However, there was a ~20% reduction in the amount of NDHH, a subunit of the NAD(P)H dehydrogenase complex. There was a slight increase in the photochemical efficiency of PSII in constant growth light conditions and following a two-hour exposure to high light. An marker of NAD(P)H dehydrogenase-mediated reduction of plastoquinone in the dark, measured through the post-illumination rise in chl fluorescence, was also moderately decreased in this mutant."	19549520
AT5G13120	salk_009952 (cyp20-2)	"This mutant had a normal phenotype when grown under standard conditions. The chl/leaf area ratio in this mutant and WT plants were 18.1+/- 0.6 and 19.0 +/- 0.7 respectively. The average chl a/b ratios in this mutant and WT plants were 3.7 +/- 0.0 and 3.6 +/- 0.1 respectively. The levels of representative proteins from various complexes including photosystem (PS)I, PSII, and cytb6f were not altered cyp20-2 thylakoid membranes. However, there was a ~20% reduction in the amount of NDHH, a subunit of the NAD(P)H dehydrogenase complex. There was a slight increase in the photochemical efficiency of PSII in constant growth light conditions. An marker of NAD(P)H dehydrogenase-mediated reduction of plastoquinone in the dark, measured through the post-illumination rise in chl fluorescence, was also moderately decreased in this mutant."	19549520
AT5G13160	CS3872	"susceptible to Pseudomonas syringae expressing avrPphB avirulence gene; completely blocks resistance mediated by the RPS5 gene; lacks hypersensitive response in HR assay as well as in transient expression assay; exhibits little to no effect on resistance specified by other disease resistance genes, facilitating recognition of the avrPphB protein; segregating for glabrous phenotype."	
AT5G13160	CS3873	"susceptible to Pseudomonas syringae expressing avrPphB avirulence gene; completely blocks resistance mediated by the RPS5 gene; lacks hypersensitive response in HR assay as well as in transient expression assay; exhibits little to no effect on resistance specified by other disease resistance genes, facilitating recognition of the avrPphB protein."	
AT5G13170	CS68995	No visible phenotype.	
AT5G13170	CS68996	Reduced embryo size.	
AT5G13170	CS68997	Reduced embryo size.	
AT5G13170	CS68998	"Wrinkled seed phenotype caused by severe seed defects including the following: retarded embryo development, reduced seed weight, reduced starch and lipid content, and starch accumulation in the seed coat, but not the embryo."	
AT5G13170	CS69005	No visible phenotype.	
AT5G13170	CS69006	No visible phenotype.	
AT5G13170	CS69007	No visible phenotype.	
AT5G13170	CS69008	No visible phenotype.	
AT5G13170	CS69009	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT5G13170	CS69010	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT5G13200	gen5-2	Reduced seed set. Embryo arrest at various points after the initial asymmetric division. Abmormal ovules include over proliferation of the chalazal endosperm. Reduced sensitivity to ABA during seed development and germination.	24767125
AT5G13240	SALK_026637C	"Seedlings more susceptible (lower fresh weight) fo stress (H2O2, MMs, Cisplatin) as compared to WT."	30293201
AT5G13240	maf1-2	"Seedlings more susceptible (lower fresh weight) fo stress (H2O2, MMs, Cisplatin) as compared to WT. More susceptible to Torin-1 (lower total chlorophyll content) and AZD8055 (reduced root growth) as compared to WT."	30293201
AT5G13290	CS9853	"Increased carpel number, enlarged shoot apical and floral meristem, required for signalling by CLV3 and by other CLE peptides. crn-1 mutant is resistant to overexpresion of CLV3 or tretaments with CLE peptides. "	
AT5G13290	crn-1	Increased meristem size. Vegetative meristems are are 30% larger than wild type. After bolting inflorescence meristems are enlarged and occasionally fasciated. Flowers occasionally produce extra organs in the first 3 whorls and always produced extra carpels. In most flowers only 4 of the 6 stamens develop to maturity. Pedicels are also elongated.	18381924
AT5G13290	sol2-1	WT root phenotype.  34% of terminal flowers have extra carpels in the fourth whorl.	
	12932329		
AT5G13300	van3-1	Abnormal pattern of leaf veneation. Veins are discontinous in cotyledons although the overall architeture of venation is not affected.	15743878
AT5G13320	CS67960	Fail to accumulate salicylic acid in response to both virulent and avirulent pathogen	17468220
AT5G13320	CS67960	"Increased susceptibility to virulent Pseudomonas syringae pv. tomato strains and to P. syringae DC3000 carrying avrRpt2, avrB, avrRps4 or avrPphB resulting in chlorosis and water-soaked lesions after infection."	
AT5G13320	CS67960	Susceptible to specific strains of P. syringae	10224270
AT5G13370	SALK_079153 homozygous	slight reduction in root length as compared to wild type when grown for 18 days on 8 uM IBA.	29462792
AT5G13480	CS57	"late flowering; like fca, but less extreme."	
AT5G13480	fy-4	Segregates embryo lethal that arrests at early stages of embryogenesis.	16033802
AT5G13530	CS67951	Decreased sensitivity to glucose.	
AT5G13530	CS67952	"Decreased sensitivity to glucose. Suppression of all known edr1 phenotypes such as enhanced disease resistance to powdery mildew, enhanced ethylene-induced senescence, drought-induced growth inhibition, and ABA hypersensitivity."	
AT5G13570	TDT:tdt-1	"Among the embryos derived from a tdt-1 heterozygote, 25% were clearly distinguishable by their misshapen cells (5 of 23). These embryos contained small dense cells in the SAM region; however, they were not organized into distinct layers and they did not appear as a dome."	
	17513503		
AT5G13570	dcp2-1	"Null mutants of DCP1, DCP2, and VCS accumulate capped mRNAs with a reduced degradation rate. The homozygous progeny of these mutants also share a similar lethal phenotype at the seedling cotyledon stage, with disorganized veins, swollen root hairs, and altered epidermal cell morphology."	17158604
AT5G13570	dcp2-1	The homozygous progeny does not form flower buds.	17485080
AT5G13570	dcp2-1	"The homozygous progeny is seedling lethal, showed arrested postembryonic development including cotyledon expansion, development of vascular networks, root elongation, and shoot development."	17485080
AT5G13570	dcp2-1	"The mutant produced no leaves, short roots  with short and swollen root hairs, chlorotic cotyledons that accumulated anthocyanins around their margins, and a short and swollen hypocotyl. In addition, the cotyledon-hypocotyl  junction was extremely fragile, which caused cotyledons to frequently fall off, even with gentle handling."	17513503
AT5G13570	dcp2-1	Vascular defects in tdt mutants were also similar to those of vcs-7 in that cotyledon secondary veins mostly failed to form  closed loops.	17513503
AT5G13570	tdt MC4	"Much greater leaf development in both vcs-1  and tdt MC4 when grown at 16°C, whereas growth at 22 and 29°C resulted in progressively more severe defects in leaf development. However, tdt MC4 showed less extensive leaf development than that shown by vcs-1. Although some details of the vcs and tdt phenotypes differed, the major phenotypic defects were similar."	17513503
AT5G13570	tdt MC4	Produced leaf primordia.	17513503
AT5G13570	tdt-1	3-day-old seedlings still showed disorganized cell layers and no leaf primordia.	17513503
AT5G13570	tdt-1	"The mutant produced no leaves, short roots  with short and swollen root hairs, chlorotic cotyledons that accumulated anthocyanins around their margins, and a short and swollen hypocotyl. In addition, the cotyledon-hypocotyl  junction was extremely fragile, which caused cotyledons to frequently fall off, even with gentle handling."	17485080
AT5G13570	tdt-1	"The vascular transition is a region where the root-like vascular organization of the lower hypocotyl shifts to a shoot-like vascular organization. In tdt-1 mutants, this region ranged from being devoid of detectable xylem to containing xylem but with poorly aligned veins. This defect showed incomplete penetrance, but it was most prevalent when seedlings were germinated at higher temperatures."	17513503
AT5G13570	tdt-1	Vascular defects in tdt mutants were also similar to those of vcs-7 in that cotyledon secondary veins mostly failed to form  closed loops.	17513503
AT5G13570	vcs-7 tdt-1	Appears similar to the single mutants.	17513503
AT5G13610	rrl	Decreased ABA responsiveness in seed germination and primary root growth.	26163700
AT5G13630	CS6499	Light-sensitive reduction of chlorophyll accumulation.	11172074
AT5G13630	CS6499	"cch mutant shows strong ABA insensitivity than wild-type in stomatal movement,  including promotion of stomatal closure and inhibition of stomatal opening. The mutant also shows weak ABA insensitivity in germination and growth after germination."	22143917
AT5G13630	CS6499	cch1-1 is paler than gun5-1.	11172074
AT5G13630	cch1 mutant	leaky. Isolated as slow in greening after etiolated seedlings were placed in continuous light.	
AT5G13630	lhcb6 cch	"lhcb6 cch double mutant shows ABA insensitivity than wild-type in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening, and the strength of the ABA insensitive phenotypes is comparable to that of the cch mutant,  stronger than that of the lhcb6 single mutant and lhcb1 lhcb6 double mutant."	22143917
AT5G13680	elo2	Reduced organ growth.  Reduced cell proliferation rate.	15894610
AT5G13710	CS69208	"Homozygotes have poor growth; severely reduced fertility due to aborted embryos (loss of proper embryomorphogenesis); hypersensitivity of the root to calcium and brassinosteroids; defects in sterol biosynthesis and reduced growth resulting in short hypocotyls, shorter petioles, shorter stem, smaller and rounder leaves, and stunted siliques"	
AT5G13710	smt1	embryo defective	
AT5G13730	sig4-1	Lack of SIG4 in sig4-1 plants cause a strong decrease of ndhF precursor RNA and leads to a strong  decrease of NDH complex amount and activity	16243785
AT5G13760	CS16283	Small and dark green rosettes with numerous leaves;  irregular leaf shape; irregularly serrated-dentated leaf margins; epinastic leaves (leaf margins curled downward); asymmetric leaf surface; delayed bolting; reduced apical dominance; numerous axillary inflorescences and lateral branches; bushy plants with very reduced fertility; small siliques; reduced plant size.	
AT5G13760	E134_RB_FST	Reduced size and fertility under normal condition of growing.	
AT5G13790	CS16478	No visible phenotype.	
AT5G13790	CS16479	No visible phenotype.	
AT5G13790	CS16480	No visible phenotype.	
AT5G13870	CS860812	No visible phenotype.	
AT5G13910	lep-1	No aberrant adult phenotypes.	16339853
AT5G13910	lep-1	Shorter hypocotyls in the light and dark.  Light-grown cotyledons are smaller than wild type.	16339853
AT5G13930	CS2105572	"yellow seeds (lacks brown pigment in seed coat), lacks anthocyanin in leaves and stems, lacks flavonols"	
AT5G13930	CS2105573	"yellow seeds (lacks brown pigment in seed coat), lacks anthocyanin in leaves and stems, lacks flavonols"	
AT5G13930	CS66119	Colorless seed coat.	
AT5G13930	CS66120	Colorless seed coat.	
AT5G13930	CS66121	Colorless seed coat.	
AT5G13930	CS71669	"Seeds have a pale transparent testa phenotype. Reduced cell wall rhamnose, but significantly more than the rhm1-3 single mutant (CS71668)."	
AT5G13930	CS71670	Seeds have a pale transparent testa phenotype.	
AT5G13930	CS85	"yellow seeds due to absence of brown pigment in seed coat (testa); pollen has a characteristic lemon-yellow color; anthocyanins absent in leaves, stems and all tissues, this is conspicuous in older plants when chlorophyll starts breaking down, and mutant plants are yellowish; deficient in chalcone synthase activity and lacks flavonoids."	
AT5G13930	CS8584	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G13930	CS8585	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G13930	CS8590	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G13930	CS8592	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G13930	CS8597	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G13930	CS8602	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT5G13930	CS8605	"yellow seeds (lacks brown pigment in seed coat), lacks anthocyanin in leaves and stems."	
AT5G13930	tt4	"pale yellow seeds, no flavonoid in tapetum cells"	17307923
AT5G13960	CS16385	No visible phenotype.	
AT5G13960	CS16388	Reduced plant size; curled leaves.	
AT5G13960	CS6367	"The kyp-2 mutant has defects in callus formation under laboratory conditions. Many fewer seeds form calluses compared to wild type seeds, and the calluses that do form are delayed and smaller in size. kyp-2 mutants are defective in the process known as alternative lengthening of telomeres, a telomerase-independent process. These mutants also show a loss of association between K9-dimethylated H3 histones and telomeric and centromeric DNA via ChIP assays."	17448460
AT5G13960	CS6367	"Wild type morphology; lacks the cytosine methylation at sites of CpNpG trinucleotides (where N is A, C, G or T); low level of expression of two retrotransposon-related sequences (Athila and Ta3 sequences); suppresses the clark kent allele clk-3; lacks trichomes on stems and leaves."	11898023
AT5G13960	kyp-1	"Loss of cytosine methylation, reactivation of endogenous transposons"	11898023
AT5G13960	kyp-3	Phenotype not described.	11898023
AT5G13960	kyp-5	Decreasein amounts of H3K9me2 in chromocenters	17239600
AT5G13960	suvh4E341K	No visible phenotype.	12486005
AT5G13960	suvh4R260H	No visible phenotype.	12486005
AT5G13960	suvh4R302*	No visible phenotype.	12486005
AT5G13960	suvh4S200F	No visible phenotype.	12486005
AT5G13960	suvh4W563*	No visible phenotype.	12486005
AT5G13990	exo70C2-1	Pollen tube growth is altered with respect to wild type. Mutant pollen tubes display a higher growth rate and insufficient cell wall deposition resulting in repetitive transient stops and bursts of the growing tip.	28356503
AT5G14250	CS5224	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	10330469
AT5G14250	CS5224	"In the homozygous progeny, dark purple seeds."	10330469
AT5G14250	CS5224	Mutation is lethal in the homozygous state.	10330469
AT5G14250	SALK_000593	constitutive photomorphogenesis	18434413
AT5G14250	fus11-U203	"In the homozygous mutant progeny, CSN3, CSN1 and CSN5 were all absent from the COP9 signalosome , although CSN5 could be found exclusively in the monomeric form."	
	11684663		
AT5G14250	fus11-U203	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT5G14250	fus11-U203	Mutation is lethal in the homozygous state.	11684663
AT5G14270	SALK_119044C	Hypersensitive to ABA and sucrose.	29363002
AT5G14420	CS24985	No visible phenotype.	17586653
AT5G14420	axr1-12 rglg1 rglg2	The triple mutant had an approximately additive phenotype. They were bushy and displayed the reduced fertility of axr1-12 plants.	17586653
AT5G14420	rglg1 rglg2	"Although the overall growth of young rglg1 rglg2 seedlings closely resembled that of wild-type plants, the early rosette leaves were more elongated and darker. These early rosette leaves senesce after ~4 to 6 weeks of growth. The first emerging shoots were short and terminated by one or few flowers yielding fertile siliques. Later developing shoots were longer. Another difference between the wild type and the rglg1 rglg2 mutant was leaf shape and architecture. Mutant leaves were more oblong and often asymmetric and had reduced numbers of veins. Whereas leaf initials in the wild type formed a spiral, with an ~137.5° angle between leaf initials, the rglg1 rglg2 mutant formed two initials opposite to each other and then switched by 90° to form the next pair of opposing leaves. Thus, rglg1 rglg2 plants often had a decussate pattern of leaf mergence, instead of the spiral pattern of wild-type Arabidopsis. Additional phenotypes of aerial plant parts, in particular an increased cell size."	
	17586653		
AT5G14420	rglg1 rglg2	Auxin (IAA) concentration was almost twofold lower in roots of 2-week-old mutant seedlings compared to wild type.	
	17586653		
AT5G14420	rglg1 rglg2	Changes in the concentrations of cytokinin nucleotides and conjugates.	17586653
AT5G14420	rglg1 rglg2	Impaired circadian clock function.	17586653
AT5G14420	rglg1 rglg2	Roots of wild-type and mutant plants were similar in spite of a moderate (14%) reduction in the main root length of plantlets grown on plates.	17586653
AT5G14420	rglg1 rglg2	"The double mutant showed a complete loss of apical dominance, lacking normal dominance of the central apical meristem, and the development of a central inflorescence. All double mutants grown to maturity had >30 shoots of comparable length."	17586653
AT5G14420	tir3-1 RGLG1:rglg1 rglg2	"Showed some phenotypic similarity with tir3-1 axr1-12 plants, being more bushy than tir3-1 plants and often producing siliques in bundles."	
	17586653		
AT5G14420	tir3-1 RGLG1:rglg1 rglg2	"The triple homozygous progeny has low viability, accumulated anthocyanin, and all plants died before shoot emergence."	17586653
AT5G14510	vpnb1	Stunted growth phenotype; reduced expansion of leaves during the vegetative growth phase; small rosette; flowering 4?5 days later; reduced growth rate; delayed germination; decreased number of vascular bundles with irregular distribution; reduced number of lignified layers in both the xylem and the interfascicular region.	30466575
AT5G14515	vpnb1	Stunted growth phenotype; reduced expansion of leaves during the vegetative growth phase; small rosette; flowering 4?5 days later; reduced growth rate; delayed germination; decreased number of vascular bundles with irregular distribution; reduced number of lignified layers in both the xylem and the interfascicular region.	30466575
AT5G14530	aprf1-7	Mutants display enhanced vegetative growth of plants and delayed flowering.	27968983
AT5G14570	SALK_073582	decreased nitrate content in seeds	17540716
AT5G14570	atnrt2.7-2	decreased nitrate content in seeds	
AT5G14620	CS16383	No visible phenotype.	
AT5G14620	CS16384	"Plants show developmental phenotypes, including reduced plant size and curled leaves."	
AT5G14620	CS16386	No visible phenotype.	
AT5G14620	CS16387	Unusual development patterns and plant structure; phenotype develops after inbreeding.	
AT5G14620	CS16388	Reduced plant size; curled leaves.	
AT5G14620	CS6366	"Wild type morphology; double mutant that retains preexixting CpG methylation at the endogenous FWA locus but lacks de novo CpG methylation normaly associated with FWA transgene silencing; blocks de novo CpNpG and asymmetric methylation and gene silencing of the endogenous Superman (SUP) gene, which is normally triggered by an inverted SUP repeat, doesn't show reactivation of previously established SUP epigenetic silenced alleles"	12121623
AT5G14620	CS69842	Reactivation of GFP fluorescence in root meristems of seedlings.	
AT5G14620	CS69843	Reactivation of GFP fluorescence in root meristems of seedlings.	
AT5G14620	CS69844	Reactivation of GFP fluorescence in root meristems of seedlings.	
AT5G14620	CS9605	"impaired gene silencing, reduced de novo methylation"	
AT5G14660	def2	Reduced seed weight	
AT5G14750	CS6349	Altered epidermal cell determination in the root and hypocotyl (but not leaf); extra root hair cells are produced in the root (hairy root); abnormally distributed stomata are produced in the hypocotyl.	
AT5G14750	CS67773	"Excessive root hair production. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G14870	cngc18-1	"Pollen tubes show severe growth defect.  Tubes are 'kinky,' short, and often thin.  Tubes grow only a short distance with nondirectional growth, often terminating prematurely with a bursting event."	17726111
AT5G14950	SALK_052443	Defective in the formation of hybrid and complex N-glycans. Viable and fertile and do not show any obvious phenotype  under standard growth conditions.	11432912
AT5G15160	bnq1 rnai; bnq2 rnai; bnq3	"Same as bnq3 single mutants: sepals and carpels  are  pale yellow or white,while the inflorescence stems and siliques are purple"	
	20305124		
AT5G15160	bnq2 rnai	WT phenotype	20305124
AT5G15170	SALK_119060C	"No obvious morphological defect. No increased sensitivity to CPT, a DNA protein crosslink inducing compound."	30760561
AT5G15250	SALK_012429	"No visible change in plant growth, development or pigmentation."	16157880
AT5G15250	ftsh6	no visible difference in leaf morphology and variegation when grown under normal light and temperature conditions compared to wild-type.	14630971
AT5G15380	CS6366	"Wild type morphology; double mutant that retains preexixting CpG methylation at the endogenous FWA locus but lacks de novo CpG methylation normaly associated with FWA transgene silencing; blocks de novo CpNpG and asymmetric methylation and gene silencing of the endogenous Superman (SUP) gene, which is normally triggered by an inverted SUP repeat, doesn't show reactivation of previously established SUP epigenetic silenced alleles"	12121623
AT5G15410	CS6523	Reduced hypersensitive response (HR) cell death in response to avirulent Pseudomonas syringae pathogens; exhibits gene-for-gene restriction of pathogen growth in the absence of extensive HR cell death; constitutive systemic acquired resistance phenotype; constitutively elevated  levels of salicylic acid and defense.	
AT5G15450	SALK_111575	"Leaf chlorosis, defect in chloroplast development."	17144892
AT5G15450	clpB-p1	"Leaf chlorosis, defect in chloroplast development."	17144892
AT5G15480	SALK_045186	Male sterile. Abnormal pollen development.	31427085
AT5G15540	Atscc2-1	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	19228337
AT5G15580	lng3/4	Reduced leaf and petiole size. Small rosettes. Reduced stem and silique length.	29616436
AT5G15580	lngq	Reduced leaf and petiole size. Reduced stem and seed length.  Reduced cell elongation in longitudinal direction.	29616436
AT5G15581	lng3/4	Reduced leaf and petiole size. Small rosettes. Reduced stem and silique length.	29616436
AT5G15581	lngq	Reduced leaf and petiole size. Reduced stem and seed length.  Reduced cell elongation in longitudinal direction.	29616436
AT5G15600	sp1l4-1	Phenotype not described.	16478750
AT5G15650	SALK_148500C	rgp2-2 mutants have significantly lower levels of UDP-L-arabinose mutase activity compared to wild-type plants and significantly lower levels of arabinose in their cell walls.	21478444
AT5G15740	SALK_022924C	Reduced seed coat mucilage.Flattened seed coat columella cells.	30082766
AT5G15800	ap1 sep1 sep2 sep4	"Flower meristems behave like inflorescence meristems and continuously elaborate new meristems, resulting in the 'cauliflower' phenotype. Eventually flowers resembling those of ap1 single mutants eventually appear and set seeds."	15530395
AT5G15800	1-Sep	Non-described subtle phenotype.	10821278
AT5G15800	sep1 sep2 se3/+ sep4	Early flower mutant phenotypes are lessened in later-arising flowers which appear more normal whilst still displaying significant perturbations of organ development.	15530395
AT5G15800	sep1 sep2 se3/+ sep4	Gynoecium  often supported by an elongated gynophore.	15530395
AT5G15800	sep1 sep2 se3/+ sep4	Many flowers display a loss of fourth whorl determinancy.	15530395
AT5G15800	sep1 sep2 se3/+ sep4	Profound changes in early arising flowers. Both organ numbers and organ identity are affected in a highly variable manner.	15530395
AT5G15800	sep1 sep2 se3/+ sep4	Stellate trichomes are frequently observed on carpels (never on wild-type).	15530395
AT5G15800	sep1 sep2 sep3	"Adaxial epidermal cells have a slightly irregular edge, indicating a partial adoption of leaf fate."	15530395
AT5G15800	sep1 sep2 sep3	"All flower organs resemble sepals. The second whorl has four green sepal-like organs (instead of four white petals) which are differentiated of interspersed stomata and the conversion of nearly all of the cells into sepal cells. Sepals replace stamens in the third whorl. The fourth whorl is a reiteration of whorls 1, 2 and 3."	10821278
AT5G15800	sep1 sep2 sep3 sep4	"All flower organs are converted to leaf-like organs, most strikingly on their adaxial surface. Abaxial epidermal cells are made up of a mixture of leaf- and sepal-like characteristics. Leaf characteristics include an abundance of branched trichomes."	15530395
AT5G15800	sep1 sep2 sep3/+	Normal flowers apart from a reduction in the number of stamens.	15530395
AT5G15800	sep1 sep2 sep4	Adaxial surface of first whorl organs are unaffected.	15530395
AT5G15840	CS175	late flowering; not later flowering under short days; not affected by vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 16 days later than wild type.	
AT5G15840	CS176	late flowering; not later flowering under short days; insensitive to vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 20 days later than wild type.	
AT5G15840	CS177	late flowering; not later flowering under short days; not affected by vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 10 days later than wild type.	
AT5G15840	CS178	late flowering; not later flowering under short days; not affected by vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 18 days later than wild type.	
AT5G15840	CS179	late flowering; not later flowering under short days; not affected by vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 21 days later than wild type.	
AT5G15840	CS180	late flowering; not later flowering under short days; not affected by vernalization; heterozygotes are intermediate (incompletely dominant); flowering occurs about 19 days later than wild type.	
AT5G15840	CS3122	"delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days."	
AT5G15840	CS3135	"delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days, compact habit, short petioles, blunt siliques."	
AT5G15840	CS3136	"erecta phenotype, veins darker than interveinal tissues, delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days."	
AT5G15840	CS3325	"dark green and round rosette leaves, 4.5 m.u. from gl-1; delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days."	
AT5G15840	CS3387	"bright green stems and siliques due to reduced wax layer, fully fertile; delayed flowering on long days, relatively insensitive to vernalization with flowering onset slightly earlier on short days; increased plant height; serrated leaves."	
AT5G15840	CS3432	"double mutant and tetraploid, spontaneous doubling of chromosomes; delayed flowering (ca. 4x), large rosettes with long, wide leaves."	
AT5G15840	CS3601	"leaves but not cotyledons white/pale; conditional lethal; blocked in the synthesis of the pyrimidine part of vitamin B1; 2,5-dimethyl-4-aminopyrimidine or thiamine restores to normal; late flowering, many leaves rounder, relatively insensitive to vernalization or incandescent light and short days; trichomes absent on stems and leaves; compact and relatively semi-dwarf plants."	
AT5G15840	CS55	"delayed flowering, relatively insensitive to short days or vernalization, increased number of rosette leaves."	
AT5G15840	co-9	Defects in the photoperiod pathway.	16839183
AT5G15840	co-9	Flowering time of mutants at 23°C short days and 27°C in short days is not affected compared to wild type.	16839183
AT5G15840	suf4 co-1	Slight increase in delay in flowering under LD conditions compared to co-1 single mutant.	17138694
AT5G15843	co-9	Defects in the photoperiod pathway.	16839183
AT5G15843	co-9	Flowering time of mutants at 23°C short days and 27°C in short days is not affected compared to wild type.	16839183
AT5G16023	CS16486	"Small rosettes with round leaves and short petioles; clustered inflorescences with short flower buds; short sepals and petals; short pedicels and siliques; filaments and stamens are able to extend to reach the stigma, consequently plants are fully fertile; the two valves of the silique do not taper apically, the ends are broadened with four horn-like protrusions at the fruit tip; short plants (about 70% of the height of wild-type plants)."	
AT5G16180	Atcrs1-1	"Ivory, small"	17071648
AT5G16180	Atcrs1-2	variegated	17071648
AT5G16260	elf9-1	early flowering in short days	19376936
AT5G16290	CS69724	"Two-week-old mutant seedling has obvious increases in free Leu and Val, Ile is also increased. Mutant seed shows increases in free Val, Leu and Ile."	
AT5G16290	CS69725	"Two-week-old mutant seedling has obvious increases in free Leu and Val, Ile is also increased. Mutant seed shows increases in free Val, Leu and Ile."	
AT5G16290	CS69726	No visible phenotype	
AT5G16290	CS69727	No visible phenotype	
AT5G16290	CS69728	No visible phenotype	
AT5G16290	CS69729	No visible phenotype	
AT5G16290	CS69730	No visible phenotype	
AT5G16290	CS69731	No visible phenotype	
AT5G16290	CS69732	No visible phenotype	
AT5G16290	CS69737	Reduced free Val and Leu in two week-old seedlings	
AT5G16290	CS69738	"Retarded growth, generates very few seeds. No significant changes in free seedling BCAA levels."	
AT5G16290	CS69745	Homozygous double mutant is lethal. ahass1-2/ahass1-2 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.	
AT5G16290	CS69746	Homozygous double mutant is lethal. ahass1-1/ahass1-1 ahass2-1/AHASS2 mutant seedlings (two-week-old) show increased levels of all BCAAs.	
AT5G16290	CS69749	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs. Leu/Val ratio is increased.	
AT5G16290	CS69750	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs	
AT5G16290	CS69751	Double heterozygous F1 seedling (two-week-old) shows increased levels of all three BCAAs	
AT5G16290	SALK_020021C	No obvious morphological phenotype in single mutant.	28388946
AT5G16290	aip1/AIP1 aip3/aip3 	Plants segregate for aborted ovules. Cannot recover the aip1/aip3 double homozygote.	28388946
AT5G16290	vat1-2	Can germinate and establish seedlings in MS media supplemented with 2.5 mM valine.	20497381
AT5G16310	uch1-1 uch2-1	"Accumulated less chlorophyll than wild-type.  Smaller and more compact rosettes than wild-type. More lanceolate cauline leaves.  Less fertile.  Under short day conditions, the double mutant develops a less branched primary inflorescence."	17559514
AT5G16340	CS65813	No visible phenotype.	
AT5G16370	CS65812	No visible phenotype.	
AT5G16390	cac1a	embryo defective	
AT5G16530	pin5-5	Defective in lateral root initiation as well as in root and hypocotyl growth; root growth less sensitive to low concentrations of IAA.	19506555
AT5G16550	SAIL_335_H11	"Decreased lipid droplet (LD) abundance in  plant leaves, increase in the variability of LD size."	29083105
AT5G16550	SALK_084555C	"Decreased lipid droplet (LD) abundance in  plant leaves, increase in the variability of LD size."	29083105
AT5G16560	CS24283	the first two leaves of mutant plants are slightly uprolled and usually produce abaxial trichomes; the polarity of the mesophyll is also affected.	
AT5G16560	CS24284	Null allele of KANADI. Mutation consists of a 12 kb deletion that removes the KAN promoter; the first two leaves of mutant plants are slightly uprolled and usually produce abaxial trichomes; the polarity of the mesophyll is also affected.	
AT5G16560	CS67887	"Produces abaxial trichomes precociously, leaves curled upwards, or flatter than normal"	
AT5G16560	CS67888	"Produces abaxial trichomes precociously; kan1 kan2 double mutants have small, up-curled leaves with abaxial protrusions, and are sterile."	
AT5G16560	bop1-4 bop2-11 kan1-2 kan2-1	"About nine-tenths of the mutants exhibited abaxialized vasculature. The exclusively adaxialized vasculature observed in kan1 kan2 petioles was not detected in bop1 bop2 kan1 kan2 petioles. The radialized portion of bop1 bop2 kan1 kan2 leaves showed various kinds of organ polarity defects. The vascular bundles of nearly half of the leaves (44.0%) consisted of phloem surrounded by xylem, while one-third (36.0%) displayed xylem surrounded by phloem, and a small percentage (16.0%) had a mixture of both types of vasculature."	
	17601823		
AT5G16560	bop1-4 bop2-11 kan1-2 kan2-1	"Quadruple mutant plants developed narrow leaves with ectopic blade outgrowth along the petioles, like bop1 bop2 leaves, as well as ectopic outgrowths on their abaxial lamina, like kan1 kan2 leaves. However, all of the bop1 bop2 kan1 kan2 leaves also showed extended, radialized petiole development that was not observed in either parental genotype."	
	17601823		
AT5G16560	bop1-4 bop2-11 kan1-2 kan2-1	"bop1 bop2 kan1 kan2 stems had a decreased ratio of adaxialized vascular phenotypes compared with kan1 kan2 stems. Similar to what was observed in petioles, 6.7% of bop1 bop2 kan1 kan2 stems exhibited an abaxialized phenotype of xylem surrounded by phloem, while others (13.3%) had both types of vasculature in a single stem."	17601823
AT5G16560	crc-1 kan1-2	"Ectopic adaxial tissues are restricted to the medial domain of the carpels, normally occupied by the abaxial replum.  Formation of external ovule-bearing placentae."	11525739
AT5G16560	kan	Altered abaxial identity in leaves and carpels	
AT5G16560	kan1 kan2 ats	"Similar to kan1 kan2 double mutant.  However, the ovules have a novel phenotype, forming a single amorphous structure in place of both integuments."	16623911
AT5G16560	kan1-2	A few external ovules develop at the base of the gynoecium and straps of ectopic style from along the abaxial replum. Phenotype is present primarily in the first formed carpels.	11525739
AT5G16560	kan1-2 kan2-1	"All kan1 kan2 stem vascular bundles displayed phloem surrounded by xylem, indicating adaxialized polarity."	17601823
AT5G16560	kan1-2 kan2-1	"Cotyledons are narrow, cup-shaped and point upward. Leaves are narrow, dark green and develop ectopic outgrowths on their abaxial side only.  Four to six stipules, rather than two, develop at the base of each leaf, surrounding its entire circumference.  Stems fail to elongate upon flowering.  Floral organ morphology is highly abnormal.  Mature ovules have reduced outer integuments. Aberrant positioning of cell types, primarily along the adaxial/abaxial lateral organ axis."	11525739
AT5G16560	kan1-2 kan2-1	Double mutant plants have narrow leaves and developed ectopic outgrowths on their abaxial lamina.	
	17601823		
AT5G16560	kan1-2 kan2-1	External structures of the carpel are largely absent.  Ovules arise from a surface or column of tissue at the center of the flower. The inner integuments of these ovules are normal but the asymmetrical outer integument is now a nearly symmetrical and relatively amorphous collar of tissue.	16623911
AT5G16560	kan1-2 kan2-1	"The vasculature in more than half (55.9%) of kan1 kan2 leaf petioles exhibited a pattern of phloem surrounded by xylem, representing an adaxialized phenotype. However, very surprisingly, 17.6% of kan1 kan2 leaf petioles had abaxialized vasculature or a mixture of adaxialized and abaxialized vasculature."	17601823
AT5G16560	kan1-2/kan2-1/kan4-3	Radialized leaf like organs form on the hypocotyl. Altered stomata and root hair pattering.Increased periclinal divisions on abaxial side of cotyledons and hypocotyl.Ectopic expression of PIN1 in hypocotyl region.	
AT5G16560	pgy1-1/as1-1/kan1	Triple mutant.as1/pgy1 phenotype is supressed and leaves are more rounded and do not form ectopic lamina.	
AT5G16560	pgy1-1/kan1-2/kan2-1	kan1/kan2 defects in gynoecium development is mostly supressed. Plants are fertile and siliques more elongated compared to the kan1/kan2 double mutant and only occasionally form ectopic style tissue along the replum.Leaves are small and adaxialized.	
AT5G16620	CS16059	pigment defective embryo	
AT5G16750	toz	"Embryo proper is unable to execute regulated divisions in reference to the choice of division plane and the timeing of the division, particularly longitudinal divisions of the plane of the apical-basal axis."	17616738
AT5G16750	toz	"Homozygotes are embryo lethal, due to the abortion of toz/toz seeds.  Transmission of the mutation is not affected through the pollen, only through the ovules.  Homozygote embryos also show abnormal expression of patterning genes such as STM, MP, FIL and ANT."	17616738
AT5G16770	SAIL_856_F11	No obvious morphological phenotype.	29588169
AT5G16780	dot2-1	"dot2-1 mutants are dwarved plants that display an aberrant spurred leaf venation pattern and fail to flower. They also have an abnormal cotyledon number, shorter petioles, significantly shorter roots and smaller rosettes when compared to wild-type plants."	18643975
AT5G16830	CS68721	No visible phenotype.	
AT5G16850	SALK_041265C	AtTERT deficiency leads to telomere shortening and absence of telomerase activity.	21865176
AT5G16850	SALK_050921	AtTERT deficiency leads to telomere shortening and absence of telomerase activity.	21865176
AT5G16850	atm / tert	"During five generations of growth, both tert and atm/tert lose about 500 bp of chromosome length per generation. But, whereas tert mutants show no visible growth defects through the G6 generation, atm/tert mutants in G5 show severe growth defects, such as aberrant leaf shape, delayed flowering, a loss of apical dominance, and reduced fertility. atm/tert mutants in G5 have a much higher rate of bridged chromosomes than G5 tert mutants."	16166376
AT5G16850	atm / tert	"atm tert mutants undergo Telomere Rapid Deletion (TRD) events, that can lead to the production of a chromosome with a very short telomere. Just one of these structures can  prompt end-to-end chromosomal fusion events in the G5 generation. The anaphase bridges apparent in these atm/tert mutants seem to involve only a single chromosome in each distinct mutant line, and seem to occur between sister chromatids. These plants exhibit the same overall level of aneuploidy in the G5 generation as tert mutants do in the G6 generation (~52% of cells showing abnormal centromeric signals in interphase). atm/tert mutants are not as likely to undergo ALT (alternative lengthening of telomeres, a telomerase-independent process) as tert mutants, implicating ATM in this process."	17989233
AT5G16850	atr / tert	"atr/tert mutants show a more rapid loss of telomeric length than tert and atm/tert mutants, and show a more rapid degeneration in growth habit, becoming small, with aberrant leaf shape, and very low fertility by the third generation whereas tert mutants and tert/atm mutants show normal growth features until later generations. These mutants also have marked defects in chromosomal organization by G3 as evidenced by the presence of anaphase bridges, sometimes involving multiple chromosomes, a phenotype not seen in tert or atm/tert mutants."	16166376
AT5G16850	ku70 tert	"In contrast to the ku70 mutant, which undergo telomerase-dependent expansion to more than twice the normal length in a single generation, the ku70 tert double mutant displays accelerated telomere shortening and a precocious onset of genome stability."	
	17627276		
AT5G16850	pot1-1 ku70 tert	Same degree of telomere shortening as in the pot1 ku70 and ku70 tert double mutants.	17627276
AT5G16850	pot1-1 tert	Telomeres in the double mutants shortened at the same rate as in either single mutant.	
	17627276		
AT5G16850	pot1-1 tert	"Telomeres of the same length and sharp banding profile were found in the double mutant, as in their tert and pot1-1 siblings."	17627276
AT5G16850	tert	"50% of the mitotic nuclei in anaphase from tert mutants with severe growth defects (in the G8 generation) have anaphase bridges, while none are found in comparable wild type controls. These anaphase bridges occur disproportionately often between rDNA regions. A number of chromosomal defects can also be visualized during metaphase in these mutants. About 30% of the leaf mesophyll cells examined in tert G8 mutants have elevated numbers of nucleoli."	14579127
AT5G16850	tert	"Late generation, starting around G3,  tert mutants have decreased root meristem size and overall root length. This is correlated with decreased telomere length in successive generations suggesting maintenance of meristem activity is coupled to telomere length."	25937286
AT5G16850	tert	"No obvious phenotypic changes in the first (G1) or second (G2) generation. However, starting in G1, the telomeric smear in AtTERT-deficient plants was replaced by several sharp bands. By G2 at least 11 discrete telomeric fragments were visible."	
	10611295		
AT5G16850	tert-2	"tert-2 mutants in the G4 generation exhibit shorter chromosomes, but also form more massive calluses, indicative of an accelerated cell cycle. These calluses also die more quickly than calluses from wild type plants."	17448460
AT5G17020	xpo1b-1(het)/xpo1a-3(homo)	embryo lethal.	18791220
AT5G17020	xpo1b-1(homo)/xpo1a-3(het)	Female gametophytes do not complete all mitotic divisions and embryo sac development is defective.	18791220
AT5G17070	pp4r2l	No visible phenotype.	28678890
AT5G17220	CS2105587	"pale brown seeds, lacks anthocyanins"	
AT5G17220	tt19	"brown seed coat, however reduced level of flavonoids in the tapetum cells. Unlike the wild type where flavonoids are accumulated in the tapetosomes in the tapetum cells, the mutant has flavonoids accumulated in the cytosol"	17307923
AT5G17290	CS39993	"Under a short-day photoperiod (8h light/16h dark), the atg5-1 plants grew slower resulting in smaller plants, flowered later with reduced fecundity, and showed enhanced senescence of rosette leaves than wild type; hypersensitive to either nitrogen or carbon deprivation."	
AT5G17290	SAIL_129_B07	early senescence; accumulation of high levels of reactive oxygen species.	19773385
AT5G17290	atg5-1	"The T-DNA insertion prevents accumulation of the ATG5 mRNA in the mutants. Absence of 50-kD and a 40-kD proteins, which correspond to the sizes of the conjugate ATG12-ATG5 and the ATG5 proteins, respectively. Homozygous atg5-1 seedlings germinated and developed normally, and flowered and set seed at the same rate as wild-type plants under a long-day photoperiod (16h light/8h dark). Under a short-day photoperiod (8h light/16h dark), the atg5-1 plants grew slower resulting in smaller plants, flowered later than wild type with reduced fecundity, and showed enhanced senescence of rosette leaves. Hypersensitive to N-deficient growth conditions (mutants presented enhanced chlorosis of the cotyledons and reduced true leaf formation). Low recovery rates (20%) after restoration of N in the media, as compared to 100% recovery rates in wildtype. Hypersensitive to carbon starvation induced by darkness (plants become severely chlorotic and flaccid faster and protein loss was higher than in wild type). In C-starved plants the protein levels of ATG7 decreased and the ATG5 increased in the mutant, whereas the protein levels of ATG8 did not drop, but the ATG8 mRNA level increased, unlike in wild type."	16040659
AT5G17290	lon2-2 atg5-5	IBA responsiveness to lon2-2 restored	30734619
AT5G17290	lon2-2 atg5-6	IBA responsiveness to lon2-2 restored	30734619
AT5G17310	atugp1/atugp2	The atugp1/atugp2 double mutant showed extremely reduced plant growth and a delayed flowering time.	20435647
AT5G17320	hdg8-1 hdg9-1	No visible phenotype.	16778018
AT5G17320	hdg9-1	No visible phenotype.	16778018
AT5G17330	CS860068	No visible phenotype.	
AT5G17330	CS860069	No visible phenotype.	
AT5G17330	CS860070	No visible phenotype.	
AT5G17330	SALK_070359	Mutant plants showed alterations in the cuticular wax profiles and embryo development. Similar to rst1-1.	16183838
AT5G17400	SALK_043626C	"er-ant1-KO1 mutants have reduced apical dominance and a prolonged life cycle. The mutants have smaller seeds with reduced seed lipid and seed oil content. Seedling roots grow normally in 0.5% agar, but show reduced growth relative to wild-type roots in 1.5% and 1% agar. This may result from defects in pectic polysaccharide mucilage secretion which is an ER-dependent process. The transcript levels for some ER chaperones (BiP1/2, Bip3) and two proteins that depend on sufficient ATP levels in the ER lumen (CPK2 and SEC61gamma) are reduced in the er-ant-KO1 mutants."	
AT5G17400	er-ant1-KO2	"er-ant1-KO2 mutants have reduced apical dominance and a prolonged life cycle. The mutants have smaller seeds with reduced seed lipid and seed oil content. Seedling roots grow normally in 0.5% agar, but show reduced growth relative to wild-type roots in 1.5% and 1% agar. This may result from defects in pectic polysaccharide mucilage secretion which is an ER-dependent process. The transcript levels for some ER chaperones (BiP1/2, Bip3) and two proteins that depend on sufficient ATP levels in the ER lumen (CPK2 and SEC61gamma) are reduced in the er-ant-KO2 mutants."	
AT5G17420	CS104	"collapse of mature xylem cells in inflorescence stems; alteration of the spatial organisation of cell wall material, decrease in stiffness of the stem material; plants have a slightly reduced growth rate and stature but are otherwise normal in appearance"	
AT5G17420	SAIL_24_B10	Similar phenotype to that observed in the mur10 mutants.	17041031
AT5G17460	SALK_035182	Homozygotes not recovered- likely embryo lethal.	29949777
AT5G17460	SALK_059531C	Increased sensitivity to drought and cold stress.	29949777
AT5G17460	SALK_130655	Homozygotes for dfr1-1 have increased sensitivity to drought and cold stress.	29949777
AT5G17460	SALK_152157C	Increased sensitivity to drought and cold stress.	29949777
AT5G17460	WiscDsLox474F09	No visible phenotype.	
AT5G17490	CS16298	"The hypocotyl length, in red light and dark grown seedlings, is comparable to that of GA-treated wild type; PAC (paclobutrazol, a GA biosynthesis inhibitor) has no significant effect."	
AT5G17490	CS16355	No visible phenotype.	
AT5G17520	CS2105661	"Pale, maltose excess"	
AT5G17520	mex1-1	"mex1-1 plants are smaller than wild type plants and have severely reduced chlorophyll levels. Maltose levels in the mutants are 40 times above levels found in wild type seedlings. Starch levels are higher in the mutant plants, and they have reduced rates of starch degradation and biosynthesis despite the similar levels of starch metabolic enzyme activity measured in the mutant plants."	14704427
AT5G17520	mex1-2	Maltose levels are reported to be at least 40 times higher in mex1-2 mutants than in wild type plants.	14704427
AT5G17550	pex19a-1/pex19b-1	embryo lethal.	26824478
AT5G17550	pex19b-1	No peroxisome-associated defects.	26824478
AT5G17630	xpt-1/tpt-1	"Severely retarded in size, high chlorophyll fluorescence phenotype, impaired photosynthetic electron transport rates. Export of triose phosphates from the chloroplasts is completely blocked. Accelerated day-time starch turnover, accumulations of pentose phosphates, maltose and organic acids, drop in Gly. Components of the photosynthetic electron transport chain less abundant in thylakoids."	30333839
AT5G17630	xpt-1/tpt-2	"Severely retarded in size, high chlorophyll fluorescence phenotype, impaired photosynthetic electron transport rates. Export of triose phosphates from the chloroplasts is completely blocked. Accelerated day-time starch turnover, accumulations of pentose phosphates, maltose and organic acids, drop in Gly. Components of the photosynthetic electron transport chain less abundant in thylakoids."	30333839
AT5G17690	CS3796	"early flowering; rosette leaves are smaller than wt or tfl1; reduced plant height (shortened internode length); premature termination of the main inflorescence with the formation of a terminal flower structure, causing the early release of numerous secondary inflorescences; terminal flowers commonly develop as separate flowers with pedicels and are occasionally sessile and fused with the last initiated lateral flower(s), frequently show mixed organ identity, such as carpeloid sepals and stamens, and sometimes chimeric organs are produced; severity and variation of floral defects is greater than in tfl1; reduced photoperiod sensitivity."	
AT5G17690	CS3797	"early flowering; rosette leaves are smaller than wt or tfl1; reduced plant height (shortened internode length); premature termination of the main inflorescence with the formation of a terminal flower structure, causing the early release of many secondary inflorescences; terminal flowers commonly develop as separate flowers with pedicels and are occasionally sessile and fused with the last initiated lateral flower(s), frequently show mixed organ identity, such as carpeloid sepals and stamens, and sometimes chimeric organs are produced; severity and variation of floral defects is greater than in tfl1; reduced photoperiod sensitivity"	
AT5G17690	CS6397	"Morphology similar to tfl2-1 and tfl2-2; early flowering; rosette leaves are smaller than wt or tfl1; reduced plant height (shortened internode length); premature termination of the main inflorescence with the formation of a terminal flower structure, causing the early release of numerous secondary inflorescences; early senescence; altered glucosinolate profile in leaves, seeds and roots; increased sensitivity to clubroot disease (Plasmodiophora brassicae); thermosensitive; reduced Hsp90 expression; increased tryptophan content in seedlings, reduced tryptophan oxidizing enzyme in seedlings; altered auxin (indole acetic acid) metabolism."	
AT5G17690	eol1-1/lhp1-3	Small plants and early flowering.	28428341
AT5G17690	icu11-1 tlf2-2	"Strong reduction in body size, seedlings lacked rosette leaves, skipped vegetative growth, flowered upon germination, generating small, sterile flowers, involute cotyledons, aberrant floral tissues comprising a mixture of stamens, carpels, stigma and ovules."	29915151
AT5G17690	lhp1-1	Callus formation is accelerated in experiments performed with lhp1-1 mutant seeds.	17448460
AT5G17690	lhp1-1	The lhp1-1 mutant flowers early and displays aberrant organ development and plant architecture.	11731464
AT5G17690	lhp1-2	The lhp1-2 mutant flowers early and displays aberrant organ development and plant architecture.	11731464
AT5G17690	ring1a/ring1b/tfl2-2	"Plants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested.Enhanced de-repression of KNOX gene expression."	18799658
AT5G17710	CS24098	Decreased chlorophyll b content.	30927692
AT5G17710	CS24098	embryo defective; preglobular	
AT5G17770	cbr1-1	"No detectable differences from wild type in  growth, development or seed set."	17227547
AT5G17770	cbr1-1	The proportion of 18:3 in the seed oil is decreased in mutant and there is a concomitant increase in the proportion of 18:1 compared with wild type.	
	17227547		
AT5G17770	cbr1-1 (FAH12)	"A decrease in 18:3 content was observed in the mutant seeds, but it is much less than the decrease in 18:1-OH + 18:2-OH."	
	17227547		
AT5G17770	cbr1-1 (FAH12)	"No detectable differences from wild type in  growth, development or seed set."	17227547
AT5G17790	oz1-1	"Uniform yellow phenotype as a young seedling. Subsequent growth on sucrose media result in the appearance of light green, non-variegated leaves. Mutants display altered editing of various chloroplast cytidine targets in RNA."	25768119
AT5G17850	ccx2-1	Lateral root growth impaired by salt stress.	29581277
AT5G17880	csa1-1	Shade avoidance phenotype (long stem) under high red:far-red ratios (i.e. in the absence of a shade signal).	17114357
AT5G17890	CS69993	"Severely stunted plants displaying curled leaf morphology. Accumulates salicylic acid, and shows enhanced resistance to the virulent oomycete isolate Hyaloperonospora arabidopsidis (H.a.) Noco2. Seedling lethal at room temperature (23C); fertile at 28C."	
AT5G17890	CS8000	"rosette leaves become chlorotic, wilt and die after more than 3 days exposure to chilling temperatures in the range of 18-4C and can not be rescued after this time by a return to the normal growth temperature."	
AT5G17890	chs3-1	"When mutant plants are grown at 16C they displayed pleiotrophic developmental defects including dwarfism, small curly leaves and accelerated senescence of the cotyledons. Leaf pavement cells also have abnormal morphology. When grown on plates, chs3-1 plants display an increased freezing tolerance. Plants exhibit chlorosis and spontaneous lesion phenotypes also. These plants also exhibit increased resistance to Psuedomonas syringae."	20444230
AT5G17890	chs3-2D	"Severely stunted and displays curled leaf morphology; constitutively expresses PATHOGENESIS-RELATED (PR) genes, accumulates salicylic acid, and shows enhanced resistance to the virulent oomycete isolate Hyaloperonospora arabidopsidis (H.a.) Noco2."	22639607
AT5G17990	CS6247	"severe tryptophan auxotroph (requires tryptophan); blue fluorescence under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; very small, yellow green plants, slow growing, bushy inflorescence with numerous lateral branches, abnormal flowers, reduced fertility"	
AT5G17990	CS8157	"tryptophan auxotroph; blue fluorescent under long and short wave UV radiation; resistant to 5-methylanthranilate and 6-methylanthranilate; slow growing and stunted plants; bushy inflorescence with numerous lateral branches; abnormal flowers, reduced fertility."	
AT5G17990	CS8158	"tryptophan auxotroph; blue fluorescent under long and short wave UV radiation; resistant to 5-methylanthranilate and 6-methylanthranilate; slow growing and stunted plants; bushy inflorescence with numerous lateral branches; abnormal flowers, reduced fertility, segregating for glabra, gl1 (lacks trichomes on stems and leaves) and segregating for trp1-2."	
AT5G17990	CS8159	"tryptophan auxotroph (requires tryptophan); blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; slow growing and stunted plants; bushy inflorescence with numerous lateral branches; abnormal flowers, reduced fertility."	
AT5G17990	CS8161	blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate.	
AT5G17990	CS8162	trp1-101: blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; gl1-1: lacks trichomes on stems and leaves.	
AT5G17990	CS8163	blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate.	
AT5G17990	CS8164	"blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; yellow seeds, probably due to close linkage to tt4 mutation."	
AT5G17990	CS8165	weakly blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate; slight cross-resistance to analogs of other amino acids; lacks trichomes on stems and leaves.	
AT5G17990	CS8166	very weakly blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate.	
AT5G17990	CS8167	blue fluorescent under long and short wave UV light; resistant to 5-methylanthranilate and 6-methylanthranilate.	
AT5G18170	CS3975	"deficient in glutamate dehydrogenase; conditional phenotype: impaired root growth and mild shoot chlorosis under intermediate/high inorganic nitrogen conditions, this is exagerated when plants are grown in high concentrations of inorganic nitrogen under suboptimal conditions( e.g. without vitamins); seedling growth is specifically retarded on media containing exogenously supplied inorganic nitrogen."	8643469
AT5G18170	CS860072	No visible phenotype.	
AT5G18170	CS860073	No visible phenotype.	
AT5G18170	CS860075	Reduced plant growth when grown on media containing glutamate as the nitrogen source; susceptible to prolonged darkness.	
AT5G18190	CS71657	Reduced seed production.	
AT5G18190	CS71660	"Strongly reduced light-induced endogenous PIF3 mobility shift and degradation, and reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production."	
AT5G18190	CS71747	"Reduced light-induced PIF3 phosphorylation and degradation; light-induced phyB degradation also strongly reduced. Hypersensitive to red light; short hypocotyl and enhanced cotyledon expansion in continuous R light. Very small seed set, short siliques (unpublished observations)."	
AT5G18190	CS71748	"Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation)."	
AT5G18190	ael124	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT5G18190	ael134	"hypersensitive response to ABA, reduced seed germination ratio or green cotyledon percentage, suppressed lateral root elongation under ABA treatment, reduced stomatal aperture under ABA treatment, reduced germination under salinity"	29505832
AT5G18190	mkl1-3	Short hypocotyls.Sensitive to paclobutrazol.	29255112
AT5G18320	SALK_096071C	Increased sensitivity to water stress.	28077082
AT5G18320	SALK_109233C	Increased sensitivity to water stress.	28077082
AT5G18330	SALK_018208C	Slightly increased tolerance to water deprivation.	28077082
AT5G18340	SALK_057909C	Increased sensitivity to water deprivation.	28077082
AT5G18340	SALK_086659	Seeds fail to germinate after heat shock.	30591216
AT5G18340	SALK_086659	Seeds fail to germinate after heat shock.	
AT5G18560	puchi-1	shorter visible lateral roots at 9 days after germination. The proximal region of each lateral root in the mutant is significantly swollen and often bent. Growth and morphology of the primary root of the puchi mutant is normal.	17630277
AT5G18570	CS3051	developmental arrest of mutant embryos occurs at globular stage; white seeds and embryos; 25.0% mutant.	
AT5G18580	CS8150	"seedlings appear short and thick, compressed in the apical-basal axis (shape mutant); all pattern elements are present; number of cotyledons vary from 2 to 4; cells are round and irregularly shaped; embryos have irregular shape and arrangement of cells. (seedling lethal/embryo defective)."	
AT5G18580	CS84613	developmental arrest of mutant embryos occurs at linear cotyledon stage; (formerly emb40); green seeds; green embryo; 19.9% mutant.	
AT5G18660	pcb2	plae-green phenotype. Growth rate severely reduced compared to wild-type. The thylakoid membranes are arranged in a disorderly fashion and do not develop distinct grana stacks; extensive adhesion of two to a few thylakoid membranes is observed instead. No distinct differences in the size and the number of chloroplasts between wild-type and mutant. Starch granules are not found in the mutant chloroplasts suggesting a reduction of photosynthetic activity.	15695432
AT5G18700	CS24361	embryo defective; developmental arrest of mutant embryos occurs at cotyledon stage.	
AT5G18700	ruk-1	seedling lethal; cytokinesis abnormal.	19268593
AT5G18820	CS24355	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT5G18820	cpna2-2 	Heterozygotes produce ca. 25% aborted embryos that arrest at the globular stage. TEM studies show that the abnormal chloroplasts are defective.	28961247
AT5G18830	spl7	Hypersensitive to copper deficiency. Seedling growth is impaired when plants are grown in soils containing low copper levels (e.g. 0.1 micromolar).	19122104
AT5G19040	atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 3 atipt 5	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt 5	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt 5	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt6	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Decreases in free-base iP and tZ are moderate compared to those of the riboside and ribotide forms.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	"External application of <i>trans</i>-zeatin partially rescues the growth of aerial parts of the mutant, and reduced its lateral root elongation."	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Reduced cambial activity and reduced secondary growth in both shoots and roots.	19074290
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Short and thin aerial parts.	17062755
AT5G19040	atipt1 atipt 3 atipt 5 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Short and thin aerial parts.	17062755
AT5G19040	atipt1 atipt 3 atipt 5-1 atipt 6 atipt 7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT5G19040	atipt1 atipt 3 atipt4 atipt5-1 atipt6 atipt7 atipt8	"Thin, small plants."	17062755
AT5G19040	atipt1 atipt 5	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 5 atipt 6	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 5 atipt 6 atipt 7	No visible phenotype.	17062755
AT5G19040	atipt1 atipt 5 atipt 7	No visible phenotype.	17062755
AT5G19040	atipt3 atipt 5	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT5G19040	atipt3 atipt 5	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT5G19040	atipt3 atipt 5	No visible phenotype.	17062755
AT5G19040	atipt3 atipt 5 atipt 7	Decreased levels of isopentenyladenosine riboside (iPR) and isopentenyladenosine monophosphate (iPRMP) compared to wild type.	17062755
AT5G19040	atipt3 atipt 5 atipt 7	Enhanced root growth rate resulting in longer roots.	17363254
AT5G19040	atipt3 atipt 5 atipt 7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT5G19040	atipt3 atipt 5 atipt 7	"Levels of iPRMP, iPR, tZRMP, tZR. tZ-7-glucoside, tZ-9-glucoside and tZ-O-glucoside are all reduced to less than 20% of those of wild type."	17062755
AT5G19040	atipt3 atipt 5 atipt 7	"Mutant root meristems showed an increased number of meristematic cells already at two days after germination (dpg) and accumulated cells also after five dpg, vastly exceeding the fixed number of cells of wild-type meristems."	17363254
AT5G19040	atipt3 atipt 5 atipt 7	"Relative to wild type, both the number of lateral roots (longer than 1cm) and the total length of the lateral roots are increased."	17062755
AT5G19040	atipt3 atipt 5 atipt 7	Short and thin aerial parts.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Fewer rosette leaves than wild type indicating a prolonged plastochron.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Flowering time is delayed when grown on vermiculite but not on nutrient agar.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Indistinguishable from wild type in the early stages of development. Phenotypic differences become evident as the plant age.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Rduced shoot apical meristem size and thin inflorescence stems.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Short and thin aerial parts.	17062755
AT5G19040	atipt3 atipt 5-1 atipt 6 atipt7	Some seeds are aborted but surviving ones are larger than those of wild type.	17062755
AT5G19040	atipt5 atipt7	Increased levels of cis-zeatin riboside (cZR) and cis-zeatin riboside monophosphate (cZRMP) compared to wild type.	17062755
AT5G19040	atipt5-1	No visible phenotype.	17062755
AT5G19040	atipt5-2	No visible phenotype.	17062755
AT5G19040	atipt5-3	No visible phenotype.	17062755
AT5G19220	CS3095	"reduced starch content in leaves, no other phenotypic effect."	
AT5G19230	SALK_063452	"Homozygotes: WT phenotype under normal growth conditions. Under conditions of magnesium stress (under 50 mM Mg2+), germination is poor and plantlet development is severely retarded."	19966073
AT5G19280	CS31096	no morphological visible phenotype observed	
AT5G19280	CS31097	No visible mutant phenotype.	
AT5G19280	rag1	Altered root growth on NaCl	
AT5G19380	CS68130	No visible phenotype.	
AT5G19380	CS68133	No visible phenotype.	
AT5G19380	CS68135	No visible phenotype.	
AT5G19380	CS68136	No visible phenotype.	
AT5G19520	CS69760	No visible phenotype	
AT5G19520	SALK_114626	Shifts single-channel amplitude peak from 10pa(WT) to 19.9pa.	18485707
AT5G19520	msl4-1; msl5-2; msl6-1; msl9-1; msl10-1	Abolished stretch-activate mechanosensitive channel activity	18485707
AT5G19520	msl9-1; msl10-1	Reduced stretch-activated mechanosensitive channel activity.	18485707
AT5G19530	acl5	Reduced cell expansion	
AT5G19530	acl5-1	"Negative effects of the mutation on cell elongation are also detectable in pedicels, siliques and petioles of rosette leaves after transition to reproductive growth."	
	9375398		
AT5G19530	acl5-1	The cortical microtubules of epidermal cells in the mutant internodes tend to form a more longitudinal array than those in the wild-type internodes.	9375398
AT5G19530	acl5-1	"The mutant initiates vegetative growth and the transition to the inflorescence meristem in the same manner as the wild-type, but produces extremely short flowering stems. This phenotype is primarily due to a reduced cell length in the internodes."	9375398
AT5G19530	acl5-1/sac52-d	Double mutant shows increase in growth of 68% relative to acl5-1 single mutant. Also restores normal liginification.	18694459
AT5G19530	acl5-3	Same phenotype as acl5-1.	10944107
AT5G19530	acl5-4	Same phenotype as acl5-1.	10944107
AT5G19530	tkv	Increased thickness of major veins in juvenile and adult rosette leaves.  Adult rosette leaves are smaller and have more veins per square area  than those of wild type.  Increased vein thickness is attributable to an increased number of both xylem and phloem cells as well as an increased number of procambial cells in between.  Polar auxin transport in mutant stems is 66.2% of that in wild type.  Mutants are fully fertile and produce normal flowers.	15894745
AT5G19540	dy1-1	"Seedlings are yellow and defective in de-detiolation.Vegetative growth is severely retarded. Juvenile true leaves have defects in their pigmentation.At an ultrastructural level, mutant thylakoid membranes are more loosely packed."	29312395
AT5G19550	CS3971	"deficient in cytosolic aspartate aminotransferase (AAT2) isoenzyme activity on native gels; reduced root growth rate, short roots on MS; displays about 80% reduction in levels of aspartate transported in the phloem of light-grown plants, and about 50% reduction in levels of asparagine transported in dark-adapted plants."	
AT5G19550	CS3972	deficient in cytosolic aspartate aminotransferase (AAT2) isoenzyme activity on native gels; no visible phenotypic effect and no aspartate deficiency.	
AT5G19550	CS3973	deficient in cytosolic aspartate aminotransferase (AAT2) isoenzyme activity on native gels; no visible phenotypic effect and no aspartate deficiency	
AT5G19560	CS69175	Hypersensitive to ABA treatment.	
AT5G19560	CS69176	Hypersensitive to ABA treatment.	
AT5G19610	gnl2-1	"The mutation did not affect pollen  formation, but resulted in the failure of pollen to germinate  in vitro and in vivo."	
	19686373		
AT5G19620	CS3009	"developmental arrest of mutant embryos occurs at transition, globular, small elongate stage; white seeds and embryos; 22.2% mutant."	
AT5G19620	oep80-1	Segregates for embryo lethal phenotype- 25% of embryos abort during globular stage.Arrested embryos have a raspberry like phenotype.	18621981
AT5G19620	oep80-2	Segregates for embryo lethal phenotype- 25% of embryos abort during globular stage.Arrested embryos have a raspberry like phenotype.	18621981
AT5G19640	SALK_138950C	lower 13N export from the rosette leaves on a sink tissue mass basis	31473400
AT5G19660	s1p-3	"s1p-3 mutants exhibit a greater inhibition of primary root elongation in response to NaCl, KCl, LiCl, and mannitol than wild-type seedlings. The salt-sensitive phenotype co-segregates with the s1p-3 T-DNA insertion, and can be partially rescued by a 35S:S1P construct. s1p-3 mutants do not show the proteolytic processing of a 4xMyc:bZIP17 protein from an 84 kD to a 46-kD protein, as observed in wild type seedlings. In addition, several salt-responsive transcripts have more than a 2.5-fold lower transcriptional response in s1p-3 mutants than in wild type seedlings."	17662035
AT5G19690	CS16368	"Stunted root growth with bushy appearance; roots are shorter, more branched and hairy than wild type, revealing synergistic effects of cgl1-3 and stt3a-2 in this double mutant."	
AT5G19690	CS6388	"Sensitive to salt (NaCl and KCl) and to nonionic hyperosmotic stress; decreased protein glycosylation, BiP hyperexpression, and reduced CycB1;1 expression in seedlings; reduced cell division in root meristems, linked to improper glycosylation and protein folding."	
AT5G19690	CS800052	"Sensitive to salt (NaCl and KCl) and to nonionic hyperosmotic stress; decreased protein glycosylation, BiP hyperexpression, and reduced CycB1;1 expression in seedlings; reduced cell division in root meristems, linked to improper glycosylation and protein folding."	
AT5G19700	SAIL_1236_H10	No visible phenotype under typical growth conditions.	27233612
AT5G19700	els1-D	Early flowering. Early leaf senescence. Dwarf due to shortened internodes between siliques. Smaller and irregular seeds. Smaller lateral organs.Iron deficiency.	27233612
AT5G19770	CS68877	"Left-handed helical growth in the root and other rapidly elongating organs. The level of severity of cell expansion defects is weak. Semidominant in growth response to propyzamide, but recessive for skewed helical growth in the root and other rapidly elongating organs."	
AT5G19770	CS68878	"Left-handed helical growth in the root and other rapidly elongating organs. The level of severity of cell expansion defects is weak. Semidominant in growth response to propyzamide, but recessive for skewed helical growth in the root and other rapidly elongating organs."	
AT5G19780	CS68884	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G19820	CS24088	Segregates 25% embryo lethal.	28348234
AT5G19910	CS16509	No visible phenotype.	
AT5G20040	atipt2 atipt 9	Levels of iP-type and tZ-type cytokinins are unaffected in this mutant.	17062755
AT5G20040	atipt2 atipt 9	This mutant can be chlorotic.	17062755
AT5G20040	atipt2 atipt 9	cZR and cZRMP are almost undetectable in this mutant.	17062755
AT5G20040	atipt9-1	Levels of cZR and cZRMP are reduced in this mutant compared to those of wild type.	17062755
AT5G20040	atipt9-1	Levels of iP-type and tZ-type cytokinins are unaffected in this mutant.	17062755
AT5G20040	atipt9-1	No visible phenotype.	17062755
AT5G20040	atipt9-1	The levels of iPR contained in tRNA are decreased to 4% of those found in wild type.	17062755
AT5G20040	atipt9-1	This mutant can be chlorotic.	17062755
AT5G20090	SALK_008945c	"Mutant plants exposed to a range of ABA concentrations (0, 1, 10, 50 &#956;M), stomatal aperture was reduced compared to Col-0.Plants are more drought stress tolerant."	29166881
AT5G20090	mpc1/nrga1	Stomatal aperture size and rates of transpiration similar to either single mutant.	29166881
AT5G20240	CS77	lacks petals and anthers.	
AT5G20320	CS16391	Subtle elongation of leaves resulting in less rounded tips at early stages of development.	
AT5G20320	CS66075	Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change. Phenotype similar to rdr6-15. 	
AT5G20320	CS66078	"Rosette leaves elongated and curled downwards. Early rosette leaves have higher length/width ratios than those of Col-0. Precocious production of abaxial trichomes in early rosette leaves implying accelerated vegetative phase change. Phenotype similar to rdr6-15. Increased susceptibility to tobacco rattle virus (TRV) and silencing suppressor-deficient turnip crinkle virus (TCV) and turnip mosaic virus (TuMV). Mutant displays restored systemic infection by a silencing suppressor-deficient TCV, while wild-type systemic tissues remain symptom-free."	
AT5G20320	CS66484	"similar to rdr6-15 phenotype:  homozygous individuals have elongated, downwardly curled rosette leaves; early rosette leaves have higher length/width ratios than those of Col-0."	
AT5G20320	CS6954	"Leaves elongated and curled downwards; produces abaxial trichomes precociously. Morphological phenotype similar to zip, rdr6 and sgs3. Blocks silencing of L1 transgene."	
AT5G20320	dcl4-1	Leaves are curled slightly downward at the margins.	16040244
AT5G20320	dcl4-2t	Downward-curled leaf margins.	16682354
AT5G20320	dcl4-2t	Elongated and downward curled leaves.  Precocious distribution of abaxial trichomes in early rosette leaves which implies accelerated vegetative phase change.	16129836
AT5G20320	dcl4-4	"Plants have altered silencing movement with respect to the parent line.  Whereas the parent line has low levels of SUL mRNA and displays non-cell autonomous silencing, the mutants lost the silencing movement phenotype and accumulated high levels of SUL mRNA.  21-nt SUL siRNAs are undetectable in these plants, wherease the 24-nt siRNAs accumulated to similar levels as in the SUC-SUL parental line."	16273107
AT5G20350	CS6348	Abnormal growth of root-hairs and pollen tubes; root hairs are shorter than those of the wt and branched at their base; pollen tubes are shorter and grow more slowly than wt pollen tubes; reduced seed set.	
AT5G20410	mgd2 mgd3	No visible or biochemically determinable mutant phenotype observed under nutrient-sufficient conditions.	18808455
AT5G20410	mgd2 mgd3	"Under Pi starved conditions, reduced DGDG content is observed, the proportion of phosphatidylethanolamine and phosphatidylcholine increased approximately two-fold in shoot and large differences in fatty acid compositions of galactolipids are seen in shoots and particularly roots. Under these conditions, the fresh weight of shoots and roots was reduced."	18808455
AT5G20410	mgd2-1	No visible or biochemically determinable mutant phenotype observed under nutrient-sufficient conditions.	18808455
AT5G20420	clsy1-7 clsy2-2	"synergistic relationship resulting in stronger reductions in 24nt-siRNA levels, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT5G20420	clsy1-7 clsy2-2 clsy3-1 clsy4-1	"greater than 98% of all pol-iv-dependent 24nt-siRNA clusters were reduced, effects on differentially methylated regions where methylation level reductions were observed in non-CG contexts in a genotype-specific manner."	29736015
AT5G20480	SALK_044334	More susceptible to Agobacterium tumefaciens.	16713565
AT5G20480	SALK_068675	More susceptible to Agobacterium tumefaciens.	16713565
AT5G20490	SALK_067972C	"The xik-2 mutant has normal root growth, but its root hairs are only 50% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities.  But, the total number of trichomes is the same for mutants and wild-type plants."	17458634
AT5G20490	SALK_067972C	"There are no obvious defects in the aerial tissues of xi-k mutant plants grown under normal conditions. The root length of the mutant is also normal, but, it has shorter roots hairs than wild-type plants. There are decreased rates of movement of Golgi stacks, peroxisomes, and mitochondria in root hairs and leaves."	18178669
AT5G20490	SALK_136682C	"The xik-1 mutant has normal root growth, but its root hairs are only 49% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities. But, the total number of trichomes is the same for mutants and wild-type plants."	17458634
AT5G20490	WiscDsLox417C12 (HOMOZYGOUS)	"There are no obvious defects in the aerial tissues of xi-k mutant plants grown under normal conditions. The root length of the mutant is also normal, but, it has shorter roots hairs than wild-type plants."	18178669
AT5G20490	xi-k / xi-1	"The xi-k / xi-1 double mutant plants are shorter and have smaller rosettes than wild type plants. Their reduced leaf size results from decreased cell size and decreased cell number. These double mutants produce fewer seeds per silique than wild type plants. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~35% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT5G20490	xi-k / xi-2	"The overall growth of the xi-k / xi-2 double mutant is normal. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~20% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT5G20490	xik-3	"The xik-3 mutant has normal root growth, but its root hairs are only 77% of the length of wild type root hairs, and they have a hooked shape when grown on media with sugar. The stem trichomes are crooked and wavy and often have abnormally elongated stalks. The trichomes on the leaves also have size and shape irregularities.  But, the total number of trichomes is the same for mutants and wild-type plants."	17458634
AT5G20690	prk 3 prk6	Defective in pollen tube guidance and growth leading to reduced fertility. Decreased responsiveness to pollen tube attractant LURE1.2.	26961657
AT5G20690	prk1 prk3 prk6	Severe defects in pollen tube guidance and growth and reduced fertility. Decreased responsiveness to pollen tube attractant LURE1.2.	26961657
AT5G20730	CS24607	impaired phototropic and gravitropic response in hypocotyls; reduced numbers of lateral roots; epinastic rosette leaves; reduced auxin sensitivity in hypocotyl growth	
AT5G20730	CS24625	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24625	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24625	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24625	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24625	nph4-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	15659631
AT5G20730	CS24626	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24626	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24626	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24626	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24626	nph4-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	15659631
AT5G20730	CS24627	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24627	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24627	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24627	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24627	msg1-2 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT5G20730	CS24628	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24628	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24628	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24628	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24628	msg1-2 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT5G20730	CS24629	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24629	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24629	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24629	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24629	arf7-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT5G20730	CS24630	"The double mutant exhibits much stronger auxin-related phenotypes than those of the  single mutants. Adult double mutant plants have thin and short inflorescence stems, and their rosette leaves are small and epinastic. In addition, it has reduced numbers of inflorescence stems, suggesting enhanced apical dominance. By contrast, its flowers appear to be  normal, and they fertilize normally."	15659631
AT5G20730	CS24630	"The double mutant mutant displays agravitropic responses in both hypocotyls and roots. When seedlings are grown vertically under dark conditions, the regulation of growth orientation is disrupted in both hypocotyls and roots, with the hypocotyls occasionally growing downward and the roots upward. Also, the roots and hypocotyls of the double mutant show reduced gravitropic curvatures compared with the wild type when vertically dark-grown seedlings are reoriented by 90°."	15659631
AT5G20730	CS24630	"The phenotype of the double mutant is most obvious at its seedling stage, with its most prominent phenotype being severely impaired  lateral root formation. Its primary roots fail to produce lateral roots in 2-week-old seedlings. However, double mutant seedlings start to generate several lateral roots after ~2 weeks of growth, and their morphological appearance is normal."	15659631
AT5G20730	CS24630	The phototropic response toward blue light in hypocotyls of double mutant seedlings is disrupted.	15659631
AT5G20730	CS24630	arf7-1 arf19 double mutant;  agravitropic response in both hypocotyls and roots; impaired phototropic response in hypocotyls; impaired lateral root formation; small plant size; small and epinastic rosette leaves; reduced auxin sensitivity	
AT5G20730	arf7-201	"Seedlings grown in the dark on sirtinol show long hypocotyls but no apical hook, have primary roots and are resistant to IAA and 2,4-D.  In the dark, hypocotyls but not roots are resistant to 2,4-D.  There is no obvious difference between wt and mutants grown on 2,4-D in the light."	16461383
AT5G20730	arf7-201 arf19-101	"Dark grown seedlings on sirtinol have both long primary roots and long hypocotyls.  More resistant to 2,4-D and IAA than single mutants in both light and dark.  The ethylene resistant root phenotype of arf19-101 is enhanced by arf7-201."	16461383
AT5G20730	dwf4-101 nph4-103	"Gravitropic curvature similar to that of wildtype (Col) when dark-grown. Over time however, the curvature becomes intermediate between that of the nph4 single mutant and wildtype."	16632588
AT5G20730	dwf4-101 nph4-103	"In the presence of 1 microM brassinazole, an inhibitor of brassinolide biosynthesis, the mutant hypocotyls display the same gravitropic time course as that of wildtype."	16632588
AT5G20730	dwf4-101 nph4-103	Leaves and cotyledons are only weakly epinastic.	16632588
AT5G20730	dwf4-101 nph4-103	Mutant hypocotyls are more sensitive to IAA treatment (inhibition of growth) than those of wildtype.	16632588
AT5G20730	dwf4-101 nph4-103	Similar phototropic response of etiolated hypocotyls compared to that of wildtype.	16632588
AT5G20730	msg1-1	"Hypocotyl growth resistant (but not root growth) to 2,4-D inhibition compared to wildtype."	9342863
AT5G20730	msg1-1	Mature mutant plants are largely wildtype in phenotype apart for the morphology of the rosette leaves.	9342863
AT5G20730	msg1-1	Root growth significantly reduced (about two-third of that of wildtype) when grown in white light.	9342863
AT5G20730	msg1-1	Rosette leaves are somewhat epinatic albeit less so than those of msg1-2.	9342863
AT5G20730	msg1-1	"Slower gravitropic response than wildtype, although the final curvatures are comparable."	9342863
AT5G20730	msg1-2	Dramatically reduced phototropic response.	10810148
AT5G20730	msg1-2	"Hypocotyl growth resistant (but not root growth) to 2,4-D inhibition compared to wildtype."	9342863
AT5G20730	msg1-2	Mature mutant plants are largely wildtype in phenotype apart for the morphology of the rosette leaves.	9342863
AT5G20730	msg1-2	Phenotype not described.	10810148
AT5G20730	msg1-2	Root growth significantly reduced (about two-third of that of wildtype) when grown in white light.	9342863
AT5G20730	msg1-2	"Slower gravitropic response than wildtype, although the final curvatures are comparable."	9342863
AT5G20730	msg1-2	Strongly epinastic rosette leaves.	9342863
AT5G20730	msg1-3	"About half of the rosette leaves are epinastic, the remaining half was hyponastic."	9342863
AT5G20730	msg1-3	Gravitropic response of dark-grown mutant hypocotyls is slower than that of wildtype (Col).	16632588
AT5G20730	msg1-3	"Hypocotyl growth resistant (but not root growth) to 2,4-D inhibition compared to wildtype."	9342863
AT5G20730	msg1-3	"In the presence of 1 microM brassinazole, an inhibitor of brassinolide biosynthesis, the mutant hypocotyls display the same gravitropic time course as that of wildtype."	16632588
AT5G20730	msg1-3	Mature mutant plants are largely wildtype in phenotype apart for the morphology of the rosette leaves.	9342863
AT5G20730	msg1-3	Mutant hypocotyls are more resistant to IAA treatment (inhibition of growth) than wildtype.	16632588
AT5G20730	msg1-3	Root growth significantly reduced (about two-third of that of wildtype) when grown in white light.	9342863
AT5G20730	msg1-3	"Slower gravitropic response than wildtype, although the final curvatures are comparable."	9342863
AT5G20730	msg1-3	Slower phototropic response of etiolated hypocotyl compared to wildtype.	16632588
AT5G20730	msg1-3	"When grown on 2,4-D-containing medium, the hyponastic rosette leaves become flat."	9342863
AT5G20730	myb77-1/nph4-1	Decreased density of lateral roots. Synergistic interaction.	
AT5G20730	nph4-1	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-1	Mutant produces fewer lateral roots compared with the wild type.	15659631
AT5G20730	nph4-1	"When seedlings are grown vertically under dark conditions, the hypocotyl growth orientation of mutant is significantly skewed compared with the wild type."	15659631
AT5G20730	nph4-101	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-103	Phenotype not described.	10810148
AT5G20730	nph4-104	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-105	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-106	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-107	Dramatically reduced phototropic response.	10810148
AT5G20730	nph4-109	Phenotype not described.	10810148
AT5G20730	nph4-3	Dramatically reduced phototropic response.	10810148
AT5G20830	sus1 (SALK)	No visible phenotype.	17257168
AT5G20830	sus1 (SALK)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G20830	sus1 sus4	"The activity of SUS was reduced to 10% of wild-type levels in leaves of the mutant, and was undetectable (reduced to less than 10% of wild-type levels) in roots. The activity of invertase was unaffected in roots of this mutant, but in leaves neutral invertase activity was elevated by about 40%."	
	17257168		
AT5G20830	sus1 sus4	"The double mutant line was much more  severely affected by flooding. After the 4 days of flooding, root weight had increased by only 44% (compared to 72% for wild type), and there was not statistically significant gain in root weight in the 3 days following flooding. At the end of the 7-day period, the flooding treatment had reduced the gain in root weight by  71% relative to unflooded control plants (compared to 33% for wild type)."	17257168
AT5G20830	sus1 sus4	"The sugar content of leaves was substantially higher than that of the wild-type control. This was most pronounced at the end of the night, when glucose and fructose were almost ninefold higher in mutant than wild-type leaves and sucrose was more than twofold higher."	
	17257168		
AT5G20830	sus1 sus4	"When grown in soil, the double mutant line was not obviously different from wild-type controls. However, when grown hydroponically, the mutants grew considerably more slowly."	
	17257168		
AT5G20850	asy1 atrad51	The  chromosome fragmentation phenotype of the asy1/  Atrad51 double mutant is indistinguishable from that of  the Atrad51 mutant.	
	17785529		
AT5G20850	rad51-1	Hypersensitivity to mitomycin C.	17921313
AT5G20930	CS8168	"flowering delayed 1 week compared to wild type; slightly increased number of rosette leaves; deeply serrated leaves; secondary axes arise from axils of cauline leaves on main inflorescence - cauline leaves are rolled around the new axis; abnormal flowers with fewer, variable numbers of organs formed in all whorls (sepals, petals, anthers and gynoecium); no homeotic conversions among organ types occur; some floral organs are misshapen, reduced in size or filamentous; sterile at 22C, slightly fertile at 16C."	
AT5G20930	CS8169	"flowering delayed 1 week compared to wild type; slightly increased number of rosette leaves; deeply serrated leaves; secondary axes arise from axils of cauline leaves on main inflorescence - cauline leaves are rolled around the new axis; abnormal flowers with fewer, variable organs formed in all whorls (sepals, petals, anthers and gynoecium); no homeotic conversions among organ types occur; some floral organs are misshapen, reduced in size or filamentous; sterile at 22C; slightly fertile at 16C."	
AT5G20960	aao1	No significant changes in ABA levels were observed.	15574845
AT5G20960	aao3-1 aao1	The endogenous levels of ABA are significantly lower than those of the aao3 single mutant.	15574845
AT5G20990	CS203	"chlorate resistant due to reduced nitrate reductase activity, about 10 percent of the wild-type level; reduced levels of the nitrate reductase cofactor molybenum-pterin (Mo Co); poor growth on nitrate medium."	
AT5G21140	CS16151	Abnormal cell divisions become increasingly serious as embryo development progresses. Transportation and distribution of auxin disturbed. Vacuolar cell death and necrosis.	31408172
AT5G21140	CS16151	Heterozygotes segregate for approximately 25% embryo lethality. Mutant embryos have defects in mitotic cell division of the embryo and endosperm.	28207059
AT5G21140	CS24066	Abnormal cell divisions become increasingly serious as embryo development progresses. Transportation and distribution of auxin disturbed. Vacuolar cell death and necrosis.	31408172
AT5G21140	CS24066	Heterozygotes segregate for approximately 25% embryo lethality. Mutant embryos have defects in mitotic cell division of the embryo and endosperm.	28207059
AT5G21140	CS24066	embryo defective; globular	
AT5G21140	nse1-1 nse3-2	"43.7% embryo abortive, 2 types of abnormal embryos"	31408172
AT5G21150	SAIL_260_A03	A proportion of pre-meiotic ovules have two MMCs and have several abnormally enlarged sub-epidermal cells.Plants are fertile and show no signs of ovule or seed abortion.	20208518
AT5G21150	SALK_112059	A proportion of pre-meiotic ovules have two MMCs and have several abnormally enlarged sub-epidermal cells.Plants are fertile and show no signs of ovule or seed abortion.	20208518
AT5G21900	rad7c-1	"Significantly increased UV sensitivity in roots, hypocotyls, and adult leaves."	30466592
AT5G21930	CS67801	high chlorophyll fluorescence under actinic light as a result of mildly impaired photosynthetic electron transport due to a decreased level of holoplastocyanin	
AT5G22000	CS24957	"The rhf2a mutant does not have any visibly aberrant phenotypes, but, an rhf1a rhf2a double mutant reveals the role of these two proteins in gametogenesis and protein degradation."	18552199
AT5G22000	SALK_023787C	"The rhf2a mutant does not have any visibly aberrant phenotypes, but, an rhf1a rhf2a double mutant reveals the role of these two proteins in gametogenesis and protein degradation."	18552199
AT5G22000	rhf1a rhf2a	"This double mutant has shorter siliques than WT plants, and lower fertility. Approximately 60% of ovules abort the megagametophytic development process at the FG1 stage. Often, one of the megaspores that is supposed to degenerate remains visible in the rhf1a rhf2a megagametophyte for a prolonged period of time. Some of the mutants arrested at the two nucleate (F2) stage, whereas about 30% developed normal female gametophytes that could be successfully fertilized to produce viable seed. The pollen of the double mutant is largely defective with about 50-70% nonviability compared to ~0.5% nonviability for wild type pollen. The pollen for rhf1a rhf2a mutants appears to develop normally through PMI, but 30-40% of the pollen grain fail to undergo this mitotic division, and then, of those that did pass through, another 20-30% never go through the next round of cell division (PMII). The variety of different ploidy levels measured in generative cells arrested at the PMII phase indicate that they could be blocked at the G1, S, or G2. Levels of myc:KRP6 increase in the double mutant, suggesting that this protein is a putative substrate of this E3 ubiquitin ligase. And many of the aberrant phenotypes observed in the double mutant can be improved when KRP6 levels are decreased by RNAi."	18552199
AT5G22030	CS860089	No visible phenotype.	
AT5G22030	CS860090	No visible phenotype.	
AT5G22030	CS860091	No visible phenotype.	
AT5G22090	ear1-1	"Primary root growth inhibited by ABA as compared to wild type, seed germination greening ratio significantly reduced by ABA compared to the wild type. More drought tolerant (higher leaf temperature, less water loss, lower transpiration rate) as compared to wild type. ABA-reduced stomatal aperture was greater as compared to wild type. ABA-inhibited light-induced opening of stomata that had closed in the dark was greater as compared to wild type. PP2C activity was lower and OST1 activity was slightly higher as compared to wild type. Expression of marker genes that are positively regulated by ABA signaling was higher as compared to wild type."	29618630
AT5G22090	ear1-1/abi1-2/abi2-2/hab1-1	"Germination inhibited, root growth arrested by ABA, tolerant to drought stress, ABA treatment resulted in lower PP2C and higher OST1 activity."	29618630
AT5G22090	ear1-1/snrk2.2/snrk2.3	Less sensitive to ABA during seed germination as compared to wild type.	29618630
AT5G22090	ear1-c	Primary root growth inhibited by ABA as compared to wild type.	29618630
AT5G22110	cyl2/+	Segregates embryo lethals that arrest at early stages of embryogenesis. Also defective transmission through male and female gametophytes.	16212602
AT5G22130	CS6120	embryo defective; embryos are radially swollen with reduced cellulose content; mature seeds have somewhat peanut-fruit shape; segregation distortion due to a reduced transmission through pollen.	
AT5G22260	CS261	without pollen; yellow seeds; trichomes absent on stems and leaves; yellow green in appearence	
AT5G22260	CS75	"lacks viable pollen, pollen decays and anthers fail to open."	
AT5G22350	SALK_071234	homozygotes show elongated mitochondria	18559960
AT5G22350	elm1-1	"Slow growing and slightly smaller than WT. Early bolting. Severely elongated mitochondria, often forming an interconnected network. Some small, discrete mitochondria are found in each cell. Mitochondrial movement is normal."	18559960
AT5G22350	elm1-2	Elongated mitochondria	18559960
AT5G22350	elm1-3	Elongated mitochondria	18559960
AT5G22350	elm1-4	Elongated mitochondria	18559960
AT5G22350	elm1-5	Elongated mitochondria	18559960
AT5G22360	S_020516	"The mutant plants are indistinguishable from the wild-type plants when grown in 1/2 strength Murashige and Skoog (MS) medium. However,  when exposed to salt stress, they exhibit increased salt tolerance."	17101982
AT5G22370	CS24073	embryo defective; preglobular	
AT5G22370	qqt1	embryo defective	
AT5G22410	SALK_076536	Reduced fertility via both male and female gametes.	30093526
AT5G22470	parp3-1	No observed increase in stress tolerance. 	
"On agar plates containing 100 mM mannitol, root growth and shoot fresh weight of the double mutants was not dierent from that of the wild type."	28220129		
AT5G22510	SALK_138953C	Alkaline/neutral invertase activity in leaf extracts is about 30% lower compared to wild type. A/N invertase activity in mutant chloroplast extracts is undetectable.	18034262
AT5G22510	SALK_138953C	"No difference in germination, number of leaf or siliques per plant, seed production and flowering time."	18034262
AT5G22510	SALK_138953C	"No difference in sucrose content with respect to wild type, however, a 33% lower starch content was observable at the end of the day compared to wild type plants."	18034262
AT5G22510	sicy-192	"Defects in cotyledon greening under 100mM sucrose in growth medium, also with glucose or fructose but not mannitol."	20304912
AT5G22510	sicy-192	"In this mutant, the development of the photosynthetic apparatus was inhibited in the Suc+ medium, while the assimilation of nitrate was enhanced."	20304912
AT5G22640	CS16012	embryo defective; developmental arrest of mutant embryos	
AT5G22640	CS16013	embryo defective; developmental arrest of mutant embryos	
AT5G22740	CS2106381	"Compact seed mucilage capsule, reduced galactoglucomannan content; similar mucilage defects to the csla2-3 single mutant"	
AT5G22750	hrq1-1 rad5A-2	Significant hypersensitivity against cisplatin and MMC.	29577315
AT5G22750	rad5A-2	Strong sensitivity against both cisplatin and MMC.	29577315
AT5G22800	CS3046	"developmental arrest of mutant embryos occurs at cotyledon stage (globular, distorted linear); white seeds; white to pale yellow-green embryos; 25.5% mutant; 45.8% aborted seeds in top half of silique."	
AT5G22800	CS84628	embryo defective	
AT5G22830	mgt10	Newly emerged leaves are virescent but leaf veins remain constantly yellow.	28989088
AT5G22910	CS65840	No visible phenotype.	
AT5G23000	SALK_077682	similar to mia-1 and mia-2	16291648
AT5G23010	CS2226	"decreased levels of several amino acid substrates required for glucosinolate biosynthesis, no visible effect on morphology or growth rate."	
AT5G23010	CS2227	"decreased levels of several amino acid substrates required for glucosinolate biosynthesis, no visible effect on morphology or growth rate."	
AT5G23010	mam1	Altered glucosinolate composition	
AT5G23020	gsm2-1	"lacking C6, C7 and C8 aliphatic glucosinolates in the leaves"	17369439
AT5G23020	gsm2-2	recessive phenotype consisting of a 90% reduction in C8 glucosinolates. also reductions in the levels of C7 glucosinolates	
	17369439		
AT5G23050	CS799954	"Resistant to (root elongation on) 2,4-dichlorobutyric acid"	
AT5G23060	CS92951	ethanolamine-phosphate cytidylyltransferase activity is reduced to 74%. Seedling phosphatidylethanolamine content is reduced by 20%. Dwarf when grown at 8<sup>o</sup>C. Earlier senescence of cotyladons and mature leaves. Pale green and smaller seeds. Delay in embryo maturation. Reduced fertility.	17189343
AT5G23080	amp1-1tgh-1	"Double mutants display a phenotype that was not observed in the parental lines or in the single mutants. In seedlings, double mutants show alterations of cotyledon shape, such as fused cotyledons and the impairment of leaf and shoot growth and differentiation. In 2-week-old adult plants, the rosette diameter of these mutants was reduced at least 10-fold. Only the primary vascular strand but no secondary or tertiary strands differentiated. Inability to form normal leaf blades."	
AT5G23080	tgh-1	"Adult homozygous tgh mutant plants have a reduced stature and significantly smaller lanceolate leaves. Anthers failed to elongate and produce pollen. Almost complete infertility. At the seedling stage, tgh mutant seedlings are recognizable by developmental defects, including triple cotyledons, altered cotyledon shape, and reduced elongation growth in dark-grown seedlings. The triple cotyledon phenotype is,  however, not fully penetrant (e.g., only 7 of 362 progeny seedlings of a TGH/tgh-1 parent line displayed the triple cotyledon phenotype corresponding to a penetrance of 7.7%). tgh mutants have an imperfect vascular system  with differentiated but frequently unconnected vascular strands, which is cuased by a defect in the initiation of vascular development."	16024589
AT5G23120	hcf136	"Seedling lethal, devoid of photosystem II activity"	
AT5G23150	HUA2-Sy-0 ag-4	"In the double mutant plants, fertile stamens were replaced by sterile petaloid stamens."	17764945
AT5G23150	Sy-0	"Late-flowering A. thaliana accession characterized by an enlarged basal rosette, formation of aerial rosettes in the axils of stem leaves, and reversion of early floral meristems to indeterminate growth, a phenomenon known as floral reversion."	17764945
AT5G23150	hua2-1	Enhanced floral defects in weak agamous mutant allele ag-4	
AT5G23150	hua2-2	Early flowering.	15659097
AT5G23150	hua2-4	Early flowering in long and short days.	15659097
AT5G23150	hua2-5	Early flowering in long and short days.	15659097
AT5G23150	hua2-6	Early flowering in short days.	
AT5G23230	nic2-1	A twofold decrease in  nicotinamidase activity was seen in dry seed extracts of the mutant.	
	17587307		
AT5G23230	nic2-1	Freshly harvested nic2-1 seeds had a decreased  level of poly(ADP)ribosylation compared to Ws seeds.	
	17587307		
AT5G23230	nic2-1	Mutant plants appeared  to grow and develop normally. Their seeds  phenotype have paler seed coat colour compared  to wild-type Ws but the embryo was the same colour as WT.	
	17587307		
AT5G23230	nic2-1	Mutant seeds show  hypersensitivity to nicotinamide (inhibitor of seed germination).	
	17587307		
AT5G23230	nic2-1	Significant 1.75-fold increase of NAD levels.	17587307
AT5G23230	nic2-1	Treatment with  1 mM NADH promoted a small but significant increase in  germination of mutant seeds.	
	17587307		
AT5G23230	nic2-1	"Under moist-chilled (stratified) conditions, mutant seeds showed  a slightly retarded germination,  but there was no difference in the final percentage germination. However, in the absence of a moist  chilling pre-treatment (non-stratified), germination was delayed  and the germination potential of mutatn seeds was  significantly lower than that of Ws, indicating a  hyperdormant phenotype."	
	17587307		
AT5G23260	CS2105590	yellow seeds	
AT5G23260	CS2105591	yellow seeds	
AT5G23260	CS94069	Small rosettes; slow growth; short internodes; short pedicels; short siliques; reduced fertility; somewhat short plants; average height = 20 cm.	
AT5G23260	tt16	Yellow seed coat	
AT5G23260	tt16-6	Altered seed pigmentation pattern due to a lack of proanthocyanidin (PA) accumulation in the endothelium.  The inner cell layer of the inner integument showed an abnormal cell shape.  The endothelial layer may be absent or the identity of this cell layer is changed.	16925602
AT5G23280	lcu	"Upward curling leaves, smaller leaf cells, and shorter hypocotyl."	30474211
AT5G23280	lcu	"Upward curling leaves, smaller leaf cells, and shorter hypocotyl."	
AT5G23320	AticmtA	Homozygous AticmtA mutants do not have any visible phenotypic defects and do not exhibit ABA hypersensitivity.	18641086
AT5G23530	CS65841	The mutation disrupts pollen tube growth in vitro.	
AT5G23570	CS24289	A proportion of pre-meiotic ovules have two MMCs and have several abnormally enlarged sub-epidermal cells.	20208518
AT5G23570	CS24289	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT5G23570	CS24290	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum; defective in PTGS of sense transgenes."	
AT5G23570	CS67868	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT5G23570	CS67870	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum"	
AT5G23570	CS67871	"Mutant plants express adult vegetative traits precociously; their vegetative phenotype is most apparent around 10-14 days after germination, when the first two leaves appear more strongly down-rolled than normal; mutant plants display variable seed set under some conditions, and also produce stigmatic tissue at the tip of the septum."	
AT5G23570	sgs3-1	Downward-curled leaf margins.	16682354
AT5G23570	sgs3-1	"Enhanced susceptibility to virus, reduction in post-transcriptional gene silencing"	10850495
AT5G23570	sgs3-1	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT5G23570	sgs3-1	"TAS1, TAS2, and TAS3 ta-siRNAs were below detectable levels."	16682354
AT5G23570	sgs3-1 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT5G23570	sgs3-2 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT5G23570	sgs3-3	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT5G23570	sgs3-3 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT5G23570	sgs3-4 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT5G23570	sgs3-5 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	10850495
AT5G23570	sgs3-6 (L1)	Restoration of GUS activity of the transgene through inhibition of silencing.	12747833
AT5G23570	sgs3-7 (2a3)	Reduction in post-transcriptional gene silencing.	16682354
AT5G23570	sgs3-8 (2a3)	Reduction in post-transcriptional gene silencing.	16682354
AT5G23570	sgs3-9	Infection with cucumber mosaic virus (CMV) revealed an overaccumulation of CMV RNA compared to wild type.	16682354
AT5G23570	sgs3-9	No obvious leaf developmental defects.	16682354
AT5G23570	sgs3-9	"TAS1, TAS2, and TAS3 ta-siRNAs were detected."	16682354
AT5G23570	sgs3-9 (2a3)	Reduction in post-transcriptional gene silencing.	16682354
AT5G23630	SALK_052575	similar to mia-1 and mia-2	16291648
AT5G23630	SALK_077682	similar to mia-1 and mia-2	16291648
AT5G23630	mia-1	"Mutant plants exhibit a severe reduction in fertility and markedly reduced size of the siliques. Mutant microspores fail to separate from tetrads and pollen grains are fragile with an abnormal morphology and altered cell wall structure. Consequently, pollen grain was mostly not released from open anthers, and those that were released, appeared as pollen tetrads. Pollen germination in vitro was very poor, compared to the wild type pollen. In addition, mutant plants suffer from imbalances in cation homeostasis."	16291648
AT5G23630	mia-2	"Mutant plants exhibit a severe reduction in fertility and markedly reduced size of the siliques. Mutant microspores fail to separate from tetrads and pollen grains are fragile with an abnormal morphology and altered cell wall structure. Consequently, pollen grain was mostly not released from open anthers, and those that were released, appeared as pollen tetrads. Pollen germination in vitro was very poor, compared to the wild type pollen. In addition, mutant plants suffer from imbalances in cation homeostasis."	16291648
AT5G23660	CS68997	Reduced embryo size.	
AT5G23660	CS68998	"Wrinkled seed phenotype caused by severe seed defects including the following: retarded embryo development, reduced seed weight, reduced starch and lipid content, and starch accumulation in the seed coat, but not the embryo."	
AT5G23660	CS69005	No visible phenotype.	
AT5G23660	CS69006	No visible phenotype.	
AT5G23660	CS69007	No visible phenotype.	
AT5G23660	CS69008	No visible phenotype.	
AT5G23660	CS69009	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT5G23660	CS69010	"Reduced embryo size compared to wildtype; however, most of the defects in embryo size is rescued by complementation of the atsweet11;12;15 triple mutant."	
AT5G23670	Atlcb2a-1 Atlcb2b-1	"Double mutant is male gametophytic lethal due to defects in pollen development. Phenotype of the double mutant pollens became apparent in the bicellular stage. The cytoplasm was less dense and plastids were dilated and lacked oil droplets. The nuclear envelope structure was modified by the formation of vesicles between the inner and outer membranes. The microspores lacked the intine layer, and consequently lacked clearly defined ER and Golgi."	18208516
AT5G23720	SAIL_1293_C02	Embryonic lethal in homozygotes.	15208393
AT5G23720	SALK_150750	Hypersensitive to ABA in respect to seed germination and stomatal behaviour..	16889651
AT5G23720	phs1-1	"phs1-1 exhibits phenotypes indicative of compromised cortical microtubule functions, such as left-handed helical growth of seedling roots, defective anisotropic growth at low doses of microtubule-destabilizing drugs, enhancement of the temperature-sensitive microtubule organization1-1 phenotype, and less ordered and more fragmented cortical microtubule arrays compared with the wild type."	15208393
AT5G23770	SALK_001972	Homozygotes have a WT phenotype	19795213
AT5G23800	atduf10-1	same as smb-3 single mutant	19795213
AT5G23880	esp5-1	"Early flowering, normal stature and leaf morphology."	17008405
AT5G23880	esp5-1	Two- to three-fold fewer of the endogenous PDS mRNA than in the wild-type plants and 10- to 50-fold higher levels of PDS siRNA.	17008405
AT5G23940	CS24357	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G23980	CS3777	"defective in inducible ferric-chelate reductase activity under iron-deficient growth conditions; capable of acidifying the rhizosphere under iron-deficiency and accumulate more Zn and Mn in their shoots relative to wt plants regardless of iron status; do not translocate radiolabeled iron to the shoots when roots are presented with a tightly chelated form of Fe(III); lacks trichomes on stems and leaves, some trichomes in leaf margins; plants are small and very chlorotic when grown under high light."	
AT5G24020	CS68686	Heterogeneous chloroplasts and multiple Z rings in mesophyll cells.	
AT5G24020	CS68688	Heterogeneous chloroplasts and multiple Z rings in mesophyll cells.	
AT5G24120	SALK_141393 (homo)	"Under FRc conditions, the length mutant hypocotyls is decreased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is decreased and the cotyledon area is smaller than that of wild type."	16891401
AT5G24120	sig5	embryo defective	
AT5G24270	CS3864	"hypersensitive to sodium and lithium stresses; plants accumulate more sodium and retain less potassium than wild type under salt stress; incapable of growing under low-potassium conditions; increased calcium in the culture medium can partially suppress the sodium hypersensitivity of plants and completely suppress the defect in potassium nutrition; trichomes absent on leaves and stems, some trichomes in leaf margins"	
AT5G24270	CS6529	"Suppressor of sos3-1 NaCl sensitivity and growth deficiency under low potassium conditions; NaCl sensitivity of sos3-1 seedlings is strongly suppressed by hkt1-1; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT5G24270	CS6530	"Suppressor of sos3-1 NaCl sensitivity and growth deficiency under low potassium conditions; NaCl sensitivity of sos3-1 seedlings is strongly suppressed by hkt1-4, which restores Na+ homeostasis of sos3-1 plants to near that of wild type; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT5G24270	CS6558	Plants are hyper-responsive to phosphate (Pi) deficiency in root architecture development; reduced primary root elongation; enhanced lateral root development; enhanced root hair number and development; increased root/shoot mass ratio; greater anthocyanin accumulation in leaves; reduced plant size compared to wild type; resistant to Finale (100ppm).	
AT5G24270	sos3-1 siz1-1	Decrease of macronutrients concentration in the MS salt formulation to 1/20X results in a substantial reduction in primary root growth.	15894620
AT5G24270	sos3-1 siz1-1	Mutant grown in greenhouse or growth chamber exhibits reduced shoot and root biomass relative to the wild-type.	15894620
AT5G24270	sos3-1 siz1-1	Mutant grown on Pi-deficient medium for 25 days accumulate more anthocyanins than wild-type.	15894620
AT5G24270	sos3-1 siz1-1	"Substantially more pronounced prototypical Pi starvation root architecture responses than sos3-1 or wild-type seedlings. On Pi-limited medium, mutant seedlings exhibit an inhibition of primary root growth, an increase of lateral root development and length, and higher root/shoot fresh weight ratio than wild-type.  Enhanced resistance to Pseudomonas syringae DC3000.  Smaller in stature.  Impaired drought tolerance."	15894620
AT5G24270	sos3-1 siz1-1	Suppression of NaCl sensitivity of sos3-1 seedlings.	15894620
AT5G24290	CS69090	The plants do not accumulate MEB2 protein.	
AT5G24290	CS69091	The plants do not accumulate MEB2 protein.	
AT5G24290	CS69092	The plants do not accumulate MEB1 and MEB2 proteins.	
AT5G24290	CS69093	"The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced."	
AT5G24290	CS69094	"The plants do not accumulate MEB1 and MEB2 proteins. Expression of a homologous gene, At4g27870 is reduced."	
AT5G24300	Atss1-1	"Germination percentages, rates of growth,flowering capacities and formation of siliques are the same for Atss1-1 as in the wildtype. Starch levels and structure: Interruption of the AtSS1 locus led to a  near-23% decrease in leaf starch level. The amylose content increased from 19% of the total starch in the wild-type line to 31% in the mutant line. Amylopectin accumulation was decreased by about 33% in the mutant line. The amylopectin structure has been changed.  CL distributions of wild type and mutant BLD  are different and shows more chains of DP < 10 and less chains of 11 < DP < 24 in the mutant polysaccharide. The branching level of amylopectin remained unaffected"	
AT5G24310	amiRNA_ABIL3	Trichomes are irregularly expanded and distorted. Branch  lengths are significantly affected with all  three branches being significantly shorter than the respective branches of wild type trichomes.  Increased distance between first and second branch point as compared to WT.  Increased diameter at base of trichome.  Actn filaments in developing trichomes are generally more bundled  and more randomly distributed.  Increased root length.	
	20345606		
AT5G24314	CS16063	pigment defective embryo	
AT5G24330	atxr5 atrx6	reduced H3K27me1 in vivo; partial heterochromatin decondensation; transcriptional activation of repressed heterochromatic elements	19503079
AT5G24350	SALK_147329	Abnormal accumulation of storage protein precursors including 17 kDa pro2S albumin in heterozygous seed (homozygous seed does not germinate).	24118572
AT5G24350	mip2-1 mip3-1	"Shorter root and delayed development. Accumulation of seed storage protein precursors. Smaller seed, lower thousand-grain weight and lower protein content, severe ER stress, decreased germination ratio with increased storage time, sensitive to ABA and salt stress, ABA signaling pathway affected."	29868102
AT5G24360	GK-638B07	"bZIP60 mRNA splicing is detectable in ire1b-1 (GABI_638B07), whereas it is completely abolished in ire1a-2 (SALK_018112)/ire1b-1 (GABI_638B07) double mutant."	
AT5G24360	ire1-1	"IRE1-1 transcript levels appear to be the same in ire1-1/IRE1-1 heterozygous and IRE1-1 homozygous (i.e. wild-type) plants. However, when heterozygotes are selfed, no ire1-1 homozygous mutants are recovered."	18574595
AT5G24360	ire1a-2/ire1b-1	bZIP60 mRNA splicing is completely abolished in ire1a-2 (SALK_018112)/ire1b-1 (GABI_638B07) double mutant whereas it is still detectable in ire1a-2 and ire1b-1 single mutants. ire1a-2/ire1b-1 double mutant is much more sensitive to tunicamycin than wild-type and ire1a-2 and ire1b-1 single mutant plants.  Induction of a number of ER stress-inducible genes is much weaker in the ire1a-2/ire1b-1 double mutant than in the wild-type.	
AT5G24380	SALK_001348	"Morphology and development of mutant plants grown in soil or in standard culture conditions was unaltered. When grown under iron deficiency, mutant plants were comparable to wild type control. The same was observed when plants were grown under zinc, copper and manganese deficiency. The metal content (measured by ICP-MS) was indistinguishable from those present in the wild type plants."	15255869
AT5G24400	CS2105660	Sugar sensitive seedling	
AT5G24470	CS9384	"Has reciprocal period defects for multiple circadian rhythms, consistent with subtly altered expression patterns of the Circadian clock-associated gene (CCA1) and the Timing of CAB Expression gene (TOC1); rising and/or falling phases of transcripts are slightly advanced compared to Col; shorter circadian period relative to Col (1.0-2.4 hours ); alters the period of CCA1 expression in blue light by 2 hours, affects the period of CCR2 expression in red and blue light to a lesser extent, but had no effect on the period of CCA1 expression in red light or of CCR2 expression in darkness; seedlings show mild long-hypocotyl phenotype when grown under constant red or blue light at a range of fluence rates; circadian effects are complementary, light-dependent and inconsistent with the serial activation of PRR genes."	
AT5G24470	CS9386	Pseudo-response regulator double mutant; leaf movements remain robustly rhythmic with a period indistinguishable from the wild type Col.	
AT5G24520	CS2105595	"yellow seeds due to absence of brown pigment in seed coat (testa); anthocyanins absent in leaves, stems and all tissues; no trichomes on leaf surfaces or stem base."	
AT5G24520	CS2105596	"yellow seeds due to absence of brown pigment in seed coat (testa); anthocyanins absent in leaves, stems and all tissues; no trichomes on leaf surfaces or stem base."	
AT5G24520	CS261	without pollen; yellow seeds; trichomes absent on stems and leaves; yellow green in appearence	
AT5G24520	CS65879	Severely reduced trichome induction in response to mechanical wounding or methyl jasmonate treatment. urm23 behaves as incompletely dominant in the presence of gl1-2 mutation.	
AT5G24520	CS65880	"Very weak allele of ttg1. ~5% of leaf trichomes develop next to one another in clusters. Trichome branch number is not affected. Root hair patterning, anthocyanin accumulation, brown seed coat pigmentation, and seed coat mucilage secretion are normal."	
AT5G24520	CS67772	"Transparent seed coat; no trichomes; excessive root hair production. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G24520	CS8065	"strong allele; apical meristem usually produces no flowers, elongates as pin-like stem; cotyledons often reduced in number, or discoid; leaves reduced in number, often distorted in shape; defective in polar auxin transport; yellow seeds, aberrant seed coat structure, lacks anthocyanin in shoots, lacks trichomes on stem base and leaves"	
AT5G24520	CS85669	Segregating for very small and pale green rosettes (20%); plants look like Ler-0 with very small siliques; reduced apical dominance; reduced fertility; average height = 28 cm.	
AT5G24520	CS8583	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G24520	CS85838	Small rosettes; compact plant; slow growth; short internodes; short siliques; average height = 23 cm.	
AT5G24520	CS8588	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G24520	CS8589	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G24520	CS8590	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G24520	CS8591	double mutant; disruption of the synthesis of brown pigment in seed coat (testa).	
AT5G24520	CS8598	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT5G24520	CS89	"yellow seeds due to absence of brown pigment in seed coat (testa); anthocyanins absent in leaves, stems and all tissues; absence of the ruthenium red-staining seed mucilage, abnormal appearance of cells of dry seed coat in scanning electron microscope; no trichomes on leaf surfaces or stem base."	
AT5G24520	urm23	"urm23 mutant leaves produce almost normal trichomes with slight clustering phenotype. Neither root hair patterning, anthocyanin (flavonoid) biosynthesis, nor seed coat mucilage production are affected in urm23, distinguishing this allele from all other known ttg1 alleles."	19234066
AT5G24520	urm23 gl1-2	urm23 enhances the hypomorphic gl1-2 allele and results in almost complete glabrousness (loss of trichomes) in normal growth condition. urm23 gl1-2 double mutant does not increase trichomes at all in response to wounding or methyl jasmonate treatment. urm23 is dominant in gl1-2 background. gl1-2 is incompletely dominant in urm23 background.	19234066
AT5G24530	dmr6 eds1-2	"resistant to downy mildew fungus Hyaloperonospora parasitica and showed no hyphal growth. Susceptible to Psuedomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii."	
AT5G24630	bin4-1	"Various organs of this brassinolide-insensitive dwarf mutant, such as leaves and roots,  are only about 25% the size of wild-type organs. Their cells have smaller nuclei and reduced ploidy, based on analyses of 12-day old leaves. bin4-1 phenotypes are not altered in triptychon, rastafari, kaktus2, or glabra2 mutants. However, chromosome doubling induced by colchicine does lead to increased cell size. SPO11-3/RHL2/BIN5:GFP can still enter the nucleus in the bin4-1 mutant background. The transcript level of several DSB-inducible genes, such as PARP1 is higher in bin4-1 mutants, but these mutants do not show general defects in the maintenance of transcriptional gene silencing. Elevated levels of DSB-responsive transcripts in bin4-1 can be partially suppressed by atm or atr mutations. There is ectopic expression of the transcriptional CYCB1;1:GUS reporter in non-dividing cells in the bin4-1 mutant. However, the transcript levels of many other G2/M genes are not altered based on RT-PCR analysis."	
AT5G24630	bin4-2	The bin4-2 mutant has a dwarf phenotype with reduced cell size and a reduction in the maximum amount of endoreduplication observed in leaf cells. Cotyledon cells from bin4-2 mutants have higher levels of double strand breaks than comparable wild-type cotyledon cells.	
AT5G24630	mid-1	"Small plants, reduced cell size, decreased endoreduplication, reduced number of root hairs and abnormal development of columella cells of the seed coat."	
AT5G24630	mid-2	"Small plants, reduced cell size, decreased endoreduplication, reduced number of root hairs and abnormal development of columella cells of the seed coat."	
AT5G24670	tad3	"partial seed abortion, with embryos arresting"	
before the globular stage	28060933		
AT5G24740	SALK_138092	no visible developmental phenotypes were observed in homozygous plants	
AT5G24860	fpf	late flowering	
AT5G24930	SALK_092012C	Small but significant acceleration of flowering based on days to bolting (DTB) and rosette leaf number (RL) at bolting.	31191575
AT5G24930	col4-1	Small but significant acceleration of flowering based on days to bolting (DTB) and rosette leaf number (RL) at bolting.	31191575
AT5G25220	SALK_136464	No visible root phenotype.	16463096
AT5G25220	eostre-1/knat3	Normal embryo sac development.	
AT5G25350	ebf1-1 ebf2-1	Double mutants exhibits a clearly detectable delay in bolting time: plants had still not bolted by ~25 days after the mean bolting time of WT in LDs.	17389366
AT5G25350	ebf1-1 ebf2-1	GA treatment did not restore a normal growth phenotype or floral transition to double mutant plants grown in SDs.	
	17389366		
AT5G25350	ebf1-1 ebf2-1	"The double mutant is still responsive to ethylene. Moreover, inhibitors of ethylene perception or biosynthesis including AgNO3 and aminoethoxyvinyl glycine (AVG) could not suppress the constitutive triple response (ctr1)."	14675533
AT5G25350	ebf1-1 ebf2-1	"The mutant shows dwarfed growth, supernumerary epinastically curled leaves, early senescence, and abnormal flowers with the gynoecium protruding from the unopened floral buds. However, the phenotypes seen in double mutant plants are more severe than those seen in ctr1. This becomes apparent at about two weeks after germination, except for the reduced root growth, which is already obvious at three days after germination. Moreover, unlike the ctr1 mutation that has a reduced transmission of the ctr1 allele relative to wild-type and infertile early flowers, the double mutants have a greatly reduced fertility but can readily be pollinated with wild-type pollen."	14675533
AT5G25350	ebf1-1 ebf2-1	"When germinated in the dark, the mutant display a ctr1-like phenotype (short hypocotyls, short roots, and exaggerated apical hooks)."	14675533
AT5G25350	ebf1-1 ebf2-1	"When grown in the light, the double mutants display slightly longer hypocotyls, curled unexpanded cotyledons, and short and thicker roots with ectopic root hairs, similar to the ctr1 mutant. Moreover, the average area of the leaf epidermal cells was reduced 5-fold compared to wild type."	14675533
AT5G25350	ebf1-2 ebf2-1	"ctr1-like phenotype (short hypocotyls, short roots, and exaggerated apical hooks)."	14675533
AT5G25350	ebf1-3 ebf2-3	Strong growth arrest following germination even in the absence of ethylene. Plants fail to develop true leaves.	17307926
AT5G25350	ebf1-3 ebf2-3 eil1-3	Modest rescue of the ebf1-3 ebf2-3 phenotype. Seedlings continue grow and develop at a slow pace after germination. Cotyledons partially expanded and turned pale green. Stunted root densely covered with root hair. Plants never flowered or set seeds.	17307926
AT5G25350	ebf1-3 ebf2-3 ein3-1	More dramatic rescue of the ebf1-3 ebf2-3 phenotype. Seedlings grow rapidly after germination and eventually developed large rosette of true leaves. However the leaves are epinastic with elongated petioles and small leaf blades. Produced fertile but shorter flowers and viable seeds.	17307926
AT5G25350	ebf1-3 ebf2-3 ein3-1 eil1-3	Almost complete rescue of the ebf1-3 ebf2-3 phenotype. Plants are phenotypically indistinguishable from the wild type.	17307926
AT5G25350	ebf2-1	Flowering of the mutant is not significantly delayed.	17389366
AT5G25350	ebf2-1	"The mutants were indistinguishable from wild-type under normal growth conditions. However, when germinated in the dark, all three mutant alleles showed a slightly exaggerated response to ACC. Nevertheless, striking developmental alterations resembling those of the ctr1 mutants were observed."	14675533
AT5G25370	SALK_130690	"On growth medium and under salt stress, the mutant had delayed germination, smaller seedling size, shorter primary roots and fewer lateral roots. When grown in soil for 3 weeks then subjected to salt stress for 2-3 weeks, the mutant turned yellow and eventually died. Under water deficit, the mutant flowered later than WT. Mutant seedling growth was inhibited with ABA treatment."	
AT5G25380	cyca2;1-1	Ploidy levels show an increased ratio of 32C cells compared to the wild type in dark-grown hypocotyls and an increase in levels of 16C cells in light-grown hypocotyl and cotyledon cells.	17012601
AT5G25380	cyca2;1-1	no morphological visible phenotype observed	17012601
AT5G25380	cyca2;1-2	Ploidy levels show an increased ratio of 32C cells compared to the wild type in dark-grown hypocotyls and an increase in levels of 16C cells in light-grown hypocotyl and cotyledon cells.	17012601
AT5G25380	cyca2;1-2	no morphological visible phenotype observed	17012601
AT5G25440	SALK_083971C	AT5G25440 null. No obvious morphological phenotype or any alteration in effector triggered immune response.	30947022
AT5G25440	sze1-1/zed1-D	Partial rescue of zed1-D mediated  high temperature growth restriction and autoimmunity.	30947022
AT5G25440	sze1-2/zed1-D	Partial rescue of zed1-D mediated  high temperature growth restriction and autoimmunity.	30947022
AT5G25440	zed1-D sze1-3 sze2-1	Triple mutant fully suppresses the zed1-D induced high temperature growth restriction and auto immunity.	30947022
AT5G25480	dnmt2	No visible phenotype.	16424344
AT5G25620	CS67234	"epinastic cotyledons, long hypocotyls, curled rosette leaves, increased apical dominance, tall inflorescences, twisted cauline leaves, enlarged seeds. All phenotypes are caused by a gain-of-function yucca6-1D mutation"	
AT5G25760	CS93571	"Compact plant; short internodes; short pedicels; short siliques;, numerous lateral inflorescences; reduced fertility; somewhat short plants; average height = 24 cm."	
AT5G25900	CS60	"dwarf, responsive to gibberellin; germination increased by gibberellin."	
AT5G25910	CS65500	No visible phenotype.	
AT5G25930	CS860331	No visible phenotype	
AT5G25980	CS6567	Slight increase in myrosinase activity in above-ground tissue; no visible phenotype.	
AT5G25980	tgg1-3 tgg2-1	"contains only 1% of wild-type myrosinase activity. Among the above-ground tissues, the activity is only detected in flowers."	16640593
AT5G26000	CS6565	95% reduction in myrosinase activity in above-ground tissue; no visible phenotype.	
AT5G26000	CS6566	95% reduction in myrosinase activity in above-ground tissue; no visible phenotype.	
AT5G26000	SAIL_786_B08	"contains only 5% of wild-type myrosinase activity, in the above-ground tissues"	16640593
AT5G26000	tgg1-3 tgg2-1	"contains only 1% of wild-type myrosinase activity. Among the above-ground tissues, the activity is only detected in flowers."	16640593
AT5G26030	atfc1	no visible phenotype. decreased heme contents in roots	
	17416636		
AT5G26240	SALK_042895	Root growth at neutral and acidic pH on synthetic medium impaired.	17376158
AT5G26250	WiscDsLox504H01	No obvious morphological phenotype.	29311272
AT5G26340	stp13-1	No visible phenotype.	16616142
AT5G26340	stp13-1 acd11	Same phenotype as that of single mutant acd11.	16616142
AT5G26340	stp13-2	No visible phenotype.	16616142
AT5G26345	SALK_120634	"early flowering, reduced FLC transcription, increased CLF enrichment and H3K27me3, and enhanced affinity between FCA and COOLAIR"	31032401
AT5G26570	SALK_110814	"Rosette leaves of <i>Atgwd3</i> mutant plants have high starch content in young leaves (14 days old) and mature rosettes (assessed by iodine-staining). Starch was detected even after plants were subjected to 96h darkness. Compared to wildtype, the amount of starch present at the beginning of the day was threefold higher on the mutant. During the light period this difference decreases but at the end of the day there is still 15-20% more starch in Atgwd3 leaves. A two-fold decrease in C-3 positioned phospho-esters is observed in mutant starch compared to that of wildtype."	
AT5G26594	ARR22 KO ARR24 KO	There are no consistently detectable phenotypic differences between this double mutant and wild-type plants grown under normal conditions.	17099079
AT5G26594	SALK_124785C	There are no detectable phenotypic differences between this mutant and wild-type plants grown under normal conditions.	17099079
AT5G26680	sav6/sav6	Short roots and hypocotyl. Reduced root apical meristem. Short root due to reduced number of cells and cell elongation defects.Increased sensitivity to UV induced DNA damage.	26721386
AT5G26742	CS16011	embryo defective; developmental arrest of mutant embryos	
AT5G26820	mar1-1	"resistant to several  aminoglycoside antibiotics including kanamycin, streptomycin, gentamicin, amikacin,  tobramycin, and apramycin"	
	19675150		
AT5G26910	trm678	"Viable and fertile; devoid of normal preprophase band in both the root and shoot meristems; smaller, produced 20% fewer seeds, variable number of cotyledons, sepals, and petals."	28408602
AT5G26920	CS72190	Plants are less susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Reduced pattern-triggered immunity (PTI). Mock-inoculated plants show elevated salicylic acid levels.	
AT5G26920	CS72191	Plants are more susceptible to bacterial infection. Salicylic acid (SA) levels and SA-dependent gene expression are dramatically reduced.	
AT5G26920	CS72193	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Increased pattern-triggered immunity (PTI). Mock-inoculated plants show elevated salicylic acid (SA) levels; reduced SA levels in inoculated plants.	
AT5G26920	CS860820	"Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Expression profile of plants challenged with P. syringae pv tomato DC3000 hrcC is altered.  Salicylic acid levels are lower compared to wild-type following treatment with flg22 peptide, challenge with P. syringae pv tomato DC3000 hrcC, or infection with P. syringae pv. maculicola ES4326 (only at an early time point)."	
AT5G26920	CS860821	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326.  Salicylic acid levels are lower compared to wild-type following treatment with flg22 peptide or challenge with P. syringae pv. tomato DC3000 hrcC.	
AT5G26920	GK-075G12	cbp60g-2 plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326.  Salicylic acid levels are lower in cbp60g-2 than in wild-type following treatment with flg22 peptide or challenge with P. syringae pv. tomato DC3000 hrcC.	19214217
AT5G26920	SALK_023199C	"cbp60g-1 plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326.  The expression profile of plants challenged with P. syringae pv tomato DC3000 hrcC is altered.  Salicylic acid levels are lower in cbp60g-1 than in wild-type following treatment with flg22 peptide, challenge with P. syringae pv tomato DC3000 hrcC, or infection with P. syringae pv. maculicola ES4326 (only at an early time point).  CBP60g binds calmodulin, and calmodulin-binding is necessary for complementation of cbp60g-1 pathogen growth and salicylate defects. These phenotypes were interpreted as indicating a defect in activation of salicylate synthesis during a MAMP/PAMP (microbe/pathogen- associated molecular pattern) response."	19214217
AT5G26980	CS86277	Small and dark-green rosettes; epinastic leaves (leaf margins curled down) giving the appearance of narrow leaves; early flowering (bolting occurs 20 days after planting); short internodes; short siliques; short plants; average height = 21 cm.	
AT5G27060	CS65501	No visible phenotype.	
AT5G27150	nhx1	"Reduced monovalent cation-dependent proton transport activity.  Vacuoles isolated from leaves had a much lower Na+/H+ exchange activity.  Altered leaf development, with a reduction in the frequency of large epidermal cells and a reduction in overally leaf area compared to wt plants."	14535887
AT5G27320	CS16297	Reduced plant size (dwarf); delayed flower formation with severe defects in floral organ development; does not respond to applied GA; seeds only germinate when the mature embryo is dissected from the seed coat.	
AT5G27320	atgid1a-1 atgid1b-1 atgid1c-1	"Chilling of seedlings at 4°C for 1 month effectively induces flowering of ga1-3 without GA treatment. However, no bolting of the stem or flowering of the triple homozygous progeny could be detected even after 40 days of cold treatment."	17521411
AT5G27320	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny does not germinate when untreated. However, when the seed coat of ungerminated seeds is removed under an optical microscope, the treated seeds germinate under continuous light for  3 days on an MS plate, and develop into seedlings."	17521411
AT5G27320	atgid1a-1 atgid1b-1 atgid1c-1	The triple homozygous progeny is insensitive to GA.	17521411
AT5G27320	atgid1a-1 atgid1b-1 atgid1c-1	"The triple homozygous progeny showed very severe dwarfism, whereas the parental plants (Aabbcc) showed a weak phenotype."	17521411
AT5G27320	atgid1b-1 atgid1c-1	No visible phenotype.	17521411
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Complete infertility.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	"Defect in floral organ morphology.: dramatic reduction in length of pistil, stamen and petal development arrested, and striking reduction in the elongation of the pedicel."	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Delayed flowering.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	"Dramatic reduction in rosette radius and root length compared to wild type (87 and 74% reduction, respectively)."	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Dwarf phenotype.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Elevated gibberellin levels.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Increased levels of RGA protein.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1	Unresponsive to GA treatment.	17194763
AT5G27320	gid1a-1 gid1b-1 gid1c-1 rga-28	Partial suppression of the gid1a-1 gid1b-1 gid1c-1 triple mutant phenotype.	17194763
AT5G27320	gid1a-1 gid1c-1	Dwarf phenotype recognizable at a young seedling stage.	17521411
AT5G27320	gid1a-1 gid1c-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT5G27320	gid1a-1 gid1c-1	Reduction in silique length.	17194763
AT5G27320	gid1a-1 gid1c-1	Semi-dwarf phenotype.	17194763
AT5G27320	gid1a-1 gid1c-1	Stem elongation is reduced by 76% compared to wild type.	17194763
AT5G27320	gid1a-1:GID1A gid1b-1 gid1c-1	"Non-germinating seed phenotype in fully homozygous progeny, which can be bypassed by separating the embryos from the testa and transferring them to fresh agar plates."	17194763
AT5G27320	gid1a-2 gid1c-2	Semi-dwarf phenotype.	17194763
AT5G27320	gid1a-2 gid1c-2	Stem elongation is reduced by 76% compared to wild type.	17194763
AT5G27320	gid1b-1 gid1c-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT5G27320	gid1c-1	No visible phenotype.	17521411
AT5G27320	gid1c-1	Only slight differences between mutant and wild type plants with regard to rosette radius and root length.	17194763
AT5G27320	gid1c-2	Phenotype not described.	17194763
AT5G27380	CS68140	"Bleached embryo and seedling lethal phenotype. GSH-supplemented growth allows partial rescue of homozygous mutants leading to partial greening, stunted growth, and delayed lethality."	
AT5G27380	CS69965	"Moderately reduced luciferase response to cadmium compared to pSULTR1;2::LUC parental control reporter line (CS69963). Yellow leaves and reduced seedling size. Elevated levels of cysteine and gamma-glutamylcysteine (gamma-EC), decreased level of glutathione (GSH), and shorter roots in the presence of cadmium compared to parental control."	
AT5G27380	SAIL_301_C06	"Seedling lethal. 25% seeds of the selfed heterozygous plant gave rise to small, white seedlings that ceased growth soon after germination. Bleached mutant embryos contained no detectable glutathione, but elevated gamma-glutamylcysteine, the immediate precursor of glutathione."	
AT5G27410	SALK_085207	"growth arrest (embryos are slow to emerge from the seed coat; after emergence, the embryos remain white with unexpanded cotyledons even after twelve days on GM media)"	20810661
AT5G27540	miro1-1	Embryo lethal. Embryos arrest between zygote and four cell stage. Abnormal male transmission due to defects in pollen germination and pollen tube growth. Abnormal mitochondrial morphology.	
AT5G27650	pdp1-1	Delayed flowering.	29314758
AT5G27700	SAIL_358_H08	Delayed leaf initiation and reduced leaf expansion.	29142022
AT5G27700	evr1-1/evr1l1-1	Double mutant shows non allelic non complementation. Additionally the combination is likely to result in embryo lethality.	29142022
AT5G27740	CS3037	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 24.5% mutant.	
AT5G27740	CS84680	"developmental arrest of mutant embryos occurs at preglobular stage, watery seeds; white seeds; 21.2% mutant; 51.2% aborted seeds in top half of silique."	
AT5G27780	SALK_076536	Reduced fertility via both male and female gametes.	30093526
AT5G27807	CS65826	"Extra petals in early-arising flowers due to a loss of function of miR164c, which leads to increased levels of CUC1 and CUC2."	
AT5G27807	CS65828	Slightly increased leaf serration during vegetative development; increased number of sepals and petals during reproductive development; irregular flower arrangement due to repressed cell division in the internodes that separate individual flowers.	
AT5G27807	CS65837	No visible phenotype.	
AT5G27807	eep1	"Flowers have more petals than the wild-type, particularly in the first 10 flowers.  Four petal primordia are initiated in the same positions as in wild-type.  The extra petals, if initiated, always arise adjacent to these normally positioned petals.  Occasionally, petals form incisions at their distal tip and adopt a heart shape.  There is also a subtle carpel fusion defect at the distal end of the gynoecium in a small portion of mutant flowers.  The organ-number defect is petal specific.  In mutant plants, the transcript levels of the transcription factors CUC1 and CUC2 are significantly increased compared to wild-type.  Overall expression domains of CUC1 and CUC2 appear to be normal.  However, during floral stages 5-7, extra CUC1- and CUC2-expressing cells are observed in the second whorl."	15723790
AT5G27807	mir164abc	"Plants appear normal during vegetative growth. Phenotypic alterations start after the switch to reproductive development. Flowers have an increased number of sepals and petals. Floral organ numbers are highly variable. Individual organs varied in size. Carpels failed to fuse resulting in severe reduction of fertility. In addition, plants display a highly unequal and distorted arrangement of flowers, both with respect to the angle formed by two consecutive flowers and their distance from each other along the axis of the stem."	17287247
AT5G27840	CS31098	No visible mutant phenotype.	
AT5G27840	aun1-1 aun2-1	"Drastic reduction in pollen germination, only 10-20% of wt. Shorter root hairs."	29991535
AT5G27850	SALK_097816	Delayed leaf development.	29142022
AT5G28030	CS868869	Early flowering.	19955263
AT5G28030	CS868869	Enhanced antioxidant defenses and tolerance to conditions that promote oxidative stress.	19955263
AT5G28040	SALK_129879C	No obvious morphological defect.Mutants do show a changes in the expression (reduction) of genes involved in stress responses.	29264953
AT5G28060	SALK_000766	Delayed leaf development.	29142022
AT5G28490	lsh1-D	"Plants exhibit shorter hypocotyls and larger cotyledons under continuous white, red, blue, and far-red light.  They also have shorter rosette petioles compared to wild type. Hypocotyl cells in the mutant plants are shorter than those of wild type plants."	14871309
AT5G28540	CS65869	No visible phenotype.	
AT5G28640	CS241	"angustifolia (an), narrow leaves, increased number of rosette leaves."	
AT5G28640	CS9956	"Angustifolia, Erecta"	
AT5G28640	CS9957	"Angustifolia, Compacta"	
AT5G28640	an3 gif2	Strong disorganization of quiescent center of root meristem.	29352064
AT5G28640	an3 gif2 gif3	Strong disorganization of quiescent center of root meristem.	29352064
AT5G28640	an3-3 oli2-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT5G28640	an3-3 oli5-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT5G28640	an3-3 oli7-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT5G28646	wvd2-1	"Inhibition of cell elongation, right-handed root twisting, left-handed leaf petiole twisting, suppression of root-waving, reduced trichome branching, perturbed microtubule organization such as increased longitudinal and oblique positions in root caps."	17319849
AT5G28680	anx1-1 anx2-1	Double mutant pollen tubes cease their growth and burst in vitro and fail to reach the female gametophytes in vivo.	19736323
AT5G28770	SALK_006531	morning sugar pulses don't advance the circadian phase	30078562
AT5G32470	CS80	true leaves of unsupplemented plants variegated yellow-green.	
AT5G33290	SAIL_1175_H04	Reduced XGA content is responsible for reduced xylose.	18460606
AT5G33290	SAIL_1175_H04	"WT phenotype in terms of visible characteristics.  Approx 25% reduction in cell wall xylose content as compared to WT. Xylose is primarily lost from pectin polymers. Decreased cell wall branched GalA residues, 3,4-GalA."	
	18460606		
AT5G33290	SALK_087620	Reduced XGA content is responsible for reduced xylose.	18460606
AT5G33290	SALK_087620	"WT phenotype in terms of visible characteristics.  Approx 25% reduction in cell wall xylose content as compared to WT. Xylose is primarily lost from pectin polymers. Decreased cell wall branched GalA residues, 3,4-GalA."	
	18460606		
AT5G33320	CS8858	"strong allele; defective in expression of several light-regulated genes, specifically in mesophyll but not in bundle-associated or epidermal cells; reduced accumulation of CAB and other photosynthesis-related mRNAs in the mesophyll correlates with defects in chloroplast development in these cells, resulting in a reticulate pattern with veins greener than the interveinal regions of leaves"	
AT5G33340	CDR1-D	Dwarf phenotype.	14765119
AT5G33340	CDR1-D	"Increased resistance to the virulent Pseudomonas  syringae (both pathovars: tomato and maculicola), demonstrated by an absence of macroscopic lesions upon infection. Small lesions comprising one or a few dead cells persist in the mutant."	14765119
AT5G33370	cus2-1	Reduced cuticular ridges on sepal epidermis. Abnormal cuticle development.	28110092
AT5G35220	SALK_134931	"Dual phenotype, reduced chlorophyll content and gravicurvature-defective. Significant increase in anthocyanin content, abnormal chloroplasts, reduced photosynthetic capacity. Severely reduced lamellae lipid membranes in the plastids. The mutant plants have retarded growth phenotypes. The plastids of the mutant line had fewer stromal thylakoids, no grana, less starch grains and more densely stained, globular structures that likely represent plastoglobuli. Moreover, the resultant defects in chloroplast integrity undoubtedly lead to a dramatic decrease in the photosynthetic capacity, which consequently results in smaller plants and lower seed number. At the same time, abnormal chloroplasts and reduced photosynthetic capacity may create a nutritional stress response, which is marked by a significant increase in the anthocyanin levels. This finding is consistent with the observations that anthocyanins are induced by a number of environmental stresses."	15659096
AT5G35220	egy1-2	Suppresses elongation and gravicurviture in light grown hypocotyls.	18097640
AT5G35390	prk1 prk3 prk6	Severe defects in pollen tube guidance and growth and reduced fertility. Decreased responsiveness to pollen tube attractant LURE1.2.	26961657
AT5G35400	SALK_088095	"When exposed to MMS, mutants grew consistently  more vigorously than wild-type. Reduced induction of DNA repair- and cell cycle-related genes."	
	19426562		
AT5G35410	CS3863	Do not display altered sensitivity for inhibition of root growth by osmotic stress compared to wild-type.	16183846
AT5G35410	CS3863	"hypersensitive to sodium and lithium stresses; plants accumulate more sodium and retain less potassium than wild type under salt stress; incapable of growing under low-potassium conditions; trichomes absent on leaves and stems, some trichomes in leaf margins"	
AT5G35410	CS6528	"Suppressor of sos2-2 NaCl sensitivity and growth deficiency under low potassium conditions; seedlings exhibit greater root growth and shoot development with less leaf anthocyanin accumulation when grown in medium supplemented with NaCl; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT5G35520	SALK_012070C	"No defects in kinetochore assembly are detected in this mutant, but it does grow more slowly than wild type plants at elevated temperatures (25-30 degrees C)."	16331414
AT5G35520	mis12-1	No homozygous mutants could be recovered in selfed seed suggesting that loss of MIS12 causes embryo lethality.	16331414
AT5G35550	CS2105593	yellow seeds; leaky allele revealed by spotted seeds in DMACA stain	
AT5G35550	CS83	"yellow seeds due to absence of brown pigment in seed coat (testa); approximately wild-type anthocyanin levels observed in leaves, stems and other tissues."	
AT5G35620	lsp1	Immunity to potyviruses	
AT5G35700	fim5-1	fim5 mutant exhibits delayed pollen germination and retarded pollen tube growth. FIM5 loss-of-function leads to redistribution of actin cytoskeleton in pollen grains and disorganization of actin filaments in pollen tubes.	21098731
AT5G35700	fim5-2	fim5 mutant exhibits delayed pollen germination and retarded pollen tube growth. FIM5 loss-of-function leads to redistribution of actin cytoskeleton in pollen grains and disorganization of actin filaments in pollen tubes.	21098731
AT5G35750	CS6561	"No major visible phenotype when grown on soil; reduced pollen production, reduced fertility; cytokinin-induced cell division and greening of hypocotyl-derived calli are normal; normal or slightly reduced sensitivity to cytokinins in a shoot induction assay; slight effect on cytokinin-induced inhibition of root growth and adventitious root formation; resistant to 50 µg/mL kanamycin."	
AT5G35750	ahk2-1cu	No visible phenotype.	15155880
AT5G35750	ahk2-1cu	Strong cytokinin-insensitive phenotype.	15155880
AT5G35750	ahk2-1cu ahk3-1cu	"Bolting time is slightly delayed (2 to 3 days) and the inflorescence stem length is reduced. However, morphology and fertility of the flowers is relatively unaffected."	15155880
AT5G35750	ahk2-1cu ahk3-1cu	Compact rosettes with shortened petioles and small leaf blades.	15155880
AT5G35750	ahk2-1cu ahk3-1cu	Root elongation unaffected.	15155880
AT5G35750	ahk2-1cu ahk3-1cu	Semi-dwarf phenotype.	15155880
AT5G35750	ahk2-1cu ahk3-1cu	Strong cytokinin-insensitive phenotype.	11479382
AT5G35750	ahk2-1cu ahk3-1cu	The hypocotyl length of the double mutant is slightly decreased; this effect is largely due to reduction in cell number rather than cell size.	15155880
AT5G35750	ahk2-1cu ahk3-1cu	"The leaves of the double mutant expand more slowly than those of wildtype. At 17days after germination, their surface area is 55% that of wildtype plants."	15155880
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Aborted vascular system containing few protoxylem cells in the primary root. Normal adventitious root-vascular system.	16357038
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Adventitious roots are normal.	16357038
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	"Does not produce lateral roots from the primary root. However, 10 days after germination, lateral roots are formed at the upper part of the hypocotyl rather than at the root-hypocotyl junction."	16357038
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Dwarf phenotype.	15155880
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Growth severely affected during reproductive growth phase: onset of flowering varies with each individual plant.	11479382
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Leaf shape slightly altered: longitudinal length of blade more affected than lateral length. Impaired leaf vasculature.	11479382
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Leaves expand more slowly than those of wildtype controls.	11479382
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	"Normal vascular system in adventitious roots, although the hypocotyl and primary root develop aborted vascular tissues."	16357038
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	Postembryonic growth of roots (primary and lateral) severely impaired.	11479382
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	"Reduced seedling size with small cotyledons, slightly shortened hypocotyls (65% of wildtype) and significantly reduced root length."	11479382
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	"The leaves of the triple mutant expand more slowly than those of wildtype. At 17 days after germination, their surface area is 20% that of wildtype plants."	15155880
AT5G35750	ahk2-1cu ahk3-1cu ahk4-1cu	The rate of leaf primordial formation is slightly decreased but the phyllotaxy is normal.	15155880
AT5G35750	ahk2-1cu ahk4-1	Root elongation unaffected.	15155880
AT5G35750	ahk2-1cu ahk4-1	Seedlings appear normal.	15155880
AT5G35750	ahk2-1ms	No inhibition of stimulation of cell division and greening of hypocotyl-derived calli when treated with cytokinin (similar to wildtype response).	
AT5G35750	ahk2-1ms	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT5G35750	ahk2-1ms ahk3-1ms	Normal roots.	
AT5G35750	ahk2-1ms ahk3-1ms	Smaller leaves and shorter stems than wildtype.	
AT5G35750	ahk2-2cu ahk3-1ms	Compact rosettes with shortened petioles and small leaf blades.	15155880
AT5G35750	ahk2-2cu ahk3-1ms	Semi-dwarf phenotype.	15155880
AT5G35750	ahk2-2tk	Cytokinin-induced inhibition of adventitious root formation similar to that observed with wildtype.	
AT5G35750	ahk2-2tk	No inhibition of stimulation of cell division and greening of hypocotyl-derived calli when treated with cytokinin (similar to wildtype response).	
AT5G35750	ahk2-2tk	Normal or slightly reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	15166290
AT5G35750	ahk2-2tk	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT5G35750	ahk2-2tk ahk3-3	Enhancement of the inhibition of cytokinin-induced stimulation of cell division and greening of hypocotyl-derived calli compared to the responsed observed with CRE1 single mutants (e.g. cre1-10).	
AT5G35750	ahk2-2tk ahk3-3	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT5G35750	ahk2-2tk ahk3-3	Normal roots.	
AT5G35750	ahk2-2tk ahk3-3	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT5G35750	ahk2-2tk ahk3-3	Smaller leaves and shorter stems than wildtype.	
AT5G35750	ahk2-5	Early germination compared to wild-type.	16361392
AT5G35750	ahk2-5	Little difference in chlorophyll content compared to wild-type.	16361392
AT5G35750	ahk2-5	No loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT5G35750	ahk2-5	Shoot development indistinguishable from that of wild-type.	16361392
AT5G35750	ahk2-5	Similar to wild-type.	16361392
AT5G35750	ahk2-5 ahk3-7	Chlorophyll content further reduced compared to single mutant ahk3-7.	16361392
AT5G35750	ahk2-5 ahk3-7	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT5G35750	ahk2-5 ahk3-7	Downwards bending of cotyledons indicating differential growth in the adaxial and abaxial sides.	16361392
AT5G35750	ahk2-5 ahk3-7	Early germination compared to wild-type.	16361392
AT5G35750	ahk2-5 ahk3-7	Enhancement of phenotype observed for single mutant ahk3-7: Reduced ability to respond to cytokinin by callus or shoot formation.	16361392
AT5G35750	ahk2-5 ahk3-7	Enhancement of phenotype observed in single mutant ahk3-7: Mutant seedlings grow better and form darker green leaves in the presence of elevated levels of cytokinins in medium. Increased cytokinin resistance	16361392
AT5G35750	ahk2-5 ahk3-7	Epidermal cells of fifth leaf at maturity are about double in size compared to wild-type cells. Leaves formed at later stages are similar to wild-type.	16361392
AT5G35750	ahk2-5 ahk3-7	Further reduction of rosette diameter size compared to single mutant ahk3-7.	16361392
AT5G35750	ahk2-5 ahk3-7	No alteration of flowering induction timing.	16361392
AT5G35750	ahk2-5 ahk3-7	No alteration of rate of leaf formation.	16361392
AT5G35750	ahk2-5 ahk3-7	Reduced length and width of leaves but overall form and heteroblasty is not altered.	16361392
AT5G35750	ahk2-5 ahk3-7	Resistant to cytokinin-induced hypocotyl shortening.	16361392
AT5G35750	ahk2-5 ahk3-7	Three- to tenfold higher cytokinin concentrations required to induce callus formation and growth. Shoot formation very rarely observed in double mutant explants.	16361392
AT5G35750	ahk2-5 ahk3-7	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT5G35750	ahk2-5 ahk3-7	Two- to three-fold increase of concentrations of all zeatin metabolites.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Almost completely infertile but can be allowed to self-fertilize under favorable temperature and light conditions.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Chlorophyll content about 35% of that of wild-type.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Delay in flowering induction.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Delay in rate of leaf formation. Longer plastochrone.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Downwards bending of cotyledons indicating differential growth in the adaxial and abaxial sides.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Early germination compared to wild-type.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Increase in trans-zeatin (16-fold) and trans-zeatin ribosides (9-fold) concentrations. 50-fold concentration increase for zeatin-O-glucoside.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Increased cytokinin resistance compared to double mutant ahk2-5 ahk3-7.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	"Increased seed size, largely due to increased size of the embryo. Embryonic root epidermal cells increased 15% in number and 30% in size compared to wild-type."	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	"Leaf epifermal cell size is increased about three-fold compared to wild-type cells, in young as well as older leaves."	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Shorter hypocotyls than wild-type when grown in white light but increase in length when grown in darkness (~25%) and red- and far-red-light.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Stronger reduction of shoot development compared to double mutant ahk2-5 ahk3-7.	16361392
AT5G35750	ahk2-5 ahk3-7 cre1-2	Total loss of cytokinin-dependent chlorophyll retention in leaves (under dark conditions causing the so-called 'dark-induced senescence').	16361392
AT5G35750	ahk2-5 cre1-2	Displays secondary lateral root branching (not seen in wild-type).	16361392
AT5G35750	ahk2-5 cre1-2	Early germination compared to wild-type.	16361392
AT5G35750	ahk2-5 cre1-2	"With a few exceptions, no increase in zeatin concentrations."	16361392
AT5G35750	atk2-2	Reduced levels of cytokinin induced gene expression (AAR5-7).	19048287
AT5G35750	cre1-10 ahk2-1ms	No visible phenotype.	
AT5G35750	cre1-10 ahk2-1ms	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT5G35750	cre1-10 ahk2-1ms ahk3-1ms	Cytokinin insensitive (no inhibition of growth compared to wildtype).	
AT5G35750	cre1-10 ahk2-1ms ahk3-1ms	Occasionally produces inflorescence stems with abnormal and non-functional flowers which did not produce seeds.	
AT5G35750	cre1-10 ahk2-1ms ahk3-1ms	Shoot and root growth is very slow and leaf number is decreased compared to wildtype.	
AT5G35750	cre1-12 ahk2-2tk	No visible phenotype.	
AT5G35750	cre1-12 ahk2-2tk	Normal or slightly reduced sensitivity to cytokinin in shoot induction assay (exogenous application of cytokinins induces wildtype shoot formation).	15166290
AT5G35750	cre1-12 ahk2-2tk	Reduced sensitivity to cytokinin in root growth assay (exogenous application of cytokinins inhibits wildtype root elongation).	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	Cytokinin insensitive (no inhibition of growth compared to wildtype).	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	No significant response in the cytokinin-induced assay for stimulation of cell division and greening of hypocotyl-derived calli.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	Occasionally produces inflorescence stems with abnormal and non-functional flowers which did not produce seeds.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	Prolonged plastochron.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	Shoot and root growth is very slow and leaf number is decreased compared to wildtype.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	Shorter root than wildtype plant.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	The diameter of the shoot apical meristem is about three times smaller than that of wildtype.	
AT5G35750	cre1-12 ahk2-2tk ahk3-3	The size and activity of the root apical meristem is decreased with respect to wildtype.	
AT5G35750	stip-d ahk2-2 ahk3-3 cre1-12	Small SAM and limited root growth.	20110319
AT5G35770	SALK_088833C	"Small plants with small organs (leaves, flowers and siliques). Has similar cell size to wild type."	27048938
AT5G35770	SALK_129750	"Small plants with small organs (leaves, flowers and siliques). Has similar cell size to wild type."	27048938
AT5G35770	SALK_130342	"Most homozygous embryos abort. Some can be recovered by germination on MS media. Those seedlings have short roots, never develop true leaves and die shortly after germination."	25976549
AT5G35770	sap	Altered floral development	
AT5G35770	sod3-1	"Small plants with small organs (leaves, flowers and siliques). Has similar cell size to wild type."	27048938
AT5G35840	CS66036	More elongated hypocotyls and less expanded cotyledons compared with the wild type when grown under red light. Increased petiole length compared with the wild type. Early flowering in short day conditions compared with the wild type.	
AT5G35840	CS66037	More elongated hypocotyls and less expanded cotyledons compared with the wild type when grown under red light.	
AT5G35840	CS66038	Late flowering under long day conditions compared with the wild type and phyA single mutant.	
AT5G35840	CS66039	Double mutant seedlings are indistinguishable from phyB-10 single mutants when grown in red light.	
AT5G35840	CS66040	Double mutant seedlings are indistinguishable from phyB-9 single mutants when grown in red light. Increased petiole length compared with both single mutants. Early flowering in long day conditions compared with the wild type and similar to the flowering time of the phyB single mutant. Early flowering in short day conditions compared with the wild type and similar to the flowering time of the phyB single mutant.	
AT5G35980	atyak1-1	"Smaller and fewer leaves, reduced biomass compared to wild type under normal growth conditions."	26452715
AT5G36880	CS65789	decreased acetyl-CoA synthetase activity	
AT5G37020	CS24608	no obvious auxin-related growth phenotype	15659631
AT5G37020	CS24632	"arf6 arf8double mutant; dwarfed aerial tissue,  severe flower defects in flower development; homozygous double mutant is sterile."	
AT5G37020	arf6-2/arf8-3	"Twisted leaves, reduced fertility, short stamens,dwarf stature, closed flower buds (no anthesis), anthers do not dehisce, short stems."	16107481
AT5G37020	arf8	Long hypocotyl	
AT5G37020	arf8-3	"Short stamens, reduced fertility."	16107481
AT5G37020	arf8-4	arf8-4 mutation results in the uncoupling of fruit development from pollination and fertilization and gives rise to seedless (parthenocarpic) fruit.	16829592
AT5G37055	CS71694	Accelerated production of leaves with abaxial trichomes.	
AT5G37055	CS71697	More severe phase change phenotype than single mutants sef-2 and atxr7-1. Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT5G37055	SAIL_1142_C03	"early flowering, leaf serration, production of extral petals, weak apical dominance."	17470967
AT5G37140	SALK_062752	impaired freezing tolerance	15894744
AT5G37180	SALK_102146C	No visible phenotype.	17257168
AT5G37180	SALK_102146C	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G37180	sus5 (SALK_065271)	No visible phenotype.	17257168
AT5G37180	sus5 (SALK_065271)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G37180	sus5 (SALK_152944)	No visible phenotype.	17257168
AT5G37180	sus5 (SALK_152944)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G37180	sus5 sus6	"When grown in soil or hydroponically, the double mutant line was not obviously different from wild-type controls."	17257168
AT5G37260	SALK_051843	slightly earlier flowering under long day conditions. increased FT expression under long day conditions.	17587236
AT5G37260	SALK_074896C	"Under FRc conditions, the length mutant hypocotyls is increased compared to that of wild-type plants.  Under Rc conditions, the hypocotyl length is increased and the cotyledon area is larger than that of wild type."	16891401
AT5G37490	CS94069	Small rosettes; slow growth; short internodes; short pedicels; short siliques; reduced fertility; somewhat short plants; average height = 20 cm.	
AT5G37500	gork	Increased water consumption	
AT5G37630	CS24340	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G37630	CS24341	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G37660	SALK_015341C	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT5G37830	SALK_078745C	"oxp1-1 cannot convert 5-oxoproline (5OP) into glutamine. Elevated levels of 5OP accumulate in the the leaves, stems, roots, flowers, and siliques of this mutant, while the level of glutamate is reduced. oxp1-1 mutants have normal seedling root growth and do not display any other morphological defects. They appear to have normal levels of Asp, Ser, Gln, Gly, Thr, Arg, and Ala, and have a wild-type sensitivity to nitrogen deficiency."	18768907
AT5G37830	ggt1-1 / ggt4-1 / oxp1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that neither GGT1 nor GGT4 are important upstream enzymes for generating the 5OP used by OXP1."	18768907
AT5G37830	ggt1-1 / oxp1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that GGT1 is not an important upstream enzyme for generating the 5OP used by OXP1."	18768907
AT5G37830	ggt4-1 / opt1-1	"The 5-oxoproline (5OP) level in this mutant is not significantly different from the level in the oxp1-1 mutant, suggesting that GGT4 is not an important upstream enzyme for generating the 5OP used by OXP1."	18768907
AT5G37850	CS24930	"Hypersensitive to NaCl, KCl, and LiCl but not to CsCl stress; in response to salt stress, plants accumulate more Na+ and retain less K+ compared to wild-type plants; defective in root hair initiation and tip growth; root growth is slower than that of the wild type"	
AT5G37850	sos4	Sensitive to growth inhibition in high Na+ and low K+ environments	
AT5G38110	CS3995	no morphological visible phenotype observed	
AT5G38110	CS3996	no morphological visible phenotype observed	
AT5G38120	CS65799	No visible phenotype.	
AT5G38120	CS65800	No visible phenotype.	
AT5G38660	ape1	Altered acclimation responses	
AT5G38705	SALK_139667	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT5G38720	SAIL_628_F08	Homozygous rrp7 mutants have pleiotropic effects. are slow growing and have pointed leaves. Phyllotactic pattern problems where more than one leaf is formed per axil. Early flowering. Abnormal leaf vein patterning.	30361235
AT5G38720	WiscDsLox461-464C16	Homozygous rrp7 mutants have pleiotropic effects. are slow growing and have pointed leaves. Phyllotactic pattern problems where more than one leaf is formed per axil. Early flowering. Abnormal leaf vein patterning.	30361235
AT5G38970	SALK_068952	grew similary to WT plants throughout the life of the plant	15710611
AT5G38970	SALK_101866	grew similary to WT plants throughout the life of the plant	15710611
AT5G38970	cyp86a1-1/cyp85a2-2	severe dwarfs that are reminiscent of the known strong brassinosteroid-deficient mutants; treatment with brassinolide at 100 nM restored the double mutant phenotype nearly fully to WT but castasterone at the same concentration only partially rescued the phenotype	
AT5G39040	CS3847	increased aluminum sensitivity; poor root growth in the presence of levels of aluminum (e.g. 0.25 - 0.75 mM AlCl3) that slightly inhibits root growth in wild type seedlings.	
AT5G39040	CS66053	No visible phenotype.	
AT5G39210	crr7-1	No visible phenotype compared to Col-0/gl1 wild-type.	16359395
AT5G39210	crr7-1	Non-photochemical quenching (NPQ) is slightly increased in the mutant.	16359395
AT5G39210	crr7-1 crr2-1	No described phenotype. This line was used to assess the formation of the NDH complex by introducing into this double mutant a transgenic copy of the wild-type CRR7 gene.	16359395
AT5G39210	crr7-3	No visible phenotype compared to Col-0/gl1 wild-type.	16359395
AT5G39210	crr7-3	Non-photochemical quenching (NPQ) is slightly increased in the mutant.	16359395
AT5G39340	CS860145	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT5G39340	CS860149	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT5G39340	CS860151	Inhibition of root elongation is slightly less sensitive than the wild type plants in the presence of 25 nM of cytokinin benzyl adenine (BA) in the growth media.	
AT5G39340	CS860154	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT5G39340	CS860155	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT5G39340	CS860158	"Inhibition of root elongation is similar to the wild type plants in the presence of various levels of exogenous cytokinin; root elongation in seedlings is inhibited by increasing concentrations of the cytokinin benzyl adenine (BA) in the growth media, showing a sharp decrease in root elongation between 10 and 50 nM BA."	
AT5G39340	CS860159	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA), indicating a reduced response to cytokinin in addition to the reduced sensitivity; reduced sensitivity of lateral root formation to cytokinin; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT5G39340	CS860161	"Reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone; very short and narrow primary root; xylem development in the narrow primary root is less extensive than in the larger primary root of wild-type plants."	
AT5G39340	CS860163	"Inhibition of root elongation is substantially less sensitive to cytokinin  than the wild type plants and is less responsive to cytokinin over the whole range of cytokinin benzyl adenine (BA) concentrations used in the growth media; roots are longer than those of wild-type plants when grown on near-saturating levels of cytokinin (10 uM BA). It is not significantly different from the response of the ahp1,2,3 triple mutant, which indicates that AHP4 does not play a substantial role in this response; reduced inhibition of hypocotyl elongation in response to cytokinin, consistent with reduced sensitivity to the hormone."	
AT5G39340	CS860164	"Abnormal growth and development: reduced vascular development in primary root; very short and narrow primary root; adventitious root development; smaller rosettes, shorter siliques, fewer seeds per silique; larger seeds and larger embryos than the wild type; reduced fertility;  increased  hypocotyl elongation in the presence of cytokinin."	
AT5G39510	CS68722	"The morphology of mutant plants was similar and to some extent stronger than the syp22-3 (CS68716: wavy leaves, delayed growth and semi-dwarfism) and vti11 single mutants. Immature third and fourth order leaf veins."	
AT5G39510	CS68723	The morphology of mutant plants was similar and to some extent stronger than vam3-4 (CS68717: semi-dwarf and wavy leaf phenotype) and vti11 single mutants. Vascular immaturity: unattached first and second order veins and undeveloped third and fourth order veins.	
AT5G39510	CS68724	Multiple vacuoles in roots and hypocotyls. Protein storage vacuoles (PSVs) of itt3 mature embryos are smaller than the wildtype. Zigzagged inflorescence similar to zig-1.	
AT5G39510	sgr4-1	"Inflorescence stems and hypocotyls of mutant plants showed abnormal gravitropic response, while root gravitropism was normal."	9210330
AT5G39510	zig	Shoot gravitropism defects in hypocotyl and inflorescence stem	
AT5G39510	zip1/zig-1	Zip1 dominantly supresses the zigzag phenotype of the zig1 mutant. The zip1 gain of function allele results in ectopic expression of VTI12 which forms complexes with SYP22. Corrects the gravtitropism defect of zag1 homozygotes.	15797025
AT5G39510	zip3-1/zig-1	Reduced response to gravity but not as strong as zig-1 along. Zip3 suppresses zig-1 phenotype.	20086190
AT5G39550	vim3-1	No centromere repeat hypomethylation phenotype.	17242155
AT5G39610	nac2-1	Delayed senescence of stigmatic tissue.	29808023
AT5G39610	nac2-1	Indistinguishable from wildtype under normal or salt stress growth conditions.	16359384
AT5G39610	nac2-1	Not significantly affected in lateral root development.	16359384
AT5G39670	CS72194	"Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated flg22-induced CBP60g expression, pattern-triggered immunity (PTI) and salicylic acid accumulation."	
AT5G39670	CS72195	"Spontaneous chlorosis under highly moist conditions (humidity approximately 80%). Reduced rosette size. Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated salicylic acid accumulation, flg22-induced pattern-triggered immunity (PTI) and sustained CBP60g expression."	
AT5G39680	emb2744	embryo defective	
AT5G39710	emb2745	embryo defective	
AT5G39740	an3-3 oli7-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT5G39740	oli2-1 oli7-1	Decrease in cell number of 30-60% with respect to the wild type in the first leaves. Palisade cells are 1.5 to 2-fold larger in size than wild type.  Leaf area is slightly reduced compared to parental single mutants.	19392710
AT5G39740	oli7-1	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT5G39740	oli7-2	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT5G39750	CS24356	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G39760	zfhd10-1	short hypocotyl under low fluence rate blue light	29686058
AT5G39790	SALK_025022C	Mutants have reduced levels of amylose and reduced amounts of starch granule bound GBSS.	25710501
AT5G39790	ptst-2/ptst-2	Mutants have reduced levels of amylose and reduced amounts of starch granule bound GBSS.	25710501
AT5G39830	SALK_004770C	Inhibited growth when exposed to high light.  Some leaves exhibited symptoms of yellowing.	17449806
AT5G39860	bnq1 rnai	WT phenotype	20305124
AT5G39860	bnq1 rnai; bnq2 rnai; bnq3	"Same as bnq3 single mutants: sepals and carpels  are  pale yellow or white,while the inflorescence stems and siliques are purple"	
	20305124		
AT5G39980	SAIL_14_A10	Homozygotes are delayed in embryo development (25% of heterozygous plants produce delayed white embryos). Albino seedings due to defective chloroplasts.	29053825
AT5G40160	CS84664	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 24.5% mutant; 60.7% aborted seeds in top half of silique.	
AT5G40160	emb506	"Embryo defective, globular"	
AT5G40170	CS65502	No visible phenotype.	
AT5G40260	rpg1	Microsporogenesis is aberrant after meiosis.  Microspore exine pattern formation is defective.	23686221
AT5G40270	CS71624	"Phenotype is identical to CS6217. Elongated hypocotyl under white or red light. Leaf petiole somewhat elongated but shorter than the pure phyB-9 single mutant (CS71625). Smaller leaf blade, paler leaf color, and lower chlorophyll content than CS71625. Combination of pale yellowish interveinal tissue and green vascular associated tissue, resulting in a reticulate phenotype. Interveinal mesophyll cells contain abnormally small chloroplasts. Inefficient photosystem II quantum yield."	
AT5G40270	CS71626	"Semi-dwarf phenotype caused by short petioles and small leaf blades. Altered leaf color. Combination of pale yellowish interveinal tissue and green vascular associated tissue, resulting in a reticulate phenotype. Interveinal mesophyll cells contain abnormally small chloroplasts. Chlorophyll content lower than wild type Col-0 plants. Inefficient photosystem II quantum yield."	
AT5G40280	CS69966	"Abscisic acid (ABA) hypersensitivity of germination, guard cell anion-channel activation, and of stomatal closing. Decreased germination efficiency under normal postimbibition conditions. Dormancy is alleviated by a 4-day chilling period; germination efficiency increases with length of time seeds are chilled. Reduced transpirational water loss and slowed desiccation during drought treatment."	
AT5G40280	bos1 era1-2	Larger lesion sizes after Botrytis infection as compared to era1-2. Spontaneous cell death during flowering.	31328223
AT5G40280	era1	ABA hypersensitivity of guard cell anion-channel activation and stomal closing	
AT5G40280	era1-1	Decreased germination efficiency under normal postimbibition conditions. Dormancy is alleviated by a 4-day chilling period. The efficiency of germination increases with the length of time the seeds are chilled.	8703061
AT5G40280	era1-2	Decreased germination efficiency under normal postimbibition conditions. Dormancy is alleviated by a 4-day chilling period. The efficiency of germination increases with the length of time the seeds are chilled.	8703061
AT5G40280	era1-2	Enhanced Botrytis immunity; strong H2O2 accumulation in Botrytis infected plants 16 hours post infection; cuticle defective; ABA hypersensitive.	31328223
AT5G40280	era1-3	Decreased germination efficiency under normal postimbibition conditions. Dormancy is alleviated by a 4-day chilling period. The efficiency of germination increases with the length of time the seeds are chilled.	8703061
AT5G40280	era1-4 ggb-2	"Enlarged meristems, extra floral organs,retarded growth and reduced stature"	16183844
AT5G40330	CS66488	"appear to have a normal root hair density, but a quantitative analysis shows they have a small but statistically significant increase in hair cell production in the N position"	
AT5G40330	CS67773	"Excessive root hair production. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G40330	SALK_048592	"In addition to having a reduced number of trichome branches, myb23 mutants have smaller trichomes."	19136646
AT5G40330	SALK_048592	"Patterning of trichomes is not affected.  However, there is reduced trichome branching with respect to the wild type, Columbia."	15728674
AT5G40330	myb23-2	"Patterning of trichomes is not affected.  However, there is reduced trichome branching compared to the wild type, Wassilewskija."	15728674
AT5G40330	myb5-1/myb23-1	"Trichomes are extremely reduced in size and have fewer branches. Also, fewer trichomes form along the margins of leaves."	19136646
AT5G40420	CS69012	Slightly larger oil bodies than wildtype. Seeds have reduced freezing tolerance.	
AT5G40420	CS69015	Germination rate is 10% of wildtype at 11 days after planting. Enhanced ole1 large oil body phenotype. Irregularly-shaped nuclei at the periphery of the seed cells. Seeds have drastically reduced freezing tolerance.	
AT5G40420	CS69017	Slightly larger oil bodies than wildtype. Seeds have reduced freezing tolerance.	
AT5G40420	SALK_072403	"ole2 seeds have larger oil bodies than wild-type. OLE2 dificiency leads to loss of freezing tolerance of Arabidopsis seeds. Treating ole2 seeds with freezing (at -30°C for 1 day) delays their germination, although ole2 seeds without freezing treatment germinate normally. Seeds of ole1 ole2 double mutant exhibit severe phenotypes. Oil bodies of ole1 ole2 double mutant are much larger than ole2. ole1 ole2 seeds hardly germinate. None of the ole1 ole2 seeds that are treated with freezing (at -30°C for 1 day) germinate. Oil bodies of ole2 ole3 double mutant are much larger than ole2. Treating ole2 ole3 seeds with freezing (at -30°C for 1 day) inhibits and delay their germination, although ole2 ole3 seeds without freezing treatment germinate normally."	18485063
AT5G40420	ole1 ole2	Oil bodies of ole1 ole2 double mutant are much larger than ole1 and ole2 single mutants. ole1 ole2 seeds hardly germinate. None of them that are treated with freezing (at -30°C for 1 day) germinate.	18485063
AT5G40420	ole2 ole3	"Oil bodies of ole2 ole3 double mutant are much larger than ole2 and ole3 single mutants. Treating ole2 ole3 seeds with freezing (at -30°C for 1 day) inhibits and delays their germination, although ole2 ole3 seeds without freezing germinate normally."	18485063
AT5G40480	CS24360	embryo defective; developmental arrest of mutant embryos occurs at preglobular stage.	
AT5G40490	SALK_021452	Late flowering under long and short days. Normal flowering in response to GA and vernalization.	26099751
AT5G40490	hlp1-1/flc-3	Normal flowering response under long and short days. Loss of flc supresses the phenotype of hlp1-1	26099751
AT5G40740	gem3 /-	Defective pollen and female gametophytes resulting in reduced transmission.Rare homozygotes can be produced and those have abnormal twisted organs.	27121542
AT5G40770	CS66010	Defective in ABA-induced NO accumulation and stomatal closure and in auxin-induced lateral root formation. Less sensitive to salt stress.	
AT5G40810	SALK_043717	"Comparison of SALK_043717C to Columbia resulted in a trend toward less biomass in the mutant (P=0.16) and more growth over time in the Columbia (exponential growth curve fit began at same level and slope increased more in Columbia, although statistical comparison of curve fits for mutant and wildtype gave P=0.3)."	
AT5G40820	atr / tert	"atr/tert mutants show a more rapid loss of telomeric length than tert and atm/tert mutants, and show a more rapid degeneration in growth habit, becoming small, with aberrant leaf shape, and very low fertility by the third generation whereas tert mutants and tert/atm mutants show normal growth features until later generations. These mutants also have marked defects in chromosomal organization by G3 as evidenced by the presence of anaphase bridges, sometimes involving multiple chromosomes, a phenotype not seen in tert or atm/tert mutants."	16166376
AT5G40820	atr/atm	Double mutants are defective in telomere maintainance. Mutants form anaphase bridges.	16166376
AT5G40870	atuk/uprt1	"The chlorophyll content of the wild-type plants decreased with increasing 5-FU and 5-FD concentrations, and the lowest chlorophyll content was obtained with 400 &mu;M of 5-FU or 5-FD treatments. However, the chlorophyll content of the mutant plants was not affected by the 5-FU and 5-FD treatment."	
	17143579		
AT5G40870	atuk/uprt1	"supplementing with various concentrations of 5-fluorouracil (5-FU) and 5-fluorouridine (5-FD) (0-400 &#956;M). The wild-type plants showed high sensitivity to both 5-FU and 5-FD, whereas mutant plants remained unaffected. The growth of wild-type plants  decreased with increasing 5-FU concentration, and the highest growth retardation was observed in the plants treated with 400 &#956;M of 5-FU. Drastic growth retardation of wild-type plants was seen when they were treated with 5-FD. All plants were virtually killed except those treated with 50 &#956;M of 5-FD."	17143579
AT5G40890	clca	Reduced accumulation of nitrate under conditions of excess nitrate	
AT5G40990	glip1-1	Highly susceptible to fungal pathogen Alternaria brassisicola.	16126835
AT5G40990	glip1-2	Highly susceptible to fungal pathogen Alternaria brassisicola.	16126835
AT5G41150	CS3819	"extreme hypersensitivity of seedlings and roots to both UV-B and UV-C radiation under nonphotoreactivating conditions but intermediate hypersensitivity under photoreactivating conditions; extreme hypersensitivity of seeds to ionizing radiation; plants show chlorosis, wilting and extensive cell death following exposure of leaves to small acute fluences of UV radiation that does not affect wt plants; irradiation of seeds with gamma rays inhibits the production of the first true leaves at lower doses than required for wt plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
AT5G41150	hrq1-1 rad1-1	Significant reduction of FW after treatment with cisplatin and MMC.	29577315
AT5G41150	rad1-1	Severe reduction in relative FW when exposed to crosslinkers cisplatin and MMC.	29577315
AT5G41315	CS6516	Double mutant; absence of trichomes on leaf and stem surfaces.	
AT5G41315	CS6517	"Highly pleiotropic trichome phenotype; morphological defects of trichome development in leaves are: trichomes on leaves vary from nearly normal to lacking a normal stalk and exhibiting multiple abnormal branches, to lacking branches, for this reason this mutant was named shapeshifter (sst); trichomes also vary in their degree of maturation; most trichomes lack papillae; leaves exhibit fewer trichomes that are abnormally clustered. Trichomes exhibit a dramatic increase in cell wall expansion during early development, being much larger than wild type trichomes, supporting a larger number of branch initiation sites. Trichomes have greatly increased levels of endoreduplication, and have a striking nuclear morphology; mutant nuclei consist of many interconnected lobes, however, only a single set of polytene-like chromosomes reside in the nuclei."	
AT5G41315	CS66	trichomes unbranched and reduced in number.	
AT5G41315	CS66490	hairy roots; proliferation of root hair cells	
AT5G41315	CS67763	"No trichomes; excessive root hair production. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G41315	CS70976	Trichome clusters on the adaxial side of leaves.	
AT5G41315	CS70977	Glabrous plants	
AT5G41315	CS70978	Glabrous plants	
AT5G41315	CS70979	Glabrous plants	
AT5G41315	ttg2-1/gl3-1	Reduced trichome numbers.Trichomes that do form have reduced (e.g. single) branch numbers.	17766401
AT5G41370	xpb1	"Delayed development, increased sensitivity to alkylating agents"	
AT5G41410	CS3090	"female sterile; malformed ovules; only a single integument-like structure formed in place of integuments (which develops into a collar of tissue); delayed senescence, high development of axillary buds leading to a highly branched inflorescence."	
AT5G41410	CS8545	"female sterile; defective ovule development; inner integument fails to develop and outer integument is replaced by an abnormal collar of tissue which fails to fully enclose the nucellus; occasionally, integument-like structures can develop into carpel-like structures having secondary abnormal ovules - embryo sac does not fully develop in these ovules."	
AT5G41410	bel1-2	Female sterile. Homeotic conversion of ovules to carpel like structures.	
AT5G41480	CS24060	embryo defective; preglobular	
AT5G41480	CS6304	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 23.9% mutant; 59.9% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth).	
AT5G41480	gla1	embryo defective	
AT5G41790	SALK_070302	Homozygotes derived from this line have shorter hypocotyls when grown in the dark. They are more sensitive to water loss.	27372427
AT5G41910	CS16507	No visible phenotype.	
AT5G41990	SALK_091329	WT phenotype. RT-PCR confirmed that RPL23aA and RPL23aB transcript levels are similar between WT and homozygotes.	18566829
AT5G42080	CS16362	"Seedlings show strongly reduced root growth and limited radial swelling, reduced hypocotyl length with radial swelling under both light and dark conditions; smaller rosettes and  shorter bolts than wild type; some abnormal cell division planes, sometimes incomplete cytokinesis; reduced cell elongation; reduced uptake of FM4-64 suggesting defective endocytosis; cellulose deficient; strong phenotype at 20C with limited enhancement at 30C."	
AT5G42080	CS87699	Somewhat small and dark-green rosettes with narrow appearance of leaves; bushy plants; short internodes; short siliques; average height = 33 cm.	
AT5G42080	adl1a	"Embryo defective, cotyledon"	
AT5G42130	atmfl1-1	"Rosettes of 21 day old plants are smaller in size, when grown in control conditions or under constant Fe supplement: mutant leaves, in both conditions, are signi&#64257;cantly shorter and lighter than wt ones."	21371898
AT5G42130	atmfl1-2	"Rosettes of 21 day old plants are smaller in size, when grown in control conditions or under constant Fe supplement: mutant leaves, in both conditions, are signi&#64257;cantly shorter and lighter than wt ones."	21371898
AT5G42170	SAIL_823_F04	no obvious phenotype	17425716
AT5G42270	CS271	variegated especially at early stages; somaclonal variant.	
AT5G42270	ftsh1 ftsh5	Completely white seedlings. Restoration of Heterozygocity of FTSH5 allows chloroplast development in the cotyledons.	16126834
AT5G42270	ftsh2 ftsh5	More variegated than ftsh2.	16126834
AT5G42270	ftsh5	Lesser ability to deal with photoinhibition.	16126834
AT5G42270	ftsh5	variegated.	16126834
AT5G42310	atcrp1-1	Mutant embryos were slight larger and paler that wt. Yellow seedlings do not survive past the cotyledon stage without added sucrose in the medium.	28261232
AT5G42400	CS71693	Elongated leaves and accelerated production of leaves with abaxial trichomes.	
AT5G42400	CS71696	More severe phase change phenotype than single mutants arp6-1 and atxr7-1. Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT5G42400	CS71697	More severe phase change phenotype than single mutants sef-2 and atxr7-1. Increased elongation and serration of leaves 3 and 4. Accelerated production of leaves with abaxial trichomes. Reduced levels of MIR156A and MIR156C primary transcripts pri-miR156a and pri-miR156c.	
AT5G42400	CS71698	Late flowering; sensitive to vernalization.	
AT5G42440	CS860326	No visible phenotype	
AT5G42520	CS68696	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT5G42520	CS68697	"Slightly reduced vigor, perforated gynoecium septum, some reduction in female fertility, sporadic ovule abnormalities."	
AT5G42520	CS68698	"Very reduced vigor, sensitive to any stress, reduced stature, small curled leaves, perforated gynoecium septum, severe reduction in female fertility, common ovule abnormalities, primary inflorescence usually infertile, fertility only in secondary inflorescences, some reduction in male fertility."	
AT5G42520	CS68701	No visible phenotype.	
AT5G42520	CS68807	No visible phenotype.	
AT5G42630	CS154	"aberrant seed shape (heart-shaped vs. oblong), exhibits reduced dormancy."	12244241
AT5G42630	CS154	"ats-1 ovules have only a single integument in place of the normal two.  The integument appears to be derived from congenital fusion of the two wild-type integuments and consists of three to five cell layers, with characteristics of both wild-type outer and inner integuments."	16623911
AT5G42630	ino-1 ats-1	Outer integument of the ovule is absent and the inner integument is replaced by a relatively amorphous collar-like structure.	16623911
AT5G42630	kan1 kan2 ats	"Similar to kan1 kan2 double mutant.  However, the ovules have a novel phenotype, forming a single amorphous structure in place of both integuments."	16623911
AT5G42630	kan1-2/kan2-1/kan4-3	Radialized leaf like organs form on the hypocotyl. Altered stomata and root hair pattering.Increased periclinal divisions on abaxial side of cotyledons and hypocotyl.Ectopic expression of PIN1 in hypocotyl region.	
AT5G42640	SALK_035610	"Similar to teb-1, with a typical short-root phenotype and the aerial system that is reduced in size, with highly serrated and asymmetric leaves and a fasciated stem."	16517762
AT5G42650	CS6149	"Jasmonic acid (JA) deficient; severe male sterility phenotype due to defects in anther and pollen development, male-sterile phenotype can be rescued by exogenous application of methyl jasmonate;  defective wound signal transduction due to a block in JA biosynthesis, JA levels do not increase after wounding; glabrous phenotype: lacks trichomes on stems and leaves"	
AT5G42650	CS65993	Male sterile.	
AT5G42650	CS65997	Male sterile.	
AT5G42650	CS65998	Male sterile.	
AT5G42650	CS65999	Male sterile.	
AT5G42650	CS66003	Male sterile.	
AT5G42650	CS66004	Male sterile.	
AT5G42650	CS66005	Male sterile.	
AT5G42650	CS66007	"Male sterile. Shows a significant reduction of AvrRpt2 (80%), AvrRpm1 (20%) and AvrPphB (50%)-induced ETI (Effector Triggered Immunity). Severely impared in flg22-induced PTI (Pattern Triggered Immunity). Compromised immunity to the fungal pathogen A. brassicicola."	
AT5G42650	aos (GL1)	aos (GL1) single mutant was generated by backcrossing the original aos to Col-0. aos (GL1) single mutant leaves produce fewer trichomes than wild-type (ca. 30% reduction). Morphology and branching number of aos (GL1) trichomes are normal. aos (GL1) does not increase leaf trichome density in response to wound treatment.	19234066
AT5G42790	CS68525	Increased arsenic tolerance and increased accumulation of arsenic and thiol compounds during arsenic stress. Shows greater aresenic tolerance than ars4 (CS68524).	
AT5G42790	CS68526	Elongated hypocotyl phenotype when grown under far-red light conditions. Increased arsenic tolerance.	
AT5G42790	ars5-1	Increased  arsenic tolerance	
	19453443		
AT5G42800	CS3368	"angustifolia, apetala, pyrimidine requiring, erecta, long hypocotyl, glabra, brevipedicellus, eceriferum, transparent testa."	
AT5G42800	CS84	"yellow seeds due to absence of brown pigment in seed coat (testa); anthocyanins absent in leaves, stems and all tissues, this is conspicuous in older plants when chlorophyll starts breaking down, and mutant plants are yellowish; deficient in dihydroflavonol 4-reductase and lack anthocyanidins."	
AT5G42800	CS8588	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G42800	CS8594	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); pale brown seeds.	
AT5G42800	CS8595	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G42800	CS8596	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G42800	CS8597	double mutant; disruption of the synthesis of brown pigment in seed coat (testa); yellow seeds.	
AT5G42800	CS8603	"double mutant; altered phenylpropanoid metabolism; disruption of the synthesis of brown pigment in seed coat (testa), yellow seeds."	
AT5G42860	cc1/cc2	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT5G42860	cc1/cc2/cc3	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT5G42860	cc1/cc2/cc3/cc4	Hypocotyls of etiolated mutants displayed cell swelling and elongation defects when grown on  salt containing media.	26343580
AT5G42890	Atscp2-1	"Lower germination frequency and time, restored by addition of 1% sucrose. Smaller cotyledon rosettes and  shorter hypocotyls than wild-type and the root elongation  was also retarded. In the dark, root elongation was inhibited  on media lacking sucrose"	
	18687588		
AT5G42970	CS3832	"accumulation of normal levels of anthocyanins at the seed stage and cotyledons become purple only after germination; seedlings grow slower than the wild type; lethal after the seedling stage; dark-grown seedlings resemble light-grown wild type seedlings having short hypocotyl, and open and expanded cotyledons; dark-grown seedlings express high levels of light-inducible genes and have altered plastid development in cotyledons"	
AT5G42970	CS5222	accumulation of anthocyanins (purple coloration) in developing embryos; siliques have one quarter of slightly purple colored seeds; dark-grown seedlings do not etiolate.	
AT5G42970	CS6263	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT5G42970	CS6263	Lacks the intact COP9 signalosome (CSN).	10521526
AT5G42970	CS6263	"Light-grown seedlings have open (purple) cotyledons, short roots, little or no shoot is produced; lethal; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; expression of light-induced genes in dark-grown plants."	
AT5G42970	CS6263	Mutation is lethal in the homozygous state.	10521526
AT5G42970	CS6263	"accumulation of anthocyanins (purple coloration) in cotyledons of developing embryos; light-grown seedlings have open (purple) cotyledons, short roots, little or no shoot is produced; lethal; dark-grown seedlings resemble light-grown wild-type seedlings having short hypocotyl, open and enlarged cotyledons, accumulation of anthocyanins, chloroplast-like plastid differentiation; expression of light-induced genes in dark-grown plants."	
AT5G42970	SALK_043720	constitutive photomorphogenesis	18434413
AT5G42970	fus4-414	Lacks the intact COP9 signalosome (CSN).	10521526
AT5G42970	fus4-414	Mutation is lethal in the homozygous state.	10521526
AT5G42970	fus4-414	The colour of mutant seeds is normal and similar to that of the wild type.	10521526
AT5G43050	npq6	Altered quenching of chlorophyll fluorescence	
AT5G43050	npq6	"Morphologically WT.  Quantitative nonphotochemical quenching (NPQ)measurements showed that the npq6 mutant exhibits less NPQ than WT. the biggest differences were seen in the induction phase of NPQ.   The npq mutant has WT levels of teh maximum quantum yield of PSII, chlorophylla+b contents and the xanthophyll cycle pigment pool size."	
	20087601		
AT5G43050	npq6; npq7	Nonphotochemical quenching measurements were lower than either of the single mutants.	20087601
AT5G43110	SALK_039337	Reduced nitrogen content in embryos.	25608465
AT5G43180	CS923468	No visible phenotype.	
AT5G43270	 FLAG_295G12;FLAG_245C09	Wider lamina in the third cauline leaf than the respective single mutants. Increased number of trichomes on sepals than the respective single mutants.	19880401
AT5G43270	CS69781	No visible phenotype	
AT5G43270	CS69795	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT5G43270	CS69796	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G43270	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G43270	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT5G43270	FLAG_245C09	"Cauline leaves and sepal trichomes show morphological defects.Specifically, leaf lamina is wider than WT in the third cauline leaf. These phenotypes indicate a delayed vegetative - to reproductive phase change."	19880401
AT5G43270	FLAG_422H07;FLAG_245C09	Wider lamina in the third cauline leaf than the respective single mutants.	19880401
AT5G43350	pht1;1-3	Enhanced arsenic accumulation.	17400898
AT5G43410	erf96-1	No visible phenotype.	26635862
AT5G43430	SAIL_237_D11	Accelerated senescence under constant dark conditions.	16923016
AT5G43430	SAIL_707_E02	Accelerated senescence under constant dark conditions.	16923016
AT5G43560	CS69989	No visible phenotype.	
AT5G43560	CS69990	Extremely dwarfed plants when grown at room temperature (22C). Indistinguishable from wild-type Col-0 plants when grown at 28C. Elevated expression of SNC1 and Pathogenesis Related (PR) Resistant to P. syringae 2 (RPS2) genes. Enhanced resistance against oomycete pathogen Hpa Noco2.	
AT5G43630	tzp-1	short hypocotyl under low fluence rate blue light	29686058
AT5G43700	CS25208	No visible phenotype.	
AT5G43760	CS71728	Reduced root growth and amount of epicuticular wax crystals. Reductions in C22 and C24 very-long-chain fatty acid (VLCFA) derivatives; increase in level of C20 VLCFAs.	
AT5G43760	CS71729	Glossy green appearance due to significant reduction of the amount of epicuticular wax crystals on stems and siliques. Total wax content decreased in stems and leaves. Roots exhibit growth retardation and abnormal lamellation of the suberin layer in the endodermis. Accumulation of C20 very-long-chain fatty acid (VLCFA) derivatives and reduction of C22 and C24 VLCFA derivatives compared to single mutants kcs2/daisy-1 (CS71727) and kcs20 (CS71728).	
AT5G43810	CS11	defective embryonic shoot meristem development.	
AT5G43810	CS3853	"strong allele; incompletely penetrant phenotype; lacks a functional shoot apical meristem,instead organs produced range from a determinate structure frequently slender and cylindrical pinlike organ to a radial or cup-shaped leaf to a normal leaf; a flat meristem can form adventitious buds in the axils of the cotyledons giving rise to rosettes that ultimately bolt and form flowering shoots; often lacking axillary buds in the cauline leaves, sometimes a very reduced determinate pinlike structure is formed in the axil of the cauline leaves; floral organ number in all four whorls is variable; ovule shape and early embryo development are affected infrequently; siliques are shorter and fatter than in wild type, silique phenotype is completely penetrant."	
AT5G43810	zll-2	Leaves are abaxialized. Adaxial surface has characteristics of abaxial leaf surfaces. Leaves appear rippled.	19054365
AT5G43810	zll-2/as1-101	Abnormal leaves. Leaves are pin-like or 'lotus'-like.	19054365
AT5G43810	zll-2/as2-101	"Abnormal leaves, pin-like or 'lotus-like'."	19054365
AT5G43870	SALK_064024C	smaller leaves with no reduction in vein density	29982821
AT5G43870	fkd1/fl1-2	"more vascular islands in cotyledons, higher number of non-meeting secondary veins in first leaves"	29982821
AT5G43870	fkd1/fl1-2/fl2/fl3	"more vascular islands, the cotyledons have fewer secondary veins that are almost entirely non-meeting as compared to double mutants. More rosette leaves and flower later than wt, less root growth, reduced root tip curvature."	29982821
AT5G43890	CS69869	Disruption of shade avoidance response reflected in failure to increase hypocotyl and petiole length under end-of-the-day far-red light treatment and under low red to far-red conditions. Reduced fertility.	
AT5G43890	CS69942	Reduced hypocotyl and petiole length under end-of-day far-red light treatment (EOD-FR). Slight reduction in hypocotyl length under both high and low red to far-red (R:FR) conditions.	
AT5G43890	super1-D	"elongated stems, elongated hypocotyls resulted from elongated epidermal and cortex cells, elongated pedicels resulted from elongated epidermal pavement cells and increased cortex cell numbers"	16126863
AT5G43890	super1-D er-103	"altered leaf shape, reduced fertility,elongated hypocotyl resulted from elongated epidermal and cortex cells, elongated pedicel resulted from elongated epidermal pavement cells and increased cortex cell numbers"	16126863
AT5G43890	super1-D er-105	"short siliques, very few seeds, elongated stems, elongated hypocotyls resulted from elongated epidermal and cortex cells, elongated pedicels resulted from elongated epidermal pavement cells and increased cortex cell numbers"	16126863
AT5G43900	SALK_055785C	"There are no obvious defects in the aerial tissues of xi-2 mutant plants grown under normal conditions. The root length of the mutant is also normal, but, it has shorter roots hairs than wild-type plants."	18178669
AT5G43900	xi-2 / xi-b	"The overall growth of the xi-2 / xi-b double mutant is normal. In the leaf epidermis, Golgi stacks and peroxisomes move more slowly in these mutant cells than in wild-type cells. The rate of mitochondrial movement is also slightly reduced. Root hair length is reduced to ~15% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT5G43900	xi-k / xi-2	"The overall growth of the xi-k / xi-2 double mutant is normal. In the leaf epidermis, Golgi stacks, peroxisomes, and mitochondria move more slowly in these mutant cells than in wild-type cells. Root hair length is reduced to ~20% of the wild type root hair length in these double mutants, but their root hair density is very similar to the wild type density."	19060218
AT5G43940	CS66011	Dark-grown seedlings are blocked in hypocotyl elongation after heat stress.	
AT5G43940	CS66012	"Dark-grown seedlings are unable to elongate hypocotyls and to develop further. Seedling growth is also arrested in the light on a sucrose-containing medium. Decreased number of rosette leaves under long-day conditions. Pale green and distorted leaves. Short roots. Semidwarf and highly branched after bolting. Reduced fertility, short stamens and shriveled small petals. Adult plants fail to acquire thermotolerance."	
AT5G43940	CS67832	"Dark-grown seedlings are unable to elongate hypocotyls and to develop further.  Short roots. Semidwarf and highly branched after bolting. Reduced fertility, short stamens and shriveled small petals. Adult plants fail to acquire thermotolerance."	
AT5G43940	CS67833	"Dark-grown seedlings are unable to elongate hypocotyls and to develop further.  Short roots. Semidwarf and highly branched after bolting. Reduced fertility, short stamens and shriveled small petals. Adult plants fail to acquire thermotolerance."	
AT5G43940	FLAG_298F11	"Unable to grow following germination on nutrient medium in the dark. Unable to grow in the light on growth medium. The mutant seeds germinated, but growth was arrested right after some root elongation and emergence of small cotyledons. The small cotyledons failed to green and the seedlings eventually died. The mutants could however be recovered on soil. Under long day conditions (16 hour light), the mutants had a reduced number of rosette leaves. The leaves were pale green and distorted. Bolts were shorter. After bolting, the plants were highly branched and semi-dwarf under all light conditions. Few seeds setting."	18326829
AT5G43940	GABI_315D11	"Unable to grow following germination on nutrient medium in the dark. Unable to grow in the light on growth medium. The mutant seeds germinated, but growth was arrested right after some root elongation and emergence of small cotyledons. The small cotyledons failed to green and the seedlings eventually died. The mutants could however be recovered on soil. Under long day conditions (16 hour light), the mutants had a reduced number of rosette leaves. The leaves were pale green and distorted. Bolts were shorter. After bolting, the plants were highly branched and semi-dwarf under all light conditions. Few seed setting."	18326829
AT5G43980	pdlp1-1	This mutant does not show any obvious abnormal growth or developmental phenotype.	18215111
AT5G43980	pdlp1-1 / pdlp3-1	The movement of GFP between cells is increased in this double mutant.	18215111
AT5G43990	CS69983	Delayed flowering and reduced root growth. Reduction in RNA-directed DNA methylation.	
AT5G44030	CS923876	"Numerous thin lateral inflorescences, reduced fertility, short siliques; dwarf plants; average height = 13 cm."	
AT5G44030	CS9847	xylem vessels in the stem are irregular and appear collapsed; plants are darker green and smaller than wild type; stems are weak and leaves tend to be turned down 	
AT5G44030	irx5-4	"Plants have small stature, reduced cellulose and irregular xylem."	15980264
AT5G44070	&#916;PCS1	Exposure of seedlings to 50 &#956;M Cd2+ for 2 days does not induce phytochelatin biosynthesis.	17253989
AT5G44070	&#916;PCS1 &#916;PCS2	Exposure of seedlings to 50 &#956;M Cd2+ for 2 days does not induce phytochelatin biosynthesis.	17253989
AT5G44070	CS68125	"Cadmium-sensitive phenotype resulting in reduced growth, chlorosis, and brown roots in the presence of cadmium."	
AT5G44070	cad1-1	"When grown in the presence of inhibitory levels of cadmium, growth is inhibited, leaves become progressively chlorotic and the roots develop a distinct brown pigment."	7770517
AT5G44070	cad1-3	"When grown in the presence of inhibitory levels of cadmium, growth is inhibited, leaves become progressively chlorotic and the roots develop a distinct brown pigment."	7770517
AT5G44070	cad1-4	"When grown in the presence of inhibitory levels of cadmium, growth is inhibited, leaves become progressively chlorotic and the roots develop a distinct brown pigment."	7770517
AT5G44070	cad1-5	"When grown in the presence of inhibitory levels of cadmium, growth is inhibited, leaves become progressively chlorotic and the roots develop a distinct brown pigment."	7770517
AT5G44150	ripr(insC)	"glossy green stems, 70% of seed shrunken, wax deficient"	31455787
AT5G44150	ripr(insT)	"have glossy green stems, 70% of seed shrunken, wax deficient"	31455787
AT5G44190	Atglk1.1;glk2.1	Plants are pale green throughout development and reduced in size. Chloroplast development impaired and photosystem II proteins accumulate to reduced levels.	18643989
AT5G44190	CS71757	"Partial rescue of the glk1 glk2 mutant phenotype. Small rosette, light-green leaves. Reduced sizes of mesophyll chloroplasts. Enhanced chloroplast production in both epidermal pavement and stomata guard cells, as well as in roots and hypocotyls. Increase in NPQ (nonphotochemical energy quenching) and a decrease in the flux of electrons through PSII."	
AT5G44190	CS71758	"Partial rescue of the glk1 glk2 mutant phenotype. Small rosette, light-green leaves. Reduced sizes of mesophyll chloroplasts. Enhanced chloroplast production in both epidermal pavement and stomata guard cells, as well as in roots and hypocotyls. Increase in NPQ (nonphotochemical energy quenching) and a decrease in the flux of electrons through PSII."	
AT5G44190	CS71766	"Pale leaves, small rosette with fewer leaves, early flowering. Reduced chlorophyll levels, decreases in chloroplast size and NPQ (nonphotochemical energy quenching)."	
AT5G44190	CS9806	"essentially indistinguishable from wild type (AtGLK2 is redundant to AtGLK1), except that immature siliques are pale green"	
AT5G44190	CS9807	plants are pale green throughout development and reduced in size; chloroplast development impaired and photosystem II proteins accumulate to reduced levels.	
AT5G44190	CS9908	"pale green vegetative tissue, somewhat darker green upon dexamethasone induction"	
AT5G44190	CS9909	pale green vegetative tissue	
AT5G44260	SAIL_1277_D05 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT5G44280	ring1a/ring1b	"Plieotrophic defects. Leaves may be lobed, downward curving or make ectopic meristems. The SAM is enlarged and phyllotaxy is abnormal and the shoot apex may terminate in a cluster of flowers with extra floral organs.Occasional homeotic conversion of petals to stamens."	19097900
AT5G44280	ring1a/ring1b/clf-26	"lants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested. Cotyledons are relatively well expanded.Enhanced de-repression of KNOX gene expression."	19097900
AT5G44280	ring1a/ring1b/tfl2-2	"Plants are extremely small with a reduced number of leaves, leaves are sessile and the inflorescences are completely arrested.Enhanced de-repression of KNOX gene expression."	18799658
AT5G44340	CS68892	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G44340	CS68893	Left-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G44340	CS68894	Right-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G44340	CS68895	Left-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT5G44340	CS68896	Left-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G44340	CS68897	Left-handed helical growth in the root and other rapidly elongating organs. Medium severity of cell expansion defects.	
AT5G44480	dur	Altered lateral root	
AT5G44510	CS68741	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB. Loss of AvrB-induced chlorosis.	
AT5G44510	CS68742	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB. Loss of AvrB-induced chlorosis.	
AT5G44510	CS68743	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB. Loss of AvrB-induced chlorosis. Loss of RPM1 accumulation.	
AT5G44510	CS68744	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB as seen by increase of pathogen growth compared to wildtype. Loss of AvrB-induced chlorosis.	
AT5G44510	CS68745	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB as seen by increase of pathogen growth compared to wildtype. Loss of AvrB-induced chlorosis.	
AT5G44510	CS68746	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrB. Susceptibility is similar to single mutant rpm1-3 (CS68739).	
AT5G44510	SALK_016670	loss of Pseudomonas syringae effector AvrB perception	
AT5G44510	SALK_124245	loss of Pseudomonas syringae effector AvrB perception	18424557
AT5G44568	SALK_124766C	significantly higher fresh weight	31001913
AT5G44570	SALK_020569C	Suppressor of C17  growth inhibition. C17 is a cellulose biosynthesis inhibitor.	27543091
AT5G44610	SALK_021652	Mature root hairs significantly longer 10 days after germination; increased rate of increase in root hair length.	30604455
AT5G44700	gso1-1 gso2-1	"abnormal bending of embryos, ectopic adhesion between cotyledons, a highly permeable epidermal structure, and an abnormal pattern of distribution of stomata on cotyledons in embryos and seedlings"	18088309
AT5G44740	SALK_129731	Homozygotes are sensitive to UV-B treatment. UV-B treatment causes an inhibition of root growth.	18494853
AT5G44750	SALK_005721	Mutant plants were moderately sensitive to UV-B irradiation than the wild type when mutant seedlings were irradiated with various doses of UV-B irradiation and grown in the light. Both root and aerial tissue growth were inhibited by UV-B irradiation.	15908599
AT5G44750	SALK_011334	Mutant plants were moderately sensitive to UV-B irradiation than the wild type when mutant seedlings were irradiated with various doses of UV-B irradiation and grown in the light. Both root and aerial tissue growth were inhibited by UV-B irradiation.	15908599
AT5G44750	rev1-1rev3-1	"Showed high sensitivity to UV-B, gamma-rays, and DNA cross-linkers. Both REV1 and REV3 transcripts were suppressed rev1rev3 double mutants."	15908599
AT5G44790	CS3808	"ethylene-like triple response phenotype; seedlings with short root (shorter than in ran1-2), short hypocotyl and exaggerated apical hook in the presence of trans-cyclooctene, a potent receptor antagonist of ethylene action."	
AT5G44790	CS3809	"ethylene-like triple response phenotype; seedlings with short root (but slightly longer than in ran1-1), short hypocotyl and exaggerated apical hook in the presence of trans-cyclooctene, a potent receptor antagonist of ethylene action."	
AT5G44925	SALK_139667	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT5G45130	puf2 rha1	dwarfism	29749929
AT5G45140	CS69595	Reduced seed set.	
AT5G45250	rps4	Increased resistance to Pseudomonas syringae	
AT5G45340	cyp707a1-1 cyp707a3-1	ABA levels in dry seeds are 20-fold higher compared to those in wild type.	16543410
AT5G45340	cyp707a2-1 cyp707a3-1	ABA levels in dry seeds are 5-fold higher compared to those in wild type.	16543410
AT5G45340	cyp707a3-1	Higher survival rate than wild type after 14 days of water withholding. This phenotype is supported by the observation of a moderate suppression of transpiration in the mutant.	16623881
AT5G45340	cyp707a3-1	No difference in ABA levels compared to wild type.	15044947
AT5G45340	cyp707a3-1	No visible phenotype.	16623881
AT5G45340	cyp707a3-2	Higher survival rate than wild type after 14 days of water withholding. This phenotype is supported by the observation of a moderate suppression of transpiration in the mutant.	16623881
AT5G45340	cyp707a3-2	No difference in ABA levels compared to wild type.	15044947
AT5G45340	cyp707a3-2	No visible phenotype.	16623881
AT5G45360	atskip31-1	"Enhanced primary root growth, relative to wild-type Arabidopsis plants, when grown under the nitrogen limited conditions."	28189687
AT5G45380	atdur3-1	The mutant insertion line did not show any visible growth difference on soil or nutrient solution supplemented with nitrate or ammonium as the nitrogen source.	17672841
AT5G45380	atdur3-1	"The mutant was grown together with wild type for 38 days on  nutrient solution containing 2 mM ammonium nitrate before  it was subjected to nitrogen deficiency for another  4 days. In a concentration range of 3–200 &#956;M, urea influx into roots of the mutant plants was between 70 and 90% lower than in the  wild type."	17672841
AT5G45380	atdur3-1	"When grown on sterile agar plates supplemented with urea as a sole nitrogen source, wild-type plants developed green leaves when supplied with 1 mM and even as little as 0.5 mM urea, by contrast the mutant line became chlorotic and accumulated more anthocyanins than the wild type."	17672841
AT5G45380	atdur3-3	The mutant insertion line did not show any visible growth difference on soil or nutrient solution supplemented with nitrate or ammonium as the nitrogen source.	17672841
AT5G45380	atdur3-3	"The mutant was grown together with wild type for 38 days on  nutrient solution containing 2 mM ammonium nitrate before  it was subjected to nitrogen deficiency for another  4 days. In a concentration range of 3–200 &#956;M, urea influx into roots of the mutant plants was between 70 and 90% lower than in the  wild type."	17672841
AT5G45380	atdur3-3	"When grown on sterile agar plates supplemented with urea as a sole nitrogen source, wild-type plants developed green leaves when supplied with 1 mM and even as little as 0.5 mM urea, by contrast the mutant line became chlorotic and accumulated more anthocyanins than the wild type."	17672841
AT5G45410	nhr2a/nhr2b	Increased susceptibility to P. syringae pv. tomato DC3000. Reduced callose deposition.	29877165
AT5G45550	ncp1-1	"At seedling stage, ncp1-1 had shorter root meristems zones when compared to WT. Compared to WT plants, ncp1-1 single mutant plants were slightly taller with shorter siliques and smaller flowers.Shorter root phenotype owing to a decrease in cell number. Reduced fertility."	26942722
AT5G45610	suv2-1	"UVB hypersensitive, defective in DNA damage response."	19619159
AT5G45710	rha1	"Reduced root gravitropism and slanting, increased auxin resistance"	
AT5G45770	CS65503	No visible phenotype.	
AT5G45770	CS65504	No visible phenotype.	
AT5G45830	dog1	Absence of seed dormancy.  But still require light-induced gibberellic acid (GA) biosynthesis to overcome inhibition by abscisic acid (ABA).	17065317
AT5G45890	sag12-2	Homozygous sag12-2 mutants showed no visibly altered phenotype during senescence compared with wild type plants. SAVs were detected in the mutant line.	15743448
AT5G45900	CS39995	The atg7-1 plants are hypersensitive to either nitrogen or carbon deprivation; senescence is initiated more quickly than in wild type.	
AT5G45900	CS69859	Small plants and premature senescence under normal soil-grown conditions. Hypersensitivity to N and fixed-C deprivation.	
AT5G45900	lon2-2 atg7-3	IBA responsiveness to lon2-2 restored	30734619
AT5G45930	GT13937.Ds3.02.13.2004.jx52.508	"Visually WT. However, accumulates significantly less Chl levels than WT."	18846282
AT5G45930	"cs (ch42-2), chli2"	Seedling lethal. Albino. Accumulates 3% of WT Chl levels.	18846282
AT5G46050	Atptr3-1	"The ptr3-1 mutant has reduced resistance to Erwinia carotovora subsp. carotovora, a virulent necrotrophic pathogen and to Pseudomonas syringae  pv. tomato, a hemibiotrophic pathogen. But, this mutant is not more susceptible to the virulent necrotrophic pathogen Xanthomonas campestris pv. campestris or to the avirulent necrotrophic pathogen Alternaria brassicicola. There is no significant difference in the glucosinolate or camalexin content of MeJA-treated ptr3-1 and wild type plants.
	17143616  
AT5G46050	Atptr3-1	The ptr3-1 mutant has reduced germination on high concentrations of salt (140, 160, and 200 mM NaCl) compared to wild type seeds.	15889294  
AT5G46050	SALK_003119C	The ptr3-2 mutant has reduced resistance to Erwinia carotovora subsp. carotovora, a virulent necrotrophic pathogen and to Pseudomonas syringae  pv. tomato, a hemibiotrophic pathogen. But, this mutant is not more susceptible to the virulent necrotrophic pathogen Xanthomonas campestris pv. campestris. In addition, PR-1 is mildly less induced in response to  Pseudomonas syringae  pv. tomato DC3000 hrpA mutants in ptr3-2 plants than in wild-type control plants.
	17143616  
AT5G46110	adg1-1/tpt-2	Pronounced decrease in the Chl a/b-ratio, drop in Gly.	30333839  
AT5G46110	ape2	Altered acclimation responses	
AT5G46110	tpt-1	Increased starch levels for most of the day and night. Increased carbon/nitrogen ratios. Increased carbon/nitrogen ratios.	30333839  
AT5G46110	tpt-2	Increased starch levels for most of the day and night. Increased carbon/nitrogen ratios. Increased carbon/nitrogen ratios.	30333839  
AT5G46110	xpt-1/tpt-1	Severely retarded in size, high chlorophyll fluorescence phenotype, impaired photosynthetic electron transport rates. Export of triose phosphates from the chloroplasts is completely blocked. Accelerated day-time starch turnover, accumulations of pentose phosphates, maltose and organic acids, drop in Gly. Components of the photosynthetic electron transport chain less abundant in thylakoids.	30333839  
AT5G46110	xpt-1/tpt-2	Severely retarded in size, high chlorophyll fluorescence phenotype, impaired photosynthetic electron transport rates. Export of triose phosphates from the chloroplasts is completely blocked. Accelerated day-time starch turnover, accumulations of pentose phosphates, maltose and organic acids, drop in Gly. Components of the photosynthetic electron transport chain less abundant in thylakoids.	30333839  
AT5G46180	oat1	This mutant has about 1/10 of the ornithine aminotransferase activity detected in wild type plants, but it has no other obvious phenotypic defects when grown under greenhouse conditions. In response to salt-stress, the mutant appears to produce wild-type levels of proline. However, unlike wild type seedlings, mutant seedlings cannot survive when arginine or ornithine is provided as the sole nitrogen source, implicating this enzyme in arginine catabolism.	18419821  
AT5G46180	oat3	This mutant has about 1/10 of the ornithine aminotransferase activity detected in wild type plants, but it has no other obvious phenotypic defects when grown under greenhouse conditions. In response to salt-stress, the mutant appears to produce wild-type levels of proline. However, unlike wild type seedlings, mutant seedlings cannot survive when arginine or ornithine is provided as the sole nitrogen source, implicating this enzyme in arginine catabolism.	18419821  
AT5G46210	GABI_600H03	reduced growth and aberrant leaf development.	16792691  
AT5G46220	tod1-1/tod1-1	Male sterile due to defects in pollen tube growth. Reduced fertility/ seed set due to low fertilization rates, with seeds concentrated mostly at the stigma end. Silique guard cells are insensitive to exogenous ABA.	25591940  
AT5G46290	SAIL_503_E03	Mutant kasI plants have multiple morphological defects, including chlorotic (in netted patches) and curly leaves, reduced fertility, and semidwarfism. There are only one to five enlarged chloroplasts in the mesophyll cells of chlorotic sectors of young kasI rosette leaves, indicating suppressed chloroplast division under KASI deficiency. KASI deficiency results in a significant change in the polar lipid composition, disrupted embryo development before the globular stage and dramatically reduces FA levels (~33.6% of the wild type) in seeds.	21081696  
AT5G46330	CS69884	Impaired flg22-induced endocytosis of AtRGS1-YFP.	
AT5G46330	fls2-17	Altered binding of bacterial flagellin	
AT5G46330	fls2-17	Mutant seedlings treated with 10&#956;M flg22 peptide (strong growth inhibitor) display shoot and root growth similar to that of wildtype Ler.	10911994  
AT5G46330	fls2-17	The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance.	15085136  
AT5G46330	fls2-17	Whereas wildtype plants pre-treated with flg22 displayed a decrease in <i>Pseudomonas syringae</i> pv. <i>tomato</i> DC3000 bacterial growth, the baterial grew at the same rate in the mutant whether it was pre-treated or not.	15085136  
AT5G46330	fls2-24	Mutant seedlings treated with 10&#956;M flg22 peptide (strong growth inhibitor) display shoot and root growth similar to that of wildtype Ler.	10911994  
AT5G46330	fls2_SAIL	The flg22 peptide failed to induce the closure of stomata in epidermal peels of the mutant.	16959575  
AT5G46330	fls2_SALK	Live <i>E. coli</i> O157:H7 bacteria were able to induce stomatal closure in mutant epidermal peels.	16959575  
AT5G46700	CS9551	dwarfed plant with twisted organs leaf and root patterning mutant:altered lateral root cap identity and incorrect root epidermal patterning defective lamina symmetry, lateral growth and venation patterning Imbalance between cell proliferation and cell  differentiation and altered auxin distribution in the leaf. Epistatic to ASYMMETRIC1 with respect to leaf symmetry.	
AT5G46700	stm-1 trn2-23010	30 from a total of 40 seedlings (75%) developed at least one leaf 8 days after germination and all double mutant progeny developed leaves by day 20. In 19 stm-1 trn2-23010 double mutant seedlings, leaves initiated from the base of the cotyledons, which were always fused due to lack of early STM activity. In the remaining 21 double mutant progeny single leaves or side shoots arose laterally, from the outside of the fused base of the petioles instead of being initiated from the shoot apex and thus resembled stm-1 mutant side shoots which are initiated after a long delay.	17351828  
AT5G46700	stm-1 trn2-23010	The double mutant progeny does not develop flowers.	17351828  
AT5G46700	stm-5 trn2-23010	About 51% of stm-5 trn2-23010 double mutant seedlings produced leaves by 8 days after germination, compared to only 3% in the stm-5 single mutant. In contrast to combination with stm-1, leaves of stm-5 trn2-23010 double mutants never initiated from outside the base of the cotyledon petioles but emerged internally to the cotyledons where the SAM normally resides in wild type.
	17351828  
AT5G46700	stm-5 trn2-23010	The double mutant progeny does not develop flowers.	17351828  
AT5G46700	trn1-2 trn2-4	No obvious phenotype different from those of trn1-2 or trn2-4 was observed in double mutant.	16531491  
AT5G46700	trn2-2	Enlarged apical dome, altered in shape  and often protruding (the mutant meristem therefore contains over 40% more cells.)	17351828  
AT5G46700	trn2-2	Phenotypic differences from wild type development first became evident with the emergence of the first true leaves. All leaves were severely twisted and irregularly shaped and many lacked large parts of the leaf lamina. This twisting phenotype was not restricted to the vegetative phase but involved cauline leaves, the inflorescence stem and all floral whorls.
	17351828  
AT5G46700	trn2-2	The architecture of mutant flowers was distorted and was accompanied by reduced numbers of floral organs in the outer 3 whorls. This effect was least pronounced in the whorl of sepals (3.2 as against 4 in wild type) but the number of petals was reduced to 2.4 (4 in wild type) and on average, mutant flowers had only 3.5 stamens compared to 6 in wild type. In contrast, all mutant flowers contained 2 carpels such as in wild type but in 52% of mutant flowers, both carpels remained unfused and ovules were exposed.
	17351828  
AT5G46700	trn2-2	Unfused carpels did not form siliques later during development. In contrast, the remaining flowers with fused carpels developed siliques which were twisted and failed to fully elongate.  However, these siliques produced no fertile seeds and reciprocal crosses with wild type plants revealed nonfunctionality of both male and female reproductive organs.	17351828  
AT5G46700	trn2-23010 clv3-2	trn2-23010 clv3-2 double mutant flowers also exhibited an additive phenotype not observed in single clv3-2 or trn2-23010 plants: double mutant flowers had reduced organ numbers in sepal, petal and stamen whorls, reminiscent of trn2-23010 single mutant flowers and in contrast to clv3-2 single mutant flowers, there was no increase in the number of stamens. However, in the fourth whorl, where trn2 loss-of-function interferes with the fusion of two carpels to the single style, double mutant flowers were comprised of multiple carpels, most of them fused (73%) as typically found in the clv3-2 mutation. Supernumerary stem cells in clv3-2 mutant floral meristems therefore not only led to the initiation of multiple carpels in the trn2 background but also favoured their fusion to a single style which remained severely twisted. In addition to a style consisting of multiple carpels, over-proliferating callus-type tissue was observed at the tip of the style in all flowers.
	17351828  
AT5G46700	trn2-23010 wus-1	Whereas carpels were completely absent in wus-1 flowers and only 1.6 stamens (compared to 6 in wild type) developed in the third floral whorl, all trn2-23010 wus-1 flowers developed 2 carpels, which in contrast to trn2-23010 single mutants were seldom open (33%) and more usually fused. Consistent with the increased number of stamens (4.2 on average) in the third floral whorl, the trn2 mutation may compensate for a premature consumption of stem cells in wus-1 flowers. In contrast, the number of sepals and petals in the outer perianth whorls in trn2-23010 wus-1 was closer in number to that of the trn2 mutant rather than to wus-1 single mutant flowers.
	17351828  
AT5G46740	CS860111	No visible phenotype.	
AT5G46760	myc3	Slightly earlier flowering under long days, prominently early flowering under short days.	31178399  
AT5G46800	bou	Seedling lethal.	
AT5G46830	atnig1-1	atnig1-1 plants show reduced survival rate, fresh weight,  chlorophyll content, and protein content under salt stress.
	16962584  
AT5G46860	CS68715	The morphology of mutant plants was similar and to some extent weaker than ssm (CS68717) plants. Ectopic occurrence of myrosin cells is found in the leaves (increased number of myrosin cells). Mutant plants accumulated abnormally abundant levels of TGG1 and TGG2, both enzymatically active proteins. Serrated wavy leaves, semi-dwarfism, resistance to salt stress, and late flowering.	
AT5G46860	CS68716	The morphology of mutant plants was similar and to some extent weaker than ssm (CS68717) plants. Ectopic occurrence of myrosin cells is found in the leaves (increased number of myrosin cells). Mutant plants accumulated abnormally abundant levels of TGG1 and TGG2, both enzymatically active proteins. Wavy leaves, semi-dwarfism, and delayed growth.	
AT5G46860	CS68717	Semi-dwarf and wavy leaf phenotype, due to the elongation of the stem internodes and leaves. Initially, mutant seedlings were indistinguishable from wild-type under continuous light conditions, but as they grow the mutant plants develop short rosette leaves with severely wavy leaf blades. Mutant plants begin flowering several days later than wild-type plants during the reproductive stages of growth. They also display more rosette leaves than wild-type plants and show reduced growth of the inflorescence stems. The height of the mature ssm plants measures approximately one-quarter of that of the wild type. In contrast to these distinct phenotypes, however, the morphology of the flower organs and the fertility levels are unaffected in ssm plants. Histological analyses revealed that the length of the epidermal cells in the inflorescence stems of ssm plants was shorter than wild type but that the ssm mutation has little or no effect on the lengths of the pith parenchyma cells. Furthermore, the length of the parenchyma cells around the midribs of the rosette leaf petioles is clearly reduced in ssm mutants, whereas the mesophyll cell size in the rosette leaf blades is unaffected.	
AT5G46860	CS68719	The morphology of mutant plants was similar and to some extent stronger than syp22-1 (CS68715) plants. Shorter midribs and fewer leaves than syp22-1 (CS68715). Accumulates higher levels of TGG1 than single mutants or syp21 syp23. Vacuolar trafficking defect. At 51 DAG, no bolting; late flowering.	
AT5G46860	CS68720	The morphology of mutant plants was similar and to some extent stronger than syp22-3(CS68716) plants. Shorter midribs and fewer leaves than syp22-3 (CS68716). Accumulates higher levels of TGG1 than single mutants or syp21 syp23. Vacuolar trafficking defect. At 51 DAG, no bolting; late flowering.	
AT5G46860	CS68722	The morphology of mutant plants was similar and to some extent stronger than the syp22-3 (CS68716: wavy leaves, delayed growth and semi-dwarfism) and vti11 single mutants. Immature third and fourth order leaf veins.	
AT5G46860	CS68723	The morphology of mutant plants was similar and to some extent stronger than vam3-4 (CS68717: semi-dwarf and wavy leaf phenotype) and vti11 single mutants. Vascular immaturity: unattached first and second order veins and undeveloped third and fourth order veins.	
AT5G46860	SALK_075924	The morphology of mutant plants was similar and to some extend weaker than ssm plants. Ectopic occurrence of myrosin cells is found in the leaves (increased number of myrosin cells). Mutant plants accumulated abnormally abundant levels of TGG1 and TGG2, both enzymatically active proteins.	16306062  
AT5G46860	puf2 syp22-1	severe wavy rosette and late flowering phenotype	29749929  
AT5G46860	sgr3-1	Inflorescence stems of mutant plants showed delayed and reduced gravitropic response in horizontal gravistimulation experiments. Ethyolated hypocotyls and roots showed normal positive gravitropism. Lateral branches grew nearly horizontally, however, no other morphological defects were detected in mutant plants. Growth rate of inflorescence stems was slightly reduced, but the overal size of the mutant plants were the same as wild type.	8819871   
AT5G46860	ssm	Semi-dwarf and wavy leaf phenotype, due to the elongation of the stem internodes and leaves. Initially, mutant seedlings were indistinguishable from wild-type under continuous light conditions, but as they grow the mutant plants develop short rosette leaves with severely wavy leaf blades. Mutant plants begin flowering several days later than wild-type plants during the reproductive stages of growth. They also display more rosette leaves than wild-type plants and show reduced growth of the inflorescence stems. The height of the mature ssm plants measures approximately one-quarter of that of the wild type. In contrast to these distinct phenotypes, however, the morphology of the flower organs and the fertility levels are unaffected in ssm plants. Histological analyses revealed that the length of the epidermal cells in the inflorescence stems of ssm plants was shorter that wild type but that the ssm mutation has little or no effect on the lengths of the pith parenchyma cells. Furthermore, the length of the parenchyma cells around the midribs of the rosette leaf petioles is clearly reduced in ssm mutants, whereas the mesophyll cell size in the rosette leaf blades is unaffected.	15937323  
AT5G46860	syp22-1	wavy rosette and late flowering	29749929  
AT5G46860	vamp727-het/syp22-1	Embryo lethal.Mutant embryos look normal.	18984676  
AT5G46860	vamp727/syp22-1	Double mutant enhances the effect of SYP22 single mutant. Increased leaf serration and dwarfism.	18984676  
AT5G46880	hdg5-1	No visible phenotype.	16778018  
AT5G46910	jmj13	Under short-day conditions flowers early and has increased FT expression at high temperatures, but not at low temperatures. In contrast, flowers early in long-day conditions regardless of temperature	30899015  
AT5G47010	CS6940	Reduced sugar-induced expression of Atß-Amy; reduced sugar-induced accumulation of anthocyanin and decreased chlorophyll content without affecting the levels of sucrose and starch; plants exhibit various pleiotropic phenotypes such as early flowering, short day-sensitive growth, elongated seeds, glucose and ABA-hypersensitive seed germination, and mannose-resistant seed germination.	
AT5G47010	CS9902	over-representation of PTC-containing mRNAs; flowering time affected approximately 2 weeks later than wild-type plants in long-day growth conditions; narrower and more jagged rosette leaves than wild-type plants; aberrant flower formation in approximately 5% of flowers; two or three flowers appear to be initiated at the same point, giving rise to the appearance of double and triple fused flowers; sometimes new flowers are initiated within developing flowers, resulting in the formation of a series of distorted flowers at different stages of development; phenotype can vary with conditions	
AT5G47010	lba1	reduced sugar-induced expression of beta-Amylase and shows pleiotropic phenotypes such as early flowering; short day-sensitive growth; and seed germination that is hypersensitive to glucose and abscisic acid and resistant to mannose	16740149  
AT5G47040	SALK_043857	seedlings fail to form abundant lateral roots in response to IBA	30734619  
AT5G47040	lon2-2 atg11-1	IBA responsiveness to lon2-2 restored	30734619  
AT5G47040	lon2-2 atg7-3	IBA responsiveness to lon2-2 restored	30734619  
AT5G47100	cbl1 cbl9	growth of the cbl1  cbl9 double mutant was significantly more inhibited than the  growth of wild-type roots under low-K+ conditions. Double mutants lost  water significantly more slowly than the ecotype hybrid  plants. Hypersensitive to ABA treatmnet.
	17922773  
AT5G47100	cbl9	hypersensitive to ABA in the early  developmental stages, including seed germination and post-germination seedling growth. In addition, seed germination in  the mutant also showed increased sensitivity to inhibition by osmotic stress conditions produced by high concentrations of  salt and mannitol. Further analyses indicated that increased stress sensitivity in the mutant may be a result of both ABA  hypersensitivity and increased accumulation of ABA under the stress conditions.
	15208400  
AT5G47110	lil3:1/lil3:2	Pale yellow-green leaves.	20823244  
AT5G47110	lil3:1/lil3:2	The majority (96%) of chlorophyll a and b molecules are conjugated with either tetrahydrogeranylgeraniol (THGG), dihydrogeranylgeraniol (DHGG), or geranylgeraniol (GG) (incompletely reduced side chains). Almost no alpha-tocopherol present in mutant.	20823244  
AT5G47120	atbi1-1	Accelerated progression of cell death upon infiltration of leaf with a PCD-inducing fungal toxin FB1 and increased sensitivity to heat-shock-induced cell death.	16507080  
AT5G47120	atbi1-2	Accelerated progression of cell death upon infiltration of leaf with a PCD-inducing fungal toxin FB1 and increased sensitivity to heat-shock-induced cell death.	16507080  
AT5G47120	atbi1-2	Increased sensitivity to tunicamycin an inhibitor of N-linked glycosylation and inducer of ER stress. After treatment mutant seedlings display growth defects and chlorophyll loss. Mutant roots show increased levels of H2O2 and induction of programmed cell death.	18039663  
AT5G47420	pawh1/pawh2/bri1-9	bri1-9 dwarf phenotype is suppressed in the triple mutant.	31375683  
AT5G47435	CS860077	No visible phenotype.	
AT5G47435	CS860079	Severe photorespiratory phenotypes: plants are small, pale, delayed in flowering and infertile; plants show a 70-fold increase in glycine levels and accumulate higher levels of 5- and 10-formyl tetrahydrofolate  (THF) than the wild type; levels of amino acids and sugars are altered; leaf folate levels and composition are also altered; embryo development arrests between heart and early bent cotyledon stages; mature seeds are shriveled, carrying colorless embryos, accumulate low amounts of lipids, and fail to germinate; conditionally lethal, rescued by growth under non-photorespiratory (high CO2) conditions; culturing siliques in the presence of sucrose restores normal embryo development and seed viability.	
AT5G47435	CS860080	No visible phenotype. Photorespiratory phenotypes of the double homozygous mutant dKO (CS860079 = SALK_062946 x Garlic_169F06) are rescued in the SALK_143478 (CS860078) mutant background.	
AT5G47435	DKO (SALK_062946C Garlic_169F06)	smaller and paler plants. delayed flowering.  shriveled nonviable seeds carrying colorless embryos. delayed embryo development. embryos were arrested typically at the heart to torpedo stages.     The leaves of the double knock-out plants had a 70-fold increase in glycine level and a 6-fold increase in 5-formayl THF level.
	18628352  
AT5G47440	SALK_063367C	smaller leaves with no reduction in vein density	29982821  
AT5G47455	CS71657	Reduced seed production.	
AT5G47455	CS71658	Reduced light-induced degradation of phyB. Short hypocotyl in continuous red light (Rc). Reduced seed production.	
AT5G47455	CS71747	Reduced light-induced PIF3 phosphorylation and degradation; light-induced phyB degradation also strongly reduced. Hypersensitive to red light; short hypocotyl and enhanced cotyledon expansion in continuous R light. Very small seed set, short siliques (unpublished observations).	
AT5G47455	CS71748	Red-light hypersensitive phenotype of the ppk123 triple mutant (CS71747) is strongly suppressed in the phyB mutant background. Long hypocotyl in continuous R light, open cotyledons. Very small seed set (non-published observation).	
AT5G47550	CS2103748	Reduced rate of seed germination.	28756655  
AT5G47560	AttDT::tDNA1-1	No observable phenotype. The mutant has less malate and fumarate in the vacuole. The mutant showed stronger inhibition of oxygen evolution at low pH values.	15728336  
AT5G47750	SALK_086127	Severe defects in phototropic responses. Hypocotyl gravitropism partially impaired.	29490064  
AT5G47750	d6pkl1 d6pkl2	Phototropic impairment; enhanced phototropism by red-light pre-irradiation	29490064  
AT5G47750	d6pkl2-2/d6plk1-1/d6pk-1	Phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated.	29490064  
AT5G47750	d6pkl2-2/d6plk1-1/d6pk-1	Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic.	19168677  
AT5G47750	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	Open hook phenotype when the seedlings were grown under complete darkness, phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated.	29490064  
AT5G47750	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic.	19168677  
AT5G47750	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	mild, possibly enhanced root-growth phenotype	29875411  
AT5G47850	acr4-2/ccr4	Increased number of lateral root meristems, greater than acr4 single mutant alone.	
AT5G47910	CS68522	Reduced ABA sensitivity, resulting in the following effects in the presence of abscisic acid:increased seed germination and root elongation, decreased stomatal closing and decreased ABA-induced cytosolic calcium elevations compared to wild type. ABA activation of plasma membrane Ca2+ channels is completely abolished. Reduced bacterial and fungal infection-induced ROS production.	
AT5G47910	CS68747	Weakened Pseudomonas syringae pv. tomato DC3000(avrRpm1)-induced hypersensitive response.	
AT5G47910	CS9555	Slightly smaller plants than wild type; very reduced accumulation of reactive oxygen intermediates (ROI) during plant defense response; reduced cell death symptoms and reduced electrolyte leakage after Pseudomonas syringae pv. tomato DC3000(avrRpm1) inoculation; enhanced cell death observed after infection of plants with the oomycete parasite Peronospora parasitica.	
AT5G47910	CS9558	reduced superoxide production; H2O2 accumulation during defense responses	
AT5G47910	atrbohD	DAB staining (H2O2 visualization) greatly reduced compared to wild-type.	11756663  
AT5G47910	atrbohD	Diminution of ion leakage.	11756663  
AT5G47910	atrbohD	Morphologically normal but slightly smaller than wild-type.	11756663  
AT5G47910	atrbohD	Peroxide production triggered by Pp Emco5 is greatly reduced but not the typical trailing necrosis.	11756663  
AT5G47910	atrbohD atrbohF	ABA fails to induce significant nitric acid (NO) production in the guard cells of this double mutant.	16367958  
AT5G47910	atrbohD atrbohF	DAB staining (H2O2 visualization) greatly reduced compared to wild-type.	11756663  
AT5G47910	atrbohD atrbohF	Four-weeks old plants have necrotic lesions and callose deposition.	11756663  
AT5G47910	atrbohD atrbohF	Reduced localized cell death compared to wild-type.	11756663  
AT5G47910	atrbohD atrbohF	Smaller than wild-type.	11756663  
AT5G47910	atrbohD atrbohF	Some plants stop growing and die before setting seeds.	11756663  
AT5G47950	SAIL_576_D05	Hypocotyl length increased in dark grown seedings.	29462426  
AT5G47950	SALK_080717	Hypocotyl length increased in dark grown seedings.	29462426  
AT5G47990	SALK_143113C	thad1-1 mutants have longer roots and elevated levels of thalianol and thalian-diol in root extracts compared to wild type plants. However, these mutants do not seem to have higher susceptibility to Atlernaria brassicicola or Pseudomonas syringae pv. tomato DC3000 based on assays performed on seedling roots.	18356490  
AT5G48000	SALK_148229C	thah1-1 mutants have an elevated accumulation of thalianol and longer roots than wild type plants. Thalian-diol and desaturated thalian-diol are lost from the root extracts of thah1-1 mutants. However, these mutants do not seem to have higher susceptibility to Atlernaria brassicicola or Pseudomonas syringae pv. tomato DC3000 based on assays performed on seedling roots.	18356490  
AT5G48000	thah1-2	thah1-2 mutants have elevated levels of thalianol in their root extracts when compared to wild type plants.	18356490  
AT5G48010	thas1-1	thas1-1 mutants do not produce detectable levels of thalianol in root extracts but low  levels of this compound can be detected in wild type root extracts. However, these mutants do not seem to have higher susceptibility to Atlernaria brassicicola or Pseudomonas syringae pv. tomato DC3000 based on assays performed on seedling roots.	18356490  
AT5G48030	SALK_038277	microspore formation is defective; microtubule arrays displayed abnormalities during the meiosis-associated process of microspore formation.	20709814  
AT5G48030	gfa2	Female gametophytic defects in syngergid degeration and polar nuclei fusion	
AT5G48100	CS2105588	pale brown seeds due to reduced levels of brown pigment in the outer layers of the seed coat (testa); seeds get darker after storage	
AT5G48100	CS2105589	pale brown seeds due to reduced levels of brown pigment in the outer layers of the seed coat (testa); seeds get darker after storage	
AT5G48100	SALK_002972C	yellow or pale seed color	16804053  
AT5G48100	lac15-1	Seeds from the homozygous mutant plants were golden yellow in comparison to wild-type or heterozygous plants that were dark brown for  newly matured seeds.	16779554  
AT5G48100	lac15-2	Seeds from the homozygous mutant plants were golden yellow in comparison to wild-type or heterozygous plants that were dark brown for  newly matured seeds.	16779554  
AT5G48100	tt10-5	pale brown seeds due to reduced levels of brown pigment in the outer layers of the seed coat (testa).	16243908  
AT5G48100	tt10-6	pale brown seeds due to reduced levels of brown pigment in the outer layers of the seed coat (testa).	16243908  
AT5G48150	pat1	Reduced responses in far-red light	
AT5G48150	pat1-1	No aberrant root phenotype and no resistance to paclobutrazol (1-100 &mu;M).	10817761  
AT5G48150	pat1-1	Seedlings grown under far-red (but not red) light have elongated hypocotyls and resistance to FR-induced killing compared to wild-type seedlings.	10817761  
AT5G48150	pat1-1	Under FR-light, the cotyledons are unfolded, a partially unfolded hook, no significant anthocyanin accumulation and greening are observed.	10817761  
AT5G48150	pat1-1	Wild-type hypocotyl length under red, blue and white light, as well as in the dark.	10817761  
AT5G48160	obe1-1 obe2-1	Premature termination and loss of the shoot apical meristem. Failure to establish or maintain the root apical meristem.  Aberrant embryonic development.	18403411  
AT5G48160	obe1-1 obe2-2	absence of roots and defective development of the vasculature.	19392692  
AT5G48160	obe2-1	No visible phenotype.	18403411  
AT5G48230	CS16017	embryo defective; developmental arrest of mutant embryos	
AT5G48300	CS23880	Leaves have low starch and small plant phenotype (12 hour photoperiod). The low starch phenotype is presumably  due to the adg1-2 insertion based upon similarity to phenotypes of the  adg1-1 mutant  in the literature.	
AT5G48300	CS3094	no starch production in leaves, roots and stems; flowering delayed if grown under short days.	
AT5G48300	CS93664	Short internodes; upright plants; short siliques; average height = 28 cm.	
AT5G48300	adg1	Starch accumulation is not completely abolished in this line but strongly reduced to ~20% of wild-type level at the end of the day under 16h light/8h dark growth conditions.	17028209  
AT5G48300	adg1 be2-1 be3-2	No visible phenotype.	17028209  
AT5G48300	adg1 be2-1 be3-2	Strong reduction in maltose accumulation compared to the be2-1 be3-2 double mutant.	17028209  
AT5G48300	adg1-1/tpt-2	Pronounced decrease in the Chl a/b-ratio, drop in Gly.	30333839  
AT5G48300	aps1-SALK_040155	In short days plants have delayed growth and were late flowering.In long day conditions, plants also had delayed growth but flowering time was unaffected. Lacks ADP-Glc PPase activity in leaves and no starch can be found in leaves or roots.	18614708  
AT5G48310	rasd1-73	ABA insensitive as determined by germination assay. Increased salt and drought tolerance.	29125669  
AT5G48380	bir1-1	cell death and constitutive defense response	19616764  
AT5G48450	sks1,sks3,sku5	Abnormal root development. Root cell wall defects/irregularly shaped cell walls.	30578078  
AT5G48485	CS6389	Defective in systemic acquired resistance (SAR) to Pseudomonas syringae pv tomato and Peronospora parasitica at the production or transport of the SAR mobile signal stage; exhibits wild-type local resistance to avirulent and virulent Pseudomonas syringae; pathogenesis-related gene expression is abolished in uninoculated distant leaves, failing to develop SAR to virulent Pseudomonas or Peronospora; seeds lose viability over time.	
AT5G48580	SALK_113542	Detached, inoculated leaves with P. capsici zoospores show larger infection lesions and more pathogen colonization. When infected with P. parasitica Pp016 leaves show larger lesions and more pathogen biomass on leaves as well as roots.	29864524  
AT5G48590	CS860127	No visible phenotype	
AT5G48600	CS69854	Derepression of pericentromeric transposons and conditionally expressed genes. Early flowering under long-day conditions, lighter leaf color.	
AT5G48650	SAIL_1153_H01	Reduced bacterial titers of P. syringae pv. tomato DC3000 hrcC&#8722;
; stronger ROS burst after treatment with flg22; more closed stomata.	30456348  
AT5G48650	SALK_027468	Reduced bacterial titers of P. syringae pv. tomato DC3000 hrcC&#8722;
; stronger ROS burst after treatment with flg22.	30456348  
AT5G48720	CS367926	abnormal segregation of the mutant allele in xri1+/- plants; xri- pollen nonviable; homozygous xri1 mutants sterile due to extensive chromosome fragmentation visible in meiocytes.	19187040  
AT5G48840	pts-1	pts-1 heterozygous mutants do not display any obvious phenotypic abnormalities in plant size, pigmentation, leaf development or flower development. However, they produce a 3:1 ratio o"	
 viable to deformed seed upon self-fertilization. The deformed seed turn pale white and then dark brown during the greening stage. The deformed seeds contain embryos arrested at the preglobular stage.	17932772		
AT5G48840	pts-2	"pts-2 heterozygous mutants do not display any obvious phenotypic abnormalities in plant size, pigmentation, leaf development or flower development. However, they produce a 3:1 ratio of viable to deformed seed upon self-fertilization. The deformed seed turn pale white and then dark brown during the greening stage. The deformed seeds contain embryos arrested at the preglobular stage."	17932772
AT5G48870	CS24935	"Enhanced sensitivity to ABA and osmotic stress but is deficient in ABA; increased plant sensitivity to drought stress and ABA in seed germination, root growth, and the expression of some stress-responsive genes; plants are also defective in the positive feedback regulation of ABA biosynthesis genes by ABA and are impaired in drought stress induction of ABA biosynthesis; kanamycin resistant (30mg/L)."	
AT5G48870	sos5-1/sad1-1 	"In the presence and absence of 100 mM NaCl, root morphology in double mutants is  comparable to wild type."	24603604
AT5G48880	CS2105648	No Visible Phenotype	
AT5G48880	CS2105649	No Visible Phenotype	
AT5G48880	CS2105650	No Visible Phenotype	
AT5G48880	CS2105651	No Visible Phenotype	
AT5G48910	lpa66-1	pale green leaf	19448041
AT5G48930	SAIL_173_F09	No visible phenotype.	
AT5G48940	SALK_096206C	Homozygote has no obvious visible phenotype.	27001831
AT5G49020	SALK_033423C	"atprmt4a-2 mutants do not have any obvious phenotypic defects when compared to wild-type plants, But, the double mutants atprmt4a-2 atprmt4b-1 and atprmt4a-2 atprmt4b-2 have delayed flowering under long days."	18660432
AT5G49020	atprmt4a-1	"atprmt4a-1 mutants do not have any obvious phenotypic defects when compared to wild-type plants, But, the double mutants atprmt4a-1 atprmt4b-1 and atprmt4a-1 atprmt4b-2 have delayed flowering under long days."	18660432
AT5G49020	atprmt4a-2 atprmt4b-1	"These double mutants have delayed flowering compared to wild type plants when grown under long day conditions. Analysis of growth under short day conditions indicates that these mutants are not disrupted in the photoperiod pathway. These double mutants also seem to be able to respond to vernalization signals and to gibberellin. But they have an impaired autonomous pathway to flowering. FLC transcripts are up-regulated in these double mutants through an unknown mechanism. The global level of asymmetric dimethylation of arginine 17 in histone 3 (H3)is reduced in these mutants. The transcript levels for several repressors of FLC do not seem to be altered in the double mutants, nor are there discernible changes in several types of H3 modifications at the FLC locus."	18660432
AT5G49030	SALK_088424	"In heterozygous plants, 42% of ovules are aborted, compared to 11% of ovules of wild type siblings."	16297076
AT5G49130	bige1b-1	Mature dry seed obtained from homozygous mutant plants were slightly smaller and rounder in shape compared with wild-type seed. The bige1b-1 mutant displayed variability in leaf number and flowering time in independent experiments with a trend toward slight elevation of leaf number and early flowering.	26276834
AT5G49150	CS6508	No visible phenotype; average height = 39 cm.	
AT5G49160	CS16387	Unusual development patterns and plant structure; phenotype develops after inbreeding.	
AT5G49160	CS16394	Unusual development patterns and plant structure; phenotype develops after inbreeding.	
AT5G49160	met1-3	"Complete elimination of CG methylation from AtSN1, but only a minor effect on non-CG methylation, and H3K9me2 was observed at wild-type levels."	
	17239600		
AT5G49160	met1-3	Phenotype not described.	16648367
AT5G49160	met1-6	embryos developed abnormally. Mutant zygotes divided more symmetrically than wild-type.	16531498
AT5G49180	CS25025	Small seed coat epidermal cells. Decreased ruthenium red staining.	26895630
AT5G49180	SALK_055262C	Small seed coat epidermal cells. Decreased ruthenium red staining.	26895630
AT5G49190	GABI_377G03	No visible phenotype.	17257168
AT5G49190	GABI_377G03	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G49190	sus2 (SALK_076303)	No visible phenotype.	17257168
AT5G49190	sus2 (SALK_076303)	"The amounts of glucose, fructose, sucrose, cellulose (roots) and starch in the mutant were not statistically significantly different  from those of the equivalent wild-type lines grown under the same conditions at the same time."	17257168
AT5G49190	sus2 sus3	"Activity of SUS was reduced by about one-third in roots of the double mutant relative to Col-0, but otherwise the mutant was indistinguishable from Col-0."	17257168
AT5G49190	sus2 sus3	"When grown in soil or hydroponically, the double mutant line was not obviously different from wild-type controls."	17257168
AT5G49270	CS25254	Impaired root hair development; often display very short stumps or collapsed root hairs; mostly very short root hairs; application of exogenous auxin and ethylene suppress aberrant root hair phenotype.	
AT5G49270	CS67758	"Short root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G49270	SALK_099933	"Short, wide burst hairs"	16367956
AT5G49270	der9	"Root hairs have mostly very short root hairs, indicating a defect in the transition to rapid tip growth, which is required to fully develop the hair structure."	15863435
AT5G49290	CS65505	No visible phenotype.	
AT5G49290	CS65506	No visible phenotype.	
AT5G49330	CS9813	no visible difference from wild type under greenhouse conditions; reduced flavonol content	
AT5G49330	CS9815	no visible difference from wild type under greenhouse conditions; reduced flavonol content	
AT5G49330	GABI-Kat291D01	information not available	17419845
AT5G49360	CS16299	Germinating seeds exhibit patchy mucilage release and have slightly delayed germination; stronger phenotype than bxl1-2 (CS16300) and bxl1-3 (CS16301).	
AT5G49360	CS16300	Germinating seeds exhibit patchy mucilage release and have slightly delayed germination; weaker phenotype than bxl1-1 (CS16299) and bxl1-3 (CS16301).	
AT5G49360	CS16301	Germinating seeds exhibit patchy mucilage release and have slightly delayed germination; weaker phenotype than bxl1-1 (CS16299).	
AT5G49360	CS72230	Suppressed bxl1 seed coat mucilage extrusion defect. Seed coat epidermal cells detach from the surface and surround mucilage.	
AT5G49570	&#916;Atpng1	"No difference in PNGase activity could be detected (in fact, the activity was absent from both wild-type and mutant plants), nor was that of TGase."	17666024
AT5G49680	kip-1	"Pollen tube growth was altered. Pollen tubes were shorter, often having branched appearance and peculiar kinky shape. Also, callose plugs were rare or absent in mutant pollen tubes, compared to the wild type. Despite morphological aberrations, twisted pollen tube appeared to have same ultrastructural features as the wild type pollen tubes. Migration of the male germ unit to the pollen tube occurred at approximately the same time in mutants and in the wild type. Homozygous progeny showed shorter and thicker root hairs. No other significant visible phenotype changes were observed."	14675453
AT5G49680	kip-2	"Pollen tube growth was altered. Pollen tubes were shorter, often having branched appearance and peculiar kinky shape. Also, callose plugs were rare or absent in mutant pollen tubes, compared to the wild type. Despite morphological aberrations, twisted pollen tube appeared to have same ultrastructural features as the wild type pollen tubes. Migration of the male germ unit to the pollen tube occurred at approximately the same time in mutants and in the wild type. Homozygous progeny showed shorter and thicker root hairs. Seed set and the silique size were reduced in kip-2 mutants. No other significant visible phenotype changes were observed."	14675453
AT5G49680	kip-2/sab	"Adult mutant plants were three to four times smaller than single mutant, sab plants. Roots of double mutant were shorter than roots of sab mutant. Radial organization of the root was similar to the roots of sab mutant. Root hairs were thicker that in wild type or sab mutant. Pollen grains from double mutant plants rarely germinated in vitro, and when they did, the pollen tubes were shorter and twisted."	14675453
AT5G49680	kip-3	"Pollen tube growth was altered. Pollen tubes were shorter, often having branched appearance and peculiar kinky shape. Also, callose plugs were rare or absent in mutant pollen tubes, compared to the wild type. Despite morphological aberrations, twisted pollen tube appeared to have same ultrastructural features as the wild type pollen tubes. Migration of the male germ unit to the pollen tube occurred at approximately the same time in mutants and in the wild type. Homozygous progeny showed shorter and thicker root hairs. No other significant visible phenotype changes were observed."	14675453
AT5G49720	CS298	"dwarf, short hypocotyl, irregular surface, cellulose deficiency, altered wall architecture as shown in hypocotyl epidermis and cortex"	
AT5G49720	CS6390	"Strong allele causing typical cytokinesis defects; cell division and cell elongation are affected: cells are randomly divided and misshapen, aberrant cell plates, incomplete cell walls and multinucleated cells, leading to severely abnormal seedling morphology; seedlings are markedly smaller than wt and all embryonic organs including hypocotyls and cotyledons are well defined; before the first pair of true leaves is expanded, white-colored calli are initiated from the shoot apical meristem (SAM) and petiols; 2 to 3 weeks after germination, all adult organs become transformed into yellowish-green callus; kanamycin resistant"	
AT5G49720	CS6555	"Reduced cellulose content in roots and shoots; radial swelling of root tips and hypocotyls in plants grown at the restrictive temperature of 31C; small cotyledons and leaves with simpler shaped pavement cells, short bolts, more clustered flowers, abnormal floral morphology, smaller sepals and petals than wild type so that the pistil often protrudes beyond them when the stigma is receptive, distorted pistils; self pollination is rare because shortened stamen filaments placed the anther below the respective stigma and because anther dehiscence is impaired; pollen appears morphologically normal; seeds appear to develop normally if self pollination is assisted."	
AT5G49720	the1-3 kor1-1	Little effect of the1-3 on the kor1-1 phenotype.	17540573
AT5G49740	CS16547	Reduced growth under iron or sucrose deficient conditions.	
AT5G49810	CS6398	Lacks the capacity to produce S-Methyl-Methionine (SMM) and thus have no SMM cycle; significantly higher S-Adenosylmethionine and lower S-adenosylhomocysteine levels than the wild type and consequently have higher methylation ratio (13.8 versus 9.5); morphology and fertility similar to wild type plants; normal sulfur content of seeds; kanamycin resistant.	
AT5G49910	CS860809	No visible phenotype.	
AT5G49930	CS16020	embryo defective; developmental arrest of mutant embryos	
AT5G49930	CS16021	embryo defective; developmental arrest of mutant embryos	
AT5G49970	SALK_149382C	"Reduced root growth and foliar biomass. Total vitamin B6 levels were lower than in wild type, measured using yeast bioassay."	17873088
AT5G49970	pdx3-1	"Reduced root growth and foliar biomass. Total vitamin B6 levels were lower than in wild type, measured using yeast bioassay."	17873088
AT5G49980	CS69643	Resistant to the synthetic auxin picloram.	
AT5G49980	CS69644	Resistant to the synthetic auxin picloram.	
AT5G49980	CS69645	Resistant to the synthetic auxin picloram.	
AT5G49980	CS69647	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT5G49980	CS69648	"Resistant to IAA and the synthetic auxin picloram, dwarfed."	
AT5G49980	CS69657	No visible phenotype.	
AT5G49980	CS69658	"No visible phenotype. Molecular phenotype: mCitrine expression in root, hypocotyl, and cotyledon cells."	
AT5G49980	CS69659	"Tall inflorescences and fewer branches, hypersensitive to the synthetic auxin picloram. Molecular phenotype: mCitrine expression in root, hypocotyl, and cotyledon cells."	
AT5G49980	CS69660	No visible phenotype.	
AT5G50150	SALK_051707	"Low Ca sensitivity. Abnormal Casparian strip, and enhanced suberin deposition in the endodermis."	28238658
AT5G50150	lcs2-1	"Low Ca sensitivity. Abnormal Casparian strip, and enhanced suberin deposition in the endodermis."	28238658
AT5G50170	CS70165	"kanamycin resistant, no visible phenotype"	
AT5G50200	Atnrt3.1-1	"When grown on plates containing 250 &#956;M NO3-  as the sole source of available N for 10 days, mutant plants grew poorly, shoot  growth being particularly affected. Roots and shoots accumulated significantly less NO3- than wild type. Nitrate influx into roots of  mutant plants was reduced."	16415212
AT5G50210	old5	"The old5 mutant has almost a 3-fold reduction in its ability to stimulate the Cys desulfurase activity of Cp NifS. But, the quinolate synthase activity of the old5 mutant is not significantly different from the wild type level of activity, most likely because the QS domain is not the site of the mutation. Aspartate oxidase transcript levels are increased in the old5 mutant. And, NAD, NADH, NADP, and NADPH levels are also increased 27 days after germination. The activity of the NAD salvage pathway appears to be upregulated in this mutant. The level of several other metabolites, including those associated with the TCA cycle, are also altered in old5 mutants. The respiration rate of old5 is elevated compared to the respiration rate in wild type seedlings which leads to an increase in oxidative stress."	18978034
AT5G50230	lon2-2 atg16-1	IBA responsiveness to lon2-2 restored	30734619
AT5G50230	lon2-2 atg16-2	IBA responsiveness to lon2-2 restored	30734619
AT5G50230	lon2-2 atg16-3	IBA responsiveness to lon2-2 restored	30734619
AT5G50280	CS16006	embryo defective; developmental arrest of mutant embryos	
AT5G50320	elo3-1	Reduced organ growth.  Reduced cell proliferation rate.	
AT5G50360	aitr2 aitr5 aitr6	enhanced tolerance to drought and salt	31159296
AT5G50360	aitr5-1	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT5G50360	dpa4 sod7 aitr256	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT5G50375	cpi1-1	"sterile, dwarf phenotype with small, round, dark leaves, a short hypocotyl and root and defective root gravitropism. Roots presented defects in directional orientation along the gravity vector, normal meristem size but a shorter elongation zone, reduced epidermal  cell length, delayed gravitropic  curvature and slower growth  than the wild-type"	
	18223643		
AT5G50430	atubc32/atubc33/atubc34	"Increased tolerance to drought stress, ABA sensitivity to stomatal movement."	30193177
AT5G50570	CS69787	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT5G50570	CS69788	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT5G50570	CS69789	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT5G50570	CS69792	Delayed vegetative phase change. Increased rate of leaf initiation. Slightly delayed flowering time.	
AT5G50570	CS69793	Delayed vegetative phase change. Increased rate of leaf initiation.	
AT5G50570	CS69794	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G50570	CS69796	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G50570	CS69797	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G50570	CS69798	Delayed vegetative phase change. Increased rate of leaf initiation. Delayed flowering time.	
AT5G50570	CS69799	"Delayed vegetative phase change. Increased rate of leaf initiation. More severe vegetative phenotype than 35S::MIR156A (CS67849). Delayed flowering time, equal to 35S::MIR156A."	
AT5G50800	atsweet13 atsweet14	"Delayed anther dehiscence, larger and heavier seeds, larger seedlings with longer"	
roots and heavier shoot dry weights.	27782132		
AT5G50920	clpC1-1	Decrease in the total chlorophyll content and the chlorophyll a/b ratio compared to wild type.	17291312
AT5G50920	dca1 ch1-1 (GFP-CAO)	Chlorophyll contents decreased by approximately 40% compared to the parental line (ch1-1/GFP-CAO).	17291312
AT5G50920	dca1 ch1-1 (GFP-CAO)	Significant increase in the expression of the  GFP-CAO transgene.	17291312
AT5G50960	SALK_044980	Homozygotes are embryo lethal	19084504
AT5G50960	SALK_056204	Homozygotes are embryo lethal.	19084504
AT5G51060	rhd2-4	Does not produce reactive oxygen species in response to extracellular ATP stimulus.	19220789
AT5G51230	CS16238	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a very short inflorescence develops directly from the embryo or callus; the typical inflorescence shoot contains sessile leaves and two flowers with incomplete floral organ development; each flower has a disproportionally large pistil supported by a gynophore, six stamens and four sepals, but no petals; at maturity the pistil is several times taller than the stamens; homozygous plants are sterile."	
AT5G51230	CS16239	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a very short inflorescence develops directly from the embryo or callus; the typical inflorescence shoot contains sessile leaves and two flowers with incomplete floral organ development; each flower has a disproportionally large pistil supported by a gynophore, six stamens and four sepals, but no petals; at maturity the pistil is several times taller than the stamens; homozygous plants are sterile."	
AT5G51230	CS16240	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16241	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16242	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16243	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16244	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16245	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS16246	"Seedlings with short hypocotyls, oval-shape cotyledons with no petioles, absence of rosette growth, a short inflorescence develops directly from the embryo or callus; the inflorescence shoot  contains sessile leaves and 2 to 3 flowers with incomplete floral organ development; although all the four floral organs can be observed in a population, petal formation is devoid in most individuals; a pistil is the most prominent floral organ observed; homozygous plants are sterile."	
AT5G51230	CS8032	"roots elongate in the presence of inhibitory levels of cytokinins (cytokinin resistant); abbreviated development with reduction in cotyledon and leaf expansion; limited leaf production; reduced chlorophyll accumulation; failure to accumulate anthocyanins in response to cytokinins; formation of a single infertile flower; resistant to benzyl adenine, but sensitive to abscisic acid; segregating for glabrous (gl1)."	
AT5G51230	emf1-2/emf2-1	"Phenotype resembles the emf1-2 single mutant. Semi-open, small petioleless,oval shaped cotyledons and short hypocotyl and leaf primordia."	18281509
AT5G51300	SALK_062177C	"Dwarf plants  slightly early flowering, abnormal phyllotaxy."	24580679
AT5G51330	swi1	"Meiotic defects, reduced sister chromatid cohesion"	
AT5G51350	mol1-1	Enhanced formation of secondary vascular tissue in fascicular and interfascicular regions that exceeded the wild-type by 30%.	21379334
AT5G51430	eye	Pleiotropic defects in morphology.  Defects in cell shape and the random production of leaf primordia in the shoot apex are particularly prominent abnormalities.  The shoot apex is flat as opposed to domed.	18422605
AT5G51450	rin3-1	Inserion results in the loss of functional RING-finger domain and morphologically similar to wild type. Inoculation with PtoDC3000(avrRPM1) resulted in ion leakage.	
AT5G51545	lpa2-1	Decreased Fv/Fm ratio (variable fluorescence/maximum fluorescence).	17601825
AT5G51600	DYC283	"Dwarf. Fertile but had 25% fewer seeds per silique than normal.  Sections through the dyc283 mutant root revealed polynucleate,  hypertrophied cortical and epidermal cells (n= 41). Hypocotyl and leaf primordia had  polynucleate cells and aberrant cell wall stubs. In some dyc283  mutant cells, the nucleus did not divide and curved around the  branched end of the cell wall stub. Abnormally large nuclei with additional nucleoli. In a subset of dyc283 mutant premitotic cells  , MTs were mixed with condensed chromosomes  during prometaphase. Some  dyc283 dividing cells had MT spindle defects. Phragmoplasts  were often misplaced or wavy. Incomplete nematode development due to a defect in  giant cell formation in the dyc283 mutant."	
	18263774		
AT5G51600	SALK_054867	Heterozygotes have short siliques and reduced number of seeds. Some embryos are also abnormally shaped.	25442819
AT5G51700	CS67926	Delayed chlorosis and cell death after Erysiphe cichoracearum infection compared to the pen3-1 single mutant.	
AT5G51700	CS68751	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT5G51700	CS68752	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT5G51700	CS68753	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT5G51700	CS68756	No visible phenotype.	
AT5G51700	CS68757	No visible phenotype.	
AT5G51700	CS68763	No visible phenotype.	
AT5G51700	CS68764	No visible phenotype.	
AT5G51700	CS68766	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1).	
AT5G51700	CS68771	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1). Severe reduction of DC3000(avrRpm1)-induced hypersensitive response.	
AT5G51700	CS68774	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1).	
AT5G51700	CS68779	Lose AvrRpm1-induced cell death; reduced RPM1-myc accumulation.	
AT5G51700	CS68786	No visible phenotype.	
AT5G51700	CS68787	No visible phenotype.	
AT5G51700	CS68794	coi1 homozygotes are male sterile.	
AT5G51700	CS68795	No visible phenotype.	
AT5G51700	CS68797	No visible phenotype.	
AT5G51700	CS68798	No visible phenotype.	
AT5G51700	CS68799	No visible phenotype.	
AT5G51700	CS68800	No visible phenotype.	
AT5G51700	CS68801	No visible phenotype.	
AT5G51700	CS68802	No visible phenotype.	
AT5G51700	rar1-1	Pst DC3000 strains grew better (infection) when inoculated on mutant rather than wildtype leaves.	16619029
AT5G51700	rar1-10	Examination under UV light of leaves inoculated with <i>Peronospora parasitica</i> revealed occasional plant cell death-associated autofluorescence.	11847308
AT5G51700	rar1-10	This mutant exhibits ~50% of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered susceptible to infection.	12034891
AT5G51700	rar1-11	No accumulation of whole cell reactive oxygen intermediates (ROI) was observed in the majority of interacting sites.	12034891
AT5G51700	rar1-11	"Strong delay in hypersensitive response resulting in trailing plant cell necrosis, borne out by the appearance at late time points of autofluorescing dead cells on leaves. The plants were tested with inoculations of <i>Peronospora</i> isolate Noco2."	12034891
AT5G51700	rar1-11	This mutant exhibits ~50% of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered susceptible to infection.	12034891
AT5G51700	rar1-12	This mutant exhibits low percentage of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered partially susceptible to infection.	12034891
AT5G51700	rar1-13	"The mutant exhibits a significant flg22-induced reduction in bacterial growth, indicating that the gene is most probably not required for flg22-induced bacterial resistance."	15085136
AT5G51700	rar1-13	This mutant exhibits ~50% of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered susceptible to infection.	12034891
AT5G51700	rar1-14	This mutant exhibits low percentage of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered partially susceptible to infection.	12034891
AT5G51700	rar1-15	"In the partially defective mutant plants, an attenuated hypersensitive response was observed at most plant-pathogen interaction sites,  and Noco2 mycelium was seen to emerge from these areas. At later times, there was less extensive pathogen growth and more extreme trailing plant cell death than was observed in the <i>rar1-11</i> mutants."	12034891
AT5G51700	rar1-15	Reactive oxygen intermediates (ROI) accumulation was observed at most pathogen interaction sites.	12034891
AT5G51700	rar1-15	This mutant exhibits low percentage of the Peronospora parasitica spore levels counted on rpp5 plants. This mutant is considered partially susceptible to infection.	12034891
AT5G51700	sgt1a-1 rar1-1	Pst DC3000 strains grew better (infection) when inoculated on mutant rather than wildtype leaves.	16619029
AT5G51700	sgt1b-1 rar1-10	Examination under UV light of leaves inoculated with <i>Peronospora parasitica</i> did not reveal occasional plant cell death-associated autofluorescence.	11847308
AT5G51760	ahg1-1	"ABA hypersensitive, grows poorly in the presence of ABA."	17461784
AT5G51810	GABI-KAT 734G06	slightly smaller than the wild type.	18069939
AT5G51820	CS210	"deficient in starch, no other phenotypic effect."	19776162
AT5G52250	SALK_060638 (homo)	"Under both FRc and Rc conditions, the length of mutant hypocotyls and cotyledon area are similar to that of wild type."	16891401
AT5G52290	shoc1-1	Reduced fertility. Short siliques. Both gametophytes are affected. A large proportion of pollen is dead and most (ca. 80%) of embryo sacs are defective or degenerated. Meiosis is abnormal with fewer chiasmata formed.	18812090
AT5G52290	shoc1-1/Atmsh5	Reduced number of chiasmata.	18812090
AT5G52360	adf10	"Reduced rate of pollen tube growth, abnormally curved pollen tubes."	29061882
AT5G52440	SALK_020680	albino lethal	27744298
AT5G52440	SALK_044421C	albino lethal.	27744298
AT5G52440	SALK_067017C	"elevated levels of reactive oxygen  40 species (ROS) in guard cells, improved stomatal closure and reduced water loss under drought conditions."	27744298
AT5G52440	hcf106-1/thf1-1	"Increased ROS accumulation in guard cells, increased stomatal closure, reduced water loss and more drought resistance compared to the wild type."	27744298
AT5G52510	CS66517	No visible phenotype.	
AT5G52520	SALK_045080	"In heterozygous plants, 56% of ovules are aborted, compared to 5% in wild type siblings."	16297076
AT5G52520	prors1-1	Decrease in the abundance of inner membrane complexes of mitochondria.	16517761
AT5G52520	prors1-1	"Light-adapted mutant leaves revealed a decrease in chlorophyll concentration (chlorophyll a/b), a reduction in the chlorophyll a/b ratio and &#946;-carotene."	16517761
AT5G52520	prors1-1	Persistent reduction in leaf starch content measured over the course of the day.	16517761
AT5G52520	prors1-1	Reduced growth rate.	16517761
AT5G52520	prors1-1	Relative decrease the effective quantum yield of PSII (&#934;II).	16517761
AT5G52520	prors1-1	Significant reduction in the maximum quantum yield of PSII (Fv/Fm).	16517761
AT5G52520	prors1-1	Slight increase in H2O2 levels in light-adapted mutant plants. But no change in dark-adapted plants.	16517761
AT5G52520	prors1-2	Decrease in the abundance of inner membrane complexes of mitochondria.	16517761
AT5G52520	prors1-2	"Light-adapted mutant leaves revealed a decrease in chlorophyll concentration (chlorophyll a/b), a reduction in the chlorophyll a/b ratio and &#946;-carotene."	16517761
AT5G52520	prors1-2	Persistent reduction in leaf starch content measured over the course of the day.	16517761
AT5G52520	prors1-2	Reduced growth rate.	16517761
AT5G52520	prors1-2	Relative decrease the effective quantum yield of PSII (&#934;II).	16517761
AT5G52520	prors1-2	Significant reduction in the maximum quantum yield of PSII (Fv/Fm).	16517761
AT5G52520	prors1-2	Slight increase in H2O2 levels in light-adapted mutant plants. But no change in dark-adapted plants.	16517761
AT5G52520	prors1-2	"The redox state of the plastoquinone pool, measured as 1-qP, was increased."	16517761
AT5G52520	prors1-3	"At stage 3-I, the early megaspore development and meiosis proceed normally. By contrast, at stage 3-VI, only ~70% had a normal-looking seven-nuclear embryo sac."	16517761
AT5G52520	prors1-3	Female gametophyte lethality.	16517761
AT5G52520	prors1-3	Siliques containing seeds at the globular stage of normal embryo development were found to include small abnormal seeds and aborted ovule-like structures.	
	16517761		
AT5G52520	prors1-4	Female gametophyte lethality.	16517761
AT5G52560	usp-2	Male fertility is completely abolished in the mutant.	17341835
AT5G52560	usp-2	Mutation is lethal in the homozygous state.	17341835
AT5G52570	b1 b2	"In leaves, &#946;-ring-hydroxylated xanthophylls (lutein, violaxanthin, neoxanthin) are still synthesized albeit at lower levels than wildtype (Ws) or either single mutant. Neoxanthin and violaxanthin were reduced by 90% and 65%, respectively. 30% increase in lutein.  &#946;-Carotene content is unchanged and &#946;-cryptoxanthin was not detected. &#946;-Carotene-derived xanthophylls are produced at 20% of wildtype capacity."	12782726
AT5G52570	b1 b2	"In seeds, carotenoids levels were reduced to 40% of those of wildtype. &#946;-Carotene-derived xanthophylls present at 10% of wildtype levels (same as in leaves). Zeaxanthin, antheraxanthin, violaxanthin and neoxanthin were reduced to 40, 50, 90 and 80% of wildtype levels."	12782726
AT5G52570	b1 b2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT5G52570	b1 b2	No visible phenotype.	12782726
AT5G52570	b1 b2	Non-photochemical quenching (NPQ) reduced to a much greater extent in both induction and amplitude compared to either single mutants.	12782726
AT5G52570	b2	Chlorophyll a/b ratio does not differ significantly from that of wildtype.	12782726
AT5G52570	b2	"In leaves, apart from small decrease in neoxanthine, carotenoid composition not significantly altered compared to wildtype.  &#946;-Carotene content is unchanged and monohydroxy xanthophyll &#946;-cryptoxanthin was not detected."	12782726
AT5G52570	b2	"In seeds, 10% decrease in lutein content, nearly twofold increase in antheraxanthin, and 30% increase in zeaxanthin. Vialaxanthin and neoxanthin not significantly different from wildtype. Increase total level of &#946;-carotene-derived xanthophylls."	12782726
AT5G52570	b2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT5G52570	b2	No visible phenotype.	12782726
AT5G52570	chy1 chy2	"Reduced conversion of &#946;-carotene into &#946;,&#946;-xanthophylls."	16890225
AT5G52570	chy1 chy2 lut5	Contains high levels of lutein.	16890225
AT5G52570	chy1 chy2 lut5	No trace of &beta;-carotene-derived xanthophylls.	16890225
AT5G52570	lut1 b2	"In leaves, the only carotenoids significantly changed in the double mutant were &#946;-carotene and lutein."	12782726
AT5G52570	lut1 b2	"In seeds, similar amounts of carotenoids relative to lut1 b1. Intermediate compared to Col and Ws parents. Greater levels of individual and total &#946;-carotene-derived xanthophylls compared to lut1 b1."	12782726
AT5G52570	lut1 b2	Level of total carotenoid  not significantly different from wild-type.	12782726
AT5G52570	lut1 b2	No visible phenotype.	12782726
AT5G52570	lut1-2 b1 b2	20% less total carotenoids on a fresh weight basis compared to wildtype.	12782726
AT5G52570	lut1-2 b1 b2	Chlorophyll a/b ratio is significantly higher than that of other genotypes.	12782726
AT5G52570	lut1-2 b1 b2	"In leaves: dramatic alteration in carotenoid composition: more than twice the levels of &#946;-carotene compared to wildtype. Reduction of 95% and 60% for neoxanthin and violaxanthin compared to wildtype. Zeaxanthin and antheraxanthin totally absent.  &#946;-Carotene-derived xanthophylls (violaxanthin + zeaxanthin + antheraxanthin + neoxanthin) only account for 5% of total carotenoids compared to 25 to 30% in wildtype. Lutein content is unchanged in the triple mutant compared to lut1 b1 and lut1 b2 double mutants, but zeinoxanthin has more than doubled compared to any of the lut1 genotypes."	12782726
AT5G52570	lut1-2 b1 b2	"In seeds, total carotenoid levels 35% lower than that of lut1 b1 and lut1 b2 but lutein still accounts for 80% of total carotenoids. Most &#946;-carotene-derived xanthophylls are significantly reduced compared to aforementioned double-mutants. 4- to 20-fold increase in &#946;-carotene relative to other genotypes."	12782726
AT5G52570	lut1-2 b1 b2	Smaller and paler than either parental wild-type ecotypes (Col and Ws).	12782726
AT5G52570	lut1-2 b1 b2	Very rapid initial induction of non-photochemical quenching (NPQ) but NPQ level was greatly reduced compared to wildtype levels and all other genotypes.	12782726
AT5G52570	lut1-3 b1 b2	Completely lacks lutein.	14709673
AT5G52570	lut1-3 b1 b2	Significant reduction of hydroxylated &beta;-rings xanthophylls.	14709673
AT5G52600	CS923402	No visible phenotype.	
AT5G52640	CS68728	"Increased occurrence of developmental defects, but less severe than Hsp90.2 (CS68729) or Hsp90.3 (CS68730)."	
AT5G52640	CS68767	No visible phenotype.	
AT5G52640	CS68769	No visible phenotype.	
AT5G52640	CS68770	No visible phenotype.	
AT5G52640	CS68773	No visible phenotype.	
AT5G52750	WiscDsLox364H12	No visible phenotype.	
AT5G52920	SALK_133577	Hypersensitive to ABA in seed germination and seedling growth.	16889648
AT5G52940	SALK_108901	No obvious morphological phenotype.	30938771
AT5G53080	SALK_006120C	Early rosette leaves are albino and have serrated edges. Leaf greening and chloroplast biogenesis are delayed.	29140512
AT5G53140	CS66142	No visible phenotype.	
AT5G53170	CS16270	"Plants are highly susceptible to moderately elevated temperatures and defective in both acquired and basal thermotolerances. Growth and development of plants at all stages are arrested after prolonged exposure to temperatures above 30C (which are permissive conditions for wild-type plants). Photosynthetic capability, as measured by chlorophyll content (chl a/b ratios) and PSII quantum yield, is greatly reduced in leaves when exposed to the moderately high temperature of 30C. The inability of dark germinated seeds to develop green cotyledons and the thermosensitive chlorotic phenotype developed in true leaves after 30C exposure, indicate that chlorophyll accumulation and the photosynthetic apparatus in the plants are sensitive to moderate high-temperature stress. Under high light conditions, plants show no significant difference in photosynthesis capacity compared to the wild type."	
AT5G53170	CS16271	"Plants are highly susceptible to moderately elevated temperatures and defective in both acquired and basal thermotolerances. Growth and development of plants at all stages are arrested after prolonged exposure to temperatures above 30C (which are permissive conditions for wild-type plants). Photosynthetic capability, as measured by chlorophyll content (chl a/b ratios) and PSII quantum yield, is greatly reduced in leaves when exposed to the moderately high temperature of 30C. The inability of dark germinated seeds to develop green cotyledons and the thermosensitive chlorotic phenotype developed in true leaves after 30C exposure, indicate that chlorophyll accumulation and the photosynthetic apparatus in the plants are sensitive to moderate high-temperature stress. Under high light conditions, plants show no significant difference in photosynthesis capacity compared to the wild type. Plants lack trichomes on leaves and stems, due to the glabrous (gl1) genetic background."	
AT5G53170	CS860040	"Plants are highly susceptible to moderately elevated temperatures and defective in both acquired and basal thermotolerances. Growth and development of plants at all stages are arrested after prolonged exposure to temperatures above 30C (which are permissive conditions for wild-type plants). Photosynthetic capability, as measured by chlorophyll content (chl a/b ratios) and PSII quantum yield, is greatly reduced in leaves when exposed to the moderately high temperature of 30C. The inability of dark germinated seeds to develop green cotyledons and the thermosensitive chlorotic phenotype developed in true leaves after 30C exposure, indicate that chlorophyll accumulation and the photosynthetic apparatus in the plants are sensitive to moderate high-temperature stress. Under high light conditions, plants show no significant difference in photosynthesis capacity compared to the wild type."	
AT5G53170	CS860041	"Plants are highly susceptible to moderately elevated temperatures and defective in both acquired and basal thermotolerances. Growth and development of plants at all stages are arrested after prolonged exposure to temperatures above 30C (which are permissive conditions for wild-type plants). Photosynthetic capability, as measured by chlorophyll content (chl a/b ratios) and PSII quantum yield, is greatly reduced in leaves when exposed to the moderately high temperature of 30C. The inability of dark germinated seeds to develop green cotyledons and the thermosensitive chlorotic phenotype developed in true leaves after 30C exposure, indicate that chlorophyll accumulation and the photosynthetic apparatus in the plants are sensitive to moderate high-temperature stress. Under high light conditions, plants show no significant difference in photosynthesis capacity compared to the wild type."	
AT5G53170	N533047	"No visible change in plant growth, development or pigmentation."	16157880
AT5G53170	atts244	Highly susceptible to moderately elevated temperatures and defective in acquired thermotolerance.	16972866
AT5G53170	atts405	Highly susceptible to moderately elevated temperatures and defective in acquired thermotolerance.	16972866
AT5G53180	atptb1-1 atptb2-1	"self-fertilization of this atptb1-1(+/-) atptb2-1(-/-) double mutant   did not produce any double-homozygous progeny; in crosses of its pollen to wild type females, no atptb1-1(+/-) atptb2-1(+/-) genotype was produced; pollen grains germinated less efficiently than those from wild type plants"	19122186
AT5G53200	CS6518	Extra branched leaf trichomes; 10-15% of leaf trichomes develop next to one another in clusters phenotype; trichomes have increased levels of endoreduplication; segregates with kanamycin resistance.	
AT5G53200	CS67760	"Trichome clusters; no root hairs. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G53200	frc1-1 try-240	"Has fewer trichomes than in the try single mutant, but more than in the frc single mutant."	10572032
AT5G53200	frc2-1 try-240	Produces less two-branched trichomes (~40%) than the frc single mutant.	10572032
AT5G53200	frc3-1 try-240	"Has fewer trichomes than in the try single mutant, but more than in the frc single mutant."	10572032
AT5G53200	frc4-1 try-240	Produces mostly two-branched trichomes.	10572032
AT5G53200	try-240	"Pleitropic effect: increase in trichome branch number, which develop in clusters and have an increased amount of nuclear DNA."	10572032
AT5G53200	try-EM1	Increase in the number of trichome branch points. Most mutants have four branch points but that number can range from 2 to 7.	9367433
AT5G53200	try-EM1 an-EM1	Trichomes have only one branch point.	9367433
AT5G53200	try-EM1 gl-3	Same number of branch points as in trichomes of gl-3 single mutant.	9367433
AT5G53200	try-EM1 nok-122	Additive phenotype resulting in trichomes with up to 11 branch points.	9367433
AT5G53200	try-EM1 sta-23	Trichomes have two or three branch points.	9367433
AT5G53200	try-EM1 sti-EMU	Larger but unbranched trichome cells compared to wild type.	9367433
AT5G53200	try-EM1:TRY	Fewer branch points in the heterozygous mutant than in the homozygous one.	9367433
AT5G53200	ttg2-1/gl3-2	Clusters of unbranched trichomes.	17766401
AT5G53210	spch-3	Does not express MUTE transcripts.	17183267
AT5G53210	spch-3	Stomataless.  No asymmetric divisions to create the stomatal lineage are made.  Plants arrest as small pale seedlings.	17183265
AT5G53280	CS16466	Severe chloroplast phenotype	
AT5G53280	CS16467	Severe chloroplast phenotype	
AT5G53280	CS68660	ARC5 ring not present in pdv1 pdv2 double mutants. Double mutant had a more severe phenotype than those of the single mutants. Each leaf mesophyll cell contained only one or two chloroplasts. Chloroplasts are usually constricted in the middle.	
AT5G53280	pdv1-1	Fewer number of chloroplasts in the leaf mesophyll cells. Chloroplasts were constricted and larger than those observed in the WT.	16998069
AT5G53280	pdv1-1 pdv2-1	"More severe phenotype than each of the single mutants, leaf mesophyll cells contained only one or two chloroplasts, usually constricted."	16998069
AT5G53280	pdv1-2	Fewer number of chloroplasts in the leaf mesophyll cells. Chloroplasts were constricted and larger than those observed in the WT.	16998069
AT5G53400	CS65907	Segregates 25% embryo lethal homozygous bob1 mutants. Embryo arrest occurs at the globular stage of embryogenesis.	
AT5G53400	CS69998	No visible phenotype.	
AT5G53400	CS69999	"Small plants with short roots, small serrated leaves, short branched inflorescences, pin-formed meristems and abnormal floral organ numbers. Late flowering. Reduced fertility resulting in short siliques."	
AT5G53400	CS71572	"Small plants with short roots, small serrated leaves, short branched inflorescences, pin-formed meristems and abnormal floral organ numbers. Late flowering. Reduced fertility resulting in short siliques."	
AT5G53400	CS71573	Segregates 25% embryo lethal homozygous bob1 mutants. Embryo arrest occurs at the globular stage of embryogenesis.	
AT5G53400	CS71574	Segregates 25% embryo lethal homozygous bob1 mutants. Embryo arrest occurs at the globular stage of embryogenesis.	
AT5G53400	CS71576	"Very small plants with narrow leaves, severely serrated leaf margins, and abaxial leaf spurs. Abaxialized flowers lacking obvious sepals, petals, or stamens. Occasionally fasciated infloresence meristems. Hyposensitivity to proteasome inhibitor MG132."	
AT5G53460	CS6376	"Null for NADH-dependent glutamine-2-oxoglutarate aminotransferase (NADH-GOGAT) activity; defective in growth and glutamate biosynthesis when grown under non-photorespiratory growth conditions; displays a 20% decrease in growth and a dramatic 70% reduction in glutamate levels relative to wild-type, when photorespiration is repressed by 1% CO2"	
AT5G53550	CS69960	"Shoots fail to send appropriate long-distance signal of shoot iron status to the roots, resulting in iron deficiency over time. Iron deficiency leads to interveinal chlorosis, altered metal concentrations in the leaves, roots, and seeds, as well as low fertility due to arrested pollen and embryo development. These phenotypes can be partially rescued by iron supplementation. "	
AT5G53760	CS66545	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53760	CS66546	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53760	CS66547	No visible phenotype.	
AT5G53760	CS66548	No visible phenotype.	
AT5G53760	CS66562	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53760	CS66563	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53760	CS66565	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53760	CS66566	"Aberrant root thigmomorphogenesis;  anisotropic, chiral root expansion manifesting as tightly curled root patterns upon contact with solid surfaces; this  defect  is nonadditive and dependent on light and nutrients."	
AT5G53860	CS24089	embryo defective; cotyledon	
AT5G53860	CS6340	"developmental arrest of mutant embryos occurs at globular stage (V-heart, some linear); white seeds; white embryo; 23.9% mutant; 50.3% aborted seeds in top half of silique."	
AT5G53860	anu7-1	Pale green leaves with prominent marginal teeth and reduced leaf growth. Thylakoid membranes occasionally appeared unappressed resulting in a locally increased luminal space between the thylakoidal membranes.	28008672
AT5G53950	CS16485	"Plants have enlarged vegetative and reproductive lateral organs result from an increase in cell proliferation that occurs over a longer developmental time frame relative to wild-type; rosette leaves exhibit increased medial-lateral expansion and increased leaf surface area; elongated   inflorescence stems, pedicels and petals; short siliques and curled at the distal end, with thin tooth-like projections along the valve margins; the style region is disrupted and partly engulfed by an overgrowth of valve tissue that curls inward at the silique end; reduced seed set."	
AT5G53950	CS3870	"semi-dominant; cotyledons fuse along one side at very low frequency (approx 0.5 %), slight fusion of sepals, stamen fusion at very low frequency."	
AT5G53950	CS3871	"semi-dominant; phenotype of segregating descendants is the following: a) cuc1-1 cuc2-1 exhibits cotyledons fused along both sides to form a single cup-shaped cotyledon, shoot apical meristem is missing and no shoots are produced under normal conditions, seedling lethal, shoots can be induced from calli and produce flowers with severly fused sepals and stamens and with reduced petals, septa and ovules; b) cuc1-1 cuc2-1 /+ produce shoots with more severly fused sepals than cuc1-1 single mutant plants, facilitating identification of heterozygous adult plants; c) cuc1-1 produce shoots with sepals slightly fused."	
AT5G53950	cuc2-1 atbrm-1	Cup-shaped seedlings form with high frequency.  Less frequently fusions of one cotyledon margin are observed.	16854978
AT5G53950	cuc2-1 atbrm-3	Cup-shaped seedlings form with high frequency.  Less frequently fusions of one cotyledon margin are observed.	16854978
AT5G53950	cuc2-1 cuc3-101	"High frequency of production of cup-shaped cotyledons in seedlings, more than half fail to produce primary shoots."	17122068
AT5G53950	cuc2-1 cuc3-101	Production of the first pair of leaf primordia is significantly delayed compared to the wild type.  This likely reflects a defect in embryonic shoot meristem initiation.	17122068
AT5G53950	cuc2-1 rbe-3	"Four distinct sepal primordia are initiated in a normal pattern during stage 3 of flower development as was seen previously for cuc2-1 and rbe-3 single mutants. Later growth of sepal primordia in the cuc2-1 rbe-3 double is uneven, similar to that seen in rbe-3 single mutants. An increased extent of sepal fusion in the cuc2-1 rbe-3 double mutant as compared with cuc2-1 was first observed during stage 6."	16412084
AT5G53950	cuc2-1 rbe-3	"In double mutant flowers, sepal fusion occurred more often and to a greater extent than in either single mutant."	
	16412084		
AT5G53950	cuc2-3	"Absence of leaf serrations, smooth leaf margins."	
AT5G53970	SALK_141402C	reduced the pHPL accumulation	30233632
AT5G53970	tat1-1	reduced the pHPL accumulation	30233632
AT5G54080	SALK_027807	The hgo-1 mutant suppresses the sscd1 cell death phenotype.	23743712
AT5G54250	CS6524	"Reduced hypersensitive response (HR) cell death in response to avirulent Pseudomonas syringae pathogens; exhibits gene-for-gene restriction of pathogen growth in the absence of extensive HR cell death; most leaf mesophyll cells exhibit no HR, even in the presence of high titers of P. syringae expressing avrRpt2; plants retain strong RPS2-, RPM1-, or RPS4-mediated restriction of P. syringae pathogen growth; enhanced broad-spectrum resistance against virulent P. syringae; constitutively elevated levels of salicylic acid and defense; pathogenesis-related (PR) gene expression; plants responding to virulent and avirulent P. syringae exhibit elevated expression of both salicylate-dependent PR-1 and jasmonate and ethylene-dependent PDF1.2."	
AT5G54250	hlm1	Lesion mimic phenotype	
AT5G54260	atmre11-3	High levels of double-strand breaks.	18007598
AT5G54260	atmre11-3	Hyperaccumulation of  AtSPO11-1 in meiocytes.	18007598
AT5G54260	atmre11-3	The mutant showed vegetative growth defects and sterility.	
	15141167		
AT5G54260	mre11	"Hypersensitivity to DNA damage, elongated telomeres"	
AT5G54270	SALK_036200	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT5G54310	nev-3	"floral organ shedding, abnormal (differences in abscission zone morphology were first detected when organ separation normally occurs in wild-type flowers (stage 16). At this point, abscission zone cells expand and become vacuolated in wild type (Fig. 1F), whereas in mutant flowers the organs stay attached and cells within the sepal and petal abscission zones remain small and densely cytoplasmic);    Golgi apparatus, abnormal (in mutant plants, cells in the region of sepal abscission zone predominately exhibited circularized or cup-shaped multilamellar structures rather than the flat stacks of Golgi cisternae typical of wild type);    tubular-vesicular networks, abnormal;    paramural bodies, present in greater numbers in organisms (flowers, fruit walls and pedicels of mutant flowers)."	19429787
AT5G54380	the1-1 prc1-1	"In the double mutant, the amount of ectopic lignin was reduced in hypocotyls and entirely absent in the root."	17540573
AT5G54380	the1-1 prc1-1	"The hypocotyl growth rate of the double mutant, which was initially slower than that of prc1-1, strongly increased beyond day three to reach over half the growth rate of WT hypocotyls between day four and day five. Beyond day five, the growth rate dropped, but more gradually than that of the WT."	
	17540573		
AT5G54380	the1-1 prc1-1	The number of cells in epidermal-cell files was unaltered in the double mutant compared to prc1-1 hypocotyls.	
	17540573		
AT5G54380	the1-1 prc1-1	"When expressed per seedling, the 14C-glucose incorporation in the cellulosic fraction was reduced 2.5-fold in prc1-1 compared to the WT, and did not differ significantly from that of the1-1/prc1-1 mutants; this confirmed that cellulose biosynthesis was not restored in the double mutant."	17540573
AT5G54380	the1-3 bot1-1	No effect of the1-3 on the bot1-1 phenotype.	17540573
AT5G54380	the1-3 eli1-1	Partial reversion of the hypocotyl-elongation defect of eli1-1.	17540573
AT5G54380	the1-3 kor1-1	Little effect of the1-3 on the kor1-1 phenotype.	17540573
AT5G54380	the1-3 pom1-2	Partial reversion of the hypocotyl-elongation defect of pom1-2.	17540573
AT5G54380	the1-3 prc1-8	Partial restoration of the hypocotyl growth defect of prc1-8.	
	17540573		
AT5G54380	the1-3 rsw1-10	Partial reversion of the hypocotyl-elongation defect of rsw1-10.	17540573
AT5G54440	club-2	"Amorphous, club-like seedlings.  Reduced growth of root and shoot apices. Defects in cell plate assembly during cytokinesis."	20609115
AT5G54510	dfl1-D	Short hypocotyl	
AT5G54590	SALK_016240C	increased sensitivity to chilling and freezing temperature.	20026608
AT5G54640	rat5	Reduced transformation efficiency	
AT5G54650	CS9263	"Enhancer trap of FH5, formin homology protein. Shows protein localization to cell plate, endosperm and chalazal cyst.No morphological phenotype described."	15765105
AT5G54650	ath5-1	"Endosperm development is defective, cellularization of the endosperm is delayed."	15765105
AT5G54690	irx8 irx1	"The homozygous double mutants progeny were severely dwarfed and sterile. The leaves were dark green, indicating an increase in chloroplasts per leaf area of the mutants, which was probably due to the reduced cell size. Several double mutant plants were unable to bolt and only grew rosette leaves."	17237350
AT5G54690	irx8 irx1	"The homozygous mutant progeny are severely  deformed and are smaller in size compared with the wild type, possibly reflecting a reduction in water transporting ability."	17237350
AT5G54690	irx8 irx9	"The double mutants had significantly less xylose compared with the irx8 and irx9 single mutant plants. Whereas irx8 and irx9 contain ~40 to 50% xylose compared with the wild type, the double mutant contained only ~20% xylose compared with wild-type plants."	
	17237350		
AT5G54690	irx8-1	"Collapsed xylem vessels in roots and stems, suggesting a decrease in xylem wall strength in the homozygous mutants."	17237350
AT5G54690	irx8-1	Homozygous progeny does not produce seeds and has to be propagated as segregants from heterozygous plants.	17237350
AT5G54690	irx8-1	"Immunolabeling of stem and root sections using using monoclonal antibodies specific for glucuronoxylans revealed strong fluorescence signals in the walls of interfascicular fibers and xylem cells in wild-type Arabidopsis, but only weak signals were detected in the corresponding tissues of mutant plants."	17322407
AT5G54690	irx8-1	"In the homozygous mutant cell wall, decrease of cellulose content (~25%) and notable reduction in xylose in stems and roots (>50%)."	17237350
AT5G54690	irx8-1	"In the homozygous mutant, stunted growth and smaller leaves, siliques, and flowers compared with the wild type. Although the leaf size was considerably smaller  than the wild-type leaf, the trichomes of the mutants were the same size."	17237350
AT5G54690	irx8-1	"In the homozygous mutant, uneven distribution of cell wall deposition compared with the wild type. Additionally, the region that separates cells, consisting of residual primary cell walls, is wider and exhibits less contrast in the mutant compared with the WT."	17237350
AT5G54690	irx8-1	"Mature xylem vessels were  deformed in the homozygous mutant. However, in contrast with irx1 mutants, these  mutants also exhibited deformations in initiating xylem cells (i.e. the protoxylem cells). In addition,  the irx8 mutants contain ~50% more xylem cells than wild-type stems at a comparable developmental stage."	17237350
AT5G54690	irx8-1	"The wall thickness of interfascicular fibers and vessels in the stems of the mutants was decreased by ~60% compared with the wild type, which is most likely the cause of their reduced stem strength."	17322407
AT5G54690	irx8-1	"Where in wild-type roots xylem files form a closely packed array of cell  files, leading to the regular occurrence of  tripartite cell corners between xylem cell files, the central cylinder of homozygous mutant roots was disorganized and  the xylem files did not form a closely packed array. As a  consequence, tripartite xylem cell  corners could not be detected in the mutant."	17237350
AT5G54690	irx8-1	Xylem cells are significantly smaller in the homozygous mutant compared with  the wild type. The cell walls surrounding the xylem vessels are also  severely reduced in thickness in the mutants.	17237350
AT5G54690	irx8-2	"Collapsed xylem vessels in roots and stems, suggesting a decrease in xylem wall strength in the homozygous mutants."	17237350
AT5G54690	irx8-2	Homozygous progeny does not produce seeds and has to be propagated as segregants from heterozygous plants.	17237350
AT5G54690	irx8-2	"In the homozygous mutant cell wall, decrease of cellulose content (~25%) and notable reduction in xylose in stems and roots (>50%)."	17237350
AT5G54690	irx8-2	"In the homozygous mutant, stunted growth and smaller leaves, siliques, and flowers compared with the wild type. Although the leaf size was considerably smaller  than the wild-type leaf, the trichomes of the mutants were the same size."	17237350
AT5G54690	irx8-2	"In the homozygous mutant, uneven distribution of cell wall deposition compared with the wild type. Additionally, the region that separates cells, consisting of residual primary cell walls, is wider and exhibits less contrast in the mutant compared with the WT."	17237350
AT5G54690	irx8-2	"Mature xylem vessels were  deformed in the homozygous mutant. However, in contrast with irx1 mutants, these  mutants also exhibited deformations in initiating xylem cells (i.e. the protoxylem cells). In addition,  the irx8 mutants contain ~50% more xylem cells than wild-type stems at a comparable developmental stage."	17237350
AT5G54690	irx8-2	"Where in wild-type roots xylem files form a closely packed array of cell  files, leading to the regular occurrence of  tripartite cell corners between xylem cell files, the central cylinder of homozygous mutant roots was disorganized and  the xylem files did not form a closely packed array. As a  consequence, tripartite xylem cell  corners could not be detected in the mutant."	17237350
AT5G54690	irx8-2	Xylem cells are significantly smaller in the homozygous mutant compared with  the wild type. The cell walls surrounding the xylem vessels are also  severely reduced in thickness in the mutants.	17237350
AT5G54690	irx8-3	"Collapsed xylem vessels in roots and stems, suggesting a decrease in xylem wall strength in the homozygous mutants."	17237350
AT5G54690	irx8-3	Homozygous progeny does not produce seeds and has to be propagated as segregants from heterozygous plants.	17237350
AT5G54690	irx8-3	"In the homozygous mutant, stunted growth and smaller leaves, siliques, and flowers compared with the wild type. Although the leaf size was considerably smaller  than the wild-type leaf, the trichomes of the mutants were the same size."	17237350
AT5G54690	irx8-3	"In the homozygous mutant, uneven distribution of cell wall deposition compared with the wild type. Additionally, the region that separates cells, consisting of residual primary cell walls, is wider and exhibits less contrast in the mutant compared with the WT."	17237350
AT5G54690	irx8-3	"Mature xylem vessels were  deformed in the homozygous mutant. However, in contrast with irx1 mutants, these  mutants also exhibited deformations in initiating xylem cells (i.e. the protoxylem cells). In addition,  the irx8 mutants contain ~50% more xylem cells than wild-type stems at a comparable developmental stage."	17237350
AT5G54690	irx8-3	"Where in wild-type roots xylem files form a closely packed array of cell  files, leading to the regular occurrence of  tripartite cell corners between xylem cell files, the central cylinder of homozygous mutant roots was disorganized and  the xylem files did not form a closely packed array. As a  consequence, tripartite xylem cell  corners could not be detected in the mutant."	17237350
AT5G54690	irx8-3	Xylem cells are significantly smaller in the homozygous mutant compared with  the wild type. The cell walls surrounding the xylem vessels are also  severely reduced in thickness in the mutants.	17237350
AT5G54690	irx8-4	"Collapsed xylem vessels in roots and stems, suggesting a decrease in xylem wall strength in the homozygous mutants."	17237350
AT5G54690	irx8-4	Homozygous progeny does not produce seeds and has to be propagated as segregants from heterozygous plants.	17237350
AT5G54690	irx8-4	"In the homozygous mutant, stunted growth and smaller leaves, siliques, and flowers compared with the wild type. Although the leaf size was considerably smaller  than the wild-type leaf, the trichomes of the mutants were the same size."	17237350
AT5G54690	irx8-4	"In the homozygous mutant, uneven distribution of cell wall deposition compared with the wild type. Additionally, the region that separates cells, consisting of residual primary cell walls, is wider and exhibits less contrast in the mutant compared with the WT."	17237350
AT5G54690	irx8-4	"Mature xylem vessels were  deformed in the homozygous mutant. However, in contrast with irx1 mutants, these  mutants also exhibited deformations in initiating xylem cells (i.e. the protoxylem cells). In addition,  the irx8 mutants contain ~50% more xylem cells than wild-type stems at a comparable developmental stage."	17237350
AT5G54690	irx8-4	"Where in wild-type roots xylem files form a closely packed array of cell  files, leading to the regular occurrence of  tripartite cell corners between xylem cell files, the central cylinder of homozygous mutant roots was disorganized and  the xylem files did not form a closely packed array. As a  consequence, tripartite xylem cell  corners could not be detected in the mutant."	17237350
AT5G54690	irx8-4	Xylem cells are significantly smaller in the homozygous mutant compared with  the wild type. The cell walls surrounding the xylem vessels are also  severely reduced in thickness in the mutants.	17237350
AT5G54690	irx8-5	"Collapsed xylem vessels in roots and stems, suggesting a decrease in xylem wall strength in the homozygous mutants."	17237350
AT5G54690	irx8-5	Homozygous progeny does not produce seeds and has to be propagated as segregants from heterozygous plants.	17237350
AT5G54690	irx8-5	"In the homozygous mutant, stunted growth and smaller leaves, siliques, and flowers compared with the wild type. Although the leaf size was considerably smaller  than the wild-type leaf, the trichomes of the mutants were the same size."	17237350
AT5G54690	irx8-5	"In the homozygous mutant, uneven distribution of cell wall deposition compared with the wild type. Additionally, the region that separates cells, consisting of residual primary cell walls, is wider and exhibits less contrast in the mutant compared with the WT."	17237350
AT5G54690	irx8-5	"Mature xylem vessels were  deformed in the homozygous mutant. However, in contrast with irx1 mutants, these  mutants also exhibited deformations in initiating xylem cells (i.e. the protoxylem cells). In addition,  the irx8 mutants contain ~50% more xylem cells than wild-type stems at a comparable developmental stage."	17237350
AT5G54690	irx8-5	"Where in wild-type roots xylem files form a closely packed array of cell  files, leading to the regular occurrence of  tripartite cell corners between xylem cell files, the central cylinder of homozygous mutant roots was disorganized and  the xylem files did not form a closely packed array. As a  consequence, tripartite xylem cell  corners could not be detected in the mutant."	17237350
AT5G54690	irx8-5	Xylem cells are significantly smaller in the homozygous mutant compared with  the wild type. The cell walls surrounding the xylem vessels are also  severely reduced in thickness in the mutants.	17237350
AT5G54690	irx8-6	"Although irx8 mutants have significantly reduced xylose levels and seem to be defective in the production of an oligosaccharide leader found on the reducing end of most xylan chains, their xylan chains seem to show the normal branching pattern found in wild type xylan chains. However, the glucuronic acid found in wild type xylan chains is largely replaced by methylglucuronic acid. irx8 mutants are capable of accumulating cellulose throughout development, but they have lower total cellulose levels than wild type plants at middle and late developmental stages."	17944810
AT5G54690	irx8-6	"Immunolabeling of stem and root sections using using monoclonal antibodies specific for glucuronoxylans revealed strong fluorescence signals in the walls of interfascicular fibers and xylem cells in wild-type Arabidopsis, but only weak signals were detected in the corresponding tissues of mutant plants."	17322407
AT5G54690	irx8-6	"The wall thickness of interfascicular fibers and vessels in the stems of the mutants was decreased by ~60% compared with the wild type, which is most likely the cause of their reduced stem strength."	17322407
AT5G54740	CS70855	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT5G54740	CS70953	"reduced male gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT5G54740	pdd34	Pollen development defective.	19237690
AT5G54770	CS3375	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal."	
AT5G54770	CS3484	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; yellow seeds (lacks brown pigment in seed coat)."	
AT5G54770	CS3573	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; trichomes absent on leaves and stems, some trichomes in leaf margins."	
AT5G54770	CS3574	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins."	
AT5G54770	CS3581	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal; no trichomes on early leaves, number of trichomes increases on later leaves, concentrating at the leaf margins."	
AT5G54770	CS3590	"leaves but not cotyledons white, conditional lethal, 4-methyl-5-hydroxyethyl-thiazole or thiamine restores to normal."	
AT5G54770	CS90	"true leaves of unsupplemented plants pale/white, altered steryl-ester metabolism."	
AT5G54810	2037	suppressor of superoot2-1 phenotype	24596172
AT5G54810	2041	suppressor of superoot2-1 phenotype	24596172
AT5G54810	2293	suppressor of superoot2-1 phenotype	24596172
AT5G54810	CS8327	"reduced accumulation of TSB gene product (tryptophan synthetase, beta isoform 1); resistant to 5-fluorindole, 6-methyltryptophan and analogues; reduced levels of TSB mRNA and immunologically detectable protein; plants smaller than wild type on soil."	
AT5G54810	CS8328	"reduced accumulation of TSB gene product (tryptophan synthetase, beta isoform 1); resistant to 5-fluorindole, 6-methyltryptophan and analogues; reduced levels of TSB mRNA and immunologically detectable protein; small rosettes with pale green leaves and dark veins, slow growth, plants smaller than wild type on soil."	
AT5G54810	CS8329	"reduced accumulation of TSB gene product (tryptophan synthetase, beta isoform 1); resistant to 5-fluorindole, 6-methyltryptophan and analogues; reduced levels of TSB1 mRNA and immunologically detectable protein; plants smaller than wild type on soil (TSB1)."	
AT5G54810	CS8330	"resistant to 5-fluorindole, 6-methyltryptophan and analogues; does not require tryptophan; small rosettes with pale green leaves and dark veins, pale green plants, slow growth, somewhat reduced fertility, smaller plants than wild type on soil; higher levels of TSB1 mRNA and immunologically detectable protein than wild type."	
AT5G54850	atisa3-2	23% reduction in maltose production.	16495218
AT5G54850	atisa3-2	62% reduction in maltotriose production.	16495218
AT5G54850	atisa3-2	Delayed growth compared to wildtype.	16495218
AT5G54850	atisa3-2	Increased &#945;-amylase activity.	16495218
AT5G54850	atisa3-2	"Increased frequency of chains of dp3 and, to a lesser degree, of dp4 and dp5. Decreased abundance of chains between dp9 and dp16."	16495218
AT5G54850	atisa3-2	Reduced beta-limit dextrin debranching activity.	16495218
AT5G54850	atisa3-2	"Throughout the diurnal cycle, this mutant contains more starch than wildtype. Appreciable amounts of starch were however degraded during the night (67.5% of wildtype levels). Extending the night by 48h led to almost all the starch being remobilized."	16495218
AT5G54850	atlda-2 atisa3-2	72% reduction in maltose production.	16495218
AT5G54850	atlda-2 atisa3-2	96% reduction in maltotriose production.	16495218
AT5G54850	atlda-2 atisa3-2	Delayed growth compared to wildtype (stronger phenotype than in single mutant atisa3-2).	16495218
AT5G54850	atlda-2 atisa3-2	Increased &#945;-amylase activity.	16495218
AT5G54850	atlda-2 atisa3-2	"Increased frequency of chains of dp3 and, to a lesser degree, of dp4 and dp5. Decreased abundance of chains between dp9 and dp16."	16495218
AT5G54850	atlda-2 atisa3-2	"Marked reduction in starch breakdown (48.3% compared to wildtype degradation). Even after 260h in extended night, the youngest leaves still stain darkly for starch with iodine solution."	16495218
AT5G54850	atlda-2 atisa3-2	Reduced beta-limit dextrin debranching activity.	16495218
AT5G55020	myb97 myb101 myb120	"Significant increase in expression of AT1G65330, AT1G65300, AT3G11180. Significant decrease in expression of AT4G20990, AT4G21000, AT5G46200, AT5G09280, AT5G36720, AT5G36805, AT2G30310, AT2G30220, AT4G26830, AT5G06170, AT3G19940, AT5G20340, AT5G03810, AT5G03820, AT3G26870, AT1G06540, AT1G02820, AT1G02550, AT2G14670, AT5G39200, AT5G39170, AT5G39140, AT1G09720, AT1G66570, AT5G22910, AT5G26250, AT3G17600, AT5G12060, AT2G46660, AT1G66220, AT3G19940, AT5G14470, AT5G47370, AT5G11820, AT4G39490, AT1G29230, AT3G09590, AT5G26100, AT3G26880, AT2G16130, AT2G16120, AT2G34920, AT1G18280, and AT1G29770."	23791732
AT5G55120	SALK_000989C	Leaves have 20% of wild-type ascorbate concentration.	17877701
AT5G55120	SALK_135468C	Leaves have 20% of wild-type ascorbate concentration.	17877701
AT5G55120	vtc2-1 vtc5-1	"seedlings stopped growing after initial expansion of the cotyledons, which then bleached within 2 weeks. Can be rescued by supplementing the growth medium with L-galactose or ascorbate."	17877701
AT5G55160	CS69868	No visible phenotype	
AT5G55230	CS67830	No visible phenotype	
AT5G55250	SALK_072125	This germplasm has no obvious developmental phenotypes.	16169896
AT5G55250	iam1-D	Curly leaf phenotype.	16169896
AT5G55280	CS16460	Severe chloroplast phenotype	
AT5G55280	CS16461	Giant chloroplasts	
AT5G55280	CS16462	Slightly enlarged chloroplasts	
AT5G55280	CS16463	"Heterogeneous, one greatly enlarged with numerous smaller chloroplasts"	
AT5G55280	CS16464	Heterogeneous chloroplasts in size	
AT5G55280	CS65899	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT5G55280	CS65900	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT5G55280	CS65901	Slightly smaller than wild type with pale petioles. Contains one to two greatly enlarged chloroplasts per mesophyll cell.	
AT5G55280	CS65902	"Plant appears phenotypically wild type, but has fewer, heterogenous in size chloroplasts per mesophyll cell than wild type."	
AT5G55280	CS68684	"Average of 5.5 chloroplasts per epidermal hypocotyl cell. Enlarged chloroplasts, mini-chloroplasts, and elongated chloroplasts with multiple constrictions are observed simultaneously in the same cells. Exhibits arc3-2-like multiple FtsZ2 rings along elongated chloroplasts; displays branched multiple FtsZ2 rings in some enlarged and expanded chloroplasts."	
AT5G55300	top1alpha-1	Irregular patterns of leaf and flower initiation.  Normal whorled phyllotaxy of floral organs but flowers with extra sepals and carpels and those with fewer petals and stamens are observed.  All mutant inflorescences and individual flowers are twisted spirally.  Mutant leaf margins are serrated.	12215507
AT5G55390	SALK_014520	Susceptible to Hyaloperonospora parasitica isolate Hiks1 (HpHiks1).	
AT5G55390	SALK_114312	Susceptible to Hyaloperonospora parasitica isolate Hiks1 (HpHiks1).	
AT5G55390	SALK_142563	Susceptible to Hyaloperonospora parasitica isolate Hiks1 (HpHiks1).	
AT5G55390	edm2-1	Susceptible to Hyaloperonospora parasitica isolate Hiks1 (HpHiks1).	17253987
AT5G55460	SALK_064539	same as smb-3 single mutant	18718934
AT5G55480	SALK_064539	same as smb-3 single mutant	18718934
AT5G55480	shv3-2;svl1-1	"Increased anthocyanin accumulation. Collapsed trichomes.Brown discoloration around endodermis in the hypocotyl and root due to ectopic lignification. Guard cells are larger than WT due to swollen ventral sides. Swollen hypocotyl epidermis with uneven surface. Four-day old dark-grown seedlings have shorter, thicker hypocotyls than WT.   Cell wall analysis: reduced crystalline cellulose. Increased starch content. Neutral sugar content is same as WT. Increases protein. Increased uronic acid and decreased amount of methyl esterification."	
	18718934		
AT5G55540	CS9550	"dwarfed plant with twisted organs; altered lateral root cap identity and incorrect root epidermal patterning; defective lamina symmetry, lateral growth and venation patterning; imbalance between cell proliferation and cell differentiation and altered auxin distribution in the leaf. "	
AT5G55540	trn1-1	"Primary roots of mutant plants were shorter than in the wild type, hairy and twisted along longitudinal axis. Organ twisting was noticeable in leaf and stem too, but not in cotyledons and hypocotyl. Inflorescence was twisted too, containing twisted and abnormally shaped flowers with reduced fertility. Initial divisions in the epidermal/lateral root cap initial are defective in mutant roots. Furthermore, lateral root cap cells develop in the epidermal position in trn1 roots. Apical dominance severely reduced."	10887093
AT5G55540	trn1-1	"Severely dwarfed, with twisted and malformed organs, and sterile. However, cotyledon shape and symmetry were unchanged. The leaf lamina area was slightly, but significantly, reduced in mutatnt plants. The length of the first and second leaves was slightly reduced too. The leaf venation network had a severely reduced complexity: incomplete loops, no tertiary or quaternary veins, and vascular islands. Rosette leaf size and shape were severely affected. Mutant leaves had a rumpled surface with asymmetric laminas because of non-developed blade parts."	16531491
AT5G55540	trn1-2	"Similar to other trn1 mutants. Severely dwarfed, with twisted and malformed organs, sterile."	16531491
AT5G55540	trn1-2 trn2-4	No obvious phenotype different from those of trn1-2 or trn2-4 was observed in double mutant.	16531491
AT5G55580	twr-1	"altered root meristem function resulting in short roots, also affecting the shoot meristem."	21599977
AT5G55590	CS25041	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	16980565
AT5G55590	CS65877	"Pollen defects, caused by the block in the generative cell division, resulting in the formation of a single sperm-like cells (SSLC) that preferentially fertilize the central cell."	
AT5G55590	CS8050	"outer walls of the four meiotic products of a pollen mother cell are fused and the pollen grains fail to separate, forming pollen tetrads; pollen viable and fertile, and fertilization with a single tetrad usually yields four seeds."	
AT5G55590	CS8845	"quartet phenotype: outer walls of the four meiotic products of a pollen mother cell are fused and the pollen grains fail to separate, forming pollen tetrads; pollen viable and fertile, and fertilization with a single tetrad usually yields four seeds."	
AT5G55590	CS8846	"quartet phenotype: outer walls of the four meiotic products of a pollen mother cell are fused and the pollen grains fail to separate, forming pollen tetrads; pollen viable and fertile, and fertilization with a single tetrad usually yields four seeds."	
AT5G55590	qrt1-4:QRT1 qrt3-3:QRT3	No visible phenotype.	16980565
AT5G55590	qrt1-4:QRT1 qrt3-3:QRT3	Produced only monads (like wild-type).	16980565
AT5G55590	qrt1-5	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	16980565
AT5G55590	qrt1-6	Pollen grains are released as tetrads whereas wild-type grains are released as monads.	16980565
AT5G55630	kco1-7	Currents mediated by slow-activating vacuolar (SV) channels of mesophyll cell vacuoles were significantly smaller in kco1 plants compared to the wild-type	11821043
AT5G55700	bam1 bam3 bam4	higher level of undegraded leaf starch content than that of bam1 bam3 or bam3 bam4.	18390594
AT5G55700	bam3 bam4	"Comparing the level of undegraded leaf starch, bam3 bam4 is more severe than that of either bam3 or bam4."	18390594
AT5G55700	bam4	slightly retarded. Leaves contain undegraded starch at the end of night.	18390594
AT5G55740	crr21-1	Defective in NDH activity as evidenced by a suppression in the transient increase in fluorescence level after actinic light illumination that occurs in wild-type plants.	17483454
AT5G55740	crr21-1	RNA editing of the ndhD-2 site is impaired.  The codon for Ser-128 is not converted into one for Leu.	17483454
AT5G55760	srt1-1/srt2-2	Weak ethylene insensitivity- slightly increased root length when plants grown in the presence of 1micromolar ACC.	29298835
AT5G55810	atnmnat/+	atnmnat/+ plants frequently produced shorter siliques with lower seed set	17270012
AT5G55860	CS71743	Significant delay in bolting in response to touch.	
AT5G55860	CS71744	No delay in bolting in response to touch.	
AT5G55860	CS71745	No delay in bolting in response to touch.	
AT5G55860	SALK_023690c	No delay in bolting in response to touch. Reduced developmental responses to touch.	30291188
AT5G55910	d6pk	Severe defects in phototropic responses. Hypocotyl gravitropism partially impaired.	29490064
AT5G55910	d6pk d6pkl1	Phototropic impairment; enhanced phototropism by red-light pre-irradiation.	29490064
AT5G55910	d6pk d6pkl3	Phototropic impairment; enhanced phototropism by red-light pre-irradiation	29490064
AT5G55910	d6pk pin3	Phototropic defects similar to those of the d6pk single mutant without statistically significant differences of hypocotyl curvatures under blue light conditions.	29490064
AT5G55910	d6pkl2-2/d6plk1-1/d6pk-1	Phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated.	29490064
AT5G55910	d6pkl2-2/d6plk1-1/d6pk-1	"Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic."	19168677
AT5G55910	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Open hook phenotype when the seedlings were grown under complete darkness, phototrophic impairment after blue light pulse. Time-dependent phototropism almost completely attenuated."	29490064
AT5G55910	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"Quadruple mutant displays defects in many aspects of development. Defects include:abnormal leaves, leaves are narrow and twisted; reduced number of axillary shoots and reduced fertility. In addition, mutants also display single or fused cotyldons, reduced number of lateral roots and are mildy agravitropic."	19168677
AT5G55910	d6pkl3-2/d6pkl2-2/d6plk1-1/d6pk-1	"mild, possibly enhanced root-growth phenotype"	29875411
AT5G55920	an3-3 oli2-1	Cell number in first leaves decreased to <20% of the wild type level and cell size increased to more than 2.5-fold the wild type size.	19392710
AT5G55920	oli2-1	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT5G55920	oli2-1	Shorter primary roots with respect to the wild type.	19392710
AT5G55920	oli2-1 oli5-1	Decrease in cell number of 30-60% with respect to the wild type in the first leaves. Palisade cells are 1.5 to 2-fold larger in size than wild type.  Leaf area is slightly reduced compared to parental single mutants.	19392710
AT5G55920	oli2-1 oli7-1	Decrease in cell number of 30-60% with respect to the wild type in the first leaves. Palisade cells are 1.5 to 2-fold larger in size than wild type.  Leaf area is slightly reduced compared to parental single mutants.	19392710
AT5G55920	oli2-2	Palisade mesophyll cells are reduced in number but apparently normal in size.  Plants have pointed leaves and increased air spaces in the palisade mesophyll.	19392710
AT5G56010	CS68730	Increased occurrence of developmental defects including narrowly-shaped deformed true leaves and delayed development.	
AT5G56030	CS68729	Increased occurrence of developmental defects including narrowly-shaped deformed true leaves and delayed development.	
AT5G56030	CS68761	No visible phenotype.	
AT5G56030	CS68762	No visible phenotype.	
AT5G56030	CS68763	No visible phenotype.	
AT5G56030	CS68764	No visible phenotype.	
AT5G56030	CS68765	Increased occurrence of developmental defects including narrowly-shaped deformed true leaves and delayed development. Pleiotropic developmental changes are very modest.	
AT5G56030	CS68766	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1).	
AT5G56030	CS68768	Susceptible to bacterial pathogen Pseudomonas syringae pv. tomato DC3000 (Pto DC3000) carrying the avirulence gene avrRpm1. Full loss of Pst DC3000(avrRpm1)-triggered HR.	
AT5G56030	CS68769	No visible phenotype.	
AT5G56030	CS68770	No visible phenotype.	
AT5G56030	CS68773	No visible phenotype.	
AT5G56030	CS68774	Susceptible to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1).	
AT5G56030	CS68775	Partial disease penetrance phentoype to Pseudomonas syringae pv tomato (Pst) DC3000(avrRpm1).	
AT5G56030	CS68780	no visible phenotype	
AT5G56030	CS68781	No visible phenotype.	
AT5G56030	CS68782	No visible phenotype.	
AT5G56030	CS68797	No visible phenotype.	
AT5G56030	CS68798	No visible phenotype.	
AT5G56110	ms188-1	Defects in tapetal cell wall degradation and tapetal protoplast degeneration during tapetum development.  Microspores are either degraded or shrunken and vacuolated.  Callose dissolution and exine formation in anther development are also affected.	17727613
AT5G56110	ms188-1	Male sterile.	17727613
AT5G56110	ms188-2	Defects in tapetal cell wall degradation and tapetal protoplast degeneration during tapetum development.  Microspores are either degraded or shrunken and vacuolated.  Callose dissolution and exine formation in anther development are also affected.	17727613
AT5G56110	ms188-2	Male sterile.	17727613
AT5G56170	CS66105	No visible phenotype.	
AT5G56170	CS66106	No visible phenotype.	
AT5G56170	CS66107	"Reduced seed set due to defects in pollen tube reception, double fertilization and early seed development."	
AT5G56210	CS39983	No visible phenotype.	
AT5G56210	wip1-1 wip2-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT5G56210	wip1-1 wip2-1 wip3-1	Both endogenous RanGAP1 and RanGAP1-GFP were absent from the nuclear envelope in root-tip cells of the triple mutant.	17600715
AT5G56210	wip1-1 wip2-1 wip3-1	Mutant plants had no observable defect in growth or development under standard laboratory conditions and no change in auxin sensitivity was observed in a standard root-elongation assay.	17600715
AT5G56210	wip2-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT5G56210	wip2-1 wip3-1	"When tested by immunofluorescence for RanGAP1 localization, no difference from wild-type plants was detected."	17600715
AT5G56250	CS16314	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; short pollen tube growth, failing to exit the style."	
AT5G56270	"w2-1,w34-1,vq20"	Reduced fertility due to defects in pollen germination and pollen tube growth.	28635025
AT5G56280	csn6a-1	"Mutants display a mild partial photomorphogenic phenotype in the dark and in blue light, characterized by shorter hypocotyls with respect to wildtype plants grown under the same conditions."	17307927
AT5G56280	csn6a-1	No detectable changes in the cellular pools of COP9 signalosome complex subunits.	17307927
AT5G56280	csn6a-1	The mutant do not display any obvious morphological defects in white light and after the seedling stage.	17307927
AT5G56280	csn6a-1 csn6b-1	"In the dark and under all light conditions tested, loss of function for both  CSN6 proteins (double homozygous progeny) results in lethality at the seedling stage and in a photomorphogenic phenotype indistinguishable from the fusca-type  phenotype of the null cop/det/fus mutants described for the other CSN subunits."	17307927
AT5G56280	csn6a-1 csn6b-1	"In the double homozygous progeny, significant reduction of CSN1, CSN3, CSN4, CSN7, and CSN8. The only subunits not affected are CSN2 and CSN5."	
	17307927		
AT5G56280	csn6a-1 csn6b-1	"In the homozygous progeny, anthocyanin accumulation (purple coloration) in the cotelydons of developing embryos."	17307927
AT5G56280	csn6a-1 csn6b-1	Mutation is lethal in the homozygous state.	17307927
AT5G56290	CS3949	Displays defects in PTS2 dependent protein import into the peroxisome.  PTS1-dependent protein import into the peroxisome in not affected.	
AT5G56290	CS3949	"resistant to the inhibition of root elongation caused by 5 microM indole-3-butyric acid (IBA); fails to induce normal number of lateral roots when treated with 5 microM IBA; exhibits shorter hypocotyl than wt when grown in the dark without sucrose, but has a normal hypocotyl when grown in the dark with 0.5% sucrose; no visible phenotype in aerial morphology; defective in seed storage lipid utilization."	11063705
AT5G56300	gamt1-2 gamt2-2	Higher levels of bioactive GA4 and GA1 in the siliques of mutant compared to wild type.	17220201
AT5G56300	gamt1-2 gamt2-2	No visible phenotype.	17220201
AT5G56300	gamt1-2 gamt2-2	"Whereas the germination of wild type seeds was completely inhibited by 30 &#956;M ancymidol (inhibitor of GA biosynthesis), 60% of the mutant seeds still germinated."	17220201
AT5G56300	gamt2-1	No visible phenotype.	17220201
AT5G56300	gamt2-2	Higher levels of bioactive GA4 and GA1 in the siliques of mutant compared to wild type.	17220201
AT5G56300	gamt2-2	No visible phenotype.	17220201
AT5G56300	gamt2-2	"Whereas the germination of wild type seeds was completely inhibited by 30 &#956;M ancymidol (inhibitor of GA biosynthesis), some of the mutant seeds still germinated."	17220201
AT5G56550	FLAG_076G08	less tolerant to t-BOOH and diamide treatment	18980652
AT5G56610	pgpp1-1 ptpmt1-1 ptpmt2-1	"Short roots, disorganized columella cells, irregularly divided cells and cellular structure of outer layer root tips deteriorated."	29476828
AT5G56680	CS24058	embryo defective; cotyledon	
AT5G56750	CS68690	Increased primary root length and lateral root density compared to wild-type. agb1-2 allele is possibly additive to the ndl1-2 allele.	
AT5G56860	CS71765	"Light-green leaves; reduction in overall chlorophyll levels and in hypocotyl chloroplast size. Reduced shoot growth, early flowering, and fewer rosette leaves."	
AT5G56860	CS71766	"Pale leaves, small rosette with fewer leaves, early flowering. Reduced chlorophyll levels, decreases in chloroplast size and NPQ (nonphotochemical energy quenching)."	
AT5G56860	SALK_001778	reduced chlorophyll levels. A transcript profiling  experiment revealed that a considerable proportion of genes downregulated in the loss-of-  function mutants are involved in carbon metabolism. More sensitive to exogenous glucose	16262716
AT5G56930	CS16033	embryo defective; developmental arrest of mutant embryos	
AT5G56930	CS24074	embryo defective; globular	
AT5G56930	CS24075	embryo defective; globular	
AT5G56950	Atnap1;1-1/Atnap1;2-1/Atnap1;3-1	Increased sensitivity to UV-C radiation.	19228338
AT5G57020	nmt1-1	"late (after germination)  developmental arrest phenotype. In the  absence of sucrose as a reduced carbon source, the nmt1-1  seedlings greened but grew no further. Finally, the nmt1-1 line  was much more sensitive to high glucose concentration than the  wild type."	
	17827350		
AT5G57030	chy1 chy2 lut2	Almost 80% of carotenoids are represented by &beta;-carotene.	16890225
AT5G57030	chy1 chy2 lut2	Lacks lutein.	16890225
AT5G57030	chy1 chy2 lut2	"Reduced conversion of &#946;-carotene into &#946;,&#946;-xanthophylls."	16890225
AT5G57030	lut2-1 bps1-2	Double mutants were indistinguishable from bps1 single mutants.	17217459
AT5G57050	CS23	"Mutant plants had increased ABA content in response to both, low water potential and exogenous ABA. Also, accumulation of proline was reduced 4-5 fold in mutant plants compared to WT, in response to low water potential, and exogenously applied  ABA."	16339784
AT5G57050	CS23	"abscisic acid resistant, reduced sensitivity to ABA inhibition of germination, germinates in the presence of 10 microM ABA; increased level of endogenous ABA during seed development; exhibit compromised water relations, increased leaf transpiration rate which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by application of 10 microM ABA spray to the plants; reduced seed dormancy, fresh seeds germinate at high frequency; reduced sensitivity to salt and osmotic stress during germination; reduced ABA-induced cytoplasmic calcium elevations in guard cells."	
AT5G57050	ear1-1/abi1-2/abi2-2/hab1-1	"Germination inhibited, root growth arrested by ABA, tolerant to drought stress, ABA treatment resulted in lower PP2C and higher OST1 activity."	29618630
AT5G57090	CS16706	Altered DR5:GUS expression	
AT5G57090	CS268	"significantly longer roots than wild type, when grown on agar containing 0.3 micromolar 2,4-D; when grown on perlite without 2,4-D mutants show very variable development of the rosette, ranging from normal size to very small with occasional seedlings not developing beyond cotyledon stage; mutants have few roots; on agar plates, mutant roots can be seen to grow agravitropically."	
AT5G57090	CS269	"significantly longer roots than wild type, when grown on agar containing 0.3 micromolar 2,4-D; when grown on perlite without 2,4-D mutants show very variable development of the rosette, ranging from normal size to very small with occasional seedlings not developing beyond cotyledon stage; mutants have few roots; on agar plates, mutant roots can be seen to grow partially agravitropically."	
AT5G57090	CS8058	root insensitive to ethylene; shoot sensitive to ethylene; agravitropic root; not auxin resistant.	
AT5G57110	CS2106713	No visible phenotype	
AT5G57160	Atlig4	Delayed growth during later stages of development.	19070688
AT5G57160	Atlig4	"Plants are hypersensitive to methyl methanesulfonate and X-rays.  They are not impaired in T-DNA integration.  Do not display any growth, developmental, or fertility defects."	12853643
AT5G57160	atlig6-1 atlig4-5	Delayed seed germination- even greater than in atlig6-1 alone.	20584150
AT5G57180	CS6522	Defective in chloroplast protein import; chloroplasts have reduced import efficiency compared to wild type; import of both the stromal protein RBCS and the thylakoid lumenal protein plastocyanin is reduced; pale-green leaves.	11549763
AT5G57360	ztl	Altered circadian clock controlled processes	
AT5G57390	EMKox-2	"22.9% (72 of 314) of seedlings produced lightgreen, somatic embryos  at the tip margin of  cotyledons. Eight percent (25 of 314) of seedlings were equipped with ectopic trichomes on the  cotyledons.  Elongation of roots and emergence of root  hairs in AtEMKox-2 were severely inhibited in comparison  to WT. Furthermore,  the roots of AtEMKox-2 showed aberrant structures  such as tumescence of cells and entwined root hairs. In spite of the abnormal shape of roots, the root  apical meristem of AtEMKox-2 was morphologically  identical to WT."	20405311
AT5G57390	cho1-1	Defects in seed dormancy and ABA mediated inhibition of germination.Resistant to high nitrate concentrations.	19109301
AT5G57390	cho1-2	Defects in seed dormancy and ABA mediated inhibition of germination.Resistant to high nitrate concentrations.	
AT5G57420	CS23881	"Seeds have high free Thr and Cys. This phenotype is presumably due to tha1-3 based upon simlarity to the tha1-1 phenotype in the literature. The IAA33 insertion causes overexpression of IAA33 mRNA, but this is not sufficient for producing the high seed amino acid phenotype (Yan Lu and Rob Last, unpublished)."	
AT5G57420	CS31388	No visible phenotype.	
AT5G57560	CS860818	No visible phenotype.	
AT5G57560	CS860819	No visible phenotype.	
AT5G57590	CS16001	embryo defective; developmental arrest of mutant embryos	
AT5G57590	CS16002	embryo defective; developmental arrest of mutant embryos	
AT5G57590	CS6316	"embryo development arrests at globular-cotyledon stage in absence of biotin; seeds creamy white to pale green; embryo creamy white to very pale yellow-green, normal plant develops when supplemented with biotin; 26 percent mutant; 50 percent aborted seeds in top half of silique."	
AT5G57590	RATM53-2665-1G	embryo lethal.	
AT5G57620	CS69049	"Slight apical dominance; donors have tried to select for the taller plants, but this has not been entirely successful. Delayed and defective Casparian strip barrier formation; extra divisions in the meristem. No visible pCASP2::GFP expression."	
AT5G57620	CS69051	GFP expression in the elongation zone before the onset of differentiation; expressed specifically in the nuclei of the endodermis. Please note that rMYB36:GFP expression is quite dim (correspondence with donor). 	
AT5G57620	CS69052	pSCR2.0:ER:GFP expression in the ER of the endodermis.	
AT5G57620	CS69054	"Following treatment by dexamethasone, myb36-1 mutants in the pMYB36:MYB36:GR; pCASP2:GFP background express pCASP2::GFP 4 hours after induction."	
AT5G57620	myb36-1	"Mutant has multiple changes to its leaf ionome, including elevated concentrations of sodium, magnesium, and zinc and decreased calcium, manganese, and iron. Other phenotypes include: decreased expression of genes known to be involved in Casparian strip development, including CASP1, PER64, and ESB1, defective Casparian strips and an enhanced leakage of propidium iodide into the stele."	26124109
AT5G57620	myb36-3	Longer root hairs than wild-type but no other obvious visible phenotypes.	26124109
AT5G57620	myb36-4	Longer root hairs than wild-type but no other obvious visible phenotypes.	26124109
AT5G57630	CS355732	Inhibition of both root growth and emergence of cotyledons in the cipk21 mutant under salt and mannitol stress. Hypersensitive to salt and osmotic stress.	26198257
AT5G57790	aog1/aog1	Reduced fertility. Short siliques. Pollen and embryo sac abortion leading to reduced transmission through the male and female gametophytes.	25693728
AT5G57800	CS33	"very bright green stems and siliques, substantially reduced number of lobed plates and tube-shaped structures on the epicuticular wax layer, reduced fertility under conditions of low humidity, reduced plant height, phenotype similar to cer1 and cer6-1."	
AT5G57800	wax2	Altered cuticle membranes	
AT5G57870	i4g1/i4g2	"Double mutant i4g1/i4g2 knockout plants show reduced germination rates, slow growth rates, moderate chlorosis, impaired fertility and reduced long term seed viability. Double mutant plants also exhibit altered responses to dehydration, salinity, and heat stress. The i4g2 and i4g1/i4g2 double mutant has reduced amounts of chlorophyll a and b suggesting a role in the expression of chloroplast proteins. General protein synthesis did not appear to be affected as the levels of gross protein expression did not appear to change in the mutants."	20694742
AT5G57880	Atprd2-1	Defective in meiotic double strand break formation.  Fewer chiasmata formed per cell compared to the wild type cells.	19763177
AT5G57930	CS24069	embryo defective; globular	
AT5G57940	CS69967	Guard cells exhibit dramatically impaired cyclic GMP (cGMP)-activated currents.	
AT5G57990	CS860112	No visible phenotype.	
AT5G58003	cpl4-1	No visible phenotype.	16905668
AT5G58020	CS69596	Mild developmental phenotype due to hypomorphic nature of the mutation.	
AT5G58020	CS69851	Diminished GFP fluorescence in seedling stem and shoot apex resulting from the decreased level of translatable GFP.	
AT5G58020	atrtf2-2	Homozygous mutants are defective in embryogenesis and the plants die shortly after germination.	25819795
AT5G58070	SALK_136775C	defect in basal and acquired thermotolerance	19302169
AT5G58080	CS6989	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT5G58080	CS6991	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT5G58080	CS6992	Reduced sensitivity to cytokinin inhibition on root elongation and lateral root formation; no significant change in the sensitivity to ethylene.	
AT5G58140	CS860332	No visible phenotype	
AT5G58140	CS860333	No visible phenotype	
AT5G58150	CS860332	No visible phenotype	
AT5G58230	CS70834	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT5G58230	CS70936	"reduced male and female gametophytic transmission, defects in pollen development resulting in pollen abortion"	
AT5G58230	CS8173	"High rate of autonomous seed development is initiated in absence of fertilization, with a penetrance of about 92%; autonomous seeds do not contain an embryo but only endosperm; autonomous endosperm development is accompanied by a strong increase in pistil elongation and ovule size, leading to a small developing seed that contains endosperm. Severe sporophytic and gametophytic maternal effect on endosperm and embryo development leading to embryo lethality; the pace and pattern of cell and nuclei divisions are severely affected in embryo and endosperm, involving a reduction of growth and proliferation of endosperm after the stage when wild type endosperm cellularises."	
AT5G58230	CS92951	ethanolamine-phosphate cytidylyltransferase activity is reduced to 74%. Seedling phosphatidylethanolamine content is reduced by 20%. Dwarf when grown at 8<sup>o</sup>C. Earlier senescence of cotyladons and mature leaves. Pale green and smaller seeds. Delay in embryo maturation. Reduced fertility.	17189343
AT5G58230	msi1-1	"homozygous are embryo lethal, arrested at the globular stage and do not undergo transition to heart stage"	16554362
AT5G58230	pdd20	Defective pollen development.	19237690
AT5G58270	atm3-5	"Reduced aldehyde oxidase activity, anthocyanin accumulation in leaf veins."	29247140
AT5G58270	starik	"Dwarf, chlorotic plants with altered leaf morphology"	
AT5G58270	starik	reduction in Mo enzyme activities	20164445
AT5G58430	exo70B1-3 	Enhanced disease resistance and lesions upon inoculation with oomycete or bacterial pathogens.	25617755
AT5G58430	exo70B1-3 /tn2-1	"Mutation in TN2 fully suppresses exo70B1- associated phenotypes, including spontaneous cell death."	25617755
AT5G58560	SALK_123564C	"This mutant lacks farnesol kinase activity, exhibits an enhanced response to ABA in seed germination assays, and develops supernumerary carpels under water-stress (drought-stress) conditions."	21395888
AT5G58560	SALK_136465C	"This mutant lacks farnesol kinase activity, exhibits an enhanced response to ABA in seed germination assays, and develops supernumerary carpels under water-stress (drought-stress) conditions."	21395888
AT5G58560	folk-1	"This mutant lacks farnesol kinase activity, exhibits an enhanced response to ABA in seed germination assays, and develops supernumerary carpels under water-stress (drought-stress) conditions."	21395888
AT5G58575	SAIL_856_F11	No obvious morphological phenotype.	29588169
AT5G58580	strf1-1/strf1-1	Increased resistance to osmotic and ionic stress. Germination of mutants is better than wild type when grown on 200-250mM NaCl.	25704231
AT5G58600	CS6579	"Resistant to powdery mildew species Erysiphe cichoracearum and Erysiphe orontii, but not to the unrelated pathogens Pseudomonas syringae or Peronospora parasitica; altered cell wall composition; cell walls have increased pectin content and total uronic acid content than wild-type; smaller cells, smaller rosette and smaller plant size compared to wild type (suggesting a defect in cell expansion); leaves are shorter, rounder, and cupped slightly upward compared with wild-type leaves, which curl down."	
AT5G58600	CS6580	"Resistant to powdery mildew species Erysiphe cichoracearum and Erysiphe orontii, but not to the unrelated pathogens Pseudomonas syringae or Peronospora parasitica; altered cell wall composition; exhibit a strong increase in total uronic acid content in cell walls and a more severe reduction in plant size, relative to the single mutants. Slight increase in rosette leaf number."	
AT5G58690	plc5-1/plc7-3	"Defects in seed coat mucilage, enhanced leaf serration and increased tolerance to drought."	30542361
AT5G58690	plc5-1/plc7-3	"Defects in seed coat mucilage, enhanced leaf serration and increased tolerance to drought."	
AT5G58787	SALK_115341C	Stomatal aperture and root length show increased  sensitivity to ABA.	25913143
AT5G58910	SALK_064093C	no observable phenotype	16804053
AT5G58960	SALK_041346	"Mutant plants exposed to pulses of FR continue to display negative gravitropism and so displayed a characteristic U-shaped hypocotyl phenotype. When exposed to continuous R at a photon irradiance of 5 lmol m)2 sec)1, the hypocotyls of the gil1-1 mutant remained predominantly negatively gravitropic."	16640600
AT5G58960	gil1-1	"Mutant plants exposed to pulses of FR continue to display negative gravitropism and so displayed a characteristic U-shaped hypocotyl phenotype. When exposed to continuous R at a photon irradiance of 5 lmol m)2 sec)1, the hypocotyls of the gil1-1 mutant remained predominantly negatively gravitropic."	
	16640600		
AT5G58980	ncer1/ncer3	Protoplasts show increased sensitivity to ceramide induced cell death	26150824
AT5G59220	CS69623	Increased proline and osmoregulatory solute accumulation under low water potential conditions.	
AT5G59220	CS69624	Increased proline and osmoregulatory solute accumulation under low water potential conditions. ABA-insensitive in seed germination.	
AT5G59220	CS69628	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT5G59220	CS69629	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT5G59220	CS69630	Increased proline and osmoregulatory solute accumulation under low water potential conditions. Moderate hypersensitivity in post-germination ABA response; ABA-insensitive in seed germination.	
AT5G59250	SAIL_335_F05	Late flowering. Reduced freezing tolerance.	30482788
AT5G59250	SALK_021796	Late flowering.Decreased freezing tolerance.	30482788
AT5G59340	wox2-1	"30-50% of embryos display abnormal apical development.  Some cells in 4-cell to 16-cell stage embryos fail to divide. From the 16-cell stage on, embryos additionally showed aberrant oblique cell divisions not observed in the wild type. At the mid-globular stage, embryos started to recover by forming a protoderm and eventually gave rise to fertile plants."	14711878
AT5G59340	wox2-2	"30-50% of embryos display abnormal apical development.  Some cells in 4-cell to 16-cell stage embryos fail to divide. From the 16-cell stage on, embryos additionally showed aberrant oblique cell divisions not observed in the wild type. At the mid-globular stage, embryos started to recover by forming a protoderm and eventually gave rise to fertile plants."	14711878
AT5G59560	srr1	Reduced sensitivity to red light	
AT5G59710	Atvip2	"In transient root transformation assays with the oncogenic strain Agrobacterium tumefaciens A208, plants produce fewer tumors compared with wild-type plants.  In stable transformation assays, significantly reduced numbers of resistant (transformed) calli where observed in mutant plants vs. wild type ones."	17496122
AT5G59720	CS65859	No visible phenotype.	
AT5G59800	mbd7-1/mdb7-1	Hypermethylated DMRs (differentially methylated regions) are concentrated near centromeric and pericentromeric regions. Mutants developed long roots on sucrose-containing media due to reduced SUC2 expression.	25684209
AT5G59845	CS327852	No obvious morphological change in plant form or pollen compared to wild type	28554477
AT5G59920	uli3	Increased phenolic sunscreens	
AT5G59990	SALK_128329	Mutation is lethal in the homozygous state.	16489121
AT5G60100	SALK_090261C	"These mutants appear to have a shorter period length based on the expression pattern of the CCR2:LUC circadian rhythm-regulated reporter gene. In addition, TOC1:YFP protein levels are lower at the end of the dark period in prr3-1 mutants than in WT seedlings."	
AT5G60120	CS67864	Early flowering; precocious production of abaxial trichomes	
AT5G60200	pear1 pear2 dof6 tmo6	reduced radial growth	30626969
AT5G60200	pear1 pear2 tmo6	reduced radial growth	30626969
AT5G60230	sen1/sen1;SEN2/sen2	Segregate zygote lethal (no division in the arrested zygote) at 25%.	28631407
AT5G60340	aak6	Main stem length is mutants is significantly shorter than wt. Cells of the stem are shorter.	23121860
AT5G60410	CS6558	Plants are hyper-responsive to phosphate (Pi) deficiency in root architecture development; reduced primary root elongation; enhanced lateral root development; enhanced root hair number and development; increased root/shoot mass ratio; greater anthocyanin accumulation in leaves; reduced plant size compared to wild type; resistant to Finale (100ppm).	
AT5G60410	CS6560	Very small rosettes; pointy leaves; leaf margins serrated; anthocyanin accumulation in leaves; deficiency in root architecture development; short plants compared to wild type.	
AT5G60410	SALK_111280C	Very small dark-green rosettes; pointed leaves; slow growth; numerous lateral inflorescences; short internodes; reduced apical dominance; short plants; average height = 13 cm.	
AT5G60410	npr1 siz1-2	dwarf. Increased salicyclic acid level.	17163880
AT5G60410	siz1-2	Increased sensitivity to ABA. Application of .5micromolar ABA inhibits germination.	19276109
AT5G60410	siz1-2	"Substantially more pronounced prototypical Pi starvation root architecture responses than sos3-1 or wild-type seedlings. On Pi-limited medium, mutant seedlings exhibit an inhibition of primary root growth, an increase of lateral root development and length, and higher root/shoot fresh weight ratio than wild-type.  Enhanced resistance to Pseudomonas syringae DC3000.  Smaller in stature.  Impaired drought tolerance."	15894620
AT5G60410	siz1-3	Increased sensitivity to ABA. Application of .5micromolar ABA inhibits germination.	19276109
AT5G60410	siz1-3	"Substantially more pronounced prototypical Pi starvation root architecture responses than sos3-1 or wild-type seedlings. On Pi-limited medium, mutant seedlings exhibit an inhibition of primary root growth, an increase of lateral root development and length, and higher root/shoot fresh weight ratio than wild-type.  Enhanced resistance to Pseudomonas syringae DC3000.  Smaller in stature.  Impaired drought tolerance."	15894620
AT5G60410	sos3-1 siz1-1	Decrease of macronutrients concentration in the MS salt formulation to 1/20X results in a substantial reduction in primary root growth.	15894620
AT5G60410	sos3-1 siz1-1	Mutant grown in greenhouse or growth chamber exhibits reduced shoot and root biomass relative to the wild-type.	15894620
AT5G60410	sos3-1 siz1-1	Mutant grown on Pi-deficient medium for 25 days accumulate more anthocyanins than wild-type.	15894620
AT5G60410	sos3-1 siz1-1	"Substantially more pronounced prototypical Pi starvation root architecture responses than sos3-1 or wild-type seedlings. On Pi-limited medium, mutant seedlings exhibit an inhibition of primary root growth, an increase of lateral root development and length, and higher root/shoot fresh weight ratio than wild-type.  Enhanced resistance to Pseudomonas syringae DC3000.  Smaller in stature.  Impaired drought tolerance."	15894620
AT5G60410	sos3-1 siz1-1	Suppression of NaCl sensitivity of sos3-1 seedlings.	15894620
AT5G60450	ett-1/arf4-1	"Short internodes, abnormal phyllotaxy, misshapen floral organs, variable floral organ numbers, gynoecium lacks valve tissue, , abnormally positioned ovules. Resembles kanadi homozygous mutants."	16199616
AT5G60540	SALK_072168	Heterozygous plants consistently display an albino seed phenotype (25%) which represent the homozygous population. Homozygous pdx2.1 seeds are developmentally delayed compared to wild-type and heterozygous siblings. The developmental arrest occurs at the globular stage of embryo developments. Progress to heart stage is never observed. The arrest in development is explained by the assumption that during the early stages of embryogenesis the surrounding maternal tissues supply vitamin B6 among other nutrients but that the globular to heart transition may be critical in the conversion from heterotrophy to autotrophy.	16157873
AT5G60540	SALK_072168	"Unless the pdx2 plants were continuously watered with vitamin B6, they became chlorotic and died."	17468224
AT5G60540	pdx2.2	Heterozygous plants consistently display an albino seed phenotype (25%) which represent the homozygous population. Homozygous pdx2.2 seeds are developmentally delayed compared to wild-type and heterozygous siblings. The developmental arrest occurs at the globular stage of embryo developments. Progress to heart stage is never observed. The arrest in development is explained by the assumption that during the early stages of embryogenesis the surrounding maternal tissues supply vitamin B6 among other nutrients but that the globular to heart transition may be critical in the conversion from heterotrophy to autotrophy.	16157873
AT5G60540	pdx2.2	"Unless the pdx2 plants were continuously watered with vitamin B6, they became chlorotic and died."	
AT5G60600	clb4-3	"Dwarf, curled leaves, increased accumulation of conjugated salicylide glucoside (SAG) and salicyclic acid (SA) under some conditions, constitutive expression of SA-induced genes, enhanced resistance to biotrophic pathogens."	16167903
AT5G60690	CS3826	"pleiotropic mutation that strongly affects both vegetative and reproductive development; rosette leaves prior to bolting appear normal; as bolting begins, the youngest rosette leaves progressively become abnormally large and distorted or uneven in shape; cauline leaves are longer and narrower than wild type, are curved downward (revolute) along their longitudinal axes and have rolled-under margins; secondary and axillary shoots frequently fail to develop in both rosette and cauline axils, which may either be empty or contain small filamentous structures usually bearing branched trichomes; both the leaves and the primary shoots are often darker green than wild type stems are thick; few fertile flowers are produced, but most floral meristems either form sterile flowers missing pistils and stamens or filamentous structures that resemble abortive pedicels."	
AT5G60690	CS6961	"Plants exhibit reduced lateral shoot meristems (LSMs) of rosette and cauline leaves, meristem-defective flowers, altered leaf morphology (size and shape) and leaf color. The percentage of absent LSMs is correlated with the severity of leaf morphology and color, the severity of leaf morphology and color is also correlated with the % of meristem-defective flowers; however, the % of absent LSMs is independent of the % of meristem-defective flowers."	
AT5G60690	CS6962	"Plants exhibit reduced lateral shoot meristems (LSMs) of rosette and cauline leaves; approximately 70% of cauline leaves lack a lateral meristem and 16% fail to produce meristems in the axils of any rosette leaves; decapitation of the primary shoot meristem (SAM) fails to stimulate axillary meristem formation; in the place of axillary meristems, the axils of affected leaves are usually bare, but occasionally develop a differentiated structure that is a leaf or a filamentous structure. Reduced flower meristem activity, while the majority of the flowers develop normally, 12% of the flowers initiate only a limited set of flower organs and appear to have a defective flower meristem; the inner organs are preferentially absent from flowers with defective meristems; in affected flowers, the floral meristem is reduced in size or nearly absent by stage 3 of flower development; other flowers are identical to wild-type. SAM size and the phyllotaxy of flanking primordia appear normal."	
AT5G60690	pgy1-1/as1-1/rev-6	"Abnormal leaf development,radial leaves."	
AT5G60690	pgy1-1/rev-6	Floral and inflorescence meristems defective. Few flowers.	
AT5G60730	SALK_091152	Wild-type like appearance.	28096354
AT5G60750	CS68149	Light-sensitive bleaching of seedlings.	
AT5G60760	CS67150	Reduced content of phytic acid compared with wild-type seeds.	
AT5G60760	CS67151	Reduced content of phytic acid compared with wild-type seeds.	
AT5G60850	CS69190	No visible phenotype.	
AT5G60880	basl-1	defective in asymmetric stomatal lineage divisions	19523675
AT5G60890	atr1-2	Mutant plants show low level expression of a truncated RNA. Mutants are supersensitive to the toxic TRP analog 5MT and plants have reduced levels of indole glucosinolates. No obvious morphological phenotype detected.	15579661
AT5G60890	atr1D	"In trp1-100 background fluoresces in UV light when grown on high tryptophan, shows deregulated expression of ASA1"	
AT5G60910	CS3759	"blocked elongation of the silique after fertilization; short fruits that fail to elongate; lack of coordinated growth of the fruit tissues leads to crowded silique full of seeds, failure of dehiscence and frequently the premature rupture of the carpel valves; both cell expansion and differentiation are affected in the carpel valves creating a zigzag pattern in the replum epidermis; stomata are completely eliminated in the valves; cauline leaves are broader and have reduced number of internal cell layers than in wt"	
AT5G60910	as1-104 ful-1	"Double mutant displayed extremely small valves, and very large, rough and distorted repla, indicating a strong enhancement of the phenotypes of the two single mutants both in valves and replum."	17592013
AT5G60910	nst1-1/ful	The ectopic formation of secondary walls normally seen in the ful mutant is suppressed in the double mutant.	18657234
AT5G60920	CS8541	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
AT5G60920	CS8541	"When grown on media containing 0.5% sucrose, the mutant had reduced root length but no apparent radial cell expansion."	7743935
AT5G60920	CS8541	"semidominant mutation; variable, increased root diameter and short roots due to increased width and reduced length of cells; cell volume is similar to wild type but more variable; reduced root cell division rate; the orientation of root expansion is changed, which may not be dependent on any change in microtubule orientation; a conditional root expansion (CORE) mutant with high sucrose medium required to see phenotype (i.e., conditions of maximal growth rate required); no effect on phenotype of aerial part of plant."	
AT5G60920	CS8542	"semidominant mutation; variable, increased root diameter and short roots due to increased width and reduced length of cells; cell volume is similar to wild type but more variable; reduced root cell division rate; the orientation of root expansion is changed, which may not be dependent on any change in microtubule orientation; a conditional root expansion (CORE) mutant with high sucrose medium required to see phenotype (i.e., conditions of maximal growth rate required); no effect on phenotype of aerial part of plant."	
AT5G60920	CS8543	"semidominant mutation; variable, increased root diameter and short roots due to increased width and reduced length of cells; cell volume is similar to wild type but more variable; reduced root cell division rate; the orientation of root expansion is changed, which may not be dependent on any change in microtubule orientation; a conditional root expansion (CORE) mutant with high sucrose medium required to see phenotype (i.e., conditions of maximal growth rate required); no effect on phenotype of aerial part of plant."	
AT5G60920	cob-4	Dark grown hypocotyls have reduced length compared to wild type. Root cells appear swollen and have abnormal radial expansion. Epidermal cells bulge. Cotyledon and hypocotyls are smaller and thicker than wild type. Cellulose microfibrils are randomly oriented.	15849274
AT5G60920	mon1/cob-6	mon1/cob-6 showed restored seedling root growth on 1/2 MS plates compared with cob-6 single mutant.	26655738
AT5G60970	CS116350	Homozygotes have a WT phenotype	18805992
AT5G60970	tcp5 tcp13 tcp17	Shorter petiole length under 28C.	31078552
AT5G61030	SALK_038244	Mutants are defective in mitochondrial C->U RNA editing.	25800738
AT5G61060	SALK_093312	Increased root hair density.	
AT5G61070	SALK_006938	Increased root hair density.	16176989
AT5G61150	 SALK_039374 (homo)	"Early flowering in both LD and SD, and in the Col genetic background also cause the leaf and flower phenotypes that are observed in elf7 and  elf8."	15520273
AT5G61150	CS68978	Phenotypes for homozygous vip4-1 mutants after 2-5 day stratification are the following: slightly early flowering due to repression of FLC; slight floral abnormality with sepals fringed with white and failing to enclose floral bud; variable fertility under standard growth conditions. Phenotypes are increasingly severe when plants are grown at higher temperatures (above 22 C).	
AT5G61150	SALK_122755 (homo)	"Early flowering in both LD and SD, and in the Col genetic background also cause the leaf and flower phenotypes that are observed in elf7 and  elf8."	15520273
AT5G61150	vip4	"Early flowering, subtle floral defects"	
AT5G61200	SALK_134206	Slightly higher plant height and fresh weight.	31001913
AT5G61270	CS68809	Shorter hypocotyls than wildtype in continuous red light.	
AT5G61270	CS68810	Shorter hypocotyls than wildtype in continuous red light. More severe phenotype than the pif7 single mutant (CS68809).	
AT5G61270	CS71656	Somewhat short hypocotyl in continuous red light (Rc). Lacks shade avoidance response.	
AT5G61380	CS3756	"semidominant; aberrant cycling pattern of the cab2::luc reporter; shortens the period of two distinct circadian bioluminescence rhythms, the expression of chlorophyll a/b-binding protein (CAB) genes and the movements of primary leaves; seedlings grown in light or dark and mature light-grown plants are indistinguishable from the 2CAC transgenic parent (CS3755)."	10926537
AT5G61380	CS71661	Long hypocotyl in red light (R).	
AT5G61380	toc1-2	Phenotype not described.	10926537
AT5G61420	myb28	GSL content also decreased in mutant seeds.	17420480
AT5G61420	myb28	No visible phenotype.	17420480
AT5G61420	myb28	"The mutant contained only 17-33% of GSLs with 4C or 5C Met side-chains [4-methylthiobutyl GSL (4MTB), 4-methylsulfinylbutyl GSL (4MSOB) 5-methylthiopentyl GSL (5MTP), and 5-methylsulfinylpentyl (5MSOP)], 1.7% of GSLs  with a 6C chain [6-methylthiohexyl GSL (6MTH) and 6-methylsulfinylhexyl GSL (6MSOH)], and 0.3?0.7% of GSLs with 7C or 8C chains [7-methylsulfinylheptyl (7MTH), 7-methylsulfinylheptyl (7MSOH), 8-methylthiooctyl GSL (8MTH), and 8-methylsulfinyloctyl GSL (8MSOO)] as the wild-type plant."	17420480
AT5G61460	mim	Delayed growth during later stages of development.	19070688
AT5G61460	mim	"Hypersensitive to DNA damaging agents, defective in somatic intrachromosomal homologous recombination"	
AT5G61480	CS799843	short primary inflorescence	
AT5G61480	CS9871	"vascular bundles appeared more flattened around the stem; phloem appeared to be adjacent to, or interspersed with, the xylem; ABA hypersensitive, sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth"	
AT5G61480	CS9872	"vascular bundles appeared more flattened around the stem; phloem appeared to be adjacent to, or interspersed with, the xylem; ABA hypersensitive, sensitivity decreases with seed storage; seeds take longer to after-ripen; impaired root growth"	
AT5G61500	lon2-2 atg3-2	IBA responsiveness to lon2-2 restored	30734619
AT5G61590	CS71733	Plants have whitish green stems. Increased wax loads in leaves and stems. Reduced thickness of cuticular layer of leaf epidermal cells. Slower transpiration and quicker chlorophyll extraction from leaves.	
AT5G61590	dewax	Plants have whitish green stems. Transpiration occurred more slowly in leaves.  The thickness of the cuticular layer of leaf epidermal cells is reduced.  Wax loads in leaves and stems are increased.	24692420
AT5G61770	snail1-1	Reduced fertility. Reduced transmission in both male and female gametes. Gametogenesis is delayed in both male and female sides.	28776932
AT5G61780	SALK_143497	Delayed germination. Exogenous GA3 can rescue the germination phenotype. Expression of AtGA20ox3 transcript is reduced in mutants.	20396901
AT5G61780	tsn1 tsn2	"Double mutant displays  only mild growth phenotypes under nonstress conditions, but germination, growth, and survival are severely affected under  high salinity stress."	
	20484005		
AT5G61850	CS6228	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6229	"weak allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; number of petals and stamens reduced; fertility reduced; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6274	"intermediate allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; number of petals and stamens reduced; low fertility; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6275	"weak allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; number of petals and stamens reduced; fertility reduced; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6277	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6278	"intermediate allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; number of petals and stamens reduced; low fertility; more severe phenotype in short days and at lower temperature."	
AT5G61850	CS6279	"weak allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; number of petals and stamens reduced; fertility reduced; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6280	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6281	"intermediate/strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature; lacks trichomes on stems and leaves."	
AT5G61850	CS6282	strong allele; early-arising flowers completely transformed into inflorescence shoots; late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature.	
AT5G61850	CS6283	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6284	"strong allele; early-arising flowers completely transformed into inflorescence shoots, late-arising flowers partially transformed; petals and stamens absent; sterile; more severe phenotype under short days and lower temperature."	
AT5G61850	CS6285	"very weak allele; first one or two flowers completely transformed into inflorescence shoots, later arising flowers range from partially transformed to almost normal; more severe phenotype under short days and lower temperature; ap3-1 (conversion of petals to sepals and stamens to carpels)."	
AT5G61850	CS6296	"double mutant, both alleles are strong, sterile, enhancement of lfy mutant phenotype; flowers transformed into inflorescences; effect stronger on early-arising flowers; no clear transition between secondary inflorescences and flower-like structures; the first two organs of the later-arising, transformed flowers arise laterally, similar to wild type; most organs are very leaf-like, similar to the first-whorl organs of ap1-1 single mutant; in the axils of the leaf-like organs, secondary buds arise; more severe phenotype under short days and lower temperature."	
AT5G61850	CS8552	"strong allele; homeotic conversion of sepals (first whorl) to bracts, secondary or tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-like mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature"	
AT5G61850	CS8553	"strong allele; homeotic conversion of sepals (first whorl) to bracts, secondary or tertiary flowers are formed in the axils of the transformed sepals; petals (second whorl) usually absent but are occasionally replaced by stamens or petal-stamen-bract-like mosaic; phenotype varies acropetally, with more complete flower-to-inflorescence conversions in basal flowers and at low temperature"	
AT5G61850	lmi1-1 lfy-10	"Enhanced meristem identity defect with respect to single lfy-10 mutant.  More secondary inflorescences formed, more bracts formed.  No enhancement of floral homeotic defects of lfy-10."	16554366
AT5G61850	lmi1-1lfy-10/+	"lmi1-1 enhances meristem identity defects, strong increase in number of secondary inflorescences and bracts compared with lfy-10/+."	16554366
AT5G61900	bon1	Miniature plants at low temperature	
AT5G61900	bon1-1/bon2-2	"Abnormal pin-shaped (narrow) leaves, chlorosis, seedling lethal at 22C."	16367962
AT5G61900	bon1-1/bon2-2/bon3-3	Seedling lethal at 22 and 28C.	16367962
AT5G61900	bon1-1/bon3-3	Seedling lethal at 22C. Viable at 28C.	16367962
AT5G61960	SALK_015088	No visible phenotype.	16473967
AT5G61960	aml1 aml2 aml4	"One quarter of the seedlings were arrested at the seedling stage, failing to grow true leaves. Scanning electron microscopy revealed that leaf primordia were initiated, but their further growth and expansion was largely delayed or did not take place."	16473967
AT5G61960	aml1 aml4	"One quarter of the seedlings were arrested at the seedling stage, failing to grow true leaves. Scanning electron microscopy revealed that leaf primordia were initiated, but their further growth and expansion was largely delayed or did not take place."	16473967
AT5G62000	CS24601	"pleiotropic phenotype:  large leaves; long, thick and wavy inflorescence stem; abnormal flower morphology;  delayed flowering; delayed senescence."	
AT5G62000	CS24602	"Elongated hypocotyl, dark green leaves, long and thick inflorescence stems, delayed senescence, elongated gynoecium and sepals, reduced fertility, defective anthesis, delayed abscission, larger seeds."	15960614
AT5G62000	CS24602	"pleiotropic phenotype:  large leaves; long, thick and wavy inflorescence stem; abnormal flower morphology;  delayed flowering; delayed senescence."	
AT5G62000	arf2-8	"Delayed flowering, delayed senescence, delayed fruit dehiscence, reduced fertility, short stamens, elongated carpels."	16176952
AT5G62000	arf2-9	"Increased seed size due to proliferation of cell division in inner and outer integuments. Pleiotropic effects include thick twisted stems, late flowering, and reduced fertility."	16339187
AT5G62090	CS65894	No visible phenotype.	
AT5G62165	agl42-1	Reduction of mature AGL42 root RNA by one order of magnitude. Lack root anatomy phenotype.	
AT5G62165	agl42-4	No root anatomy phenotype	15937229
AT5G62165	agl42-5	No root anatomy phenotype	
AT5G62230	er-105 erl1-2	Increase in stomatal index with respect to wild type.	16002616
AT5G62310	CS3977	incomplete root hair elongation; no other visible phenotypic effect	
AT5G62310	CS67764	"Incomplete root hair elongation. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G62320	SALK_003193	"formed small siliques with only few viable seeds. Scanning electron microscopy of pollen grains from plants homozygous for the T-DNA insertion revealed no morphological differences compared to wild-type pollen. However, light microscopy showed that tapetal cells were relatively thin compared to those from the wild type at the same stage of development and the number of viable pollen grains tested by fluorescein diacetate stain was smaller the T-DNA insertion line."	17905860
AT5G62400	SALK_058247	"AtBAG7 knockouts treated with tunicamycin, an inhibitor of glycosylation, exhibited pronounced growth retardation and chlorosis after 5 days."	20231441
AT5G62410	CS84719	"enlarged endosperm nuclei with giant nucleoli are present at the globular and heart stages of embryo development, migration of endosperm nuclei does not appear to be disrupted, endosperm begins to form cell walls at the appropriate time and then later in development becomes extensively cellularized, the morphology of endosperm nuclei begins to change around the time of cellularization, with lobed and elongated nuclei becoming common, multiple small nucleoli also become prominent at this stage of development; endosperm has giant mitotic figures with large numbers of chromosomes; not embryo lethal, mutant embryos survive desiccation and germinate to form a phenotypically normal plant, which produces 100% defective seeds with the expected phenotype following self-pollination; minor alterations in embryo morphology (distorted cotyledons and twisted embryos) observed late in development; kanamycin-resistant."	
AT5G62440	domino1	Embryo-defective. Arabidopsis embryos carrying the domino1 mutation grow slowly in comparison with wild type embryos and as a consequence reach only the globular stage at desiccation.  Larger size of the nucleolus that can be observed soon after fertilization in the nuclei of both the embryo and the endosperm. The ultrastructure of mutant nucleoli is drastically different from wild type.	15341625
AT5G62470	CS69197	No visible phenotype.	
AT5G62470	CS71732	Reduced total wax load in leaves and stems. More permeable cuticle compared to single mutants myb94 (CS71731) and myb96-1. Reduced drought- and ABA (abscisic acid)-induced wax biosynthetic gene expression.	
AT5G62500	eb1b-1	Plants grown on agar plates have roots that skew towards the left occasionally forming clockwise loops with twisted epidermal cell files. Also has reduced/delayed response to gravity.	18281505
AT5G62540	ubc3-1	"This mutant and the ubc1 ubc3 double mutant flower at the same time as wild type plants, but a ubc1 ubc2 ubc3 triple mutant is dwarfed, sterile, and bushier than wild type plants."	18849490
AT5G62570	CS72190	Plants are less susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Reduced pattern-triggered immunity (PTI). Mock-inoculated plants show elevated salicylic acid levels.	
AT5G62570	CS72192	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Mock-inoculated plants show elevated salicylic acid levels.	
AT5G62570	CS72193	Plants are more susceptible to infection by Pseudomonas syringae pv. maculicola ES4326. Increased pattern-triggered immunity (PTI). Mock-inoculated plants show elevated salicylic acid (SA) levels; reduced SA levels in inoculated plants.	
AT5G62570	CS72195	"Spontaneous chlorosis under highly moist conditions (humidity approximately 80%). Reduced rosette size. Plants are highly resistant to infection by Pseudomonas syringae pv. maculicola ES4326. Elevated salicylic acid accumulation, flg22-induced pattern-triggered immunity (PTI) and sustained CBP60g expression."	
AT5G62600	CS69909	"Late flowering, reduced fertility, small stature. Defects in splicing of SNC1 and RPS4, leading to a decrease in their expression level. Compromised basal resistance and RPS4-mediated immunity."	
AT5G62690	CS68890	"Left-handed helical growth in the root and other rapidly elongating organs. Strong severity of defects in cell expansion, cytokinesis, and vascular development."	
AT5G62690	CS68891	Right-handed helical growth in the root and other rapidly elongating organs. Strong severity of cell expansion defects.	
AT5G62710	CS860334	No visible phenotype	
AT5G62790	CS16060	pigment defective embryo	
AT5G62810	ped2	"Resistant to 2,4-dichlorophyenoxybutyric acid, etiolated cotyledons"	
AT5G62920	CS25268	No adult visible phenotype under long-day or short-day conditions; cytokinin sensitivity similar to wild type in seedling root elongation and seedling lateral root formation; increased sensitivity to red light.	
AT5G62920	CS25272	"No adult visible phenotype; the reduced rosette size of arr5 is not enhanced but suppressed by the arr6 mutation (suggesting antagonistic function); subtle difference in cytokinin sensitivity of root elongation compared to the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; somewhat increased sensitivity to red light."	
AT5G62920	CS25274	"Adult phenotype similar to the arr4 parent: mildly elongated petioles when grown under short-day conditions; subtle difference in cytokinin sensitivity of root elongation compared to the wild type; intermediate cytokinin sensitivity between the wild type and arr3,4,5,6, arr5,6,8,9 and arr3,4,8,9 quadruple mutants in seedling lateral root formation; increased sensitivity to red light."	
AT5G62920	CS25276	"The elongated petioles of arr4 and arr3,4 are enhanced, but the overall rosette size is similar to that of the wild-type parent; the increased petiole elongation suggests that although ARR5 and ARR6 may act antagonistically to each other in regulating rosette size, as a pair they still function additively with ARR3 and ARR4 in the regulation of petiole elongation; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type, but significantly more sensitive than arr3,4; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; increased sensitivity to red light."	
AT5G62920	CS25277	"No adult visible phenotype; root elongation responses intermediate between arr3,4,5,6,8,9 and the wild type; but significantly more sensitive than arr8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9; intermediate cytokinin sensitivity in seedling lateral root formation, between the wild type and the arr3,4,5,6,8,9 hextuple mutant, with the sensitivity of arr3,4,8,9 closest to arr3,4,5,6,8,9."	
AT5G62920	CS25279	"Intermediate petiole length between arr3,4,5,6 and the wild type (suggesting complex interactions between these genes); roots are shorter and have significantly fewer lateral roots than the wild type in the absence of exogenous cytokinin; increased cytokinin hypersensitivity in seedling root elongation, seedling lateral root formation, hypocotyls/ shoot initiation and leaf senescence delay; decreased sensitivity to red light compared to wild type."	
AT5G62940	hca2	"Plants are dwarfed. In the hca2 mutant inflorescence stems, petioles,and main veins of leaves, the ordered patterning of vascular bundles is replaced by a continuous vascular cambium undergoing periclinal divisions to produce radial files of xylem and phloem.Interfascicular cambium is extensively formed/developed between the vascular bundles, and the area normally occupied by the interfascicular parenchyma cells is replaced by vascular tissues.  Continuous phloem tissue consisting of several layers of sieve tubes and companion cells encircles the vascular cambium in hca2.  The vascular tissue in the  hypocotyls and roots of hca2 seedlings exhibit a WT phenotye."	19915089
AT5G62940	pear1 pear2 dof6 obp2 hca2	30% of plants have slowly elongating roots that show a reduction in radial growth.	30626969
AT5G62950	SALK_117570	"Homozygotes have a WT phenotype, despite the fact that AT5G62950 is greatly reduced."	19915089
AT5G62950	hca2	"Plants are dwarfed. In the hca2 mutant inflorescence stems, petioles,and main veins of leaves, the ordered patterning of vascular bundles is replaced by a continuous vascular cambium undergoing periclinal divisions to produce radial files of xylem and phloem.Interfascicular cambium is extensively formed/developed between the vascular bundles, and the area normally occupied by the interfascicular parenchyma cells is replaced by vascular tissues.  Continuous phloem tissue consisting of several layers of sieve tubes and companion cells encircles the vascular cambium in hca2.  The vascular tissue in the  hypocotyls and roots of hca2 seedlings exhibit a WT phenotye."	19915089
AT5G62990	CS16030	embryo defective; developmental arrest of mutant embryos	
AT5G62990	CS24071	embryo defective; transition	
AT5G62990	lefko1	"Shape of chloroplasts in albino cotyledons is irregular and clearly, defective grana with very few and abnormal thylakoids, photosynthesis components such as D1, Cytf, Cytb6/f, and chlorophylls reduced, shorter length of primary root. Splicing defects."	31447263
AT5G63050	CS24345	embryo defective; developmental arrest of mutant embryos occurs at transition stage.	
AT5G63050	CS24346	embryo defective; developmental arrest of mutant embryos occurs at globular stage.	
AT5G63050	CS24347	embryo defective; developmental arrest of mutant embryos occurs at transition stage.	
AT5G63050	CS24348	embryo defective; developmental arrest of mutant embryos occurs at transition stage.	
AT5G63110	CS66153	No visible phenotype.	
AT5G63110	CS66154	Somewhat reduced fertility of the first flowers	
AT5G63110	axe1-4 mutant	Reduced expression of AtHDAC1 gene. Increased expression of a selectable marker gene controlled by an auxin responsive promoter.	
AT5G63110	axe1-5	hypersensitive to ABA and salt stress; histone acetylation defect.	20519338
AT5G63160	CS27577	Homozygotes have a WT phenotype	19054356
AT5G63160	bt1-4;bt2-3/+;bt3-1/+;bt4-1;bt5-1	Reduced seed set and shortened siliques. Phenotype is identical to bt2-3/+;bt3-1/+	19054356
AT5G63160	bt1-4;bt2-3;bt3-1;bt4-1;bt5-1	Embryo lethal - not recovered.	19054356
AT5G63160	bt1-4;bt2-3;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT5G63160	bt1-4;bt3-1;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT5G63220	SALK_069782C	Wild-type like appearance.	28096354
AT5G63220	SALK_121195	Short root hairs.	28096354
AT5G63310	ndpk2	Mutant has a slightly shorter hypocotyl.	10524631
AT5G63310	ndpk2	Overaccumulates H2O2 by a different mechanism not dependent on photosynthesis.	17318317
AT5G63310	ndpk2	"Showed defects in cotyledon opening and hook straightening under continuous far-red light. Wild-type seedlings developed an open hook and cotyledons at 7 &#956;Wcm-2, whereas ndpk2 mutant seedlings had a closed hook and cotyledons at this fluence rate. At  14.7 &mu;Wcm-2, the hook was open but the cotyledons were not completely open."	10524631
AT5G63310	ndpk2	"The mutant was marginally less sensitive for red light in terms of hypocotyl elongation, but the mutant showed a strong defect in  red-light-induced cotyledon opening and greening."	10524631
AT5G63350	SALK_130501	"Reduced ABA sensitivity, in terms of ABA inhibition of seed germination and cotyledon greening. Enhanced tolerance to salt and drought."	28857190
AT5G63350	aitr2 aitr5 aitr6	enhanced tolerance to drought and salt	31159296
AT5G63350	dpa4 sod7 aitr256	"Seed size increased, enhanced tolerance to drought, affected shoot branching (no secondary branches), flowers/siliques distributed irregularly on the main stems. Floral organ number and fertility affected."	31159296
AT5G63380	CS65804	No visible phenotype.	
AT5G63380	CS65805	No visible phenotype.	
AT5G63420	CS16191	"No vegetative developmental defects, but a portion of the ovules in mature siliques were white that then turned brown and wrinkled."	25871650
AT5G63420	CS24091	"No vegetative developmental defects, but a portion of the ovules in mature siliques were white that then turned brown and wrinkled."	25871650
AT5G63420	CS24091	embryo defective; globular	
AT5G63440	csu4-1/cop1-6	Restores photomorphogenesis.Double mutant restores etiolated phenotype. Dark grown seedlings show normal hypocotyl elongation.	30352855
AT5G63440	csu4-1/det1-1	Double mutant restores hypocotyl elongation (etiolated phenotype) in dark grown plants.	30352855
AT5G63440	csu4-3/cop1-6	Restores photomorphogenesis.Double mutant restores etiolated phenotype. Dark grown seedlings show normal hypocotyl elongation.	30352855
AT5G63460	SALK_081993	Lower leaf temperature due to higher transpiration; less CAR9 protein accumulated and more  ubiquitinated; hyposensitive to ABA; sensitive to drought stress.	31102784
AT5G63460	lot1	Lower leaf temperature due to higher transpiration; less CAR9 protein accumulated and more  ubiquitinated; hyposensitive to ABA.	31102784
AT5G63470	SALK_032163	No observable phenotype in single mutant.	20487380
AT5G63470	nf-yc3/nf-yc4/nf-yc9	Delayed flowering in long days. Plants produce (on average) almost twice as many leaves before bolting as wild type.	20487380
AT5G63540	SALK_093589	meiosis defective; normal vegetative growth but short siliques suggesting fertility defects.	19096505
AT5G63620	her2	The growth of the root of young seedlings is less inhibited by 0.3 &#956;M aerial E-2-hexenal than the wild type Arabidopsis ecotype Col-0 of which the root stops growing.	28918565
AT5G63650	CS31374	No visible phenotype.	
AT5G63715	jba1-D	"More severe phenotype that hemizygote. Enlarged meristems, fasciated stems, reduced size/filamentous gynoecium, curled and radialized leaves."	16033795
AT5G63715	jba1-D/+	"Elarged meristems, fasciated stems, reduced size/filamentous gynoecium, radialized leaves, reduced fertility."	16033795
AT5G63720	kpl-1	impaired double fertilization	20478994
AT5G63780	sha1-1	shoot apical meristem arrest	17461786
AT5G63800	CS16339	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water."	
AT5G63800	CS16340	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water."	
AT5G63800	CS16341	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water; lacks trichomes on stems and leaves."	
AT5G63800	CS16342	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water; lacks trichomes on stems and leaves."	
AT5G63800	CS16343	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water; lacks trichomes on stems and leaves."	
AT5G63800	CS16344	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water."	
AT5G63800	CS16345	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water."	
AT5G63800	CS16346	"Seed coat mucilage is produced normally during development, but it is not extruded and expanded when mature seeds are exposed to water."	
AT5G63800	CS72229	Suppressed mum2 seed coat mucilage extrusion defect. Larger mucilage halo than wild-type Col-0. Seed coat epidermal cells detach from the surface and surround mucilage. Mucilage cellulosic rays collapsed. Primary cell wall remnants detach from the seed coat columellae after mucilage extrusion.	
AT5G63840	CS6556	Reduced cellulose content in roots; radial swelling of root tips in plants grown at the restrictive temperature of 31C.	
AT5G63910	SAIL_823_F04	no obvious phenotype	17425716
AT5G63920	CS369999	viable but completely sterile; exhibits fragmented chromosomes during mitosis and sensitivity to camptothecin.	19096507
AT5G63920	SALK_139357	severely impaired in growth and barely germinated on growth  medium or in soil; the mutants had deformed cotyledons and  were not able to form roots at all.	
	18000056		
AT5G63950	SALK_007071_homozygous	No visible phenotype.	16547115
AT5G63950	SALK_007071_homozygous	Null allele.	16547115
AT5G63950	SALK_007071_homozygous	Sensitive to gamma-irradiation and UV.	16547115
AT5G63960	icu11-1 gis-5	"strong reduction in body size, extremely involute leaves"	29915151
AT5G63980	CS24933	"Dramatically enhanced expression of ABA- and stress-responsive genes when treated with ABA, low temperature, drought, or salt stress; seed germination and postembryonic development are more sensitive to ABA or stress inhibition; plants are also compromised in tolerance to freezing, drought, and salt stresses; upon ABA treatment, plants accumulated more inositol 1, 4, 5-trisphosphate (IP3) than did the wild-type plants; kanamycin resistant (30mg/L)."	
AT5G63980	CS66977	altered leaf shape; slow growth; constitutively increased levels of ABA; increased expression of genes responsive to high light stress; drought-tolerant; increased expression of stress-responsive genes; increased levels of the polyamine putrescine and accumulation of potential osmoprotective carbohydrate derivatives.	
AT5G63980	CS67844	enhanced cold-induced gene expression of RD29A and other cold responsive genes; impaired freezing tolerance and cold acclimation	
AT5G63980	fry1	Sensitive to ABA and variety of stresses	
AT5G63980	fry1-4	"Dwarf, crinkly leaves, rounded leaf   margins,delayed flowering."	
			
AT5G63980	fry1-5	"Dwarf, crinkly leaves, rounded leaf margins, delayed flowering."	
AT5G63980	fry1-6	"shortened petioles, shortened hypocotyl under various sub-saturating light conditions, delayed flowering time under both long-day and short-day conditions"	19077168
AT5G64050	SALK_064910	"In heterogygous plants, 26% of ovules are aborted, compared to 9% of ovules in wild type siblings."	16297076
AT5G64070	PI-4Kbeta1/beta2	aberrant root hair morphology	16567499
AT5G64170	lnk1-1/lnk2-1	Increased hypocotyl length when grown under red or continuous white light. Increased length of leaf circumnutation. Delayed flowering in long days.	23818596
AT5G64180	CS65499	No visible phenotype.	
AT5G64190	CS860141	No visible phenotype	
AT5G64220	CS71603	Elevated salicylic acid glucoside (SAG) levels and transcript levels of salicylic acid (SA) pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT5G64220	CS71604	Very small plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C. Impaired cold induction of CBF genes and freezing tolerance.	
AT5G64220	CS71606	Tiny plants. Elevated salicylic acid (SA) and salicylic acid glucoside (SAG) levels as well as transcript levels of SA pathway genes when grown at 22C.	
AT5G64220	CS71607	No visible phenotype.	
AT5G64220	CS71608	CAMTA3 (S454A/S964A) protein variant partially represses the camta2 camta3 double mutant phenotypes. Small plants. Elevated salicylic acid (SA) biosynthesis and expression of SA pathway genes.	
AT5G64220	CS71609	CAMTA3 (S454A/S964A) protein variant partially represses the camta2 camta3 double mutant phenotypes. Small plants. Elevated salicylic acid (SA) biosynthesis and expression of SA pathway genes.	
AT5G64220	CS71610	No visible phenotype.	
AT5G64220	CS71611	No visible phenotype.	
AT5G64220	CS71612	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT5G64220	CS71613	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT5G64220	CS71614	"CAMTA3 (K907E) protein variant does not repress the elevated expression of salicylic acid (SA) pathway genes in the camta2 camta3 double mutant, and only marginally represses the elevated SA biosynthesis and small stature phenotypes of the camta2 camta3 double mutant."	
AT5G64220	CS71615	"CAMTA3 (K907E) protein variant does not repress the elevated expression of salicylic acid (SA) pathway genes in the camta2 camta3 double mutant, and only marginally represses the elevated SA biosynthesis and small stature phenotypes of the camta2 camta3 double mutant."	
AT5G64220	CS71616	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT5G64220	CS71617	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT5G64220	CS71618	Severely impaired cold induction of salicylic acid (SA) pathway genes. Compromised immunity against bacterial pathogen Pst DC3000.	
AT5G64220	camta1/2/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT5G64220	camta2/3	higher levels of SA and SAG as compared to wt when grown in warm temperature (22C)	23581962
AT5G64300	rfd1	"Increased  protochlorophyllide accumulation under etiolated  growth conditions. When  etiolated rfd1 mutants were transferred to light, the overaccumulated  chlorophyll precursor caused photooxidative  damage and the respective seedlings subsequently died. When grown in constant light or dark–light  cycles, the mutant showed completely white cotyledons. True leaves were similarly bleached under  normal light conditions although growth under dim light  (5–20 mM photons m–2 s–1) results in a slight greening. On  sucrose-supplemented media rfd1 developed Fluorescent  phenotype associated with a lack  of transcript initiation from the AtRibA1 promoter"	19376832
AT5G64320	SALK_039066	Slower growing and later flowering than wild type.tl1 Plants generally bear deformed	
 dark green rosette leaves.	26537562		
AT5G64340	sac51-d	Sac51-d mutation reverses the dwarf phenotype caused by a loss-of-function in ACL5 gene encoding spermine synthase.	16936072
AT5G64370	SALK_016594C	"The pyd3 mutant has a wild-type appearance under normal growth conditions. Pyrimidine nucleotide and uridine levels are not changed in the mutant, but uracil levels are increased. The mutant has about an 80% decrease in uracil catabolism. These mutants cannot grow normally when uracil is provided as a sole nitrogen source."	19413687
AT5G64440	SALK_095108	Mutant seedlings exhibit reduced N-Acylethanolamine (NAE) amidohydrolase activity and enhanced sensitivity to exogenous NAE.	
AT5G64440	SALK_118043	Mutant seedlings exhibit reduced N-Acylethanolamine (NAE) amidohydrolase activity and enhanced sensitivity to exogenous NAE.	
AT5G64510	tin1-1	altered pollen surface morphology	
AT5G64580	ftshi4-2	"Pale-seedling phenotype, lower numbers of seeds per silique, delay in seed germination"	30721974
AT5G64630	CS266	somewhat fasciated plant with irregular phyllotaxy.	
AT5G64630	fas2-4	smaller than wild type and develop fasciation.	
AT5G64690	trx h9	"Roots and leaves of  the homozygous mutants were significantly shorter and smaller  than wild-type. Root tips of 7-day-old mutant seedlings  grown on MS medium with 1% sucrose had a shortened apical  meristem and, cells were more compact, in keeping with noticeably  shorter roots. When grown in soil, mutant  plants were dwarf with small yellowish leaves."	
	20133584		
AT5G64740	CS297	Dark-grown mutant hypocotyls accumulate ectopic lignin.	
	17540573		
AT5G64740	CS297	The hypocotyl growth rate of the mutant remained more or less constant before slowing down from day six on.	17540573
AT5G64740	CS297	"short, thick root and dark-grown hypocotyl; normal light-grown hypocotyl; irregular surface, cortical and epidermal cell walls frequently interrupted, cellulose deficiency."	
AT5G64740	CS6203	"low level of resistance to the herbicide N-(3-[1-ethyl-1-methylpropyl]-5-isoxazolyl)-2,6,dimethoxybenzamide (isoxaben); resistance is ca. 28 and 2 times that of the wild type for homozygotes and the heterozygotes, respectively; resistance also expressed in tissue culture."	
AT5G64740	ixr2-1 cesa2	"The cesa2/cesa6 double mutant has reduced hypocotyl length in the dark, reduced root length in the light, strong dwarf and bushy."	17878303
AT5G64740	ixr2-1 cesa5	The homozygous cesa6/cesa5 double mutant is seedling lethal.	17878303
AT5G64740	prc1-1 cesa2-1	The double mutant seedlings had significantly shorter and swollen roots. The plants had stunted growth and reduced size.	17878302
AT5G64740	prc1-1 cesa2-1 cesa9-1	"the triple mutant pollen grains are severely deformed, the pollen cell walls are unevenly deposited. The mutant pollen is not fertile."	17878302
AT5G64740	prc1-10	"When grown on media containing 0.5% sucrose, the mutant had reduced root length but no apparent radial cell expansion."	7743935
AT5G64740	prc1-8	"Showed comparable decreases in the length of dark-grown hypocotyls, accompanied by increases in width in both epidermal and cortical cells. FTIR microspectroscopy also indicated a cellulose deficiency in epidermal or cortical cells."	
AT5G64740	prc1-9	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
AT5G64740	rsw1-10 prc1-18	"Both mutation are additive, as shown by the further shortened hypocotyl length of the double mutant."	
AT5G64740	the1-1 prc1-1	"In the double mutant, the amount of ectopic lignin was reduced in hypocotyls and entirely absent in the root."	17540573
AT5G64740	the1-1 prc1-1	"The hypocotyl growth rate of the double mutant, which was initially slower than that of prc1-1, strongly increased beyond day three to reach over half the growth rate of WT hypocotyls between day four and day five. Beyond day five, the growth rate dropped, but more gradually than that of the WT."	
	17540573		
AT5G64740	the1-1 prc1-1	The number of cells in epidermal-cell files was unaltered in the double mutant compared to prc1-1 hypocotyls.	
	17540573		
AT5G64740	the1-1 prc1-1	"When expressed per seedling, the 14C-glucose incorporation in the cellulosic fraction was reduced 2.5-fold in prc1-1 compared to the WT, and did not differ significantly from that of the1-1/prc1-1 mutants; this confirmed that cellulose biosynthesis was not restored in the double mutant."	17540573
AT5G64740	the1-3 prc1-8	Partial restoration of the hypocotyl growth defect of prc1-8.	
	17540573		
AT5G64750	abr1-1	"Germination rate hypersensitive to ABA, osmotic stress and glucose. Under these conditions, the plants are slower growing."	16227468
AT5G64750	abr1-2	"Germination rate hypersensitive to ABA, osmotic stress and glucose. Under these conditions, the plants are slower growing."	16227468
AT5G64760	rpn5a-2/rpn5b-2	Cannot recover homozygous double mutant.	19252082
AT5G64813	lip1-1	"lip1-1 seedlings are early phase mutants showing a shortened period length in DD and LL (red light) conditions using CCR2:LUC+ and CAB2:LUC reporters. The shortened period length of ~1-2 hours is also observed in assays of rhythmic leaf movements. Dark-grown seedlings subject to temperature entraining still show cycling of the CCR2:LUC+ reporter, but the period length is shorter in lip1-1 mutants than in C24 control seedlings. lip1-1 mutants do not adjust their photoperiods in response to different fluence rates of constant red or blue light, unlike wild type seedlings. They are more sensitive than wild type seedlings to resetting pulses of light during the first portion of subjective night, but their responses are similar during most other portions of the circadian cycle. The period of CCA1:LUC+ and LHY:LUC+ (morning oscillator genes) is shorter under low fluence red light in lip1-1 than in the C24 parent line. Wild type seedlings growing in dim light/dark cycles, have similar levels of morning oscillator (LHY, CCA1) genes as lip1-1, but have higher transcript levels for the TOC1 evening oscillator. Hypocotyl length is reduced in lip1-1 mutant seedlings grown under constant red or blue light at all fluences, but matches wild-type hypocotyl length for seedlings grown in constant FR light or darkness. In all comparative experiments, both the lip-1 mutant and the C24 line referred to as the ""wild type"" or ""parent"" line carry the CAB2:LUC reporter."	17683937
AT5G64813	lip1-2	"Light/dark-entrained lip1-2 seedlings released into low fluence red light have a shorter period (by ~1.5-2 hours) for both morning (CCA1, LHY) and evening (TOC1) oscillator genes as determined by northern blots."	17683937
AT5G64860	SALK_110742	likely a null mutation and causes embryo lethality when becoming homozygous	29982637
AT5G64860	dpe1	Altered starch degradation	
AT5G64930	CS3770	"enhanced resistance to Pseudomonas syringae, spontaneous development of necrotic lesions appearing first on cotyledons then on older leaves; abnormal trichomes (smaller than wt with transparent 'glassy' appearance, and have only two branches); elevated PR gene expression in the absence of pathogens"	
AT5G64950	SAIL_1229_G07	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT5G64950	SALK_133048	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT5G64950	mterf22-1	"When are grown at 28&#730;C reduced germination rates and altered root morphology. Many of the mitochondria showed reduced inner mitochondrial membrane (IMM) electron density, with less cristae organization."	30059532
AT5G65050	maf2	Pronounced vernalization response after short periods of cold treatment	
AT5G65070	SALK_028506C	Earlier flowering.	30498193
AT5G65075	amiR-MAS-1 	level of MAF4 transcript was reduced and the induction of MAF4 expression by cold was severely compromised	30498193
AT5G65075	amiR-MAS-2	level of MAF4 transcript was reduced and the induction of MAF4 expression by cold was severely compromised	30498193
AT5G65090	CS25249	"Impaired root hair development; seedlings form root hairs in a regular pattern, but significantly shorter than in the wild type; root hair appears normal beside the reduced length."	
AT5G65090	CS67768	"Shorter root hairs than wild-type. GFP is expressed in all stages of differentiating root epidermal cells, in both hair (H) and non-hair (N) cell types, although preferentially in the N cells."	
AT5G65090	der4	Root hairs are very regular but significantly shorter than in the wild type.	15863435
AT5G65090	mrh3-1	Straight hairs with ballooned bases	16367956
AT5G65110	SALK_006464	"Lipid catabolism during germination and early post-germinative growth was delayed in the acx2-1 mutant, with 3-day-old seedlings accumulating long-chain acyl-CoAs. Mutant plants have reduced medium- and long-chain Acyl-CoA enzyme activity. Seedling growth and establishment in the absence of an exogenous supply of sucrose was unaffected.  Unlike acx1-1 mutants, jasmonic acid accumulation was not reduced upon wounding of mutant plants when compared to the wild type."	16146525
AT5G65110	acx1-1 acx2-1	"Double mutant seedlings were unable to catabolize seed storage lipids and accumulated long-chain acyl-CoAs. The acx1-1 acx2-1 seedlings were also unable to establish photosynthetic competency in the absence of an exogenous carbon supply, a phenotype that is shared with a number of other Arabidopsis mutants disrupted in storage lipid breakdown. Germination frequency of the double mutant was significantly reduced compared with wild-type seeds. This was unaffected by the addition of exogenous sucrose, but was improved by dormancy-breaking treatments such as cold stratification and after-ripening.  Peroxisomes in the cotyledons were enlarged in double mutants, while in single mutants (acx1-1 and acx2-1) peroxisomes were identical to the wild type."	16146525
AT5G65280	gcr2-4/gcl1-1	Normal morphology and no observed defects in ABA mediated responses during seed germination and seedling development.	
AT5G65300	CS23880	Leaves have low starch and small plant phenotype (12 hour photoperiod). The low starch phenotype is presumably  due to the adg1-2 insertion based upon similarity to phenotypes of the  adg1-1 mutant  in the literature.	
AT5G65360	N569666	No visible phenotype.	16262706
AT5G65420	cycd4;1	"During germination, the onset of cell proliferation in root tips is significantly delayed and the overall numbers of dividing cells are reduced.  The delay in cell cycle activation is linked to delayed radicle emergence."	16227434
AT5G65420	cycd4;1-2	Reduced number of stomata and non protruding cells on hypocotyl epidermis.	
AT5G65450	CS860104	No visible phenotype.	
AT5G65450	CS860105	No visible phenotype.	
AT5G65450	CS860106	No visible phenotype.	
AT5G65450	CS860121	The phenotype of the double mutant ubp15-1 ubp17-1 is similar to that of the ubp15-1 mutant (CS860101). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT5G65450	CS860122	The phenotype of ubp15-2 ubp17-2 is similar to that of the  ubp15-2 mutant (CS860102). Short roots at seedling stage; flat rosettes with narrow and serrated leaves; leaf phenotype becomes more severe in later rosette leaves; reduced weight of rosette leaf per area; strong reduction in width than in length of the rosette leaf blade; decreased epidermal and palisade cell number across the leaf blade; few rosette leaves before bolting; early flowering; weak apical dominance; reduced fertility; small flowers; short siliques; short and slim stems; small plants.	
AT5G65450	CS860124	"Phenotype similar to that of the double mutant ubp15-1 ubp16-1; similar but more severe than the phenotype of the ubp15-1 mutant (CS860101), with more extreme narrow rosette leaves, smaller flowers, aborted siliques, dwarf plants."	
AT5G65460	kac1-1 kac2-1	Defective in chloroplast accumulation in response to low light and chloroplast relocation under high light.	20418504
AT5G65480	CS67946	No visible phenotype.	
AT5G65480	CS67947	Homozygous lethal.	
AT5G65500	SAIL_559_G01	No visual phenotype or altered plastidial isoprenoid levels compared to the wild-type.	27707890
AT5G65530	SALK_010841C	"Growth retardation, increased trichome branch number, increased susceptibility to fungus."	25487440
AT5G65530	SALK_148741	"In homozygotes derived from the SALK parent  line, mutants have growth retardation, increased trichome branch number and increased susceptibility to fungus."	25487440
AT5G65640	SALK_104582C	"Short stature, curly and dark green leaves and reduced fertility. Late flowering under short days."	26758694
AT5G65640	SALK_121082C	"Short stature, curly and dark green leaves and reduced fertility. Late flowering under short days."	26758694
AT5G65670	CS25211	No visible phenotype.	
AT5G65670	CS25223	No visible phenotype.	
AT5G65700	CS16304	No visible phenotype.	
AT5G65700	bam1-1	No visible phenotype.	16367950
AT5G65700	bam1-1 bam2-1	"Anthers in double mutant plants appeared abnormal at a very early stage and lack the endothecium, middle, and tapetum layers. Further analyses revealed that cells interior to the epidermis (in anther tissue) acquire some characteristics of pollen mother cells (PMCs), suggesting defects in cell fate specification. The pollen mother-like cells degenerate before the completion of meiosis, suggesting that these cells are defective."	16751349
AT5G65700	bam1-1 bam2-1	Reduced shoot meristem size.	16367950
AT5G65700	bam1-1 bam2-1 bam3-2	Plants arrest early in development due to loss of shoot apical meristem but recover through adventitious shoot formation.	16367950
AT5G65700	bam1-1 bam2-1 bam3-2	Reduced numbers of stamens and carpels suggesting a reduction in floral meristem size.	16367950
AT5G65700	bam1-1/bam2-1/clv1-11	Triple mutant enhances the floral meristem defects of clv1-11 single mutant. Novel phenotypes include the existence of an enlarged indeterminate meristem in the center of each flower. Leaves are smaller and number of rosette leaves is increased.	18780746
AT5G65700	bam1-1/bam2-1/clv2-1	Number of carpels not statistically significant form that of clv2-1 alone.	18780746
AT5G65700	bam1-1/bam2-1/clv3-2	Triple mutant shows greater suppression of the clv3-2 with approximately 4.3 carpels per flower compared to clv3-2 single mutants which have approximately 6.7 carpels per flower.	18780746
AT5G65700	bam1-1/clv3-2	Number of carpels reduced relative to clv3 single mutant.	18780746
AT5G65700	bam1-3 bam2-3	Altered leaf morphology: fewer veins than wild type and a distinct lack of higher-ordered veins.	16367950
AT5G65700	bam1-3 bam2-3	"Anthers in double mutant plants appeared abnormal at a very early stage and lack the endothecium, middle, and tapetum layers. Further analyses revealed that cells interior to the epidermis (in anther tissue) acquire some characteristics of pollen mother cells (PMCs), suggesting defects in cell fate specification. The pollen mother-like cells degenerate before the completion of meiosis, suggesting that these cells are defective."	16751349
AT5G65700	bam1-3 bam2-3	Delayed in development: smaller in size and bolt and flower later than wild-type plants.	16367950
AT5G65700	bam1-3 bam2-3	Floral organ defects.	16367950
AT5G65700	bam1-3 bam2-3	Higher degree of branching in plants and have a longer lifespan. Almost completely sterile.	16367950
AT5G65700	bam1-3 bam2-3	Reduced shoot meristem size.	16367950
AT5G65710	CS69916	Suppresses the floral organ abscission defects of hae-3 hsl2-3. 	
AT5G65710	CS69917	"Blocks the effect of the serk1-L326F mutation, and leads to floral organ abscission deficiency.  "	
AT5G65730	CS860817	No visible phenotype.	
AT5G65800	CS16567	increased plant height	
AT5G65800	CS16568	"enhanced hypocotyl length in light-grown seedlings, enlarged cotyledons"	
AT5G65800	CS16575	no dramatic change in phenotype	
AT5G65800	CS16576	no dramatic change in phenotype	
AT5G65800	CS16579	no dramatic change in phenotype	
AT5G65800	CS16580	no dramatic change in phenotype	
AT5G65800	CS16584	no dramatic change in phenotype	
AT5G65800	CS16585	no dramatic change in phenotype	
AT5G65800	CS16588	no dramatic change in phenotype	
AT5G65800	CS16589	no dramatic change in phenotype	
AT5G65800	CS16592	no dramatic change in phenotype	
AT5G65800	CS16593	increased plant height	
AT5G65800	CS16594	no dramatic change in phenotype	
AT5G65800	CS16595	no dramatic change in phenotype	
AT5G65800	CS16598	no dramatic change in phenotype	
AT5G65800	CS16600	no dramatic change in phenotype	
AT5G65800	CS16601	no dramatic change in phenotype	
AT5G65800	CS16602	no dramatic change in phenotype	
AT5G65800	CS16605	no dramatic change in phenotype	
AT5G65800	CS16606	no dramatic change in phenotype	
AT5G65800	CS16607	no dramatic change in phenotype	
AT5G65800	CS16608	no dramatic change in phenotype	
AT5G65800	CS16610	no dramatic change in phenotype	
AT5G65800	CS16611	no dramatic change in phenotype	
AT5G65800	CS16614	no dramatic change in phenotype	
AT5G65800	CS16615	no dramatic change in phenotype	
AT5G65800	CS16616	no dramatic change in phenotype	
AT5G65800	CS16617	no dramatic change in phenotype	
AT5G65800	CS16619	no dramatic change in phenotype	
AT5G65800	CS16620	no dramatic change in phenotype	
AT5G65800	CS16621	no dramatic change in phenotype	
AT5G65800	CS16622	no dramatic change in phenotype	
AT5G65800	CS16624	no dramatic change in phenotype	
AT5G65800	CS16625	no dramatic change in phenotype	
AT5G65800	CS16627	no dramatic change in phenotype	
AT5G65800	CS16628	no dramatic change in phenotype	
AT5G65800	CS16629	no dramatic change in phenotype	
AT5G65800	CS16630	no dramatic change in phenotype	
AT5G65800	CS16632	no dramatic change in phenotype	
AT5G65800	CS16633	no dramatic change in phenotype	
AT5G65800	CS16634	no dramatic change in phenotype	
AT5G65800	CS16635	no dramatic change in phenotype	
AT5G65800	CS16636	no dramatic change in phenotype	
AT5G65800	CS16637	no dramatic change in phenotype	
AT5G65800	CS16639	no dramatic change in phenotype	
AT5G65800	CS16640	no dramatic change in phenotype	
AT5G65800	CS16641	no dramatic change in phenotype	
AT5G65800	CS16642	no dramatic change in phenotype	
AT5G65800	CS16643	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT5G65800	CS16644	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT5G65800	CS16645	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT5G65800	CS16646	"enhanced hypocotyl length in light-grown seedlings, increased plant height, decreased ethylene production, early flowering"	
AT5G65800	CS16647	phenotype not determined	
AT5G65800	CS16648	phenotype not determined	
AT5G65800	CS16649	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT5G65800	CS16650	"increased hypocotyl length in etiolated seedlings, decreased hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, increased plant height, early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT5G65800	CS16651	"increased hypocotyl length in etiolated seedlings, the absence of hook curvature in etiolated seedlings, less sensitive to hypocotyl gravistimulation, reduced cotyledon size, delayed growth during initial developmental stages, increased mature plant height, smaller leaf blade with downward curling tip , reduced branching, delayed senescence, slightly early flowering, decreased expression of FLC, increased expression of FT, reduced number of rosette leaves, decreased ethylene production, enhanced susceptibility to Botrytis cinerea"	
AT5G65800	CS3754	defective in the induction of ethylene biosynthesis by cytokinin; lacks the ethylene-mediated triple response in the presence of cytokinin; no detectable efect on the morphology of adult plants and do not significantly afect ethylene production in adult tissues	
AT5G65800	CS8059	"constitutive triple response: short root, short thickened hypocotyl, exaggerated apical hook in air as well as in ethylene; increased number of root hairs."	
AT5G65830	CS65507	No visible phenotype.	
AT5G65860	SALK_139667	"The mutant shows ABA insensitivity in stomatal movement, including promotion of stomatal closure and inhibition of stomatal opening. The detached leaves of the mutant lose more water than those of the wild-type plants under dehydration condition; both young seedlings and mature plants of the mutant have lower capacity to conserve water during drought stress in comparison with wild-type plants. The ROS levels increase in the mutant in comparison with wild-type plants in both the whole leaves and in guard cells. Treatment with low concentrations of ABA reduces ROS levels in both whole leaves(1 to 10 uM ABA application) and in guard cells(5 uM ABA application) in the mutant plants."	22143917
AT5G65930	frc1-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
AT5G65930	frc2-1 zwi-9311-11	Produces mostly two-branched trichomes.	10572032
AT5G65930	frc3-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
AT5G65930	frc4-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
AT5G65930	suz1 zwi-3	Male sterile.	10375500
AT5G65930	suz1 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
AT5G65930	suz2 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
AT5G65930	suz2 zwi-9311-11	Fails to suppress the zwi phenotype.	10375500
AT5G65930	suz2 zwi-W2	Fails to suppress the zwi phenotype.	10375500
AT5G65930	suz3 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
AT5G65930	zwi	Altered trichome morphology	
AT5G65930	zwi-3	"Trichomes not only have a reduced number of branches, but also have a much shorter stalk."	10375500
AT5G65930	zwi-4673	Trichomes have a short-stalk phenotype.	9177205
AT5G65930	zwi-5002	Trichomes have a short-stalk phenotype.	9177205
AT5G65930	zwi-9310-7	Phenotype not described.	9177205
AT5G65930	zwi-9311-11	Phenotype not described.	10375500
AT5G65930	zwi-9311-11	Produces mostly two-branched trichomes.	10572032
AT5G65930	zwi-W2	Phenotype not described.	10375500
AT5G65940	CS3947	"resistant to the inhibition of root elongation caused by 5 microM indole-3-butyric acid (IBA); fails to induce normal number of lateral roots when treated with 5 microM IBA; exhibits shorter hypocotyl than wt when grown in the dark without sucrose, but has a normal hypocotyl when grown in the dark with 0.5% sucrose; no visible phenotype in aerial morphology; defective in seed storage lipid utilization."	11063705
AT5G65940	CS3948	"resistant to the inhibition of root elongation caused by 5 microM indole-3-butyric acid (IBA); fails to induce normal number of lateral roots when treated with 5 microM IBA; exhibits shorter hypocotyl than wt when grown in the dark without sucrose, but has a normal hypocotyl when grown in the dark with 0.5% sucrose; no visible phenotype in aerial morphology; defective in seed storage lipid utilization."	11063705
AT5G65940	CS799953	"Resistant to (root elongation on) 2,4-dichlorobutyric acid and IBA; Requires sucrose supplement for normal hypocotyl elongation in the dark"	
AT5G65950	attrappc11/rog2-2	"mislocalization of SYP61  to the tonoplast, increased size of TGN/EE vesicles,  reduced density of SYP41 and RABD2A vesicles, small but significant reduction in the root growth, hypersensitive to 100 mM salt treatmentformation of typical BFA  bodies impaired"	31175171
AT5G65950	attrappc11/rog2-4	"small but significant reduction in the root growth, hypersensitive to 100 mM salt treatment"	31175171
AT5G65950	attrappc11/rog2-5	"small but significant reduction in the root growth, hypersensitive to 100 mM salt treatment"	31175171
AT5G66055	CS16041	embryo defective; developmental arrest of mutant embryos	
AT5G66055	CS16042	embryo defective; developmental arrest of mutant embryos	
AT5G66055	CS6308	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 24.5% mutant; 47.8% aborted seeds in top half of silique.	
AT5G66130	CS27060	increased sensitivity to the DNA-damaging chemicals bleomycin and mitomycin C (MMC)	15165187
AT5G66130	SALK_009384C	increased sensitivity to the DNA-damaging chemicals bleomycin and mitomycin C (MMC)	
AT5G66130	rad17	"Increased sensitivity to MMS, increased telomere lengths"	
AT5G66190	SALK_085403	"reduced rosette size and pale green leaves, remarkably low chlorophyll content per leaf area"	17335513
AT5G66190	fnr1	"Reduced photosynthetic properties including low chlorophyll content, reduced accumulation of thylakoid proteins and reduced rates of carbon fixaiton."	19054362
AT5G66320	SALK_031408	cmcu mutants have increased drought tolerance due to reduced stomatal aperture.	31182842
AT5G66350	shi	"Dwarf, short internodes, narrow leaves, short hypocotyl, reduced apical dominance (phenotype similar to gai but leaves not as dark green)"	
AT5G66350	shi ga1-3	Seeds unable to germinate without application of exogenous GA.	11706176
AT5G66350	shi-2	No visible phenotype.	11706176
AT5G66350	shi-3	No visible phenotype.	11706176
AT5G66350	"sty1-1,sty2-1, shi-2, shi-3, lrp1"	18-25% of flowers have homeotic conversion petals/anthers with fused characteristics. Anther locules are abnormal. Tapetal development is abnormal with reduced pollen viability.	29491878
AT5G66510	CS69934	Reduction of mitochondrial complex I.	
AT5G66520	SALK_078415C	No obvious morphological defects. Defective in C-U RNA editing at ndhB (95225).	23669716
AT5G66530	SALK_078415C	No obvious morphological defects. Defective in C-U RNA editing at ndhB (95225).	23669716
AT5G66570	psbo	High chlorophyll fluorescence	
AT5G66650	SALK_031408	cmcu mutants have increased drought tolerance due to reduced stomatal aperture.	31182842
AT5G66650	SK16605	cmcu mutants have increased drought tolerance due to reduced stomatal aperture.	31182842
AT5G66680	dgl1-1	Dwarf.  Growth defect of the dark-grown hypocotyl.  Post-embryonic development ceases entirely at the seedling stage.  Cell wall polysaccharides with an altered monosaccharide composition: increased arabinose and glucose content in non-cellulosic polymers.  Cell elongation is reduced in both hypocotyls and roots.  Organization of the endodermis and pericycle cell layers of the hypocotyl is abnormal.  Cell division is not impaired.	15860005
AT5G66750	CS9604	DNA hypomethylation and poor growth	
AT5G66750	ddm1-2	Phenotype not described.	10319870
AT5G66750	ddm1-2	Sensitive to gamma-irradiation and UV.	16547115
AT5G66750	ddm1-2	Typical mutant phenotype of demethylation.	16547115
AT5G66750	ddm1-5	Phenotype not described.	10319870
AT5G66750	ddm1-5	Restoration of hygromycin resistance through release from gene silencing.	10939915
AT5G66750	ddm1-5	Sensitive to gamma-irradiation and UV.	16547115
AT5G66750	ddm1-5	Typical mutant phenotype of demethylation.	16547115
AT5G66750	ddm1-6	Phenotype not described.	10319870
AT5G66750	ddm1-6	Restoration of hygromycin resistance through release from gene silencing.	10939915
AT5G66750	ddm1-7	Phenotype not described.	10319870
AT5G66750	ddm1-7	Restoration of hygromycin resistance through release from gene silencing.	10939915
AT5G66750	ros1-1 ddm1-2 (LUC transgene)	"The luminescence response of the ros1/ ros1::ddm1/ddm1 double mutant was much higher than that of ros1/ros1::DDM1/DDM1 plants, but was still lower than that of ROS1/ROS1::DDM1/DDM1 plants."	12526807
AT5G66870	asl1	No visible mutant phenotype.	15821980
AT5G66870	asl1 as2	"At stage 6 of flower development, when sepals should enclose the wild type buds completely, the double mutant has narrower sepals resulting in exposed inner floral organs.  Sepals and petals curl outwards.  Dramatic reduction in number of trichomes at the abaxial side of sepals.  Same leaf phenotypes as as2 single mutant.  Petals have abnormal proximal-distal organization."	
AT5G66870	dsl1-D	Flowers and siliques bend downwards and pedicels are reduced in length.  The inflorescence is more compact with respect to wild type due to a reduction in internode length.  Overall plant height is approximately half that of a wild type Ws-3 plant. Change in lignin deposition in the mutant.  Deposition begins much earlier in the mutant and an irregular pattern of lignin accumulation results in gaps in the lignin ring.	15821980
AT5G66880	ear1-1/snrk2.2/snrk2.3	Less sensitive to ABA during seed germination as compared to wild type.	29618630
AT5G66880	snrk2.2 snrk2.3	snrk2.2 snrk2.3 was found to be ABA-insensitive in seed germination and early seedling growth  snrk2.2 snrk2.3 seeds showed green cotyledons at 5 d after sowing (non of the wild-type seeds had germinated at this time)  snrk2.2 snrk2.3 had decreased seed dormancy  snrk2.2 snrk2.3 was insensitive to the stimulating effect of low ABA concentration (<1 uM)on root growth  snrk2.2 snrk2.3 had a greatly reduced level of a 42-kD kinase activity capable of phosphorylating peptides from ABF (for ABA Response Element Binding Factor) transcription factors	
	17307925		
AT5G66890	nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66890	snc1 nrg1.1 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT5G66890	snc1 nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66890	snc1 nrg1.2 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT5G66900	nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66900	snc1 nrg1.1 nrg1.2	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2.	30585636
AT5G66900	snc1 nrg1.1 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT5G66900	snc1 nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66910	nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66910	snc1 nrg1.1 nrg1.2	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2.	30585636
AT5G66910	snc1 nrg1.1cr nrg1.2cr nrg1.3cr	partially suppressed the enhanced resistance of snc1 against H.a. Noco2 and Pseudomonas syringae pv. Maculicola	30585636
AT5G66910	snc1 nrg1.2 nrg1.3	Stunted growth and enhanced disease resistance against Hyaloperonospora arabidopsidis (H.a.) Noco2	30585636
AT5G67030	CS155	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, causing a deficiency of the epoxy-carotenoids violaxanthin and neoxanthin and an accumulation of their biosynthetic precursor zeaxanthin; slightly darker green plants; increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced growth, reduced plant size and vigor, but less severe phenotype than aba1-4; gratly reduced seed dormancy, fresh seeds germinate at high frequency, seeds germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	
AT5G67030	CS21	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, causing a deficiency of the epoxy-carotenoids violaxanthin and neoxanthin and an accumulation of their biosynthetic precursor zeaxanthin; slightly yellow-brown leaves; increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution on the plants; reduced growth, reduced plant size and vigor, but less severe phenotype than aba1-4; greatly reduced seed dormancy, fresh seeds germinate at high frequency, seeds germinate in silique on plant at high relative humidity; considerable germination in darkness; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	
AT5G67030	CS25407	"Abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, causing a deficiency of the epoxy-carotenoids violaxanthin and neoxanthin and an accumulation of their biosynthetic precursor zeaxanthin;  increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution on the plants; reduced growth, reduced plant size and vigor; reduced seed dormancy, fresh seeds germinate at high frequency; reduced sensitivity to salt and osmotic stress during germination."	
AT5G67030	CS3100	"abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, causing a deficiency of the epoxy-carotenoids violaxanthin and neoxanthin and an accumulation of their biosynthetic precursor zeaxanthin; slightly yellow-brown leaves; increased rate of water loss (leaf transpiration), which leads to symptoms of wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced growth, reduced plant size and vigor but close to normal growth rates, less severe phenotype than aba1-1 and aba1-4; greatly reduced seed dormancy, fresh seeds germinate at high frequency, seeds germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	
AT5G67030	CS3101	"strong allele; abscisic acid deficient, reduced level of endogenous ABA during various stages of plant and seed development; impaired in ABA biosynthesis, causing a deficiency of the epoxy-carotenoids violaxanthin and neoxanthin and an accumulation of their biosynthetic precursor zeaxanthin; slightly darker green plants; increased rate of water loss (leaf transpiration), which leads to symptoms of severe wilting and withering especially under low relative humidity and water stress, wilty phenotype can be restored to normal by spraying an ABA solution to the plants; reduced growth, reduced plant size and vigor,more severe phenotype than aba1-,1 aba1-3 and aba1-5; reduced seed dormancy, fresh seeds germinate at high frequency, seeds germinate in silique on plant at high relative humidity; decreased sensitivity to the presence of GA biosynthesis inhibitors such as paclobutrazol; reduced sensitivity to salt and osmotic stress during germination."	
AT5G67030	CS3772	rapid induction and slow reversal of nonphotochemical quenching of chlorophyll fluorescence; defective in the gene encoding zeaxanthin epoxidase; accumulates zeaxanthin constitutively; high levels of zeaxanthin affects the kinetics of induction and relaxation but not the extent of nonphotochemical quenching; not particularly susceptible to wilting	
AT5G67060	hec1	Shows no alteration in fruit phenotype.	17855426
AT5G67060	hec1	"The transmitting tract of hec1 was  indistinguishable from that of wild type in size, staining intensity (Alcian Blue) and cytology."	17855426
AT5G67060	hec1 hec3	"Compared with wild type, stigmas were smaller and more variable in size in hec1 hec3 mutants. There was also a slight tendency for the style to be somewhat longer in the double mutant."	17855426
AT5G67060	hec1 hec3	"Double mutant had a sizable reduction in overall fertility (17% wild-type seed set), along with significant variations in individual fruit size and seed yield. Seed distribution was biased toward the apical half of the carpel, but substantial fertilization also occurred in the basal half."	17855426
AT5G67060	hec1 hec3	"Mutant carpels showed significantly fewer pollen tubes and pollination events, particularly in the basal half of the gynoecium."	17855426
AT5G67060	hec1 hec3	"The double mutant, however, had dramatically reduced Alcian Blue staining in both the style and the septum compared with wild type. In analyzing pre-fertilization stages of development, the transmitting tract of the hec1 hec3 double mutant had no delay in onset of ECM production, but produced less ECM than wild type."	17855426
AT5G67060	"hec1,2,3"	"The hec1,2,3 spt quadruple mutant had an enhanced phenotype compared to the hec1,2,3 triple or spt single. Carpels were completely unfused at the apical part, up to one third of the entire fruit indicative of a synergistic interaction."	26293302
AT5G67100	icu11-1 icu2-1	"strong reduction in body size, extremely involute leaves"	29915151
AT5G67100	icu2-1	Leaf incurvature; early flowering; flowers display partial homeotic transformations of sepals into carpels and of petals into stamens.	17873092
AT5G67160	eps1-1	Enhanced susceptibility to both virulent and non-virulent strains of Pseudomonas.	19036031
AT5G67210	CS2106102	"Slightly smaller than parents and darker green, xylem vessels are mildly distorted."	
AT5G67210	CS2106104	no visible phenotype	
AT5G67250	CS65872	The mutation disrupts pollen tube growth in vitro.	
AT5G67270	eb1c-1	Plants grown on agar plants show leftward skewing of root growth occasionally forming clockwise spirals with twisted epidermal cell files.	18281505
AT5G67320	hos15	Enhanced sensitivity to freezing.Reduced cold tolerance.	
AT5G67330	atnramp3 atnramp4	"No visible phenotype when grown on regular soil in greenhouse. On agar medium under low Fe supply, germination was arrested during first four days. This phenotype was transient, since seedlings recovered and cotyledons regained green color. When grown on calcareous soil, double mutant seedlings did not green and appeared bleached after 6 days, and very few seedlings survived beyond seedling stage, with early lethality over 90% (in Fe restrictive alkaline soil conditions)."	16270029
AT5G67330	atnramp4-1	"No obvious phenotype, when grown on soil in the greenhouse or in vitro on a solid medium with complete nutrients. In addition, no obvious difference in the level of chlorosis was observed under Fe starvation between mutant plants and wild type."	16270029
AT5G67360	GABI_140B02	impaired in mucilage release upon imbibition	18266922
AT5G67360	GABI_544E06	impaired in mucilage release upon imbibition	
AT5G67370	SALK_023292C	"cgld27 mutant shows a stronger growth defect compared to wild type in low Fe (1 µM Fe) conditions. Root length of cgld27 under low Fe conditions is much smaller and the weight is almost half compared to wild type. The phenotype is exacerbated in alkaline soil (pH, 8.0) where the availability of iron is limited."	23043051
AT5G67380	CS67782	No visible phenotype.	
AT5G67380	CS67786	Delayed flowering under long days. Longer period length of circadian rhythms under constant light conditions.	
AT5G67420	SALK_124398	"Increased sensitivity to oryzalin, roots significantly shortened."	28848569
AT5G67480	SALK_045370C	same as smb-3 single mutant	19054356
AT5G67480	bt1-4;bt2-3/+;bt3-1/+;bt4-1;bt5-1	Reduced seed set and shortened siliques. Phenotype is identical to bt2-3/+;bt3-1/+	19054356
AT5G67480	bt1-4;bt2-3;bt3-1;bt4-1;bt5-1	Embryo lethal - not recovered.	19054356
AT5G67480	bt1-4;bt2-3;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT5G67480	bt1-4;bt3-1;bt4-1;bt5-1	same as smb-3 single mutant	19054356
AT5G67570	CS24334	embryo defective; developmental arrest of mutant embryos occurs at transition stage.	
AT5G67570	CS3034	"developmental arrest of mutant embryos occurs at transition, globular, heart stage; white seeds and embryos; 23.9% mutant."	
AT5G67570	dg1	Homozygous plants have siliques segregating ca. 40% embryo lethal with embryos arresting at a variety of stages.	18400937
AT5G67590	fro1	"Reduced capacity for cold acclimation, altered leaf morphology"	
ATR1	atr1	WT phenotype is grown on soil. Develops less biomass than loh2 on growth media supplemented with sucrose. Suppresses loh2 mutant AAL-toxin sensitivity phenotype.	18725200
CER12	CS94	"bright green stems and siliques, number of lobed plates and tube-shaped structures on the epicuticular wax layer approach the wild type, slender appearance, somewhat club-like siliques."	
CER13	CS95	"bright green stems and siliques, number of lobed plates similar to wild type but reduced relative number of tube-shaped structures on the epicuticular wax layer, slender appearance, somewhat club-like siliques."	
CER14	CS96	"bright green stems and siliques, number of lobed plates similar to wild type but reduced relative number of tube-shaped structures on the epicuticular wax layer, slender appearance, somewhat club-like siliques."	
CER15	CS97	"bright green stems and siliques (stems less glossy than siliques), lobed plates on stems and siliques, lacks tube-shaped structures on siliques but has them on stems, slender appearance."	
CER16	CS98	"bright green stems and siliques, substantially reduced number of lobed plates and tube-shaped structures on the epicuticular wax layer, reduced plant height."	
CER17	CS99	"bright green stems and siliques, mainly tube-shaped structures absent on the epicuticular wax layer."	
CER18	CS101	"slightly bright green stems and siliques, number of lobed plates and tube-shaped structures on the epicuticular wax layer approach the wild type; often starts as a small rosette but plant recovers."	
CER19	CS102	"bright green stems and siliques, substantially reduced number of lobed plates, and dendrite-like structures present on the epicuticular wax layer."	
CER20	CS103	"bright green stems and siliques, number of lobed plates and tube-shaped structures on the epicuticular wax layer approach the wild type, reduced plant height (looks like semi-dwarf), somewhat club-like siliques."	
CH12	CS219	"yellow-green seedling, lethal."	
CH13	CS217	"yellow-green seedling, lethal."	
CH13	CS5988	"yellow-green embryos and seedlings, lethal."	
CH17	CS216	"yellow-green seedling, lethal."	
CH5	CS42	green-yellow shoots.	
CH6	CS43	"pale green embryos, green-yellow plants, lethal, segregates male steriles."	
CHL2	CS202	chlorate resistance due to a decreased nitrate reductase activity.	
CHL2	CS6155	"chlorate resistant due to reduced nitrate reductase activity, about 20-30 percent of the wild-type level; reduced levels of the nitrate reductase cofactor molybdenum-pterin (Mo Co); sensitive to 0.1mM tungstate; poor growth on nitrate medium."	
CHL4	CS211	"decreased nitrate-reductase activity, chlorate-resistant."	
CHL4	CS6156	chlorate resistant due to little or no nitrate reductase activity; reduced levels of the nitrate reductase cofactor molybenum-pterin (Mo Co); dies on nitrate medium.	
CHM3	CS246	young leaves and sepals yellow-green.	
CHS2	CS6298	"rosette leaves become chlorotic, wilt and die after more than 3 days exposure to chilling temperatures in the range of 14-4C and can not be rescued after this time by a return to the normal growth temperature; defective in chloroplast protein accumulation at low temperatures."	
CHS2	CS6299	"rosette leaves become chlorotic, wilt and die after more than 3 days exposure to chilling temperatures in the range of 14-4C and can not be rescued after this time by a return to the normal growth temperature; defective in chloroplast protein accumulation at low temperatures."	
CHS4	CS8001	"older rosette leaves become chlorotic, wilt and die when plant is grown at 10C; younger rosette leaves are not affected; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 18-10C."	
CHS4	CS8002	eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 18-10C; defective in chloroplast protein accumulation at low temperatures.	
CHS4	CS8003	"older rosette leaves become chlorotic, wilt and die when plant is grown at 10C; younger rosette leaves are not affected; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 14-10C; defective in chloroplast protein accumulation at low temperatures."	
CHS5	CS8004	rosette leaves develop chlorotic patches which are not always contiguous and veins remain green when transferred to 10C; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 10C.	
CHS6	CS8005	rosette leaves develop chlorotic patches which are not always contiguous and veins remain green when transferred to 10C; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 18-10C.	
CHS6	CS8006	rosette leaves develop chlorotic patches which are not always contiguous and veins remain green when transferred to 10C; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 18-10C.	
CHS6	CS8007	rosette leaves develop chlorotic patches which are not always contiguous and veins remain green when transferred to 10C; plant will eventually bolt and set seed after several weeks at the chilling temperature; chilling sensitive at 10C.	
CHVI3	CS218	yellow-green weak plant.	
CIM10	CS6574	Disease-resistant mutant; strong allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM11	CS6575	Disease-resistant mutant; intermediate allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM13	CS6576	Disease-resistant mutant; strong allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM14	CS6577	Disease-resistant mutant; strong allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM6	CS6571	Disease-resistant mutant; strong allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM7	CS6572	Disease-resistant mutant; weak allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway;  lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIM9	CS6573	Disease-resistant mutant; strong allele; constitutive activation of Systemic Acquired Resistance (SAR) pathway; lacks spontaneous hypersensitive response (HR) cell death; high levels of salicylic acid (SA) accumulation; expression of constitutive PR-1/luciferase activity; kanamycin resistant (50 ug/ml).	
CIN1	CS3750	defective in the induction of ethylene biosynthesis by cytokinin; lacks the ethylene-mediated triple response in the presence of cytokinin; subtle effects on the morphology of adult plants (yellowish areas at the leaf margins); reduced shoot initiation in tissue culture and reduction of anthocyanin in light grown seedlings in response to cytokinin.	
CIN2	CS3751	"defective in the induction of ethylene biosynthesis by cytokinin; lacks the ethylene-mediated triple response in the presence of cytokinin; disrupted ethylene biosynthesis in multiple conditions; pleiotropic effects in response to  cytokinin: reduced anthocyanin content, shorter siliques than wt and somewhat club-shaped; reduced chlorophyll content in leaves."	
CIN3	CS3752	"defective in the induction of ethylene biosynthesis by cytokinin; lacks the ethylene-mediated triple response in the presence of cytokinin; subtle effects on the morphology of adult plants (slightly larger than wt); does not disrupt ethylene biosynthesis under any other conditions, nor does it disrupt any other cytokinin responses."	
CIR1	CS9849	constitutive expression of defense related genes	
CIR3	CS6581	Constitutive expression of the marker gene PR-1::luciferase in the absence of pathogen infection; enhanced resistance to the necrotrophic pathogen Botrytis cinerea; cir3-mediated resistance to B. cinerea is dependent on accumulated salicylic acid and a functional EIN2 protein.	
CP2	CS47	semi-dwarf; small plants with small rosettes.	
CP3	CS48	"semi-dwarf; round, dark green leaves."	
CP3	CS9957	"Angustifolia, Compacta"	
CP3	CS9958	Asymmetric leaves. Width of sheet plate more length. Compact? Semi-dwarf.	
CSI	CS6197	"seedling insensitive to 2mM cesium, reduced uptake of Rb-86 and P-32, lacks trichomes on stems and leaves, some rudimentary trichomes in leaf margins."	
CTG156	CS6510	"Faster completion of seed germination at low temperature (10C) compared to wild type; transparent testa phenotype (somewhat pale brown seeds due to reduced levels of brown pigment in seed coat); hypersensitive to abscicic acid, gibberellic acid and paclobutrazol."	
CUD	cud-1	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
CUD	cud-1	Male sterile.	7743935
CUD	cud-1	"When grown on media containing 0.5% sucrose, the mutant had reduced root length but no apparent radial cell expansion."	7743935
CUE4	CS9399	Defective in chloroplast development; pale green plants through life.	
CUE6	CS9396	"Defective in chloroplast development; very pale at germination; virescent and slow-greening; young photosynthetic tissues emerge pale, but gradually chloroplast development and almost full greening occur; center of rosettes, edges of leaves towards the petiole and young inflorescences are pale."	
CUE9	CS9398	"Defective in chloroplast development; poor germination, pale green and slightly purple seedlings; later leaves have a reticulate pattern with veins greener than the interveinal regions of leaves."	
CYD1	CS65765	"Various cytokinesis defects in both vegetative and reproductive organs reflected in partial or missing cell walls (stomata), cell wall protrusions, increased number of nuclei per cell, enlarged cells (stomata and pollen), reduced cell number and resulting in defects in leaf and flower shape and development."	
DER2	CS25247	Impaired root hair development; often display very short stumps or collapsed root hairs; mostly very short root hairs.	
DER2	der2	"Root hairs have mostly very short root hairs, indicating a defect in the transition to rapid tip growth, which is required to fully develop the hair structure."	15863435
DER5	CS25250	"Impaired root hair development; often display very short stumps or collapsed root hairs; root hairs are often wavy, have an irregular hair diameter or are collapsed; sometimes develop bulbous structures at the root hair base."	
DER5	der5	"Root hairs display very short stumps or collapsed root hairs.  Root hairs are often wavy, with an irregular hair diameter.  Sometimes develop bulbous structures at the root hair base."	15863435
DER6	CS25251	"Impaired root hair development; often display very short stumps or collapsed root hairs; root hairs are often wavy, have an irregular hair diameter or are collapsed."	
DER6	der6	Root hairs display very short stumps or collapsed root hairs.  Root hairs have an irregular hair diameter or are collapsed.	15863435
DER7	CS25252	"Impaired root hair development; seedlings form root hairs in a regular pattern, but significantly shorter than in the wild type; develops two different types of root hair structures: relatively short stumps with a clearly wider diameter than wild type hairs and longer hair structures which are wider in the lower half of the root hair proper while the upper half is wild type like"	
DER7	der7	Root hairs are very regular but significantly shorter than in the wild type.  Develops two different types of root hair structures: relatively short stumps with a clearly wider diameter than wt hairs and longer hair structures which are wider in the lower half of the root hair proper while the upper half is wt like.	15863435
DER8	CS25253	"Impaired root hair development; often display very short stumps or collapsed root hairs; hairs are often wavy, have an irregular hair diameter or are collapsed; sometimes develop bulbous structures at the root hair base; application of exogenous auxin and ethylene suppress aberrant root hair phenotype"	
DER8	der8	"Root hairs display very short stumps or collapsed root hairs.  Root hairs are often wavy, with an irregular hair diameter.  Sometimes develop bulbous structures at the root hair base."	15863435
DMR3	dmr3 eds1-2	"Broad spectrum of disease resistance to oomycete, bacterial and fungal pathogens. Mutants exhibit dwarfism and are resistant to Pseudomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii and shows enhanced defense gene expression."	
DMR4	dmr4 eds1-2	"Broad spectrum of disease resistance to oomycete, bacterial and fungal pathogens.  Mutants are dwarf, resistant to Psuedomonas syringae pv tomato, and to the powdery mildew pathogen, Golovinomyces orontii with an enhanced defense gene expression."	
DMR5	dmr5 eds1-2	Resistant to downy mildew fungus Hyaloperonospora parasitica. There was significant hyphal growth but haustoria were not formed in all adjacent plant cells. Plants show normal plant development.	
DN	CS243	"road leaves with scalloped leaf margins, late flowering."	
DOC2	CS6205	"affects the expression of CAB (photosystem II type I chlorophyll a/b-binding proteins) genes in the dark, accumulation of endogenous CAB mRNA is ca. 3.5 times greater than wild type; has no effect on the expression of RBCS genes; obvious morphological changes are absent in the dark with plants being normally etiolated; under long days, no visible difference from wild type; under short days, plants are shorter and have less than half of the fresh weight of wild type."	
DOC3	CS6206	"affects the expression of CAB (photosystem II type I chlorophyll a/b-binding proteins) genes in the dark; accumulation of endogenous CAB mRNA is ca. 3.2 times greater than wild type; has no effect on the expression of RBCS genes; obvious morphological changes absent in the dark with plants being normally etiolated; under long days, no visible difference from wild type; under short days, plants are shorter and have less than half of the fresh weight of the wild type."	
DRM1	drm1	"Under long-day conditions, all the developmental phases  of the drm1 mutant are severely retarded, and a period of  109 d is needed from sowing to flowering compared to 42  d for the wild type. Its germination  rate is significantly lower and its germination speed  is 3-4 d slower compared to the wild-type. drm1 produces significantly more inflorescences, but fertility is severely reduced due to unusual shorter stamens. Mutants also have abnormal numbers of petals (5 or 6) and stamens."	15740643
DST1	dst1 mutant	Defective in DST-mediated mRNA degradation	
ECO1	CS3782	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed; with elongated appearance, small, dark-green, irregularly serrated and curled dawn in the apix; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
ECO1	CS3783	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed, with elongated appearance, small, dark-green, irregularly serrated and curled dawn in the apix; somewhat late flowering; abnormal inflorescence bearing flowers with reduced fertility; bushy plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
ECO1	CS3784	"weak allele; aberrant leaf morphology; no clear distinction between the petiole and the leaf blade; leaves are narrow and pointed, with elongated appearance, dark-green, irregularly serrated and curled dawn in the apix; somewhat late flowering; abnormal inflorescence bearing flowers with reduced fertility; bushy plants; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
ECO1	CS3785	"strong allele; aberrant leaf morphology; long and thin petiols; leaves are dark-green, with gross irregular outhgrowths of leaf tissue along the leaf edges, giving an irregular leaf shape appearance, leaf edges curled down and torted; asymmetric leaf surface; occassionally two leaves come out from a petiol or a complete leaf from another leaf; abnormal inflorescence bearing esterile flowers; bushy plants."	
EDS4	CS3799	increased susceptibility to the moderately virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326.	
EDS8	CS3800	increased susceptibility to the moderately virulent bacterial pathogen Pseudomonas syringae pv. maculicola strain ES4326; altered leaf morphology (smaller and serrated).	
EDS9	CS3736	exhibits enhanced disease susceptibility to the virulent bacterial pathogen Pseudomonas syringae pv maculicola ES4326; unique patterns of susceptibility to a variety of bacterial pathogens; ability to activate pathogenesis-related PR-1 gene expression after pathogen attack; no defects in the hypersensitive response (HR); and exhibits at least a partial systemic acquired resistance (SAR) response.	
EGS1	CS3859	no longer expressing rolB gene silencing; kanamycin resistant; wild type in appearance; some of first flowers may be sterile.	
EGS1	egs1 mutant	enhanced silencing of a 35S::rolb transgene	
EGS2	CS3860	no longer expressing rolB gene silencing; kanamycin resistant; wild type in appearance; some of first flowers may be sterile.	
EIN7	CS8056	"semi-dominant mutation, ethylene insensitive."	
ELK2	CS3937	"Strong allele; erecta-like inflorescence with flowers clustered together at the inflorescence apex, resembling the erecta (er) mutant;  exhibit shorter siliques than the wt; reduced  apical dominance"	
ELK3	CS3938	"Strong allele; erecta-like inflorescence with flowers clustered together at the inflorescence apex, resembling the erecta (er) mutant;  exhibit shorter siliques than the wt; reduced  apical dominance; absence of trichomes on leaves and stems, some trichomes on leaf margins."	
ELK5	CS3939	"Strong allele; erecta-like inflorescence with flowers clustered together at the inflorescence apex, resembling the erecta (er) mutant;  short and wide siliques that have a blunt tip; highly reduced fertility;  short plants; heterozygote plants display intermediate phenotype between wt and elk5."	
EMB1	CS6301	developmental arrest of mutant embryos occurs at very early preglobular stage; white seeds; 25.5% mutant; 51.8% aborted seeds in top half of silique.	
EMB10	CS6305	developmental arrest of mutant embryos occurs at early globular stage; white to pale yellow-green seeds; white embryo; 25.8% mutant; 53.3% aborted seeds in top half of silique.	
EMB1000	CS64001	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1001	CS64002	embryo defective; terminal embryo phenotype: variable.	
EMB1003	CS64003	embryo defective; terminal embryo phenotype: variable.	
EMB1004	CS64004	embryo defective; terminal embryo phenotype: transition stage.	
EMB1005	CS64005	embryo defective; further details not available.	
EMB1007	CS64006	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1010	CS64007	embryo defective; terminal embryo phenotype: transition stage.	
EMB1012	CS64008	embryo defective; terminal embryo phenotype: variable.	
EMB1013	CS64009	embryo defective; terminal embryo phenotype: globular stage.	
EMB1014	CS64010	embryo defective; terminal embryo phenotype: globular stage.	
EMB1015	CS64011	embryo defective; terminal embryo phenotype: variable.	
EMB1016	CS64012	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1017	CS64013	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1018	CS64014	embryo defective; terminal embryo phenotype: transition stage.	
EMB1020	CS64015	embryo defective; terminal embryo phenotype: variable.	
EMB1021	CS64016	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1022	CS64017	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1023	CS64018	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1026	CS64019	embryo defective; terminal embryo phenotype: globular stage.	
EMB1028	CS64020	embryo defective; terminal embryo phenotype: globular stage.	
EMB1029	CS64021	embryo defective; terminal embryo phenotype: globular stage.	
EMB1031	CS64022	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1032	CS64023	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1033	CS64024	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1034	CS64025	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1036	CS64026	embryo defective; terminal embryo phenotype: transition stage.	
EMB1037	CS64027	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1038	CS64028	embryo defective; terminal embryo phenotype: globular stage.	
EMB1039	CS64029	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1040	CS64030	embryo defective; further details not available.	
EMB1042	CS64031	embryo defective; terminal embryo phenotype: transition stage.	
EMB1043	CS64032	embryo defective; terminal embryo phenotype: globular stage.	
EMB1044	CS64033	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1045	CS64034	embryo defective; terminal embryo phenotype: transition stage.	
EMB1046	CS64035	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1048	CS64036	embryo defective; terminal embryo phenotype: globular stage.	
EMB1049	CS64037	embryo defective; terminal embryo phenotype: transition/cotyledon stage.	
EMB105	CS84641	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 24.8% mutant; 49.2% aborted seeds in top half of silique.	
EMB1051	CS64038	embryo defective; terminal embryo phenotype: globular stage.	
EMB1053	CS64039	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1054	CS64040	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1057	CS64041	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1058	CS64042	embryo defective; terminal embryo phenotype: globular stage.	
EMB1059	CS64043	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB106	CS84642	"developmental arrest of mutant embryos occurs at globular stage; elongated, triangular embryo; pale yellow-green seeds; white to pale yellow-green embryo; 25.6% mutant; 50.8% aborted seeds in top half of silique."	
EMB106	CS84643	"developmental arrest of mutant embryos occurs at heart stage, elongated, (emb155); white to pale yellow-green seeds; white embryo; 24.6% mutant; 51.6% aborted seeds in top half of silique."	
EMB1060	CS64044	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1061	CS64045	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1063	CS64046	embryo defective; terminal embryo phenotype: globular stage.	
EMB1064	CS64047	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1065	CS64048	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1066	CS64049	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1068	CS64050	embryo defective; terminal embryo phenotype: transition stage.	
EMB1071	CS64051	embryo defective; further details not available.	
EMB1073	CS64052	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1074	CS64053	embryo defective; terminal embryo phenotype: globular stage.	
EMB1076	CS64054	embryo defective; terminal embryo phenotype: variable.	
EMB1077	CS64055	embryo defective; further details not available.	
EMB1079	CS64056	embryo defective; terminal embryo phenotype: globular stage.	
EMB108	CS84644	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 19.5% mutant; 56.8% aborted seeds in top half of silique.	
EMB1081	CS64057	embryo defective; terminal embryo phenotype: variable.	
EMB1082	CS64058	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1084	CS64059	embryo defective; terminal embryo phenotype: variable.	
EMB1086	CS64060	embryo defective; terminal embryo phenotype: globular stage.	
EMB1087	CS64061	embryo defective; terminal embryo phenotype: globular stage.	
EMB1088	CS64062	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1089	CS64063	embryo defective; terminal embryo phenotype: transition stage.	
EMB109	CS84645	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 22.5% mutant; 51.3% aborted seeds in top half of silique.	
EMB1090	CS64064	embryo defective; terminal embryo phenotype: transition stage.	
EMB1091	CS64065	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1092	CS64066	embryo defective; terminal embryo phenotype: globular stage.	
EMB1093	CS64067	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1095	CS64068	embryo defective; terminal embryo phenotype: globular stage.	
EMB1096	CS64069	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1098	CS64070	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1099	CS64071	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB110	CS84646	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 15.9% mutant; 55.1% aborted seeds in top half of silique.	
EMB1100	CS64072	embryo defective; terminal embryo phenotype: transition/cotyledon stage.	
EMB1101	CS64073	embryo defective; terminal embryo phenotype: variable.	
EMB1102	CS64074	embryo defective; terminal embryo phenotype: transition/cotyledon stage.	
EMB1103	CS64075	embryo defective; terminal embryo phenotype: globular stage.	
EMB1105	CS64076	embryo defective; terminal embryo phenotype: variable.	
EMB1106	CS64077	embryo defective; terminal embryo phenotype: transition/cotyledon stage.	
EMB1107	CS64078	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1108	CS64079	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB111	CS84647	"developmental arrest of mutant embryos occurs at globular stage, elongated; pale yellow-green seeds; white embryo; 24% mutant; 50.2% aborted seeds in top half of silique."	
EMB1110	CS64080	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1111	CS64081	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1112	CS64082	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1113	CS64083	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1116	CS64084	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1117	CS64085	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1118	CS64086	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1119	CS64087	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1121	CS64088	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1122	CS64089	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1123	CS64090	embryo defective; terminal embryo phenotype: variable.	
EMB1125	CS64091	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1128	CS64092	embryo defective; terminal embryo phenotype: globular stage.	
EMB1131	CS64093	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1132	CS64094	embryo defective; terminal embryo phenotype: globular stage.	
EMB1133	CS64095	embryo defective; terminal embryo phenotype: transition stage.	
EMB1134	CS64096	embryo defective; terminal embryo phenotype: transition stage.	
EMB1137	CS64097	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1139	CS64098	embryo defective; terminal embryo phenotype: variable.	
EMB1140	CS64099	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1141	CS64100	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1142	CS64101	embryo defective; terminal embryo phenotype: transition stage.	
EMB1143	CS64102	embryo defective; terminal embryo phenotype: transition stage.	
EMB1145	CS64103	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1148	CS64104	embryo defective; terminal embryo phenotype: globular stage.	
EMB1149	CS64105	embryo defective; terminal embryo phenotype: variable.	
EMB115	CS84648	developmental arrest of mutant embryos occurs at large globular stage; pale yellow-green seeds; white embryo; 25.6% mutant; 46.7% aborted seeds in top half of silique.	
EMB1151	CS64106	embryo defective; terminal embryo phenotype: globular stage.	
EMB1154	CS64107	embryo defective; terminal embryo phenotype: transition stage.	
EMB1155	CS64108	embryo defective; further details not available.	
EMB1156	CS64109	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1157	CS64110	embryo defective; terminal embryo phenotype: transition stage.	
EMB1158	CS64111	embryo defective; terminal embryo phenotype: globular stage.	
EMB1159	CS64112	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1160	CS64113	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1161	CS64114	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1163	CS64115	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1164	CS64116	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1165	CS64117	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1166	CS64118	embryo defective; terminal embryo phenotype: transition stage.	
EMB1167	CS64119	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1168	CS64120	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1169	CS64121	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB117	CS84649	"developmental arrest of mutant embryos occurs at globular stage, altered suspensor; white seeds; white embryo; 23.4% mutant; 46.7% aborted seeds in top half of silique."	
EMB1170	CS64122	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1171	CS64123	embryo defective; terminal embryo phenotype: globular stage.	
EMB1172	CS64124	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1173	CS64125	embryo defective; further details not available.	
EMB1174	CS64126	embryo defective; terminal embryo phenotype: transition stage.	
EMB1176	CS64127	embryo defective; terminal embryo phenotype: variable.	
EMB1177	CS64128	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1178	CS64129	embryo defective; terminal embryo phenotype: transition stage.	
EMB1179	CS64130	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB118	CS84650	developmental arrest of mutant embryos occurs at small heart-torpedo stage; white seeds; white embryo; 20.5% mutant; 60.5% aborted seeds in top half of silique.	
EMB1182	CS64131	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1183	CS64132	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1184	CS64133	embryo defective; terminal embryo phenotype: transition stage.	
EMB1185	CS64134	embryo defective; terminal embryo phenotype: globular stage.	
EMB1188	CS64135	embryo defective; further details not available.	
EMB1189	CS64136	embryo defective; terminal embryo phenotype: variable.	
EMB1190	CS64137	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1191	CS64138	embryo defective; further details not available.	
EMB1192	CS64139	embryo defective; terminal embryo phenotype: variable.	
EMB1193	CS64140	embryo defective; terminal embryo phenotype: globular stage.	
EMB1194	CS64141	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1195	CS64142	embryo defective; terminal embryo phenotype: transition stage.	
EMB1197	CS64143	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1198	CS64144	embryo defective; terminal embryo phenotype: globular stage.	
EMB1199	CS64145	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB120	CS84651	"developmental arrest of mutant embryos occurs at globular stage, fat linear; pale yellow-green to pale green seeds; pale yellow-green to pale green embryo; 20.5% mutant; 56.3% aborted seeds in top half of silique."	
EMB1200	CS64146	embryo defective; terminal embryo phenotype: globular stage.	
EMB1203	CS64147	embryo defective; terminal embryo phenotype: transition stage.	
EMB1204	CS64148	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1205	CS64149	embryo defective; terminal embryo phenotype: globular stage.	
EMB1206	CS64150	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1207	CS64151	embryo defective; terminal embryo phenotype: transition stage.	
EMB1208	CS64152	embryo defective; terminal embryo phenotype: globular stage.	
EMB1209	CS64153	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1210	CS64154	embryo defective; terminal embryo phenotype: globular stage.	
EMB1212	CS64155	embryo defective; terminal embryo phenotype: transition stage.	
EMB1213	CS64156	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1214	CS64157	embryo defective; terminal embryo phenotype: transition stage.	
EMB1215	CS64158	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1216	CS64159	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1217	CS64160	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1218	CS64161	embryo defective; terminal embryo phenotype: globular stage.	
EMB122	CS84652	"developmental arrest of mutant embryos occurs at variable linear stage, watery; white seeds; pale green to green embryo; 18.8% mutant; 48.3% aborted seeds in top half of silique."	
EMB1221	CS64162	embryo defective; terminal embryo phenotype: globular stage.	
EMB1222	CS64163	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1223	CS64164	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1224	CS64165	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1227	CS64166	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1228	CS64167	embryo defective; further details not available.	
EMB1229	CS64168	embryo defective; terminal embryo phenotype: globular stage.	
EMB123	CS84653	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 16.1% mutant; 50.9% aborted seeds in top half of silique.	
EMB1230	CS64169	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1231	CS64170	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1232	CS64171	embryo defective; terminal embryo phenotype: variable.	
EMB1233	CS64172	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1234	CS64173	embryo defective; terminal embryo phenotype: globular stage.	
EMB1235	CS64174	embryo defective; terminal embryo phenotype: globular stage.	
EMB1237	CS64175	embryo defective; terminal embryo phenotype: transition stage.	
EMB1239	CS64176	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1240	CS64177	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1244	CS64178	embryo defective; terminal embryo phenotype: globular stage.	
EMB1246	CS64179	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1247	CS64180	embryo defective; terminal embryo phenotype: globular stage.	
EMB1248	CS64181	embryo defective; terminal embryo phenotype: globular stage.	
EMB1249	CS64182	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB125	CS84654	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 28% mutant; 52.9% aborted seeds in top half of silique.	
EMB1250	CS64183	embryo defective; terminal embryo phenotype: variable.	
EMB1251	CS64184	embryo defective; further details not available.	
EMB1252	CS64185	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1254	CS64186	embryo defective; terminal embryo phenotype: globular stage.	
EMB1255	CS64187	embryo defective; terminal embryo phenotype: variable.	
EMB1256	CS64188	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1257	CS64189	embryo defective; terminal embryo phenotype: transition stage.	
EMB1258	CS64190	embryo defective; terminal embryo phenotype: globular stage.	
EMB1259	CS64191	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB126	CS84655	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 20.1% mutant; 45.3% aborted seeds in top half of silique.	
EMB1260	CS64192	embryo defective; terminal embryo phenotype: globular stage.	
EMB1261	CS64193	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1262	CS64194	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1264	CS64195	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1266	CS64196	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1267	CS64197	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1269	CS64198	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1271	CS64199	embryo defective; terminal embryo phenotype: variable.	
EMB1272	CS64200	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1274	CS64201	embryo defective; terminal embryo phenotype: globular stage.	
EMB1277	CS64202	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1278	CS64203	embryo defective; terminal embryo phenotype: globular stage.	
EMB1279	CS64204	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB128	CS84656	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 25.2% mutant; 57.1% aborted seeds in top half of silique.	
EMB1280	CS64205	embryo defective; terminal embryo phenotype: transition stage.	
EMB1281	CS64206	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1282	CS64207	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1283	CS64208	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1284	CS64209	embryo defective; terminal embryo phenotype: globular stage.	
EMB1285	CS64210	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1286	CS64211	embryo defective; terminal embryo phenotype: variable.	
EMB1287	CS64212	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1288	CS64213	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB129	CS84657	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 14.8% mutant; 54% aborted seeds in top half of silique.	
EMB1292	CS64214	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1293	CS64215	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1294	CS64216	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1295	CS64217	embryo defective; terminal embryo phenotype: globular stage.	
EMB1296	CS64218	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1297	CS64219	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1298	CS64220	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB130	CS84658	developmental arrest of mutant embryos occurs at early preglobular stage; white seeds; 25.1% mutant; 52.4% aborted seeds in top half of silique.	
EMB1300	CS64221	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1301	CS64222	embryo defective; terminal embryo phenotype: globular stage.	
EMB1302	CS64223	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1304	CS64224	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1305	CS64225	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1306	CS64226	embryo defective; terminal embryo phenotype: globular stage.	
EMB1307	CS64227	embryo defective; terminal embryo phenotype: transition stage.	
EMB1308	CS64228	embryo defective; terminal embryo phenotype: globular stage.	
EMB1309	CS64229	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB131	CS84659	"developmental arrest of mutant embryos occurs at globular stage, elongated; pale yellow-green seeds; white to pale yellow-green embryo; 21.3% mutant; 70.0% aborted seeds in top half of silique."	
EMB1310	CS64230	embryo defective; terminal embryo phenotype: globular stage.	
EMB1311	CS64231	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1312	CS64232	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1313	CS64233	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1314	CS64234	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1315	CS64235	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1316	CS64236	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1317	CS64237	embryo defective; terminal embryo phenotype: transition stage.	
EMB1318	CS64238	embryo defective; terminal embryo phenotype: globular stage.	
EMB1319	CS64239	embryo defective; terminal embryo phenotype: globular stage.	
EMB132	CS84660	developmental arrest of mutant embryos occurs at variable early globular stage; white seeds; white embryo; 18.6% mutant; 55.1% aborted seeds in top half of silique.	
EMB1321	CS64240	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1322	CS64241	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1323	CS64242	embryo defective; terminal embryo phenotype: globular stage.	
EMB1324	CS64243	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1325	CS64244	embryo defective; terminal embryo phenotype: globular stage.	
EMB1327	CS64245	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1328	CS64246	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1329	CS64247	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1330	CS64248	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1331	CS64249	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1332	CS64250	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1333	CS64251	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1334	CS64252	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1335	CS64253	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1336	CS64254	embryo defective; terminal embryo phenotype: globular stage.	
EMB1337	CS64255	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1338	CS64256	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1339	CS64257	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1340	CS64258	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1341	CS64259	embryo defective; terminal embryo phenotype: variable.	
EMB1342	CS64260	embryo defective; terminal embryo phenotype: transition stage.	
EMB1343	CS64261	embryo defective; terminal embryo phenotype: transition stage.	
EMB1346	CS64262	embryo defective; terminal embryo phenotype: transition stage.	
EMB1347	CS64263	embryo defective; further details not available.	
EMB1348	CS64264	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB135	CS84661	"developmental arrest of mutant embryos occurs at globular stage, albino at maturity; white seeds; white embryo; 25.2% mutant; 45.6% aborted seeds in top half of silique."	
EMB1350	CS64265	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1351	CS64266	embryo defective; terminal embryo phenotype: variable.	
EMB1352	CS64267	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1355	CS64268	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1356	CS64269	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1360	CS64270	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1362	CS64271	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1363	CS64272	embryo defective; terminal embryo phenotype: globular stage.	
EMB1364	CS64273	embryo defective; terminal embryo phenotype: globular stage.	
EMB1366	CS64274	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1368	CS64275	embryo defective; terminal embryo phenotype: variable.	
EMB1369	CS64276	embryo defective; terminal embryo phenotype: variable.	
EMB137	CS84663	developmental arrest of mutant embryos occurs at early preglobular stage; white seeds; 20.5% mutant; 52.4% aborted seeds in top half of silique.	
EMB1370	CS64277	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1372	CS64278	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1376	CS64279	embryo defective; terminal embryo phenotype: variable.	
EMB1377	CS64280	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1378	CS64281	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1380	CS64282	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1382	CS64283	embryo defective; further details not available.	
EMB1383	CS64284	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1384	CS64285	embryo defective; terminal embryo phenotype: globular stage.	
EMB1385	CS64286	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1386	CS64287	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1387	CS64288	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1388	CS64289	embryo defective; terminal embryo phenotype: transition stage.	
EMB1389	CS64290	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1390	CS64291	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1392	CS64292	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1394	CS64293	embryo defective; terminal embryo phenotype: globular stage.	
EMB1396	CS64294	embryo defective; terminal embryo phenotype: globular stage.	
EMB1397	CS64295	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1398	CS64296	embryo defective; terminal embryo phenotype: variable.	
EMB1399	CS64297	embryo defective; terminal embryo phenotype: variable.	
EMB1400	CS64298	embryo defective; terminal embryo phenotype: variable.	
EMB1402	CS64299	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1403	CS64300	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1404	CS64301	embryo defective; terminal embryo phenotype: globular stage.	
EMB1405	CS64302	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1406	CS64303	embryo defective; terminal embryo phenotype: variable.	
EMB1409	CS64304	embryo defective; terminal embryo phenotype: transition stage.	
EMB141	CS84666	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 24.6% mutant; 49.1% aborted seeds in top half of silique.	
EMB1410	CS64305	embryo defective; terminal embryo phenotype: globular stage.	
EMB1411	CS64306	embryo defective; further details not available.	
EMB1412	CS64307	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1416	CS64308	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1418	CS64309	embryo defective; terminal embryo phenotype: transition stage.	
EMB1419	CS64310	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1422	CS64311	embryo defective; terminal embryo phenotype: variable.	
EMB1423	CS64312	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1425	CS64313	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1426	CS64314	embryo defective; terminal embryo phenotype: globular stage.	
EMB1429	CS64315	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1430	CS64316	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1431	CS64317	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1432	CS64318	embryo defective; terminal embryo phenotype: globular stage.	
EMB1433	CS64319	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1434	CS64320	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1435	CS64321	embryo defective; terminal embryo phenotype: globular stage.	
EMB1437	CS64322	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1438	CS64323	embryo defective; terminal embryo phenotype: globular stage.	
EMB1439	CS64324	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1442	CS64325	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1443	CS64326	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1445	CS64327	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1446	CS64328	embryo defective; terminal embryo phenotype: globular stage.	
EMB1447	CS64329	embryo defective; terminal embryo phenotype: transition stage.	
EMB1448	CS64330	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1449	CS64331	embryo defective; terminal embryo phenotype: variable.	
EMB145	CS84668	"developmental arrest of mutant embryos occurs at globular stage, irregular protoderm; pale yellow-green seeds; white to pale yellow-green embryo; 26.3% mutant; 47.5% aborted seeds in top half of silique."	
EMB1450	CS64332	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1451	CS64333	embryo defective; terminal embryo phenotype: variable.	
EMB1454	CS64334	embryo defective; terminal embryo phenotype: globular stage.	
EMB1455	CS64335	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1456	CS64336	embryo defective; terminal embryo phenotype: globular stage.	
EMB1457	CS64337	embryo defective; terminal embryo phenotype: globular stage.	
EMB1458	CS64338	embryo defective; terminal embryo phenotype: globular stage.	
EMB146	CS84669	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 23.8% mutant; 60.3% aborted seeds in top half of silique.	
EMB1460	CS64339	embryo defective; terminal embryo phenotype: globular stage.	
EMB1461	CS64340	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1463	CS64341	embryo defective; terminal embryo phenotype: globular stage.	
EMB1465	CS64342	embryo defective; terminal embryo phenotype: variable.	
EMB1468	CS64343	embryo defective; terminal embryo phenotype: globular stage.	
EMB1469	CS64344	embryo defective; terminal embryo phenotype: globular stage.	
EMB1470	CS64345	embryo defective; terminal embryo phenotype: globular stage.	
EMB1471	CS64346	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1472	CS64347	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1475	CS64348	embryo defective; terminal embryo phenotype: globular stage.	
EMB1477	CS64349	embryo defective; terminal embryo phenotype: globular stage.	
EMB1478	CS64350	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1479	CS64351	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB148	CS84670	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 24.3% mutant; 58.0*% aborted seeds in top half of silique.	
EMB1480	CS64352	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1481	CS64353	embryo defective; terminal embryo phenotype: globular stage.	
EMB1482	CS64354	embryo defective; further details not available.	
EMB1483	CS64355	embryo defective; further details not available.	
EMB1484	CS64356	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1485	CS64357	embryo defective; terminal embryo phenotype: transition stage.	
EMB1487	CS64358	embryo defective; terminal embryo phenotype: globular stage.	
EMB1488	CS64359	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1489	CS64360	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB149	CS84671	developmental arrest of mutant embryos occurs at globular-heart stage; pale yellow-green seeds; pale yellow-green embryo; 23% mutant; 55% aborted seeds in top half of silique.	
EMB1490	CS64361	embryo defective; terminal embryo phenotype: globular stage.	
EMB1491	CS64362	embryo defective; terminal embryo phenotype: transition stage.	
EMB1492	CS64363	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1493	CS64364	embryo defective; terminal embryo phenotype: transition stage.	
EMB1494	CS64365	embryo defective; terminal embryo phenotype: globular stage.	
EMB1495	CS64366	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1496	CS64367	embryo defective; terminal embryo phenotype: globular stage.	
EMB1497	CS64368	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1498	CS64369	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1499	CS64370	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB15	CS6307	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 26.3% mutant; 47.9% aborted seeds in top half of silique.	
EMB150	CS84672	"developmental arrest of mutant embryos occurs at torpedo-linear stage, distorted appearance; pale yellow-green to pale green seeds; pale yellow-green to pale green embryo; 24.1% mutant; 50.9% aborted seeds in top half of silique."	
EMB1502	CS64371	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1503	CS64372	embryo defective; terminal embryo phenotype: transition stage.	
EMB1504	CS64373	embryo defective; terminal embryo phenotype: globular stage.	
EMB1505	CS64374	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1506	CS64375	embryo defective; terminal embryo phenotype: globular stage.	
EMB1508	CS64376	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1509	CS64377	embryo defective; terminal embryo phenotype: transition stage.	
EMB151	CS84673	developmental arrest of mutant embryos occurs at globular-heart stage; pale yellow-green seeds; white to pale yellow-green embryo; 22.7% mutant; 58.3% aborted seeds in top half of silique.	
EMB1510	CS64378	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1511	CS64379	embryo defective; terminal embryo phenotype: globular stage.	
EMB1512	CS64380	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1514	CS64381	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1515	CS64382	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1516	CS64383	embryo defective; terminal embryo phenotype: globular stage.	
EMB1517	CS64384	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1518	CS64385	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1519	CS64386	embryo defective; terminal embryo phenotype: globular stage.	
EMB152	CS84674	"developmental arrest of mutant embryos occurs at linear stage; curled, large shoot apical meristem (SAM);white seeds; white embryo; 25.5% mutant; 52.5% aborted seeds in top half of silique."	
EMB1520	CS64387	embryo defective; terminal embryo phenotype: globular stage.	
EMB1521	CS64388	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1522	CS64389	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1523	CS64390	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1524	CS64391	embryo defective; terminal embryo phenotype: transition stage.	
EMB1525	CS64392	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1527	CS64393	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1528	CS64394	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1529	CS64395	embryo defective; terminal embryo phenotype: globular stage.	
EMB153	CS84675	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 26.9% mutant; 51.4% aborted seeds in top half of silique.	
EMB1530	CS64396	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1531	CS64397	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1533	CS64398	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1534	CS64399	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1536	CS64400	embryo defective; terminal embryo phenotype: globular stage.	
EMB1537	CS64401	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1538	CS64402	embryo defective; terminal embryo phenotype: globular stage.	
EMB1539	CS64403	embryo defective; terminal embryo phenotype: globular stage.	
EMB154	CS84676	developmental arrest of mutant embryos occurs at large globular-heart stage; white seeds; white embryo; 26.3% mutant; 55.2% aborted seeds in top half of silique.	
EMB1540	CS64404	embryo defective; terminal embryo phenotype: globular stage.	
EMB1541	CS64405	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1542	CS64406	embryo defective; terminal embryo phenotype: globular stage.	
EMB1543	CS64407	embryo defective; terminal embryo phenotype: variable.	
EMB1544	CS64408	embryo defective; terminal embryo phenotype: globular stage.	
EMB1546	CS64409	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1548	CS64410	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1549	CS64411	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1550	CS64412	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1551	CS64413	embryo defective; terminal embryo phenotype: variable.	
EMB1552	CS64414	embryo defective; terminal embryo phenotype: globular stage.	
EMB1553	CS64415	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1554	CS64416	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1555	CS64417	embryo defective; terminal embryo phenotype: globular stage.	
EMB1556	CS64418	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1557	CS64419	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1559	CS64420	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1560	CS64421	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1562	CS64422	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1564	CS64423	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1566	CS64424	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1567	CS64425	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1568	CS64426	embryo defective; terminal embryo phenotype: globular stage.	
EMB1569	CS64427	embryo defective; terminal embryo phenotype: globular stage.	
EMB1570	CS64428	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1571	CS64429	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1572	CS64430	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1574	CS64431	embryo defective; terminal embryo phenotype: transition stage.	
EMB1575	CS64432	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1576	CS64433	embryo defective; terminal embryo phenotype: globular stage.	
EMB1577	CS64434	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1578	CS64435	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1580	CS64436	embryo defective; terminal embryo phenotype: variable.	
EMB1581	CS64437	embryo defective; terminal embryo phenotype: globular stage.	
EMB1582	CS64438	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1583	CS64439	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1584	CS64440	embryo defective; terminal embryo phenotype: globular stage.	
EMB1585	CS64441	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1588	CS64442	embryo defective; terminal embryo phenotype: globular stage.	
EMB1589	CS64443	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1590	CS64444	embryo defective; terminal embryo phenotype: variable.	
EMB1591	CS64445	embryo defective; terminal embryo phenotype: globular stage.	
EMB1592	CS64446	embryo defective; terminal embryo phenotype: transition stage.	
EMB1593	CS64447	embryo defective; terminal embryo phenotype: globular stage.	
EMB1594	CS64448	embryo defective; terminal embryo phenotype: globular stage.	
EMB1595	CS64449	embryo defective; terminal embryo phenotype: globular stage.	
EMB1596	CS64450	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1597	CS64451	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1598	CS64452	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB160	CS84678	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 22.1% mutant; 42.3% aborted seeds in top half of silique.	
EMB160	CS84679	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 23.1% mutant; 51.4% aborted seeds in top half of silique.	
EMB1600	CS64453	embryo defective; terminal embryo phenotype: variable.	
EMB1601	CS64454	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1602	CS64455	embryo defective; terminal embryo phenotype: variable.	
EMB1603	CS64456	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1604	CS64457	embryo defective; terminal embryo phenotype: variable.	
EMB1605	CS64458	embryo defective; terminal embryo phenotype: globular stage.	
EMB1606	CS64459	embryo defective; terminal embryo phenotype: globular stage.	
EMB1607	CS64460	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1608	CS64461	embryo defective; terminal embryo phenotype: globular stage.	
EMB1609	CS64462	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1610	CS64463	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1612	CS64464	embryo defective; terminal embryo phenotype: globular stage.	
EMB1613	CS64465	embryo defective; terminal embryo phenotype: globular stage.	
EMB1614	CS64466	embryo defective; terminal embryo phenotype: globular stage.	
EMB1615	CS64467	embryo defective; terminal embryo phenotype: globular stage.	
EMB1616	CS64468	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1617	CS64469	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1618	CS64470	embryo defective; terminal embryo phenotype: globular stage.	
EMB1619	CS64471	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1620	CS64472	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1621	CS64473	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1622	CS64474	embryo defective; terminal embryo phenotype: globular stage.	
EMB1625	CS64475	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1626	CS64476	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1627	CS64477	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1628	CS64478	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB163	CS84682	developmental arrest of mutant embryos occurs at linear stage; reduced cotyledons; pale yellow-green to pale green seeds; pale yellow-green to pale green embryo; 26.2% mutant; 51.1% aborted seeds in top half of silique.	
EMB1630	CS64479	embryo defective; terminal embryo phenotype: globular stage.	
EMB1631	CS64480	embryo defective; terminal embryo phenotype: globular stage.	
EMB1632	CS64481	embryo defective; terminal embryo phenotype: globular stage.	
EMB1633	CS64482	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1634	CS64483	embryo defective; terminal embryo phenotype: globular stage.	
EMB1636	CS64484	embryo defective; terminal embryo phenotype: globular stage.	
EMB1638	CS64485	embryo defective; terminal embryo phenotype: globular stage.	
EMB1639	CS64486	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1641	CS64487	embryo defective; terminal embryo phenotype: variable.	
EMB1642	CS64488	embryo defective; terminal embryo phenotype: globular stage.	
EMB1643	CS64489	embryo defective; terminal embryo phenotype: globular stage.	
EMB1645	CS64490	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1646	CS64491	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1647	CS64492	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1648	CS64493	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1650	CS64494	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1651	CS64495	embryo defective; terminal embryo phenotype: globular stage.	
EMB1652	CS64496	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1653	CS64497	embryo defective; terminal embryo phenotype: globular stage.	
EMB1654	CS64498	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1655	CS64499	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1658	CS64500	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1659	CS64501	embryo defective; terminal embryo phenotype: transition stage.	
EMB1660	CS64502	embryo defective; terminal embryo phenotype: globular stage.	
EMB1661	CS64503	embryo defective; terminal embryo phenotype: globular stage.	
EMB1662	CS64504	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1664	CS64505	embryo defective; terminal embryo phenotype: transition stage.	
EMB1666	CS64506	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1667	CS64507	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1668	CS64508	embryo defective; terminal embryo phenotype: globular stage.	
EMB1669	CS64509	embryo defective; terminal embryo phenotype: globular stage.	
EMB167	CS84683	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 22.1% mutant; 59.2% aborted seeds in top half of silique.	
EMB1671	CS64510	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1672	CS64511	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1673	CS64512	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1675	CS64513	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1676	CS64514	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1677	CS64515	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1678	CS64516	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1679	CS64517	embryo defective; terminal embryo phenotype: globular stage.	
EMB1680	CS64518	embryo defective; terminal embryo phenotype: globular stage.	
EMB1681	CS64519	embryo defective; terminal embryo phenotype: globular stage.	
EMB1683	CS64520	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1684	CS64521	embryo defective; terminal embryo phenotype: globular stage.	
EMB1685	CS64522	embryo defective; further details not available.	
EMB1689	CS64523	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1690	CS64524	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1694	CS64525	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1696	CS64526	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1697	CS64527	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1698	CS64528	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1699	CS64529	embryo defective; terminal embryo phenotype: transition stage.	
EMB17	CS6309	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 25.3% mutant; 51% aborted seeds in top half of silique.	
EMB170	CS84684	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 24.2% mutant; 55.2% aborted seeds in top half of silique.	
EMB170	CS84685	embryo defective	
EMB1700	CS64530	embryo defective; terminal embryo phenotype: transition stage.	
EMB1701	CS64531	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1704	CS64532	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1708	CS64533	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB171	CS84686	developmental arrest of mutant embryos occurs at globular stage; pale yellow-green seeds; white embryo; 25.9% mutant; 51.1% aborted seeds in top half of silique.	
EMB1710	CS64534	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1711	CS64535	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1712	CS64536	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1713	CS64537	embryo defective; terminal embryo phenotype: globular stage.	
EMB1714	CS64538	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1715	CS64539	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1718	CS64540	embryo defective; terminal embryo phenotype: globular stage.	
EMB172	CS84687	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 22.7% mutant; 49.8% aborted seeds in top half of silique.	
EMB1720	CS64541	embryo defective; terminal embryo phenotype: globular stage.	
EMB1721	CS64542	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1722	CS64543	embryo defective; terminal embryo phenotype: globular stage.	
EMB1723	CS64544	embryo defective; terminal embryo phenotype: globular stage.	
EMB1724	CS64545	embryo defective; terminal embryo phenotype: globular stage.	
EMB1725	CS64546	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1727	CS64547	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1728	CS64548	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1729	CS64549	embryo defective; terminal embryo phenotype: globular stage.	
EMB1730	CS64550	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1731	CS64551	embryo defective; terminal embryo phenotype: globular stage.	
EMB1732	CS64552	embryo defective; terminal embryo phenotype: globular stage.	
EMB1733	CS64553	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1734	CS64554	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1735	CS64555	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1736	CS64556	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1737	CS64557	embryo defective; terminal embryo phenotype: transition stage.	
EMB1739	CS64558	embryo defective; terminal embryo phenotype: transition stage.	
EMB1740	CS64559	embryo defective; terminal embryo phenotype: variable.	
EMB1741	CS64560	embryo defective; terminal embryo phenotype: transition stage.	
EMB1742	CS64561	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1746	CS64562	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1747	CS64563	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1748	CS64564	embryo defective; terminal embryo phenotype: variable.	
EMB1749	CS64565	embryo defective; terminal embryo phenotype: globular stage.	
EMB1750	CS64566	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1751	CS64567	embryo defective; terminal embryo phenotype: variable.	
EMB1752	CS64568	embryo defective; terminal embryo phenotype: globular stage.	
EMB1753	CS64569	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1755	CS64570	embryo defective; terminal embryo phenotype: variable.	
EMB1756	CS64571	embryo defective; terminal embryo phenotype: transition stage.	
EMB1757	CS64572	embryo defective; terminal embryo phenotype: globular stage.	
EMB1758	CS64573	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1759	CS64574	embryo defective; terminal embryo phenotype: transition stage.	
EMB176	CS84693	developmental arrest of mutant embryos occurs at very early preglobular stage; white seeds; 21.1% mutant; 64.6*% aborted seeds in top half of silique.	
EMB1760	CS64575	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1761	CS64576	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1762	CS64577	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1763	CS64578	embryo defective; terminal embryo phenotype: variable.	
EMB1764	CS64579	embryo defective; terminal embryo phenotype: variable.	
EMB1765	CS64580	embryo defective; terminal embryo phenotype: globular stage.	
EMB1766	CS64581	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1767	CS64582	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1768	CS64583	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1769	CS64584	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1770	CS64585	embryo defective; terminal embryo phenotype: globular stage.	
EMB1771	CS64586	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1772	CS64587	embryo defective; terminal embryo phenotype: globular stage.	
EMB1773	CS64588	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1775	CS64589	embryo defective; terminal embryo phenotype: variable.	
EMB1776	CS64590	embryo defective; terminal embryo phenotype: transition stage.	
EMB1777	CS64591	embryo defective; terminal embryo phenotype: globular stage.	
EMB1779	CS64592	embryo defective; terminal embryo phenotype: transition stage.	
EMB1780	CS64593	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1781	CS64594	embryo defective; terminal embryo phenotype: globular stage.	
EMB1783	CS64595	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1784	CS64596	embryo defective; terminal embryo phenotype: globular stage.	
EMB1785	CS64597	embryo defective; terminal embryo phenotype: variable.	
EMB1786	CS64598	embryo defective; terminal embryo phenotype: globular stage.	
EMB1787	CS64599	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1788	CS64600	embryo defective; terminal embryo phenotype: globular stage.	
EMB179	CS84694	developmental arrest of mutant embryos occurs at variable globular-linear stage; pale yellow-green seeds; pale yellow-green to pale green embryo; 19.3% mutant; 64.1*% aborted seeds in top half of silique.	
EMB1790	CS64602	embryo defective; terminal embryo phenotype: transition stage.	
EMB1791	CS64603	embryo defective; terminal embryo phenotype: transition stage.	
EMB1792	CS64604	embryo defective; terminal embryo phenotype: globular stage.	
EMB1794	CS64606	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1795	CS64607	embryo defective; terminal embryo phenotype: globular stage.	
EMB1797	CS64609	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1798	CS64610	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1799	CS64611	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB18	CS6310	"developmental arrest of mutant embryos occurs at globular stage, large suspensor; white to pale yellow-green seeds; white embryo; 20.3% mutant; 62.8% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth)."	
EMB180	CS84695	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 25.2% mutant; 53.6% aborted seeds in top half of silique.	
EMB1800	CS64612	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1802	CS64613	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1803	CS64614	embryo defective; terminal embryo phenotype: transition stage.	
EMB1804	CS64615	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1805	CS64616	embryo defective; terminal embryo phenotype: globular stage.	
EMB1806	CS64617	embryo defective; terminal embryo phenotype: globular stage.	
EMB1807	CS64618	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1808	CS64619	embryo defective; terminal embryo phenotype: globular stage.	
EMB1809	CS64620	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB181	CS84696	developmental arrest of mutant embryos occurs at early preglobular stage; white seeds.	
EMB1810	CS64621	embryo defective; terminal embryo phenotype: globular stage.	
EMB1811	CS64622	embryo defective; terminal embryo phenotype: variable.	
EMB1812	CS64623	embryo defective; terminal embryo phenotype: globular stage.	
EMB1813	CS64624	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1814	CS64625	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1815	CS64626	embryo defective; terminal embryo phenotype: globular stage.	
EMB1816	CS64627	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1818	CS64628	embryo defective; terminal embryo phenotype: globular stage.	
EMB1819	CS64629	embryo defective; terminal embryo phenotype: variable.	
EMB1820	CS64630	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1821	CS64631	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1822	CS64632	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1823	CS64633	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1824	CS64634	embryo defective; terminal embryo phenotype: transition stage.	
EMB1825	CS64635	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1826	CS64636	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1827	CS64637	embryo defective; terminal embryo phenotype: transition stage.	
EMB1828	CS64638	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1829	CS64639	embryo defective; terminal embryo phenotype: globular stage.	
EMB1830	CS64640	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1831	CS64641	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1832	CS64642	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1833	CS64643	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1834	CS64644	embryo defective; terminal embryo phenotype: globular stage.	
EMB1835	CS64645	embryo defective; terminal embryo phenotype: transition stage.	
EMB1836	CS64646	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1837	CS64647	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1839	CS64648	embryo defective; terminal embryo phenotype: globular stage.	
EMB1840	CS64649	embryo defective; terminal embryo phenotype: transition stage.	
EMB1841	CS64650	embryo defective; terminal embryo phenotype: globular stage.	
EMB1843	CS64651	embryo defective; terminal embryo phenotype: globular stage.	
EMB1844	CS64652	embryo defective; terminal embryo phenotype: globular stage.	
EMB1845	CS64653	embryo defective; terminal embryo phenotype: globular stage.	
EMB1847	CS64654	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1848	CS64655	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1849	CS64656	embryo defective; terminal embryo phenotype: globular stage.	
EMB1852	CS64657	embryo defective; terminal embryo phenotype: globular stage.	
EMB1853	CS64658	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1854	CS64659	embryo defective; terminal embryo phenotype: globular stage.	
EMB1855	CS64660	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1856	CS64661	embryo defective; terminal embryo phenotype: globular stage.	
EMB1857	CS64662	embryo defective; terminal embryo phenotype: globular stage.	
EMB1858	CS64663	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1859	CS64664	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1863	CS64665	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1864	CS64666	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1866	CS64667	embryo defective; terminal embryo phenotype: transition stage.	
EMB1867	CS64668	embryo defective; terminal embryo phenotype: globular stage.	
EMB1868	CS64669	embryo defective; further details not available.	
EMB1869	CS64670	embryo defective; terminal embryo phenotype: globular stage.	
EMB1870	CS64671	embryo defective; terminal embryo phenotype: globular stage.	
EMB1871	CS64672	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1872	CS64673	embryo defective; terminal embryo phenotype: globular stage.	
EMB1874	CS64674	embryo defective; terminal embryo phenotype: globular stage.	
EMB1876	CS64675	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1880	CS64676	embryo defective; terminal embryo phenotype: transition stage.	
EMB1884	CS64677	embryo defective; terminal embryo phenotype: globular stage.	
EMB1885	CS64678	embryo defective; terminal embryo phenotype: globular stage.	
EMB1886	CS64679	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1887	CS64680	embryo defective; terminal embryo phenotype: transition stage.	
EMB1888	CS64681	embryo defective; terminal embryo phenotype: transition stage.	
EMB1889	CS64682	embryo defective; terminal embryo phenotype: variable.	
EMB1890	CS64683	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1892	CS64684	embryo defective; terminal embryo phenotype: transition stage.	
EMB1893	CS64685	embryo defective; further details not available.	
EMB1894	CS64686	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1896	CS64687	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1897	CS64688	embryo defective; terminal embryo phenotype: transition stage.	
EMB1898	CS64689	embryo defective; terminal embryo phenotype: variable.	
EMB19	CS84609	"developmental arrest of mutant embryos occurs at globular-heart stage, altered suspensor; white to pale yellow-green seeds; white to pale yellow-green embryo; 21.5% mutant; 57.7% aborted seeds in top half of silique."	
EMB1900	CS64690	embryo defective; terminal embryo phenotype: globular stage.	
EMB1901	CS64691	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1903	CS64693	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1904	CS64694	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1905	CS64695	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1906	CS64696	embryo defective; terminal embryo phenotype: globular stage.	
EMB1907	CS64697	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1909	CS64698	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1910	CS64699	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1912	CS64700	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1919	CS64701	embryo defective; terminal embryo phenotype: globular stage.	
EMB1921	CS64702	embryo defective; terminal embryo phenotype: globular stage.	
EMB1927	CS64703	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1928	CS64704	embryo defective; terminal embryo phenotype: variable.	
EMB1930	CS64705	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1931	CS64706	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1932	CS64707	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB1937	CS64708	embryo defective; terminal embryo phenotype: globular stage.	
EMB1939	CS64709	embryo defective; terminal embryo phenotype: globular stage.	
EMB1940	CS64710	embryo defective; terminal embryo phenotype: globular stage.	
EMB1947	CS64711	embryo defective; terminal embryo phenotype: globular stage.	
EMB1951	CS64712	embryo defective; terminal embryo phenotype: globular stage.	
EMB1952	CS64713	embryo defective; terminal embryo phenotype: globular stage.	
EMB1954	CS64714	embryo defective; further details not available.	
EMB1959	CS64715	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1961	CS64716	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1962	CS64717	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1964	CS64718	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB1969	CS64719	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1970	CS64720	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB1972	CS64721	embryo defective; terminal embryo phenotype: transition stage.	
EMB1976	CS64722	embryo defective; terminal embryo phenotype: transition stage.	
EMB1977	CS64723	embryo defective; terminal embryo phenotype: transition stage.	
EMB1981	CS64724	embryo defective; terminal embryo phenotype: variable.	
EMB1982	CS64725	embryo defective; terminal embryo phenotype: variable.	
EMB1984	CS64726	embryo defective; terminal embryo phenotype: variable.	
EMB1985	CS64727	embryo defective; terminal embryo phenotype: variable.	
EMB1987	CS64728	embryo defective; terminal embryo phenotype: variable.	
EMB1988	CS64729	embryo defective; terminal embryo phenotype: variable.	
EMB1991	CS64730	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB1992	CS64731	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1993	CS64732	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB1994	CS64733	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2	CS6302	developmental arrest of mutant embryos occurs at early preglobular stage; white seeds; 23.9% mutant; 61.5% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth).	
EMB20	CS6311	"developmental arrest of mutant embryos occurs at transition, globular-heart-elongate stage; white seeds; white embryo; 26.7% mutant; 50.7% aborted seeds in top half of silique."	
EMB20	CS6312	"developmental arrest of mutant embryos occurs at transition, globular-heart-elongate stage; white seeds; white embryo; 24.3% mutant; 50.7% aborted seeds in top half of silique."	
EMB20	CS6313	developmental arrest of mutant embryos occurs at cotyledon stage (globular-cotyledon); white to pale yellow-green seeds; white to pale yellow-green embryo; 25% mutant; 52% aborted seeds in top half of silique.	
EMB2006	CS64734	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2007	CS64735	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2009	CS64736	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB201	CS84697	"developmental arrest of mutant embryos occurs at linear stage, reduced cotyledons; pale yellow-green seeds; white to pale yellow-green embryo; 22% mutant; 51% aborted seeds in top half of silique."	
EMB2012	CS64737	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2013	CS64738	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2014	CS64739	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2015	CS64740	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2018	CS64741	embryo defective; terminal embryo phenotype: globular stage.	
EMB2019	CS64742	embryo defective; terminal embryo phenotype: globular stage.	
EMB202	CS3001	"small globular embryos, fleshy seeds; developmental arrest of mutant embryos occurs at the globular stage; white to pale yellow-green seeds; white embryo; 23.7% mutant."	
EMB2020	CS64743	embryo defective; terminal embryo phenotype: globular stage.	
EMB2021	CS64744	embryo defective; terminal embryo phenotype: globular stage.	
EMB2022	CS64745	embryo defective; terminal embryo phenotype: globular stage.	
EMB2023	CS64746	embryo defective; terminal embryo phenotype: globular stage.	
EMB2025	CS64747	embryo defective; terminal embryo phenotype: globular stage.	
EMB2026	CS64748	embryo defective; terminal embryo phenotype: globular stage.	
EMB2027	CS64749	embryo defective; terminal embryo phenotype: globular stage.	
EMB2028	CS64750	embryo defective; terminal embryo phenotype: globular stage.	
EMB2029	CS64751	embryo defective; terminal embryo phenotype: globular stage.	
EMB2031	CS64752	embryo defective; terminal embryo phenotype: globular stage.	
EMB2032	CS64753	embryo defective; terminal embryo phenotype: globular stage.	
EMB2034	CS64754	embryo defective; terminal embryo phenotype: globular stage.	
EMB2035	CS64755	embryo defective; terminal embryo phenotype: globular stage.	
EMB2037	CS64756	embryo defective; terminal embryo phenotype: globular stage.	
EMB2038	CS64757	embryo defective; terminal embryo phenotype: globular stage.	
EMB2039	CS64758	embryo defective; terminal embryo phenotype: globular stage.	
EMB2040	CS64759	embryo defective; terminal embryo phenotype: globular stage.	
EMB2043	CS64760	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2044	CS64761	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2045	CS64762	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2046	CS64763	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2047	CS64764	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2048	CS64765	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2049	CS64766	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2050	CS64767	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2051	CS64768	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2057	CS64769	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2058	CS64770	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2060	CS64771	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2061	CS64772	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2062	CS64773	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2063	CS64774	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2064	CS64775	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2065	CS64776	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2066	CS64777	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2067	CS64778	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2068	CS64779	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2069	CS64780	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2072	CS64781	embryo defective; terminal embryo phenotype: transition stage.	
EMB2073	CS64782	embryo defective; terminal embryo phenotype: transition stage.	
EMB2074	CS64783	embryo defective; terminal embryo phenotype: transition stage.	
EMB2077	CS64784	embryo defective; terminal embryo phenotype: transition stage.	
EMB2078	CS64785	embryo defective; terminal embryo phenotype: transition stage.	
EMB2079	CS64786	embryo defective; terminal embryo phenotype: variable.	
EMB208	CS3007	developmental arrest of mutant embryos occurs at early preglobular stage; white seeds; 20.9% mutant.	
EMB2080	CS64787	embryo defective; terminal embryo phenotype: variable.	
EMB2082	CS64788	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2085	CS64789	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2089	CS64790	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB209	CS84698	developmental arrest of mutant embryos occurs at globular-linear stage; monocots and tricots occur; pale yellow-green seeds; pale yellow-green to pale green embryo; 23.9% mutant; 49.3% aborted seeds in top half of silique.	
EMB2090	CS64791	embryo defective; terminal embryo phenotype: transition stage.	
EMB2091	CS64792	embryo defective; terminal embryo phenotype: globular stage.	
EMB2092	CS64793	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2093	CS64794	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2094	CS64795	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2095	CS64796	embryo defective; terminal embryo phenotype: transition stage.	
EMB2096	CS64797	embryo defective; further details not available.	
EMB2097	CS64798	embryo defective; terminal embryo phenotype: globular stage.	
EMB2098	CS64799	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2099	CS64800	embryo defective; terminal embryo phenotype: globular stage.	
EMB210	CS84699	"developmental arrest of mutant embryos occurs at globular-linear stage, monocotyledonous; pale yellow-green seeds; white to pale green embryo; 23.8% mutant; 52.9% aborted seeds in top half of silique."	
EMB2100	CS64801	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2102	CS64802	embryo defective; terminal embryo phenotype: transition stage.	
EMB2104	CS64803	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2109	CS64804	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2110	CS64805	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2111	CS64806	embryo defective; terminal embryo phenotype: globular stage.	
EMB2112	CS64807	embryo defective; terminal embryo phenotype: globular stage.	
EMB2113	CS64808	embryo defective; terminal embryo phenotype: transition stage.	
EMB2114	CS64809	embryo defective; terminal embryo phenotype: transition stage.	
EMB2115	CS64810	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2117	CS64811	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2118	CS64812	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2119	CS64813	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2122	CS64814	embryo defective; terminal embryo phenotype: transition stage.	
EMB2123	CS64815	embryo defective; terminal embryo phenotype: globular stage.	
EMB2124	CS64816	embryo defective; terminal embryo phenotype: globular stage.	
EMB2125	CS64817	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2126	CS64818	embryo defective; terminal embryo phenotype: globular stage.	
EMB2127	CS64819	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2128	CS64820	embryo defective; terminal embryo phenotype: globular stage.	
EMB2129	CS64821	embryo defective; terminal embryo phenotype: transition stage.	
EMB2130	CS64822	embryo defective; terminal embryo phenotype: globular stage.	
EMB2131	CS64823	embryo defective; terminal embryo phenotype: transition stage.	
EMB2132	CS64824	embryo defective; terminal embryo phenotype: variable.	
EMB2133	CS64825	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2134	CS64826	embryo defective; terminal embryo phenotype: transition stage.	
EMB2135	CS64827	embryo defective; terminal embryo phenotype: globular stage.	
EMB2136	CS64828	embryo defective; terminal embryo phenotype: globular stage.	
EMB2137	CS64829	embryo defective; terminal embryo phenotype: transition stage.	
EMB2138	CS64830	embryo defective; terminal embryo phenotype: variable.	
EMB2141	CS64831	embryo defective; terminal embryo phenotype: globular stage.	
EMB2142	CS64832	embryo defective; terminal embryo phenotype: transition stage.	
EMB2143	CS64833	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2144	CS64834	embryo defective; terminal embryo phenotype: transition stage.	
EMB2145	CS64835	embryo defective; terminal embryo phenotype: globular stage.	
EMB2146	CS64836	embryo defective; terminal embryo phenotype: globular stage.	
EMB2147	CS64837	embryo defective; terminal embryo phenotype: transition stage.	
EMB2148	CS64838	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2149	CS64839	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB215	CS3010	"developmental arrest of mutant embryos occurs at variable preglobular, globular stage; white seeds and embryos; 33.0% mutant."	
EMB2150	CS64840	embryo defective; terminal embryo phenotype: globular stage.	
EMB2151	CS64841	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2152	CS64842	embryo defective; terminal embryo phenotype: globular stage.	
EMB2153	CS64843	embryo defective; terminal embryo phenotype: transition stage.	
EMB2154	CS64844	embryo defective; terminal embryo phenotype: globular stage.	
EMB2156	CS64845	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2157	CS64846	embryo defective; terminal embryo phenotype: globular stage.	
EMB2160	CS64847	embryo defective; terminal embryo phenotype: globular stage.	
EMB2161	CS64848	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2162	CS64849	embryo defective; terminal embryo phenotype: globular stage.	
EMB2163	CS64850	embryo defective; terminal embryo phenotype: globular stage.	
EMB2164	CS64851	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2165	CS64852	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2168	CS64853	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2169	CS64854	embryo defective; terminal embryo phenotype: transition stage.	
EMB2172	CS64855	embryo defective; terminal embryo phenotype: globular stage.	
EMB2174	CS64856	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2175	CS64857	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2177	CS64858	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2178	CS64859	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2179	CS64860	embryo defective; terminal embryo phenotype: transition stage.	
EMB2181	CS64861	embryo defective; terminal embryo phenotype: globular stage.	
EMB2182	CS64862	embryo defective; terminal embryo phenotype: globular stage.	
EMB2186	CS64863	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2187	CS64864	embryo defective; terminal embryo phenotype: transition stage.	
EMB2188	CS64865	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2189	CS64866	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2190	CS64867	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2192	CS64868	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2193	CS64869	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2194	CS64870	embryo defective; terminal embryo phenotype: transition stage.	
EMB2198	CS64871	embryo defective; terminal embryo phenotype: globular stage.	
EMB2199	CS64872	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2200	CS64873	embryo defective; terminal embryo phenotype: globular stage.	
EMB2201	CS64874	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2202	CS64875	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2206	CS64876	embryo defective; terminal embryo phenotype: variable.	
EMB2209	CS64877	embryo defective; terminal embryo phenotype: globular stage.	
EMB2210	CS64878	embryo defective; terminal embryo phenotype: variable.	
EMB2211	CS64879	embryo defective; terminal embryo phenotype: transition stage.	
EMB2212	CS64880	embryo defective; terminal embryo phenotype: variable.	
EMB2213	CS64881	embryo defective; terminal embryo phenotype: globular stage.	
EMB2214	CS64882	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2215	CS64883	embryo defective; terminal embryo phenotype: globular stage.	
EMB2216	CS64884	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB222	CS3016	"developmental arrest of mutant embryos occurs at transition, globular, heart, elongate stage; white seeds and embryos;24.2% mutant; 45.3% aborted seeds in top half of silique."	
EMB2222	CS64885	embryo defective; terminal embryo phenotype: globular stage.	
EMB2223	CS64886	embryo defective; terminal embryo phenotype: transition stage.	
EMB2224	CS64887	embryo defective; terminal embryo phenotype: variable.	
EMB2226	CS64888	embryo defective; terminal embryo phenotype: globular stage.	
EMB2227	CS64889	embryo defective; further details not available.	
EMB2228	CS64890	embryo defective; terminal embryo phenotype: globular stage.	
EMB2229	CS64891	embryo defective; terminal embryo phenotype: transition stage.	
EMB223	CS3017	developmental arrest of mutant embryos occurs at globular stage; pale yellow-green seeds; white to pale yellow-green embryos; 26.3% mutant.	
EMB2230	CS64892	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2233	CS64893	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2236	CS64894	embryo defective; terminal embryo phenotype: transition stage.	
EMB2237	CS64895	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2238	CS64896	embryo defective; terminal embryo phenotype: globular stage.	
EMB2239	CS64897	embryo defective; terminal embryo phenotype: transition stage.	
EMB224	CS84700	developmental arrest of mutant embryos occurs at large heart stage; white seeds; white embryo; 24.7% mutant; 54.8% aborted seeds in top half of silique.	
EMB2240	CS64898	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2241	CS64899	embryo defective; terminal embryo phenotype: transition stage.	
EMB2242	CS64900	embryo defective; terminal embryo phenotype: globular stage.	
EMB2244	CS64901	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2245	CS64902	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2246	CS64903	embryo defective; terminal embryo phenotype: variable.	
EMB2248	CS64904	embryo defective; terminal embryo phenotype: transition stage.	
EMB2249	CS64905	embryo defective; terminal embryo phenotype: globular stage.	
EMB225	CS84701	"developmental arrest of mutant embryos occurs at small globular stage, altered suspensor; pale yellow-green to pale green seeds; white to pale yellow-green embryo; 25.3% mutant; 53.6% aborted seeds in top half of silique."	
EMB2251	CS64906	embryo defective; terminal embryo phenotype: variable.	
EMB2254	CS64907	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2256	CS64908	embryo defective; terminal embryo phenotype: globular stage.	
EMB2257	CS64909	embryo defective; terminal embryo phenotype: globular stage.	
EMB2258	CS64910	embryo defective; terminal embryo phenotype: variable.	
EMB2259	CS64911	embryo defective; terminal embryo phenotype: variable.	
EMB2260	CS64912	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2262	CS64913	embryo defective; terminal embryo phenotype: globular stage.	
EMB2263	CS64914	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2264	CS64915	embryo defective; terminal embryo phenotype: variable.	
EMB2265	CS64916	embryo defective; terminal embryo phenotype: globular stage.	
EMB2266	CS64917	embryo defective; terminal embryo phenotype: globular stage.	
EMB2269	CS64918	embryo defective; terminal embryo phenotype: variable.	
EMB2272	CS64919	embryo defective; terminal embryo phenotype: globular stage.	
EMB2273	CS64920	embryo defective; terminal embryo phenotype: globular stage.	
EMB2274	CS64921	embryo defective; terminal embryo phenotype: variable.	
EMB2275	CS64922	embryo defective; terminal embryo phenotype: globular stage.	
EMB2277	CS64923	embryo defective; terminal embryo phenotype: globular stage.	
EMB2278	CS64924	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2280	CS64925	embryo defective; terminal embryo phenotype: variable.	
EMB2281	CS64926	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2285	CS64927	embryo defective; terminal embryo phenotype: transition stage.	
EMB2286	CS64928	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2292	CS64929	embryo defective; terminal embryo phenotype: globular stage.	
EMB2293	CS64930	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2294	CS64931	embryo defective; terminal embryo phenotype: transition stage.	
EMB2295	CS64932	embryo defective; terminal embryo phenotype: globular stage.	
EMB2297	CS64933	embryo defective; terminal embryo phenotype: transition stage.	
EMB2298	CS64934	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB230	CS3022	developmental arrest of mutant embryos occurs at early globular stage; white seeds and embryos.	
EMB2300	CS64935	embryo defective; terminal embryo phenotype: globular stage.	
EMB2302	CS64936	embryo defective; terminal embryo phenotype: globular stage.	
EMB2303	CS64937	embryo defective; terminal embryo phenotype: globular stage.	
EMB2304	CS64938	embryo defective; terminal embryo phenotype: globular stage.	
EMB2305	CS64939	embryo defective; terminal embryo phenotype: transition stage.	
EMB2306	CS64940	embryo defective; terminal embryo phenotype: globular stage.	
EMB2308	CS64941	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2309	CS64942	embryo defective; terminal embryo phenotype: globular stage.	
EMB2310	CS64943	embryo defective; terminal embryo phenotype: globular stage.	
EMB2311	CS64944	embryo defective; terminal embryo phenotype: globular stage.	
EMB2312	CS64945	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2314	CS64946	embryo defective; terminal embryo phenotype: transition stage.	
EMB2315	CS64947	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2316	CS64948	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2317	CS64949	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2318	CS64950	embryo defective; terminal embryo phenotype: globular stage.	
EMB2319	CS64951	embryo defective; terminal embryo phenotype: globular stage.	
EMB232	CS84702	"developmental arrest of mutant embryos occurs at heart-linear stage, distorted; tricotyledonous; white to pale yellow-green seeds; white embryo; 25.5% mutant; 53.8% aborted seeds in top half of silique."	
EMB2321	CS64952	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2322	CS64953	embryo defective; terminal embryo phenotype: transition stage.	
EMB2323	CS64954	embryo defective; terminal embryo phenotype: transition stage.	
EMB2326	CS64955	embryo defective; terminal embryo phenotype: globular stage.	
EMB2327	CS64956	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2329	CS64957	embryo defective; terminal embryo phenotype: globular stage.	
EMB233	CS3024	developmental arrest of mutant embryos occurs at globular stage; white seeds and embryos; 26.6% mutant.	
EMB2330	CS64958	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2333	CS64959	embryo defective; terminal embryo phenotype: variable.	
EMB2334	CS64960	embryo defective; terminal embryo phenotype: transition stage.	
EMB2335	CS64961	embryo defective; further details not available.	
EMB2336	CS64962	embryo defective; terminal embryo phenotype: globular stage.	
EMB2337	CS64963	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2338	CS64964	embryo defective; terminal embryo phenotype: globular stage.	
EMB2341	CS64965	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2342	CS64966	embryo defective; terminal embryo phenotype: globular stage.	
EMB2345	CS64967	embryo defective; further details not available.	
EMB2347	CS64968	embryo defective; terminal embryo phenotype: variable.	
EMB2348	CS64969	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2350	CS64970	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2352	CS64971	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2353	CS64972	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2354	CS64973	embryo defective; terminal embryo phenotype: globular stage.	
EMB2355	CS64974	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2356	CS64975	embryo defective; terminal embryo phenotype: transition stage.	
EMB2358	CS64976	embryo defective; terminal embryo phenotype: globular stage.	
EMB236	CS84703	"developmental arrest of mutant embryos occurs at globular stage, rarely arrests at heart stage; pale yellow-green seeds; pale yellow-green embryo; 24.5% mutant."	
EMB2362	CS64977	embryo defective; terminal embryo phenotype: globular stage.	
EMB2364	CS64978	embryo defective; terminal embryo phenotype: globular stage.	
EMB2365	CS64979	embryo defective; terminal embryo phenotype: globular stage.	
EMB2366	CS64980	embryo defective; terminal embryo phenotype: globular stage.	
EMB2367	CS64981	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2368	CS64982	embryo defective; terminal embryo phenotype: globular stage.	
EMB237	CS3026	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 24.6% mutant.	
EMB2370	CS64983	embryo defective; terminal embryo phenotype: globular stage.	
EMB2371	CS64984	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2373	CS64985	embryo defective; terminal embryo phenotype: transition stage.	
EMB2374	CS64986	embryo defective; terminal embryo phenotype: variable.	
EMB2375	CS64987	embryo defective; terminal embryo phenotype: globular stage.	
EMB2376	CS64988	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2377	CS64989	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2378	CS64990	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2379	CS64991	embryo defective; terminal embryo phenotype: transition stage.	
EMB2382	CS64992	embryo defective; terminal embryo phenotype: globular stage.	
EMB2383	CS64993	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2388	CS64994	embryo defective; terminal embryo phenotype: variable.	
EMB2389	CS64995	embryo defective; terminal embryo phenotype: globular stage.	
EMB239	CS3028	developmental arrest of mutant embryos occurs at globular stage; white seeds and embryos; 20.7% mutant.	
EMB2390	CS64996	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2391	CS64997	embryo defective; terminal embryo phenotype: transition stage.	
EMB2393	CS64998	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2395	CS64999	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2396	CS65000	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2397	CS65001	embryo defective; terminal embryo phenotype: transition stage.	
EMB2398	CS65002	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2399	CS65003	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2400	CS65004	embryo defective; terminal embryo phenotype: globular stage.	
EMB2403	CS65005	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2404	CS65006	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2405	CS65007	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2406	CS65008	embryo defective; terminal embryo phenotype: transition stage.	
EMB2409	CS65009	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2415	CS65010	embryo defective; terminal embryo phenotype: globular stage.	
EMB2417	CS65011	embryo defective; terminal embryo phenotype: globular stage.	
EMB2418	CS65012	embryo defective; terminal embryo phenotype: transition stage.	
EMB2419	CS65013	embryo defective; terminal embryo phenotype: transition stage.	
EMB2420	CS65014	embryo defective; terminal embryo phenotype: transition stage.	
EMB2424	CS65015	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2425	CS65016	embryo defective; terminal embryo phenotype: transition stage.	
EMB2426	CS65017	embryo defective; terminal embryo phenotype: variable.	
EMB2427	CS65018	embryo defective; terminal embryo phenotype: variable.	
EMB2428	CS65019	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2431	CS65020	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2433	CS65021	embryo defective; terminal embryo phenotype: globular stage.	
EMB2434	CS65022	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2435	CS65023	embryo defective; terminal embryo phenotype: globular stage.	
EMB2436	CS65024	embryo defective; terminal embryo phenotype: globular stage.	
EMB2438	CS65025	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2439	CS65026	embryo defective; terminal embryo phenotype: globular stage.	
EMB244	CS3032	"developmental arrest of mutant embryos occurs at small globular stage, large suspensor; white seeds and embryos; white seeds and embryos; 26.2% mutant."	
EMB2440	CS65027	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2441	CS65028	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2442	CS65029	embryo defective; terminal embryo phenotype: transition stage.	
EMB2445	CS65030	embryo defective; terminal embryo phenotype: globular stage.	
EMB2446	CS65031	embryo defective; terminal embryo phenotype: globular stage.	
EMB2447	CS65032	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2449	CS65034	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2450	CS65035	embryo defective; terminal embryo phenotype: globular stage.	
EMB2451	CS65036	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2452	CS65037	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2460	CS65038	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2461	CS65039	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2462	CS65040	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2464	CS65041	embryo defective; terminal embryo phenotype: globular stage.	
EMB2465	CS65042	embryo defective; terminal embryo phenotype: globular stage.	
EMB2466	CS65043	embryo defective; terminal embryo phenotype: transition stage.	
EMB2467	CS65044	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2468	CS65045	embryo defective; terminal embryo phenotype: transition stage.	
EMB2472	CS65046	embryo defective; terminal embryo phenotype: globular stage.	
EMB2475	CS65047	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2478	CS65048	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2479	CS65049	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2480	CS65050	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2482	CS65051	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2483	CS65052	embryo defective; terminal embryo phenotype: globular stage.	
EMB2485	CS65053	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2487	CS65054	embryo defective; terminal embryo phenotype: globular stage.	
EMB2493	CS65055	embryo defective; terminal embryo phenotype: transition stage.	
EMB2494	CS65056	embryo defective; terminal embryo phenotype: globular stage.	
EMB2495	CS65057	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2496	CS65058	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2497	CS65059	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2498	CS65060	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2499	CS65061	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2500	CS65062	embryo defective; terminal embryo phenotype: globular stage.	
EMB2501	CS65063	embryo defective; terminal embryo phenotype: globular stage.	
EMB2502	CS65064	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2503	CS65065	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2504	CS65066	embryo defective; terminal embryo phenotype: globular stage.	
EMB2506	CS65067	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2507	CS65068	embryo defective; terminal embryo phenotype: globular stage.	
EMB2508	CS65069	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2510	CS65070	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2511	CS65071	embryo defective; terminal embryo phenotype: globular stage.	
EMB2517	CS65072	embryo defective; terminal embryo phenotype: transition stage.	
EMB2518	CS65073	embryo defective; terminal embryo phenotype: transition stage.	
EMB2519	CS65074	embryo defective; terminal embryo phenotype: transition stage.	
EMB2520	CS65075	embryo defective; terminal embryo phenotype: globular stage.	
EMB2521	CS65076	embryo defective; terminal embryo phenotype: transition stage.	
EMB2522	CS65077	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2524	CS65078	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2525	CS65079	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2526	CS65080	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2527	CS65081	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2528	CS65082	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2529	CS65083	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2530	CS65084	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2531	CS65085	embryo defective; terminal embryo phenotype: transition stage.	
EMB2535	CS65086	embryo defective; terminal embryo phenotype: globular stage.	
EMB2536	CS65087	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2537	CS65088	embryo defective; terminal embryo phenotype: transition stage.	
EMB2538	CS65089	embryo defective; terminal embryo phenotype: globular stage.	
EMB2540	CS65090	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2543	CS65091	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2546	CS65092	embryo defective; terminal embryo phenotype: globular stage.	
EMB2548	CS65093	embryo defective; terminal embryo phenotype: globular stage.	
EMB2549	CS65094	embryo defective; terminal embryo phenotype: globular stage.	
EMB2553	CS65095	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2554	CS65096	embryo defective; terminal embryo phenotype: globular stage.	
EMB2555	CS65097	embryo defective; terminal embryo phenotype: transition stage.	
EMB2556	CS65098	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB256	CS84704	"developmental arrest of mutant embryos occurs at large heart stage, no hypocotyl; white seeds; white to pale yellow-green embryo; 23.8% mutant; 54.2% aborted seeds in top half of silique."	
EMB256	CS84705	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 14.3% mutant; 52.9% aborted seeds in top half of silique.	
EMB2560	CS65099	embryo defective; terminal embryo phenotype: globular stage.	
EMB2561	CS65100	embryo defective; terminal embryo phenotype: globular stage.	
EMB2562	CS65101	embryo defective; terminal embryo phenotype: globular stage.	
EMB2563	CS65102	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2564	CS65103	embryo defective; terminal embryo phenotype: variable.	
EMB2565	CS65104	embryo defective; terminal embryo phenotype: globular stage.	
EMB2566	CS65105	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2567	CS65106	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB2568	CS65107	embryo defective; terminal embryo phenotype: globular stage.	
EMB257	CS3041	developmental arrest of mutant embryos occurs at early globular stage; white seeds and embryos; 31.4% mutant.	
EMB2570	CS65109	embryo defective; terminal embryo phenotype: globular stage.	
EMB2571	CS65110	embryo defective; terminal embryo phenotype: variable.	
EMB2572	CS65111	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2573	CS65112	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2574	CS65113	embryo defective; terminal embryo phenotype: globular stage.	
EMB2575	CS65114	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2576	CS65115	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2577	CS65116	embryo defective; terminal embryo phenotype: globular stage.	
EMB2578	CS65117	embryo defective; terminal embryo phenotype: transition stage.	
EMB2580	CS65118	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2582	CS65119	embryo defective; terminal embryo phenotype: globular stage.	
EMB2583	CS65120	embryo defective; terminal embryo phenotype: transition stage.	
EMB2585	CS65121	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2586	CS65122	embryo defective; terminal embryo phenotype: globular stage.	
EMB2588	CS65123	embryo defective; terminal embryo phenotype: globular stage.	
EMB2589	CS65124	embryo defective; terminal embryo phenotype: transition stage.	
EMB2590	CS65125	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB2592	CS65126	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2593	CS65127	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2594	CS65128	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2596	CS65129	embryo defective; terminal embryo phenotype: transition stage.	
EMB2598	CS65131	embryo defective; terminal embryo phenotype: globular stage.	
EMB2599	CS65132	embryo defective; terminal embryo phenotype: globular stage.	
EMB2600	CS65133	embryo defective; terminal embryo phenotype: globular stage.	
EMB2601	CS65134	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2602	CS65135	embryo defective; terminal embryo phenotype: variable.	
EMB2604	CS65136	embryo defective; terminal embryo phenotype: globular stage.	
EMB2606	CS65137	embryo defective; terminal embryo phenotype: transition stage.	
EMB2607	CS65138	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2608	CS65139	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2609	CS65140	embryo defective; terminal embryo phenotype: globular stage.	
EMB2610	CS65141	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2611	CS65142	embryo defective; terminal embryo phenotype: variable.	
EMB2613	CS65143	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2614	CS65144	embryo defective; terminal embryo phenotype: globular stage.	
EMB2616	CS65145	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2617	CS65146	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2618	CS65147	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2619	CS65148	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB262	CS84706	developmental arrest of mutant embryos occurs at linear-cotyledon stage; pale green seeds; white to pale yellow-green embryo; 26.7% mutant; 54.6% aborted seeds in top half of silique.	
EMB2620	CS65149	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2621	CS65150	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2622	CS65151	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2623	CS65152	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2624	CS65153	embryo defective; terminal embryo phenotype: globular stage.	
EMB2626	CS65154	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2627	CS65155	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2628	CS65156	embryo defective; terminal embryo phenotype: globular stage.	
EMB2629	CS65157	embryo defective; terminal embryo phenotype: transition stage.	
EMB2631	CS65158	embryo defective; terminal embryo phenotype: globular stage.	
EMB2632	CS65159	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2633	CS65160	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2634	CS65161	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2635	CS65162	embryo defective; terminal embryo phenotype: transition stage.	
EMB2636	CS65163	embryo defective; terminal embryo phenotype: globular stage.	
EMB2637	CS65164	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2638	CS65165	embryo defective; terminal embryo phenotype: globular stage.	
EMB2639	CS65166	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2640	CS65167	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2641	CS65168	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2642	CS65169	embryo defective; terminal embryo phenotype: zygotic stage.	
EMB2643	CS65170	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2644	CS65171	embryo defective; terminal embryo phenotype: variable.	
EMB2645	CS65172	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2646	CS65173	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2647	CS65174	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2648	CS65175	embryo defective; terminal embryo phenotype: globular stage.	
EMB2649	CS65176	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2650	CS65177	embryo defective; terminal embryo phenotype: globular stage.	
EMB2651	CS65178	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2653	CS65179	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2655	CS65180	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2657	CS65181	embryo defective; terminal embryo phenotype: globular stage.	
EMB2658	CS65182	embryo defective; terminal embryo phenotype: globular stage.	
EMB2659	CS65183	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB266	CS3049	"developmental arrest of mutant embryos occurs at cotyledon stage (heart, distorted cotyledon); white seeds; pale green to green embryos; 22.5% mutant; 47.4% aborted seeds in top half of silique."	
EMB2660	CS65184	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2661	CS65185	embryo defective; terminal embryo phenotype: globular stage.	
EMB2662	CS65186	embryo defective; terminal embryo phenotype: variable.	
EMB2664	CS65187	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2666	CS65188	embryo defective; terminal embryo phenotype: globular stage.	
EMB2667	CS65189	embryo defective; terminal embryo phenotype: transition stage.	
EMB2669	CS65190	embryo defective; terminal embryo phenotype: transition stage.	
EMB2671	CS65191	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2673	CS65192	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2674	CS65193	embryo defective; terminal embryo phenotype: globular stage.	
EMB2676	CS65194	embryo defective; terminal embryo phenotype: globular stage.	
EMB2677	CS65195	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2678	CS65196	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2679	CS65197	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2680	CS65198	embryo defective; terminal embryo phenotype: globular stage.	
EMB2682	CS65199	embryo defective; terminal embryo phenotype: variable.	
EMB2683	CS65200	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2684	CS65201	embryo defective; terminal embryo phenotype: globular stage.	
EMB2685	CS65202	embryo defective; terminal embryo phenotype: globular stage.	
EMB2686	CS65203	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2687	CS65204	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2688	CS65205	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2689	CS65206	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2690	CS65207	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2692	CS65208	embryo defective; terminal embryo phenotype: globular stage.	
EMB2693	CS65209	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2694	CS65210	embryo defective; terminal embryo phenotype: globular stage.	
EMB2695	CS65211	embryo defective; terminal embryo phenotype: globular stage.	
EMB2696	CS65212	embryo defective; terminal embryo phenotype: globular stage.	
EMB2698	CS65213	embryo defective; terminal embryo phenotype: transition stage.	
EMB2699	CS65214	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB27	CS6317	developmental arrest of mutant embryos occurs at  cotyledon stage (globular-cotyledon); white seeds; white embryo; 28.7% mutant; 47.8% aborted seeds in top half of silique.	
EMB270	CS84707	"developmental arrest of mutant embryos occurs at globular stage, distorted, tricotyledonous; white to pale green seeds; white to pale green embryo; 25.9% mutant; 53% aborted seeds in top half of silique."	
EMB2701	CS65215	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2702	CS65216	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2704	CS65217	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2705	CS65218	embryo defective; terminal embryo phenotype: variable.	
EMB2706	CS65219	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2707	CS65220	embryo defective; terminal embryo phenotype: globular stage.	
EMB2708	CS65221	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2709	CS65222	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2710	CS65223	embryo defective; terminal embryo phenotype: globular stage.	
EMB2711	CS65224	embryo defective; terminal embryo phenotype: transition stage.	
EMB274	CS3053	developmental arrest of mutant embryos occurs at variable preglobular stage; white seeds; 23.9% mutant.	
EMB277	CS3056	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 21.2% mutant.	
EMB28	CS6318	developmental arrest of mutant embryos occurs at cotyledon stage (globular-cotyledon); white seeds; white embryo; 25.8% mutant; 49.3% aborted seeds in top half of silique.	
EMB28	CS84611	embryo defective	
EMB286	CS3063	developmental arrest of mutant embryos occurs at early globular stage; white seeds and embryos; 26.6% mutant.	
EMB287	CS3064	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 23.2% mutant.	
EMB29	CS6319	developmental arrest of mutant embryos occurs at cotyledon stage (globular-linear cotyledon); white seeds; white embryo; 26.7% mutant; 51.3% aborted seeds in top half of silique; allelic to emb95.	
EMB290	CS3066	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 16.4% mutant.	
EMB293	CS3068	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 22.2% mutant.	
EMB2937	CS65225	embryo defective; terminal embryo phenotype: globular stage.	
EMB2938	CS65226	embryo defective; terminal embryo phenotype: globular stage.	
EMB2939	CS65227	embryo defective; terminal embryo phenotype: globular stage.	
EMB2940	CS65228	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2941	CS65229	embryo defective; terminal embryo phenotype: globular stage.	
EMB2942	CS65230	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2943	CS65231	embryo defective; terminal embryo phenotype: globular stage.	
EMB2944	CS65232	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2945	CS65233	embryo defective; terminal embryo phenotype: globular stage.	
EMB2946	CS65234	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2947	CS65235	embryo defective; terminal embryo phenotype: transition stage.	
EMB2948	CS65236	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2949	CS65237	embryo defective; terminal embryo phenotype: globular stage.	
EMB2953	CS65241	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2954	CS65242	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2955	CS65243	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2957	CS65245	embryo defective; terminal embryo phenotype: globular stage.	
EMB2958	CS65246	embryo defective; terminal embryo phenotype: globular stage.	
EMB2959	CS65247	embryo defective; terminal embryo phenotype: globular stage.	
EMB2962	CS65250	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2963	CS65251	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2964	CS65252	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2965	CS65253	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2966	CS65254	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
EMB2969	CS65257	embryo defective; terminal embryo phenotype: globular stage.	
EMB2971	CS65258	embryo defective; terminal embryo phenotype: variable.	
EMB2973	CS65260	embryo defective; terminal embryo phenotype: globular stage.	
EMB2976	CS65263	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2977	CS65264	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2978	CS65265	embryo defective; terminal embryo phenotype: variable.	
EMB2979	CS65266	embryo defective; terminal embryo phenotype: globular stage.	
EMB2980	CS65267	embryo defective; terminal embryo phenotype: globular stage.	
EMB2981	CS65268	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2982	CS65269	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2983	CS65270	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2984	CS65271	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2985	CS65272	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2986	CS65273	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2987	CS65274	embryo defective; terminal embryo phenotype: zygotic/preglobular stage.	
EMB2988	CS65275	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2989	CS65276	embryo defective; terminal embryo phenotype: transition stage.	
EMB2990	CS65277	embryo defective; terminal embryo phenotype: preglobular stage.	
EMB2991	CS65278	embryo defective; terminal embryo phenotype: transition stage.	
EMB2992	CS65279	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2993	CS65280	embryo defective; terminal embryo phenotype: globular stage.	
EMB2994	CS65281	embryo defective; terminal embryo phenotype: transition stage.	
EMB2995	CS65282	embryo defective; terminal embryo phenotype: cotyledon stage.	
EMB2996	CS65283	embryo defective; terminal embryo phenotype: transition stage.	
EMB2997	CS65284	embryo defective; terminal embryo phenotype: variable.	
EMB2998	CS65285	embryo defective; terminal embryo phenotype: transition stage.	
EMB2999	CS65286	embryo defective; terminal embryo phenotype: transition stage.	
EMB31	CS6323	developmental arrest of mutant embryos occurs at cotyledon stage (reduced/delayed cotyledons); pale green to green seeds; pale green to green embryo; 23.3% mutant; 58.1% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth).	
EMB34	CS6324	"developmental arrest of mutant embryos occurs at transition, globular-heart stage; white seeds; white embryo; 26.4% mutant."	
EMB34	CS6325	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryos; 24.1% mutant; 47.5% aborted seeds in top half of silique.	
EMB35	CS6326	developmental arrest of mutant embryos occurs at cotyledon stage (globular-linear cotyledon); white seeds; white embryos; 25.2% mutant.	
EMB38	CS84612	developmental arrest of mutant embryos occurs at globular-distorted cotyledon stage; white seeds; white embryo; 25.9% mutant.	
EMB39	CS6328	developmental arrest of mutant embryos occurs at cotyledon stage (distorted cotyledons); white seeds; white to pale yellow-green embryo; 26% mutant.	
EMB41	CS84614	developmental arrest of mutant embryos occurs variably at cotyledon stage; white to pale green seeds; white to pale green embryo; 27.4% mutant.	
EMB43	CS84615	fat hypocotyls; pale yellow-green to pale green seeds; white to green embryo; 14.1% mutant.	
EMB51	CS6330	"developmental arrest of mutant embryos occurs at heart, torpedo stage; pale yellow-green seeds; pale yellow-green embryo; 26% mutant; 51.4% aborted seeds in top half of silique."	
EMB52	CS6331	"developmental arrest of mutant embryos occurs at transition, globular-heart-elongate stage (elongate, blimp, torpedo); white seeds; white embryo; 26.2% mutant; 48.7% aborted seeds in top half of silique."	
EMB53	CS6332	"developmental arrest of mutant embryos occurs at cotyledon stage (globular, distorted cotyledons); pale yellow-green to green seeds; pale green to green embryo; 26.7% mutant; 51.2% aborted seeds in top half of silique."	
EMB54	CS6333	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 24.8% mutant; 48.0% aborted seeds in top half of silique.	
EMB56	CS6334	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 21.1% mutant; 53.9% aborted seeds in top half of silique.	
EMB57	CS6335	developmental arrest of mutant embryos occurs at cotyledon stage (variable preglobular-linear); white seeds; white embryo; 17.9% mutant; 54.6% aborted seeds in top half of silique.	
EMB58	CS6336	developmental arrest of mutant embryos occurs at variable preglobular stage (some green); white seeds; 23.1% mutant; 51.5% aborted seeds in top half of silique.	
EMB59	CS6337	"developmental arrest of mutant embryos occurs at cotyledon stage (distorted, fused cotyledons); pale yellow-green to green seeds; pale yellow-green to green embryo; 24% mutant; 56% aborted seeds in top half of silique."	
EMB62	CS6339	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 27.6% mutant; 50.8% aborted seeds in top half of silique.	
EMB65	CS6341	developmental arrest of mutant embryos occurs at cotyledon stage (varible globular-cotyledon); white to pale yellow-green seeds; white to pale green embryo; 14% mutant; 84.5% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth).	
EMB66	CS6342	developmental arrest of mutant embryos occurs at preglobular stage; white seeds; 24.9% mutant; 56.2% aborted seeds in top half of silique.	
EMB67	CS6343	"developmental arrest of mutant embryos occurs at transition, globular stage (rare hearts); white seeds; white embryo; 22.7% mutant; 61.0% aborted seeds in top half of silique (mutant allele possibly disrupts pollen development or pollen-tube growth)."	
EMB68	CS6344	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 19.8% mutant; 53.6% aborted seeds in top half of silique.	
EMB69	CS6345	"developmental arrest of mutant embryos occurs at transition, globular-heart stage; white seeds; white embryo; 21.6% mutant; 53% aborted seeds in top half of silique."	
EMB7	CS6303	developmental arrest of mutant embryos occurs variably at preglobular stage; white seeds; 26.1% mutant; 49.4% aborted seeds in top half of silique.	
EMB70	CS3012	developmental arrest of mutant embryos occurs at preglobular stage; white seeds and embryo; 25.0% mutant.	
EMB70	CS6346	developmental arrest of mutant embryos occurs at cotyledon stage (globular-curled cotyledon); white to pale yellow-green seeds; white to pale green embryo; 24.4% mutant; 51.5% aborted seeds in top half of silique	
EMB70	CS84616	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 25% mutant.	
EMB70	CS84617	"developmental arrest of mutant embryos occurs at preglobular stage, watery (emb107); white seeds; 18.9% mutant; 53.3% aborted seeds in top half of silique."	
EMB77	CS84622	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 24.1% mutant; 52.1% aborted seeds in top half of silique.	
EMB79	CS84623	developmental arrest of mutant embryos occurs at late preglobular stage; white seeds; 18.6% mutant; 53.2% aborted seeds in top half of silique.	
EMB81	CS84625	developmental arrest of mutant embryos occurs at early heart stage; white seeds; white embryo; 25.3% mutant; 43.8% aborted seeds in top half of silique.	
EMB83	CS84626	developmental arrest of mutant embryos occurs at globular-heart stage; white to pale yellow-green seeds; white to pale yellow-green embryo; 23.6% mutant; 49.7% aborted seeds in top half of silique.	
EMB84	CS84627	"developmental arrest of mutant embryos occurs at globular stage, abnormally large suspensor; pale yellow-green seeds; white embryo; 25.6% mutant; 42.1% aborted seeds in top half of silique."	
EMB87	CS84629	developmental arrest of mutant embryos occurs at globular stage; white seeds; white embryo; 25.1% mutant; 52.5% aborted seeds in top half of silique.	
EMB89	CS84631	developmental arrest of mutant embryos occurs variably from globular to mature cotyledon stages; white seeds; white embryo; 25.7% mutant; 47.4% aborted seeds in top half of silique.	
EMB90	CS84632	developmental arrest of mutant embryos occurs at globular-heart stage; white seeds; white embryo; 26.5% mutant; 49.1% aborted seeds in top half of silique.	
EMB91	CS84633	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 25.4% mutant; 50.3% aborted seeds in top half of silique.	
EMB94	CS84635	developmental arrest of mutant embryos occurs at globular-heart stage; white seeds; white embryo; 24.6% mutant; 47% aborted seeds in top half of silique.	
EMB95	CS84636	developmental arrest of mutant embryos occurs at early globular stage; white seeds; white embryo; 23% mutant; 56.9% aborted seeds in top half of silique.	
EMBRG2	CS84708	embryo defective	
EMBRG3	CS84709	embryo defective	
EMBRG4	CS84710	embryo defective	
EMBRG5	CS84711	embryo defective	
EMBRG7	CS84712	embryo defective	
ENL1	CS25255	Impaired root hair development; forms root hairs that branch from the enlarged base or the hair proper and seem to randomly change growth direction.	
ENL5	CS25257	Impaired root hair development; root hairs appear like the wild type except for the reduced length.	
ENL7	CS25248	"Impaired root hair development; seedlings form root hairs in a regular pattern; length of the hair proper is not affected, but side branches develop from the enlarged bases."	
ENL7	CS25258	Impaired root hair development; seedlings develop root hairs of wild type length but with a clearly increased diameter in the lower part of the root hair.	
ENL7	der3	Root hairs form in a regular pattern.  Length of the hair proper is not affected but side branches develop from the enlarged bases.	15863435
FAE2	CS6246	"reduced elongation of oleic acid (18:1); reduced levels of long-chain fatty acids in seed storage lipids, especially enucic (22:1) and eicosenoic (20:1) acids; increased levels of oleic acid (18:1)."	
FE	CS54	"late flowering, unaffected by vernalization, increased number of rosette leaves."	
FEM1	CS3743	"no transmission through the female gametophyte, but does transmit through the male gametophyte; 100% penetrant in the female gametophyte; developmental arrest just before polar nuclei fusion stage but after three rounds of mitosis and cellularization, not affecting many fundamental cellular processes such as mitosis, vacuole formation, nuclear migration, and cellularization; altered segregation pattern (self-pollination of a heterozygous produces heterozygous and wt progeny in an approx. 1:1 ratio); individuals can be identified by opening siliques and screening for 50% seed set."	
FEM2	CS3744	"reduced (at least 56%) transmission through the female gametophyte, but does transmit through the male gametophyte; partially penetrant in the female gametophyte; developmental arrest at the one-nucleate stage; altered segregation pattern (self-pollination of a heterozygous produces heterozygous and wt progeny in an approx. 1:1 ratio); individuals can be identified by opening siliques and screening for 50% seed set or by selecting the progeny on kanamycin."	
FEM3	CS3745	"reduced transmission (at least 56%) through both the female and male gametophyte; partially penetrant in the female gametophyte; developmental arrest at the one-nucleate stage, affecting microgametogenesis; altered segregation pattern (self-pollination of a heterozygous produces heterozygous and wt progeny in an approx. 1:1 ratio); individuals can be identified by opening siliques and screening for 50% seed set or by selecting the progeny on kanamycin."	
FEM4	CS3746	"no transmission through both the female and male gametophyte; 100% penetrant in the female gametophyte; developmental arrest at the polar nuclei fusion and cellularization stages, abnormal cellular morphology; altered segregation pattern (self-pollination of a heterozygous produces heterozygous and wt progeny in an approx. 1:1 ratio); individuals can be identified by opening siliques and screening for 50% seed set or by selecting the progeny on kanamycin"	
FFO1	CS8855	"strong allele; floral defects in the first and third whorls; sepals fuse partially or completely along their margins, with more extended frequency in apical flowers; number of stamens in basal flowers is increased and two stamens often displays partial fusion; in more apical flowers the frequency of extra stamens and of stamen-stamen fusion is decreased; margins of cauline leaves and the cotyledons have similar abnormalities of fusion, one or both margins of one or more cauline leaves are attached inappropriately at their base to the stem of the inflorescence."	
FFO2	CS8856	"strong allele; semidominant; variable floral defects in all 4 whorls; fusions between organs in a whorl or in adjacent whorls; fused stamens, stamen mosaic organs, and reduced stamen-like organs, which severity increases acropetally; slight increase in sepal number and decrease in petal number, narrow sepals and petals, sepals also varies widely in size and shape; surface of gynoecia appears normal, but there is some reduction in fertility; disrupted phyllotaxy of flowers and initiate more flowers at a time than wild type."	
FFO3	CS8857	"slightly weak allele; floral defects primarily in the first and third whorls; variable number of partially or completely fused sepals and stamens; small increase in stamen number in basal flowers; minor defects observed in the second whorl;the gynoecia displays a bulge in the apical part of the valves below the stigma and exhibits slightly decreased fertility with a corresponding decrease in silique elongation; non floral defects that alters cotyledon growth, cauline leaf development and inflorescence internode elongation (plants are shorter than wt)."	
FL	CS244	"club-shaped siliques, apical portions of main inflorescence possibly fasciated."	
FRC1	frc1-1	Reduced trichome branching	10572032
FRC1	frc1-1 an-496	Predominantly produces unbranched trichomes.	10572032
FRC1	frc1-1 frc2-1	"Although more than 60% of the double mutant have two trichome branches, at least 30% are unbranched."	10572032
FRC1	frc1-1 frc3-1	Predominantly produces unbranched trichomes.	10572032
FRC1	frc1-1 frc4-1	Predominantly produces unbranched trichomes.	10572032
FRC1	frc1-1 gl-3	"Aborted trichomes on the first leaf pair, increase in trichome clusters, and decrease in the apparent trichome cell size."	10572032
FRC1	frc1-1 gl-3	Predominantly produces unbranched trichomes.	10572032
FRC1	frc1-1 nok-9310-11	Double mutants have more trichome branches than frc single mutant but fewer than nok single mutant.	10572032
FRC1	frc1-1 sta-23	Cumulative phenotype compared to both single mutants.	10572032
FRC1	frc1-1 sta-23	Phenotype not described.	10572032
FRC1	frc1-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
FRC1	frc1-1 try-240	"Has fewer trichomes than in the try single mutant, but more than in the frc single mutant."	10572032
FRC1	frc1-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
FRC1	frc1-2	Reduced trichome branching	10572032
FRC4	frc1-1 frc4-1	Predominantly produces unbranched trichomes.	10572032
FRC4	frc2-1 frc4-1	Decreased fertility compared to wild type.	10572032
FRC4	frc2-1 frc4-1	Grows more slowly than wild type; produces abnormally short and bushy bolts at the time of flowering.	10572032
FRC4	frc2-1 frc4-1	Reduced trichome branching	10572032
FRC4	frc3-1 frc4-1	Exclusively produces unbranched trichomes.	10572032
FRC4	frc4-1	Decreased fertility compared to wild type.	10572032
FRC4	frc4-1	Grows more slowly than wild type; produces abnormally short and bushy bolts at the time of flowering.	10572032
FRC4	frc4-1	Produces mostly two-branched trichomes.	10572032
FRC4	frc4-1	Reduced trichome branching	10572032
FRC4	frc4-1	Slow-growing plant with decreased fertility.	10572032
FRC4	frc4-1 an-496	Predominantly produces unbranched trichomes.	10572032
FRC4	frc4-1 gl-3	Double mutant has approximately the same proportion of two-branched and unbranched trichomes as the gl-3 single mutant.	10572032
FRC4	frc4-1 nok-9310-11	Glassy trichomes.	10572032
FRC4	frc4-1 nok-9310-11	Produces mostly two-branched trichomes.	10572032
FRC4	frc4-1 sta-23	Produces approximately 80% unbranched and 20% two-branched trichomes.	10572032
FRC4	frc4-1 sta-23	Severely stunted and infertile.	10572032
FRC4	frc4-1 sti-9507-1	Exclusively produces unbranched trichomes.	10572032
FRC4	frc4-1 try-240	Produces mostly two-branched trichomes.	10572032
FRC4	frc4-1 zwi-9311-11	Predominantly produces unbranched trichomes.	10572032
GAR1	CS8076	"gar1 is semi-dominant or dominant, depending on GAI genotype; gar1 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores normal stature, flowering time, apical dominance and seed germination to gai mutants (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques; gar1 closely linked to gai - not genetically separable."	
GAR10	CS8086	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR11	CS8087	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR12	CS8088	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR13	CS8089	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
GAR14	CS8090	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
GAR15	CS8091	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
GAR16	CS8092	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
GAR17	CS8093	"essentially normal growth (gai dwarf phenotype is largely suppressed), mutant possibly leaky; an phenotype: narrow leaves, slightly twisted siliques."	
GAR2	CS8078	"gar2 is dominant; gar2 restores gibberellin responsiveness in gibberellin insensitive (gai) mutants; also restores flowering time, apical dominance and seed germination to gai mutants: partially restore normal stature (gai phenotype: semi-dominant mutation with reduced stature, reduced apical dominance, and reduced seed germination; delayed flowering in short days); an phenotype: narrow leaves, increased number of rosette leaves, slightly twisted siliques."	
GAR3	CS8079	"gar3 is semi-dominant; essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR4	CS8080	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR5	CS8081	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR6	CS8082	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR7	CS8083	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR8	CS8084	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GAR9	CS8085	"essentially normal growth (gai dwarf phenotype is largely suppressed); an phenotype: narrow leaves, slightly twisted siliques."	
GHO	CS5276	"segregating for late flowering, ghost and wild type 9:3:3:1 albino viable and wild type; viable white cream seedlings."	
GLD1	CS8012	requires high CO2 to prevent flux of metabolites into the photorespiratory pathway.	
GLH3	glh3	Increased number of trichome branches.	24014871
GLH3	glh3	Reduced number of trichome papillae.	24014871
GLH4	glh4	Reduced birefringence in leaf trichomes. Less cellulose deposition in trichomes.	24014871
GLH4	glh4	Reduced number of trichome papillae.	24014871
GLZ2	CS16280	Small and dark-green rosette leaves; short roots; delayed flowering time; reduced plant stature with increased axillary branches; reduced apical dominance; female sterility: severely aberrant flowers with a remarkably reduced and completely sterile gynoecium. Glucose-insensitive.	
GOE2	CS57947	Over-expression of GA-responsive GASA promoter reporters (hence goe)	
GOE3	CS57948	"Overexpression of GA-responsive GASA promoter reporters (hence goe), paclobutrazol resistant, GA-hypersensitive, kanamycin resistant"	
GPS2	CS67145	Reverse gravitropic response to gravistimulation at 4C in both inflorescence shoots and hypocotyls. The phenotype is apparent after the plants have been returned to room temperature.	
GPS3	CS67146	Enhanced response to gravistimulation at 4C in both inflorescence shoots and hypocotyls. The phenotype is apparent after the plants have been returned to room temperature.	
GPX	CS105	"plant appears to have spaces in the xylem in a position that is normally occupied by xylem elements; irregular pattern of secondary cell wall formation in the interfascicular region, with some cells possessing very thick secondary cell wall, with other cells failing to initiate any kind of secondary cell wall."	
GR2	CS245	"short plant, gray-green leaves."	
GSR1	CS6391	"Glutamine sensing regulator; increased sensitivity to methylamine (MA), methyl-glutamine accumulates in the presence of MA; growth of plants are markedly reduced, yellow seedlings with reduced chloroplast number per cell."	
GUP1	CS225	"dominant mutation; no visible phenotype when grown in soil; when grown in vitro, exhibits epinastic growth of leaves; root growth is slightly more sensitive to IAA inhibition of elongation; gup1-1 leads to enhanced kanamycin resistance in the AIR1-8 background via an nptII gene under control of a tobacco GST promoter; also shows an increased mRNA level of GST5 from Arabidopsis (designated At103-1a in van der Kop et. al. 1999); kanamycin resistant."	
GUP2	CS226	"no visible phenotype when grown in soil; when grown in vitro, exhibits epinastic growth of leaves; root growth is slightly more sensitive to IAA inhibition of elongation"	
HAP10	CS16316	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth in ovary is short, but pollen tubes target the ovules they reach."	
HAP11	CS16317	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth path appears normal, yet tubes fail to enter the micropyle."	
HAP14	CS16319	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth in ovary is short, but pollen tubes target the ovules they reach."	
HAP16	CS16321	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; completely disrupted male functions, siring no BastaR progeny when crossed to wild type; disrupted pollen grain development."	
HAP18	CS16322	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; pollen tubes fail to leave the septum."	
HAP19	CS16323	"Distorted segregation, reduced transmission through the female gametophyte;  mild penetration; no obvious defect in pollen grain development, pollen tube growth through the style and pollen tube growth or guidance in the ovary."	
HAP20	CS16324	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; short pollen tube growth, failing to exit the style."	
HAP21	CS16325	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; short pollen tube growth, failing to exit the style."	
HAP22	CS16326	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; pollen tubes fail to leave the septum."	
HAP23	CS16327	"Distorted segregation, male gametophyte and female gametophyte are severely affected; pollen tube growth in ovary is short, but pollen tubes target the ovules they reach."	
HAP24	CS16328	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth is chaotic in the ovary."	
HAP25	CS16329	"Distorted segregation, affecting the male gametophyte and the female gametophyte, decreasing, but not eliminating, the function of both gametophytes; no obvious defect in pollen grain development, pollen tube growth through the style and pollen tube growth or guidance in the ovary."	
HAP26	CS16330	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth path appears normal, yet tubes fail to enter the micropyle."	
HAP27	CS16331	"Distorted segregation, affecting the male gametophyte (MG) and the female gametophyte (FG),  complete elimination of the function of the FG while having a mild impact on MG function; pollen tube growth is chaotic in the ovary."	
HAP28	CS16332	"Distorted segregation, reduced transmission through the male gametophyte (MG), does not appreciably affect the female gametophyte (FG); strong, but not complete impact on pollen function; short pollen tube growth, failing to exit the style."	
HAP29	CS16333	"Distorted segregation, reduced transmission through the female gametophyte (FG); nearly completely penetrant; no obvious defect in pollen grain development, pollen tube growth through the style and pollen tube growth or guidance in the ovary."	
HAP3	CS16309	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; strong, but not complete impact on pollen function; short pollen tube growth, failing to exit the style."	
HAP30	CS16334	"Distorted segregation, affecting the male gametophyte (MG) and the female gametophyte (FG), complete elimination of the function of the FG while having a mild impact on MG function; pollen tube growth path appears normal, yet tubes fail to enter the micropyle."	
HAP31	CS16335	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; pollen tube growth in ovary is short, but pollen tubes target the ovules they reach."	
HAP7	CS16313	"Distorted segregation, male gametophyte and female gametophyte are severely affected; short pollen tube growth, failing to exit the style."	
HAP9	CS16315	"Distorted segregation, reduced transmission through the male gametophyte, does not appreciably affect the female gametophyte; strong, but not complete impact on pollen function; short pollen tube growth, failing to exit the style."	
HAS	has	"Mutants display stunted growth, reduced plant height and small rosettes.  Their leaves are small and narrow with lobed blades and disrupted tissue organization."	19094025
HCA	hca	high cambial activity leading to a continuous ring of vascular tissues; leaves twisted and smaller; reduction in internode length; increased number of secondary stems; delay in development; reduced cell size; alterations in root formation	
IAE2	CS5289	semi-dominant; increased Ac excision	
JOE1	CS57949	"Overexpression of lox2 promoter reporters. Dependent upon coi1, kanamycin resistant."	
JOE2	CS57950	"Overexpression of lox2 promoter reporters. Dependent upon coi1, kanamycin resistant."	
JUE1	CS57951	"Under expression lox2 promoter reporters, kanamycin resistant; transgenic line with 1,800bp Lox2 (lipoxygenase 2) promoter separately driving expression of firefly Luciferase and GUS reporters and carrying the NPTII kanamycin resistance marker."	
JUE2	CS57952	"Under expression lox2 promoter reporters, kanamycin resistant; transgenic line with 1,800bp Lox2 (lipoxygenase 2) promoter separately driving expression of firefly Luciferase and GUS reporters and carrying the NPTII kanamycin resistance marker."	
KNS1	kns1	"Other than the pollen abnormality there is no visible phenotype. Exine structures collapsed, in which the tectum has disappeared and hte bacula was deformed into a globular protrusion. A number of microspores collapsed adn their contents leaked into locules.Small, distorted mature pollen grains."	18779216
KNS10	kns10	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
KNS11	kns11	"Other than the pollen abnormality there is no visible phenotype. Exine structures collapsed, in which no normal tectum or bacula were identified. A number of microspores collapsed and their contents leaked into locules. Small, distorted mature pollen grains. Pollen is sterile."	18779216
KNS12	kns12	"Defect specific to pollen exine layer. Dense baculae and a small, fractured tectum. Some pollen grains were distorted. pollen is fully fertile"	18779216
KNS3	kns3	"Defect specific to pollen exine layer. Abnormal baculae distribution. Higher number of baculae than WT. Tectum barely visible and nexine I looks discontinuous. A thick layer between nexine I and plasma membrane, where nexine II and intine will form, was also observed. Some distorted pollen grains observed. Fully fertile."	18779216
KNS5	kns5	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
KNS6	kns6	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
KNS7	kns7	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
KNS8	kns8	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
KNS9	kns9	"Defects are specific to pollen. Pollen tectum formation is perturbed. Tectum is broken, exposing the baculae. Overall swize, shape and fertility of pollen grains were comparable to WT."	18779216
LC	CS251	light green cotyledons and leaves.	
LIT	lit-1	Callus-induced roots from the mutant displayed the mutant phenotype when they grew under restrictive conditions. All the mutants responded to a gravitropic stimulus in a manner similar to wild type although the change of the direction of growth was slower than wild type.	7743935
LIT	lit-1	"When grown on soil, the mutant exhibited reduced growth and smaller leaves."	7743935
LMS1	CS9611	Leptosphaeria maculans Alternaria brassicicola and Botrytis cinerea susceptible; ethylene-sensitive shoot; ethylene-insensitive root; glucose/sucrose insensitive germination; early flowering and senescence	
LMS10	CS9620	Leptosphaeria maculans susceptible	
LMS11	CS9621	"Leptosphaeria maculans susceptible (Bohman et al., 2004). Elongated petioles, loss of erecta-phenotype, very serrated and epinastic leaves in high humidity and low light"	
LMS12	CS9622	weak Leptosphaeria maculans susceptible	
LMS2	CS9612	Leptosphaeria maculans susceptible; reduced fertility	
LMS3	CS9613	Leptosphaeria maculans susceptible	
LMS4	CS9614	Leptosphaeria maculans susceptible	
LMS5	CS9615	Leptosphaeria maculans susceptible; auxin-insensitive roots.	
LMS6	CS9616	Leptosphaeria maculans susceptible; yellow seed	
LMS7	CS9617	Leptosphaeria maculans susceptible	
LMS8	CS9618	Leptosphaeria maculans susceptible	
LMS9	CS9619	Leptosphaeria maculans susceptible	
LPI1	lpi1	"Insensitive to the primary root growth inhibition caused by low phosphorous.The aerial parts are phenotypically similar to the wild type, except that these plants flowered 3-5 days earlier than wild type plants. Have normal root elongation and cell division."	16443695
LPI2	lpi2	"Insensitive to the primary root growth inhibition caused by low phosphorous.The aerial parts are phenotypically similar to the wild type, except that these plants flowered 3-5 days earlier than wild type plants. Have normal root elongation and cell division."	16443695
LPI3	lpi3	"Insensitive to the primary root growth inhibition caused by low phosphorous.The aerial parts are phenotypically similar to the wild type, except that these plants flowered 3-5 days earlier than wild type plants. Have normal root elongation and cell division."	16443695
LPI4	lpi4	"Insensitive to the primary root growth inhibition caused by low phosphorous.The aerial parts are phenotypically similar to the wild type, except that these plants flowered 3-5 days earlier than wild type plants. Have normal root elongation and cell division."	16443695
LU	CS3267	center of rosette yellow-green.	
LU	CS4646	"transparent testa, chlorina, anthocyanin less"	
LU	CS73	"center of rosette yellow-green, like chlorina in appearance."	
LY	CS252	"light green leaves, reduced plant height, increased development of rosette inflorescence, determinate inflorescence, looks like terminal flower."	
MER	CS3940	Strong allele; compact inflorescence like in erecta (er) until additional flowers seen in er are suppressed upon first flowering; pedicels are longer than in wt; reduced apical dominance; reduced fertility; short plants.	
MIN	CS74	"semi-dwarf, gray-green leaves."	
MOP2	mop2-1	deficiencies in post-transcriptional regulation of PIN genes. Defects in auxin-controlled growth responses as well as root and shoot development	17651372
MOP2	mop3-1	deficiencies in post-transcriptional regulation of PIN genes. Defects in auxin-controlled growth responses as well as root and shoot development	
MUR11	CS8579	"reduced amounts of rhamnose, fucose and xylose in cell wall material; increased amount of cell wall-derived mannose; slight reduction in vigor."	
MUR6	CS8573	arabinose content in leaf polysaccharides reduced to approximately 70 percent of wild type; no visible phenotypic effect.	
MUR7	CS8574	arabinose content in leaf polysaccharides reduced to approximately 65 percent of wild type; slight reduction in apical dominance.	
MUR8	CS8575	rhamnose content in leaf polysaccharides reduced to approximately 65 percent of wild type; slight delay in flowering.	
MUR9	CS8576	reduced amounts of xylose and fucose in cell wall material; very slow growth; chlorotic appearance.	
PAD5	CS3807	"reduced camalexin synthesis in response to infection; stock segregating for gl1-1 (lacks trichomes on stems and leaves, some trichomes in leaf margins)."	
PDE101	CS65291	pigment defective embryo; albino embryo.	
PDE103	CS65292	pigment defective embryo; pale mature embryo.	
PDE106	CS65293	pigment defective embryo; albino embryo.	
PDE107	CS65294	pigment defective embryo; pale mature embryo.	
PDE109	CS65295	pigment defective embryo; pale mature embryo.	
PDE110	CS65296	pigment defective embryo; albino embryo.	
PDE112	CS65297	pigment defective embryo; pale mature embryo.	
PDE113	CS65298	pigment defective embryo; pale mature embryo.	
PDE114	CS65299	pigment defective embryo; albino embryo.	
PDE115	CS65300	pigment defective embryo; albino embryo.	
PDE116	CS65301	pigment defective embryo; pale mature embryo.	
PDE117	CS65302	pigment defective embryo; albino embryo.	
PDE118	CS65303	pigment defective embryo; albino embryo.	
PDE119	CS65304	pigment defective embryo; pale mature embryo.	
PDE123	CS65305	pigment defective embryo; pale mature embryo.	
PDE124	CS65306	pigment defective embryo; albino embryo.	
PDE128	CS65307	pigment defective embryo; pale mature embryo.	
PDE130	CS65308	pigment defective embryo; pale mature embryo.	
PDE131	CS65309	pigment defective embryo; pale mature embryo.	
PDE133	CS65310	pigment defective embryo; pale mature embryo.	
PDE134	CS65311	pigment defective embryo; albino embryo.	
PDE136	CS65312	pigment defective embryo; albino embryo.	
PDE137	CS65313	pigment defective embryo; albino embryo.	
PDE138	CS65314	pigment defective embryo; pale mature embryo.	
PDE139	CS65315	pigment defective embryo; albino embryo.	
PDE140	CS65316	pigment defective embryo; albino embryo.	
PDE141	CS65317	pigment defective embryo; pale mature embryo.	
PDE142	CS65318	pigment defective embryo; pale mature embryo.	
PDE143	CS65319	pigment defective embryo; albino embryo.	
PDE144	CS65320	pigment defective embryo; pale mature embryo.	
PDE145	CS65321	pigment defective embryo; pale mature embryo.	
PDE146	CS65322	pigment defective embryo; pale mature embryo.	
PDE147	CS65323	pigment defective embryo; pale mature embryo.	
PDE148	CS65324	pigment defective embryo; albino embryo.	
PDE150	CS65325	pigment defective embryo; pale mature embryo.	
PDE151	CS65326	pigment defective embryo; albino embryo.	
PDE152	CS65327	pigment defective embryo; albino embryo.	
PDE153	CS65328	pigment defective embryo; albino embryo.	
PDE154	CS65329	pigment defective embryo; pale mature embryo.	
PDE155	CS65330	pigment defective embryo; pale mature embryo.	
PDE156	CS65331	pigment defective embryo; pale mature embryo.	
PDE157	CS65332	pigment defective embryo; albino embryo.	
PDE158	CS65333	pigment defective embryo; pale mature embryo.	
PDE159	CS65334	pigment defective embryo; pale mature embryo.	
PDE162	CS65335	pigment defective embryo; albino embryo.	
PDE163	CS65336	pigment defective embryo; pale mature embryo.	
PDE165	CS65337	pigment defective embryo; pale mature embryo.	
PDE167	CS65338	pigment defective embryo; pale mature embryo.	
PDE169	CS65339	pigment defective embryo; pale mature embryo.	
PDE171	CS65340	pigment defective embryo; pale mature embryo.	
PDE172	CS65341	pigment defective embryo; albino embryo.	
PDE173	CS65342	pigment defective embryo; pale mature embryo.	
PDE175	CS65343	pigment defective embryo; pale mature embryo.	
PDE176	CS65344	pigment defective embryo; albino embryo.	
PDE177	CS65345	pigment defective embryo; albino embryo.	
PDE179	CS65346	pigment defective embryo; albino embryo.	
PDE180	CS65347	pigment defective embryo; albino embryo.	
PDE182	CS65348	pigment defective embryo; albino embryo.	
PDE183	CS65349	pigment defective embryo; pale mature embryo.	
PDE185	CS65350	pigment defective embryo; albino embryo.	
PDE187	CS65351	pigment defective embryo; albino embryo.	
PDE189	CS65352	pigment defective embryo; pale mature embryo.	
PDE192	CS65353	pigment defective embryo; albino embryo.	
PDE195	CS65354	pigment defective embryo; albino embryo.	
PDE198	CS65355	pigment defective embryo; albino embryo.	
PDE199	CS65356	pigment defective embryo; albino embryo.	
PDE200	CS65357	pigment defective embryo; albino embryo.	
PDE202	CS65358	pigment defective embryo; albino embryo.	
PDE203	CS65359	pigment defective embryo; pale mature embryo.	
PDE204	CS65360	pigment defective embryo; pale mature embryo.	
PDE206	CS65361	pigment defective embryo; albino embryo.	
PDE207	CS65362	pigment defective embryo; albino embryo.	
PDE211	CS65363	pigment defective embryo; pale mature embryo.	
PDE212	CS65364	pigment defective embryo; albino embryo.	
PDE213	CS65365	pigment defective embryo; pale mature embryo.	
PDE214	CS65366	pigment defective embryo; albino embryo.	
PDE215	CS65367	pigment defective embryo; albino embryo.	
PDE216	CS65368	pigment defective embryo; albino embryo.	
PDE217	CS65369	pigment defective embryo; pale mature embryo.	
PDE219	CS65370	pigment defective embryo; albino embryo.	
PDE220	CS65371	pigment defective embryo; albino embryo.	
PDE221	CS65372	pigment defective embryo; albino embryo.	
PDE222	CS65373	pigment defective embryo; pale mature embryo.	
PDE224	CS65374	pigment defective embryo; albino embryo.	
PDE227	CS65375	pigment defective embryo; albino embryo.	
PDE228	CS65376	pigment defective embryo; albino embryo.	
PDE231	CS65377	pigment defective embryo; albino embryo.	
PDE232	CS65378	pigment defective embryo; albino embryo.	
PDE233	CS65379	pigment defective embryo; pale mature embryo.	
PDE234	CS65380	pigment defective embryo; pale mature embryo.	
PDE235	CS65381	pigment defective embryo; pale mature embryo.	
PDE236	CS65382	pigment defective embryo; albino embryo.	
PDE238	CS65383	pigment defective embryo; albino embryo.	
PDE239	CS65384	pigment defective embryo; pale mature embryo.	
PDE241	CS65385	pigment defective embryo; albino embryo.	
PDE244	CS65386	pigment defective embryo; pale mature embryo.	
PDE245	CS65387	pigment defective embryo; albino embryo.	
PDE248	CS65388	pigment defective embryo; albino embryo.	
PDE250	CS65389	pigment defective embryo; albino embryo.	
PDE252	CS65390	pigment defective embryo; pale mature embryo.	
PDE253	CS65391	pigment defective embryo; albino embryo.	
PDE254	CS65392	pigment defective embryo; pale mature embryo.	
PDE256	CS65393	pigment defective embryo; pale mature embryo.	
PDE257	CS65394	pigment defective embryo; pale mature embryo.	
PDE258	CS65395	pigment defective embryo; pale mature embryo.	
PDE259	CS65396	pigment defective embryo; albino embryo.	
PDE260	CS65397	pigment defective embryo; pale mature embryo.	
PDE261	CS65398	pigment defective embryo; albino embryo.	
PDE262	CS65399	pigment defective embryo; albino embryo.	
PDE263	CS65400	pigment defective embryo; albino embryo.	
PDE264	CS65401	pigment defective embryo; albino embryo.	
PDE265	CS65402	pigment defective embryo; albino embryo.	
PDE266	CS65403	pigment defective embryo; albino embryo.	
PDE267	CS65404	pigment defective embryo; albino embryo.	
PDE268	CS65405	pigment defective embryo; pale mature embryo.	
PDE269	CS65406	pigment defective embryo; albino embryo.	
PDE270	CS65407	pigment defective embryo; pale mature embryo.	
PDE271	CS65408	pigment defective embryo; pale mature embryo.	
PDE272	CS65409	pigment defective embryo; pale mature embryo.	
PDE273	CS65410	pigment defective embryo; albino embryo.	
PDE274	CS65411	pigment defective embryo; albino embryo.	
PDE275	CS65412	pigment defective embryo; albino embryo.	
PDE276	CS65413	pigment defective embryo; pale mature embryo.	
PDE278	CS65414	pigment defective embryo; albino embryo.	
PDE279	CS65415	pigment defective embryo; albino embryo.	
PDE280	CS65416	pigment defective embryo; albino embryo.	
PDE281	CS65417	pigment defective embryo; albino embryo.	
PDE284	CS65418	pigment defective embryo; pale mature embryo.	
PDE285	CS65419	pigment defective embryo; albino embryo.	
PDE289	CS65420	pigment defective embryo; pale mature embryo.	
PDE295	CS65421	pigment defective embryo; albino embryo.	
PDE297	CS65422	pigment defective embryo; albino embryo.	
PDE298	CS65423	pigment defective embryo; albino embryo.	
PDE302	CS65424	pigment defective embryo; albino embryo.	
PDE303	CS65425	pigment defective embryo; albino embryo.	
PDE304	CS65426	pigment defective embryo; pale mature embryo.	
PDE306	CS65427	pigment defective embryo; pale mature embryo.	
PDE307	CS65428	pigment defective embryo; pale mature embryo.	
PDE308	CS65429	pigment defective embryo; albino embryo.	
PDE350	CS65430	pigment defective embryo; albino embryo.	
PMR1	CS3855	"unable to support normal growth of the powdery mildew pathogen, Erysiphe cichoracearum; does not constitutively express PR1, does not form lesions in response to pathogen attack; highly specific resistance for powdery mildew, susceptible even to a closely related powdery mildew Erysiphe orontii; resistance is correlated with approximately 1.7-fold more PR1 message than wild type, suggesting that the salicylic acid pathway may play a role in mediating resistance; pleiotropic phenotype, defective in pollen tube growth or guidance."	
PMR3	CS3857	"unable to support normal growth of the powdery mildew pathogen, Erysiphe cichoracearum; does not constitutively express PR1; does not form lesions in response to pathogen attack; highly specific resistance for powdery mildew; accumulates lower levels of PR1 mRNA than wild type; pleiotropic phenotype, conditional dwarf."	
PNT2	CS6121	embryo defective; embryos are radially swollen with reduced cellulose content; mature seeds have somewhat peanut-fruit shape; segregation distortion due to a reduced transmission through pollen.	
PNT3	CS6122	embryo defective; embryos are radially swollen with reduced cellulose content; mature seeds have somewhat peanut-fruit shape; segregation distortion due to a reduced transmission through pollen.	
PNT4	CS6123	embryo defective; embryos are radially swollen with reduced cellulose content; mature seeds have somewhat peanut-fruit shape; segregation distortion due to a very reduced transmission through pollen.	
PSV	CS253	"light green cotyledons and leaves, numerous short rosette inflorescences, inflorescences with one or more umbels (cluster of flowers originating from about the same point)."	
PUP3	CS6569	"Defective in acid phosphatase (APase) secretion but otherwise respond normally to phosohorus (P) deficiency; reduced APase activity from root exudates and other tissues; has 49%, 38%, and 37% less specific APase activity in exudates, roots, and shoots, respectively; defective in the activity of some APase Activity Isoforms; when provided inorganic P in solution, plants accumulate P normally, but when grown in a substrate containing organic P, plants accumulate less shoot P."	
RD	CS254	"broad, round leaves with short petioles."	
RDO1	CS161	reduced dormancy; does not require GA; high capacity for dark germination; freshly harvested seeds will germinate; embryo determined (not a maternal effect).	8587986
RDO1	CS6132	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
RDO1	CS6133	"Double mutant, reduced seed dormancy determined by the embryo; ability to germinate as freshly harvested seeds; lack of additive effect of each of the individual monogenic mutants; single mutants show rather different pleiotropic effects; high capacity to germinate in darkness."	8587986
RDO1	CS6134	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
RDO3	CS6133	"Double mutant, reduced seed dormancy determined by the embryo; ability to germinate as freshly harvested seeds; lack of additive effect of each of the individual monogenic mutants; single mutants show rather different pleiotropic effects; high capacity to germinate in darkness."	8587986
RDO3	CS6135	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; high capacity to germinate in darkness."	8587986
RDO3	CS6137	Reduced seed dormancy determined by the embryo; ability to germinate as freshly harvested seeds; high capacity to germinate in darkness; reduced sensitivity to gibberellin biosynthesis inhibitors compared to wt (indicating a reduced gibberellin requirement);  plants exhibit a slightly darker green color and a flattened top of the inflorescence compared to wt.	
RDO3	CS6138	"Double mutant, reduced seed dormancy determined by the embryo; increased ability to germinate as freshly harvested seeds compared to each of the monogenic mutants; cumulative effect of the individual mutations suggest that they control different pathways; weak capacity  to germinate in darkness."	
RIB1	rib1	Seedlings have shorter primary roots and increased numbers of lateral roots compared to Nossen wild type.  Adults were indistinguishable from wild type in terms of shoot length and secondary inflorescence formation.  Hypocotyl and root IBA basipetal transport are decreased.  Root acropetal IBA transport is increased.	16258013
RSW13	CS16364	Seedlings show strong swelling behind the root tip and also hypocotyl swelling; the phenotype is present at 20C but enhanced at 30C; floral stigma often protrudes beyond much reduced petals; modest reduction in cellulose; increased monosaccharides derived from non-cellulosic polysaccharides.	
SIL2	CS1896	"yellow seeds, kanamycin resistant and hygromycin sensitive."	
SIN2	CS3945	"Short or absent integuments on ovules, growth of both integuments arrest shortly after initiation; subtle pleiotropic effects observed in the gynoecia (pistils) and sepals of flowers: most pistils have a cleft stigma in the axis of one of the valves, valve on the cleft side of the stigma commonly bears an outgrowth ('bump'), sepal margins are jagged, consisting of few small rounded cells, especially toward the tips; complete female sterility; slightly slow growth rate."	
SIN2	CS68694	"Female-sterile, aberrant ovules, short integuments, cleft stigma."	
STA	an-EM1 sta-23	Unbranched trichomes.	11889034
STA	frc1-1 sta-23	Cumulative phenotype compared to both single mutants.	10572032
STA	frc1-1 sta-23	Phenotype not described.	10572032
STA	frc2-1 sta-23	Produces mostly two-branched trichomes.	10572032
STA	frc3-1 sta-23	Cumulative phenotype compared to both single mutants.	10572032
STA	frc3-1 sta-23	Nearly 60% of trichomes are unbranched.	10572032
STA	frc4-1 sta-23	Produces approximately 80% unbranched and 20% two-branched trichomes.	10572032
STA	frc4-1 sta-23	Severely stunted and infertile.	10572032
STA	gl-3 sta-23	Most double mutant plants have no branch points (about 37% have one branch point).	9367433
STA	sta-23	Does not produce unbranched trichomes.	10572032
STA	sta-23	Produces mostly two-branched trichomes.	10572032
STA	sta-23	Slow-growing plant with decreased fertility.	10572032
STA	sta-23	Trichomes show strikingly different proportions with a long stalk and two short branches. The branch point is slightly lower than the secondary branch point in wild type but significantly higher than in an mutants. The two branches are arranged with an angle of 85 degrees. No obvious orientation of the two branches relative to the leaf axis is observed.	9367433
STA	sta-23 nok-122	Develops between two and four branch points.	9367433
STA	try-EM1 sta-23	Trichomes have two or three branch points.	9367433
STP1	CS8071	"suppression of rate of elongation in rapidly elongating cells; slow rate of cell number increase in roots; organs shorter and thinner than wild type; leaves sometimes dark; cotyledons prone to anthocyanin production when grown on plates; small, somewhat asymmetric, curled and twisted leaves; rosette 2.5 cm. diameter; somewhat reduced apical dominance, depending on growth conditions; growth of roots, but not cultured or regenerating cells, much less responsive to cytokinins than WT"	
SUS3	CS84716	"elongated, altered suspensor; white seeds; white embryo; 21.8% mutant; 53.6% aborted seeds in top half of silique."	
SUZ1	suz1	No visible phenotype.	10375500
SUZ1	suz1 zwi-3	Male sterile.	10375500
SUZ1	suz1 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
SUZ2	suz2	Trichomes have more branches than those of wild type plants.	10375500
SUZ2	suz2 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
SUZ2	suz2 zwi-9311-11	Fails to suppress the zwi phenotype.	10375500
SUZ2	suz2 zwi-W2	Fails to suppress the zwi phenotype.	10375500
SUZ3	suz3	No visible phenotype.	10375500
SUZ3	suz3 zwi-3	"Produces a significant number of three-branched trichomes. However, the branches may not always be of the correct size or shape, and one or more of the branches might be twisted, bent or shorter than their wild-type counterparts. The short stalk defect remains the same as in the zwi-3 single mutant."	10375500
TH3	CS81	"true leaves of unsupplemented plants yellow-green, somewhat variegated."	
TITANA	CS65287	embryo defective; terminal embryo phenotype: preglobular stage.	
TITANB	CS65288	embryo defective; terminal embryo phenotype: preglobular stage.	
TITAND	CS65289	embryo defective; terminal embryo phenotype: transition stage.	
TITANE	CS65290	embryo defective; terminal embryo phenotype: preglobular/globular stage.	
TNI	tni-1	"Leaves are larger, rounder and curve upward compared to wild type. Leaf lamina are cup shaped. Increased branding of trichomes."	25711708
TTN2	CS84718	"enlarged endosperm nuclei early in development, the number of endosperm nuclei and the extent of nuclear enlargement is somewhat reduced relative to ttn1, endosperm remains in a free nuclear state throghout development, average number of nucleoli is increased; mutant embryo is composed of several small cells; immature seeds are filled with a watery endosperm and have a glassy appearance, small seeds, does not contain the patches of green tissue (enlarged masses of endosperm cytoplasm) found in ttn1 seeds; embryo lethal, cellular degeneration of the embryo begins earlier in development than in ttn1 seeds, often around the heart stage; developmental arrest of embryos occurs at preglobular stage; white seeds prior to dessication; 28.1% mutant seeds in heterozygous siliques; 48.7% aborted seeds in top half of silique"	
TTN4	CS16076	"embryo defective; enlarged endosperm nuclei, immature seeds are filled with a watery endosperm and have a glassy appearance."	
TWN1	CS23886	"Incomplete penetrance and highly variable phenotypein mutant embryos. About 8 % of seeds contain embryos that display suspensor proliferation or polyembryony;  Some twin embryos are viable and germinate.  In addition to twinning, some embryos show variable defects in the embryo proper early in embryogenesis.  Cotyledon defects are present in about 10% of embryos/seedlings and occur independent of twinning. Defects in cotyledons/leaf organization do not extend into post-embryonic development beyond the first leaf pair. Mutant phenotype(s) appears to be embryo-specific."	
UPS1	CS6582	"Reduced expression of phosphoribosylanthranilate transferase, a tryptophan biosynthetic enzyme; defective in a wide range of defence responses; after infection with Pseudomonas syringae or Botrytis cinerea, the expression of genes regulated by both the salicylic acid and jasmonic acid/ethylene pathways is reduced in ups1 compared with wild type; greatly reduced  Camalexin accumulation after infection with these two pathogens, as well as after amino acid starvation or oxidative stress; reactive oxygen species (ROS)-mediated gene expression is also compromised indicating that this mutant is defective in signalling pathways activated in response to both biotic and abiotic stress."	
VAL1	CS3730	"strong allele; valine resistant; decreased sensitivity of acetolactate synthase (ALS) to the branched-chain amino acids, valine, leucine and isoleucine; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
VI	CS3196	"somewhat compact plants; numerous, round, dark-green rosette leaves; short plants."	
VI	CS3261	"dark green, round rosette leaves."	
VI	CS3326	"dark green and round rosette leaves, 4.5 m.u. from gl-1."	
VI	Viridis V-20	Increase in free-maltose content in leaves.	
VI	Viridis V-20	"Reduction in chlorophyll a and b content (7% and 34%, respectively)."	
VI	Viridis V-20	"Reduction in free-sugar content (glucose, fructose and lactose)."	
VR2	CS3141	"lacks trichomes on stems and leaves, virescent (yellowish plants), erecta phenotype."	
XAV	CS223	"yellow seedling lethal, heterozygote light green."	
XTC1	CS3812	"first one or two leaves transformed into cotyledons (smaller than cotyledons, often irregular in shape, have few or no trichomes and have a simple venation pattern); true cotyledons often misshappen; small rosettes; reduced plant height; inflorescence stem lacks epicuticular wax (cer phenotype); flower buds open prematurely; reduced female fertility; delayed embryogenesis at globular-to-heart transition."	
XTC2	CS3813	"first one or two leaves transformed into cotyledons (smaller than cotyledons, irregular in shape, have few or no trichomes and have a simple venation pattern); true cotyledons slightly misshappen; semi-sterile due to poor pollen production or increased carpel number preventing carpel fusion;  delayed embryogenesis at globular-to-heart transition."	
XV	CS3133	"yellow-green cotyledons, leaf margins yellow, small plants."	
XV	CS3144	"yellow-green cotyledons, leaf margins yellow; narrow leaves."	
XV	CS3292	"yellow-green cotyledons, leaf margins yellow; delayed flowering"	
XV	CS3328	"yellow-green cotyledons, leaf margins yellow; delayed flowering (ca. 3-4x), large rosettes with numerous rounded leaves; lacks trichomes on stems and leaves, some trichomes in leaf margins."	
YI	CS91	yellowish flower buds; yellow-gray sharp leaves.	