"AU"	"TI"	"PY"	"SO"	"VL"	"BP"	"DI"	"CR"
"Morland F., Ewen J.G., Simons M.J.P., Brekke P., Hemmings N."	"Early-life telomere length predicts life-history strategy and reproductive senescence in a threatened wild songbird"	"2023"	"Molecular Ecology"	"32"	NA	"10.earlylifetelomerelengthpredictslifehistorystrategyandreproductivesenescenceinathreatenedwildsongbird"	"Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.phenotypicplasticityinadultlifehistorystrategiescompensatesforapoorstartinlifeintrinidadiangu; 10.environmentalconditionsduringearlylifeacceleratetherateofsenescenceinashortlivedpasserinebird; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthinhousesparrowsincreasesinearlylifeandcanbepaternallyinheritedecoevorxiv; 10.numbertradeoffwhenaginginsightsfromreproductivesenescencepatternsinmarmots; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.reproductiveeffortacceleratesactuarialsenescenceinwildbirdsanexperimentalstudy; 10.theformsandfitnesscostofsenescenceagespecificrecapturesurvivalreproductionandreproductivevalueinawildbirdpopulation; 10.evolutionofextremematingbehaviourpatternsofextrapairpaternityinaspecieswithforcedextrapaircopulation; 10.behavioralecologyandsociobiology; 10.determinantsofmalefloatingbehaviourandfloaterreproductioninathreatenedpopulationofthehihi; 10.glmmtmbbalancesspeedandflexibilityamongpackagesforzeroinflatedgeneralizedlinearmixedmodeling; 10.multilocusandsinglelocusdnafingerprinting; 10.moleculargeneticanalysisofpopulationsapracticala; 10.oxforduniversitypresscapillalasherasp; 10.environmentalconditionsbutnotnestcompositionaffectreproductivesuccessinanurbanbird; 10.telomeremeasurementbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.populationpositionalongthefast–slowlifehistorycontinuumpredictsintraspecificvariationinactuarialsenescence; 10.effectsofweatherandpopulationdensityonreproductivesuccessandpopulationdynamicsinasongsparrow; 10.agerelationshipswithtelomerelengthbodyweightandbodylengthinwilddugong; 10.reproductiveagingandtelomeresarewomenandmenequallyaffected; 10.mechanismsofageinganddevelopment; 10.ageingwithasilverspoonametaanalysisoftheeffectofdevelopmentalenvironmentonsenescence; 10.; 10.rainyspringslinkedtopoornestlinggrowthinadecliningavianaerialinsectivore; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.vertebratetimetreeelucidatesthebiogeographicpatternofamajorbioticchangearoundthek–; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.canthreatenedspeciesadaptinarestoredhabitatnoexpectedevolutionaryresponseinlaydateforthenewzealandhihi; 10.determinantsoftelomerelengthacrosshumantissues; 10.hotanddryconditionspredictshorternestlingtelomeresinanendangeredsongbirdimplicationsforpopulationpersistence; 10.proceedingsofthenationalacademyofsciences; Eastwood J.R. Dupoué A. Delhey K. Verhulst S. Cockburn A. Peters A., 2023, Molecular Ecology, 32, 1, DOI 10.whendoesearlylifetelomerelengthpredictsurvivalacasestudyandmetaanalysis; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.maleprovisioningisnegativelycorrelatedwithattemptedextrapaircopulationfrequencyinthestitchbird; Froy H. Underwood S.L. Dorrens J. Seeker L.A. Watt K. Wilbourn R.V. Pilkington J.G. Harrington L. Pemberton J.M. Nussey D.H., 2021, Proceedings of the National Academy of Sciences of the United States of America, 118, 22, DOI 10.heritablevariationintelomerelengthpredictsmortalityinsoaysheep; 10.proceedingsofthenationalacademyofsciences; 10.generationtimemeasuresthetradeoffbetweensurvivalandreproductioninalifecycle; 10.ontheusesofdataonlifetimereproductivesuccess; 10.universityofchicagopressgustafssonl; 10.accelerationofsenescenceinthecollaredflycatcherficedulaalbicollisbyreproductivecosts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.individualqualityearlylifeconditionsandreproductivesuccessincontrastedpopulationsoflargeherbivores; 10.; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.reproductivesenescenceinfemalesoaysheepvariationacrosstraitsandcontributionsofindividualageingandselectivedisa; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; Heidinger B.J. Kucera A.C. Kittilson J.D. Westneat D.F., 2021, Proceedings of the Royal Society B: Biological Sciences, 288, 17, DOI 10.longertelomeresduringearlylifepredicthigherlifetimereproductivesuccessinfemalesbutnotmales; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthofkakapoandothernewzealandbirdsassessmentofmethodsanda; 10.anoptimisedstepbystepprotocolformeasuringrelativetelomerelength; 10.senescenceratesaredeterminedbyrankingonthefast–; 10.telomerelengthpredictsembryofragmentationafterinvitrofertilizationinwomen—towardatelomeretheoryofreproductiveaginginwomen; 10.americanjournalofobstetricsandgynecology; 10.theevolutionofageingandlongevity; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.evolutionofsenescencelatesurvivalsacrificedforreproduction; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.earlylatelifetradeoffsandtheevolutionofageinginthewild; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.reproductivesenescencenewperspectivesinthewild; 10.agespecificsurvivalinfivepopulationsofungulatesevidenceofsenescence; 10.usingregressiontreestopredictpatternsofmaleprovisioninginthestitchbird; 10.patternsofmortalityforeachlifehistorystageinapopulationoftheendangerednewzealandstitchbird; 10.intergenerationaleffectsonoffspringtelomerelengthinteractionsamongmaternalagestressexposureandoffspringsex; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.lifetimereproductivesuccessandheritabilityinnature; 10.fmorlandhihitelomereshihidatagithub; 10.httpsgithubcomfmorlandhihitelomeresdatasetmuozlorentema; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.therateofsenescenceinmaternalperformanceincreaseswithearlylifefecundityinreddeer; 10.environmentalconditionsinearlylifeinfluenceageingratesinawildpopulationofreddeer; 10.; 10.dohormonestelomerelengthsandoxidativestressformanintegratedphenotypeacasestudyinfreelivingtreeswallows; 10.integrativeandcomparativebiology; Pepke M.L. Eisenberg D.T.A., 2022, Molecular Ecology, 31, 13, DOI 10.onthecomparativebiologyofmammaliantelomerestelomerelengthcoevolveswithbodymasslifespanandcancerrisk; 10.longtermfitnessconsequencesofearlyenvironmentinalonglivedungulate; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.impactofovarianaginginreproductionfromtelomeresandmicemodelstoovarianrejuvenation; 10.theyalejournalofbiologyandmedicine; 10.reproductivesenescenceinalonglivedseabirdratesofdeclineinlatelifeperformanceareassociatedwithvaryingcostsofearlyreproduction; 10.causesofmortalityinanestlingpopulationoffreelivinghihi; 10.; 10.sexandtissuespecificdifferencesintelomerelengthinareptile; 10.; Sánchez-Montes G. Martínez-Solano Í. Díaz-Paniagua C. Vilches A. Ariño A.H. Gomez-Mestre I., 2020, Biology Letters, 16, 9, DOI 10.telomereattritionwithageinawildamphibianpopulation; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; 10.questioningcausalinvolvementoftelomeresinaging; 10.dynamicsoftelomerelengthinthechicken; 10.silverspoonupbringingimprovesearlylifefitnessbutpromotesreproductiveageinginawildbird; 10.borntobeyoungprenatalthyroidhormonesincreaseearlylifetelomerelengthinwildcollaredflycatchers; 10.doesreproductionshortentelomerestowardsintegratingindividualqualitywithlifehistorystrategiesintelomerebiology; 10.; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.; 10.birdswithhighlifetimereproductivesuccessexperienceincreasedtelomereloss; 10.heritabilityoffitnesscomponentsinawildbirdpopulation; 10.thevalueoflongtermecologicalresearchintegratingknowledgeforconservationofhihiontiritirimatangiisland; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.isdegreeofsocialityassociatedwithreproductivesenescenceacomparativeanalysisacrossbirdsandmammals; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.asilverspoonforagoldenfuturelongtermeffectsofnataloriginonfitnessprospectsofoystercatchers; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.heterogeneitysrusessomesurprisingeffectsofselectiononpopulationdynamics; Vedder O. Moiron M. Bichet C. Bauch C. Verhulst S. Becker P.H. Bouwhuis S., 2022, Molecular Ecology, 31, 29, DOI 10.telomerelengthisheritableandgeneticallycorrelatedwithlifespaninawildbird; 10.humanmadestructuresvegetationandweatherinfluenceferruginoushawkbreedingperformance; 10.thejournalofwildlifemanagement; 10.theoptimalclutchsizerevisitedseparatingindividualqualityfromthecostsofreproduction"
"Eastwood J.R., Dupoué A., Delhey K., Verhulst S., Cockburn A., Peters A."	"When does early-life telomere length predict survival? A case study and meta-analysis"	"2023"	"Molecular Ecology"	"32"	"1"	"10.whendoesearlylifetelomerelengthpredictsurvivalacasestudyandmetaanalysis"	"10.doesoxidativestressshortentelomeresinvivoametaanalysis; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.gapdhasacontrolgenetoestimategenomecopynumberingreattitswithcrossamplificationinbluetits; 10.fittinglinearmixedeffectsmodelsusinglme; 10.kinshipandfamiliaritymitigatecostsofsocialconflictbetweenseychelleswarblerneighbors; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.structureandfunctionoftelomeres; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.multilocusandsinglelocusdnafingerprinting; 10.moleculargeneticanalysisofpopulationsapracticala; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.demographyofmalereproductivequeuesincooperativelybreedingsuperbfairywrensmaluruscyaneus; 10.divorcedispersalandincestavoidanceinthecooperativelybreedingsuperbfairywrenmaluruscyaneus; 10.canwemeasurethebenefitsofhelpincooperativelybreedingbirdsthecaseofsuperbfairywrensmaluruscyaneus; 10.agingandsenescenceacrossreproductivetraitsandsurvivalinsuperbfairywrens; 10.broodsizetelomerelengthandparentoffspringcolorsignalinginbarnswallows; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.naturereviewsmolecularcellbiology; 10.dispersalphilopatryandinfidelitydissectinglocalgeneticstructureinsuperbfairywrens; 10.hotanddryconditionspredictshorternestlingtelomeresinanendangeredsongbirdimplicationsforpopulationpersistence; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.increasingtheaccuracyandprecisionofrelativetelomerelengthestimatesbyrtqpcr; 10.effectsofdevelopmentalstressonanimalphenotypeandperformanceaquantitativereview; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; Froy H. Underwood S.L. Dorrens J. Seeker L.A. Watt K. Wilbourn R.V. Pilkington J.G. Harrington L. Pemberton J.M. Nussey D.H., 2021, Proceedings of the National Academy of Sciences of the United States of America, 118, 22, DOI 10.heritablevariationintelomerelengthpredictsmortalityinsoaysheep; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.artificiallightatnightdoesnotaffecttelomereshorteninginadevelopingfreelivingsongbirdafieldexperimentartificiallightatnightandtelomeredynamics; 10.mcmcmethodsformultiresponsegeneralizedlinearmixedmodelsthemcmcglmmrpackage; 10.generalquantitativegeneticmethodsforcomparativebiologyphylogeniestaxonomiesandmultitraitmodelsforcontinuousandcategoricalcharacters; 10.complexeffectsofhelperrelatednessonfemaleextrapairreproductioninacooperativebreeder; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; Heidinger B.J. Kucera A.C. Kittilson J.D. Westneat D.F., 2021, Proceedings of the Royal Society B: Biological Sciences, 288, 17, DOI 10.longertelomeresduringearlylifepredicthigherlifetimereproductivesuccessinfemalesbutnotmales; 10.proceedingsoftheroyalsocietybbiologicalsciences; Kärkkäinen T. Teerikorpi P. Panda B. Helle S. Stier A. Laaksonen T., 2019, Oecologia, 191, 15, DOI 10.impactofcontinuouspredatorthreatontelomeredynamicsinparentandnestlingpiedflycatchers; 10.temporalinstabilityofevidencebaseathreattopolicymaking; 10.methodcomparisonstudiesoftelomerelengthmeasurementusingqpcra; 10.shorterjuveniletelomerelengthisassociatedwithhighersurvivaltospawninginmigratoryatlanticsalmon; 10.brightbirdsarecautiousseasonallyconspicuousplumagepromptsriskavoidancebymalesuperbfairywrens; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.compensationforabadstartgrownowpaylater; 10.rotlanrpackagetointeractwiththeopentreeoflifedata; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.philosophicaltransactionsoftheroyalsocietyb; 10.natalandbreedingdispersalinacooperativeextragroupmatingbird; 10.helpersliberatefemalefairywrensfromconstraintsonextrapairmatechoice; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.methodsfortestingpublicationbiasinecologicalandevolutionarymetaanalyses; 10.metaevaluationofmetaanalysistena; 10.methodologicalissuesandadvancesinbiologicalmetaanalysis; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.eggcorticosteronecanstimulatetelomeraseactivityandpromotelongertelomeresduringembryodevelopment; 10.preferredreportingitemsforsystematicreviewsandmetaanalysesinecologyandevolutionarybiologyaprismaextension; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.apeanalysesofphylogeneticsandevolutioninrlanguage; 10.artificialsizeselectionexperimentrevealstelomerelengthdynamicsandfitnessconsequencesinawildpasserine; 10.testosteronetreatmentisimmunosu; 10.livingmaleswithhightestosteronearemoreimmunocompetent; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.testosteroneisinvolvedinacquisitionandmaintenanceofsexuallyselectedmaleplumageinsuperbfairywrensmaluruscyaneus; 10.behavioralecologyandsociobiology; 10.contrastingassociationsbetweennestlingtelomerelengthandpreandpostnatalhelperspresenceinacooperativelybreedingbird; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgrfoundationforstatisticalcomputingreicherts; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.declineintelomerelengthwithincreasingageacrossnonhumanvertebratesametaanalysis; 10.thephysiologylifehistorylifehistorynexus; Roast M.J. Eastwood J.R. Aranzamendi N.H. Fan M. Teunissen N. Verhulst S. Peters A., 2022, Royal Society Open Science, 9, 3, DOI 10.telomerelengthdeclineswithagebutrelatestoimmunefunctionindependentofageinawildpasserine; 10.aranceofgreattitswithshorttelomeresinurbanareas; 10.proceedingsoftheroyalsocietybbiologicalsciences; Sheldon E.L. Eastwood J.R. Teunissen N. Roast M.J. Aranzamendi N.H. Fan M. Louise Hall M. Kingma S.A. Verhulst S. Peters A., 2022, Molecular Ecology, 31, 6, DOI 10.telomeredynamicsinthefirstyearoflifebutnotlaterinlifepredictlifespaninawildbird; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.rptrrepeatabilityestimationandvariancedecompositionbygeneralizedlinearmixedeffectsmodels; 10.apackageforsurvivalanalysisinr; 10.httpscranrprojectorgpackagesurvivaltricolagm; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietyb; Ujvari B. Biro P.A. Charters J.E. Brown G. Heasman K. Beckmann C. Madsen T., 2017, Functional Ecology, 31, 36, DOI 10.curvilineartelomerelengthdynamicsinasquamatereptile; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.earlylifeconditionsimpactjuveniletelomerelengthbutdonotpredictlaterlifehistorylifehistorystrategiesorfitnessinawildvertebrate; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.telomereattritionandgrowthalifehistorylifehistoryframeworkandcasestudyincommonterns; 10.improvingcomparabilitybetweenqpcrbasedtelomerestudies; 10.conductingmetaanalysesinrwiththemetaforpackage; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.sexdifferencesinleucocytetelomerelengthinafreelivingmammal; 10.elegantgraphicsfordataanalysis; 10.tidyverseorgspringerverlagnewyorkwilbournrv; 10.therelationshipbetweentelomerelengthandmortalityriskinnonnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomereattritionpredictsreducedsurvivalinawildsocialbirdbutshorttelomeresdonot; 10.effectsofdevelopmentalconditionsongrowthstressandtelomeresinblackleggedkittiwakechicks"
"Hsu B.-Y., Cossin-Sevrin N., Stier A., Ruuskanen S."	"Prenatal thyroid hormones accelerate postnatal growth and telomere shortening in wild great tits"	"2023"	"Journal of Experimental Biology"	"226"	NA	"10.prenatalthyroidhormonesacceleratepostnatalgrowthandtelomereshorteninginwildgreattits"	"10.universalandrapidsaltextractionofhighqualitygenomicdnaforpcrbasedtechniques; 10.associationofleukocytetelomerelengthwithmortalityamongadultparticipantsin; 10.ultralongtelomeresshortenwithageinnestlinggreattitsbutarestaticinadultsandmaskattritionofshorttelomeres; 10.zetaassociationofthyroidfunctionwithlifeexpectancywithandwithoutcardiovasculardiseasetherotterdamstudy; 10.thyroidfunctionandlifeexpectancywithandwithoutnoncommunicablediseasesapopulationbasedstudy; 10.pathwayslinkingtheearlyenvironmenttolongtermhealthandlifespan; 10.fittinglinearmixedeffectsmodelsusinglme; 10.amigratorylifestyleisassociatedwithshortertelomeresinasongbird; 10.telomereattritionmetabolicregulationandsignallingfunction; 10.highthroughputavianmolecularsexingbysybrgreenbasedrealtimepcrcombinedwithmeltingcurveanalysis; 10.thyroidhormonesandmitochondriawithabrieflookatderivativesandanalogues; 10.effectofprenatalglucocorticoidsandthyroidhormonesondevelopmentalplasticityofmitochondrialaerobicmetabolismgrowthandsurvivalanexperimentaltestinwildgreattits; 10.telomeredynamicsfromhatchingtosexualmaturityandmaternaleffectsinthe‘; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.maledrivenevolutionofdnasequencesinbirds; 10.thefetalprogrammingoftelomerebiologyhypothesisanupdate; 10.amicroplateadaptationofthethiobarbituricacidreactivesubstancesassaytodeterminelipidperoxidationfluorometricallyinsmallsamplevolumes; 10.fetalprogrammingandadulthealth; 10.explainingdiscrepanciesinthestudyofmaternaleffectstheroleofcontextandembryo; 10.oximationandparametricbootstrapmethodsfortestsinlinearmixedmodelstherpackagepbkrtest; 10.telomeraseexpressionisdifferentiallyregulatedinbirdsofdifferinglifespan; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomerelengthinearlylifepredictslifespan; 10.maternalthyroidhormonesenhancehatchingsuccessbutdecreasenestlingbodymassintherockpigeon; 10.transientgrowthenhancingeffectsofelevatedmaternalthyroidhormonesatnoa; 10.rentoxidativecostduringearlypostnatalperiod; 10.betweenandwithinindividualvariationofmaternalthyroidhormonedepositioninwildgreattits; 10.testingforcontextdependenteffectsofprenatalthyroidhormonesonoffspringsurvivalandphysiologyanexperimentaltemperaturemanipulation; 10.environmentmigratorytendencyphylogenyandbasalmetabolicrateinbirds; 10.withinindividualrepeatabilityintelomerelengthametaanalysisinnonmammalianvertebrates; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.biomarkersofmitochondrialcontentinskeletalmuscleofhealthyyounghumansubjects; 10.thyroidhormonesincreaseliverandmusclethermogeniccapacityinthelittlebuntings; 10.; 10.prenatalstressandnewborntelomerelength; 10.thehypothalamicpituitarythyroid; 10.axisinbirdsanditsroleinbirddevelopmentandreproduction; 10.maternalthyroidhormoneparametersduringearlypregnancyandbirthweightthegenerationrstudy; 10.compensationforabadstartgrownowpaylater; 10.theassociationofthyroidstimulationhormonelevelswithincidentischemicheartdiseaseincidentstrokeandallcausemortalityendocrine; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.thyroidhormoneregulationofmetabolism; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.contextdependenteffectsofyolkandrogensonnestlinggrowthandimmunefunctioninamultibroodedpasserine; 10.eggcorticosteronecanstimulatetelomeraseactivityandpromotelongertelomeresduringembryodevelopment; 10.eggtestosteronedifferentiallyaffectstelomerelengthinsomatictissuesofyellowleggedgullembryos; 10.chickenoreggoutcomesofexperimentalmanipulationsofmaternallytransmittedhormonesdependonadministrationmethodametaanalysis; 10.earlymorningfledgingimprovesrecruitmentingreattitsparusmajor; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.maternalthyroidhormonesanunexploredmechanismunderlyingmaternaleffectsinanecologicalframework; 10.effectsofexperimentallymanipulatedyolkthyroidhormonelevelsonoffspringdevelopmentinawildbirdspecies; 10.temperatureinducedvariationinyolkandrogenandthyroidhormonelevelsinavianeggs; 10.anewmethodformeasuringthyroidhormonesusingnanolcmsms; 10.transgenerationalendocrinedisruptiondoeselementalpollutionaffecteggornestlingthyroidhormonelevelsinawildsongbird; 10.altricialbirdearlystageembryosexpressthemolecular‘torespondtoandmodulatematernalthyroidhormonecues; Salmon P. Nilsson J.F. Nord A. Bensch S. 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"Idrees M., Kumar V., Khan A.M., Joo M.-D., Lee K.-W., Sohn S.-H., Kong I.-K."	"Cycloastragenol activation of telomerase improves β-Klotho protein level and attenuates age-related malfunctioning in ovarian tissues"	"2023"	"Mechanisms of Ageing and Development"	"209"	"1"	"10.cycloastragenolactivationoftelomeraseimprovesklothoproteinlevelandattenuatesagerelatedmalfunctioninginovariantissues"	"10.doxorubicininducescytotoxicityandmir; 10.dculturedratovarianfolliclesonamicrofluidicchip; 10.insilicodesignoftelomeraseinhibitors; 10.ovotoxiceffectsofgalactoseinvolveattenuationoffolliclestimulatinghormonebioactivityandupregulationofgranulosacellp; 10.increasingcellplatingdensitymimicsanearlypostlhstageinculturedbovinegranulosacells; 10.maternalundernutritionsignificantlyimpactsovarianfolliclenumberandincreasesovarianoxidativestressinadultratoffspring; 10.telomerasegenetherapyinadultandoldmicedelaysagingandincreaseslongevitywithoutincreasingcancer; 10.methoxychlormaycauseovarianfollicularatresiaandproliferationoftheovarianepitheliuminthemouse; 10.correlationoftelomerelengthandtelomeraseactivitywithoccultovarianinsufficiency; 10.telomerasetherapyattenuatescardiotoxiceffectsofdoxorubicin; 10.homologymodelingandvirtualscreeningtodiscoverpotentinhibitorstargetingtheimidazoleglycerophosphatedehydrataseproteininstaphylococcusxylosus; 10.evaluationofanoraltelomeraseactivatorforearlyagerelatedmaculardegenerationapilotstudy; 10.transcriptsencodingfreeradicalscavengersinhumangranulosacellsfromprimordialandprimaryovarianfollicles; 10.effectofdoxorubicinontelomeraseactivityandapoptoticgeneexpressionindoxorubicinresistantandsensitivemcf; 10.theantiaginggeneklothoregulatesproliferationanddifferentiationofadiposederivedstemcells; 10.mitochondrialtelomerasereversetranscriptasebindstoandprotectsmitochondrialdnaandfunctionfromdamage; 10.anaturalproducttelomeraseactivatoraspartofahealthmaintenanceprogram; 10.anonnaturalnucleotideusesaspecificpockettoselectivelyinhibittelomeraseactivity; 10.transgenicexpressionoftelomerasereversetranscriptase; 10.improvescellproliferationofprimarycellsandenhancesreprogrammingefficiencyintotheinducedpluripotentstemcell; 10.cycloastragenolcannegateconstitutivestat; 10.activationandpromotepaclitaxelinducedapoptosisinhumangastriccancercells; 10.nuclearcytoplasmictraffickingingranulosacellsisessentialforoocytemeioticresumptionandmaturation; 10.neutralizescadmiumeffectsontheearlybovineembryodevelopment; 10.cycloastragenolisapotenttelomeraseactivatorinneuronalcellsimplicationsfordepressionmanagement; 10.expressedingranulosacellsasabiomarkerforoocytequalityinagerelatedinfertility; 10.ageassociatedchangesingranulosacellsandfollicularfluidincows; 10.newintranasalandinjectablegenetherapyforhealthylifeextension; 10.inductionofantiaginggeneklothowithasmallchemicalcompoundthatdemethylatescpgislands; 10.structuralfunctionalandstabilitychangepredictionsinhumantelomeraseuponspecificpointmutations; 10.theprocessesofcellulargrowthagingandprogrammedcelldeathareinvolvedinlifespanofovariangranulosacellsduringshorttermivcstudybasedonanimalmodel; 10.acomputationaldrugrepurposinga; 10.oachinidentifyingthecephalosporinantibioticandantihepatitiscdrugderivativesforcovid; 10.gmmpbsaagromacstoolforhighthroughputmmpbsacalculations; 10.pdbsumawebbaseddatabaseofsummariesandanalysesofallpdbstructures; 10.protectsagainstovarianageingbyamelioratingdgalactoseinducedoxidativedamageinmice; 10.; 10.implementationofthecharmmforcefieldingromacsanalysisofproteinstabilityeffectsfromcorrectionmapsvirtualinteractionsitesandwatermodels; 10.theprotectiveeffectofcycloastragenolonagingmousecircadianrhythmicdisorderinducedbydgalactose; 10.boostingdoxorubicininducedmitochondriaapoptosisforthemonodrugmediatedcombinationofchemotherapyandchemodynamictherapy; 10.ligandblinddockingbyintegratingcavitydetectiondockingandhomologoustemplatefitting; 10.telomericandextratelomericrolesfortelomeraseandthetelomerebindingproteins; 10.klothosustainspostnatalgnrhbiologyandspinsthethreadofpuberty; 10.completeinvitrogenerationoffertileoocytesfrommouseprimordialgermcells; 10.telomerasemodulateswntsignallingbyassociationwithtargetgenechromatin; 10.agingovaryandtheroleforadvancedglycationendproducts; 10.telomerasebasedcancertherapeuticsareviewontheirclinicaltrials; 10.itasseraunifiedplatformforautomatedproteinstructureandfunctionprediction; 10.surveyofthescoringfunctionsforproteinliganddockingaipconfprocsinghapolc; 10.mitochondrialtelomeraseprotectscancercellsfromnucleardnadamageandapoptosis; 10.telomericdnaquantitydnadamageandheatshockproteingeneexpressionasphysiologicalstressmarkersinchickens; 10.humantelomerasemodelshowstheroleofthetendomaininadvancingthedoublehelixforthenextpolymerizationstep; 10.antiageingproteinklothorejuvenatesdiabeticstemcellsforimprovedgeneactivatedscaffoldbasedwoundhealing; 10.dietarysafetyofcycloastragenolfromastragaluss; 10.subchronictoxicityandgenotoxicitystudies; 10.theagingovarythepoorgranulosacells; 10.telomeraseactivityinpiggranulosacellsproliferatinganddifferentiatinginvitro; 10.autodockvinaimprovingthespeedandaccuracyofdockingwithanewscoringfunctionefficientoptimizationandmultithreading; 10.klothodeficiencyacceleratesstemcellsagingbyimpairingtelomeraseactivity; 10.theassociationoffemaleandmaleinfertilitywithtelomerelength; 10.improvedproteinliganddockingusinggold; 10.agingisassociatedwithincreasedfgf; 10.effectsoficariinonovarianfunctionindgalactoseinducedagingmice; 10.singlecelltranscriptomicatlasofprimateovarianaging; 10.prosawebinteractivewebservicefortherecognitionoferrorsinthreedimensionalstructuresofproteins; 10.klbencodingklothoismutatedinpatientswithcongenitalhypogonadotropichypogonadism; 10.constitutiveexpressionoftertenhancesklothoexpressionandimprovesagerelateddeteriorationinearlybovineembryos; 10.lowklotholevelrelatedtoagingisassociatedwithdiminishedovarianreserve; 10.theroleofcycloastragenolattheintersectionofnrf; 10.aretelomeraseandproteasomeactivity; 10.cycloastragenolanexcitingnovelcandidateforageassociateddiseases; 10.mechanismsunderlyingtheactivationofterttranscriptionandtelomeraseactivityinhumancanceroldactorsandnewplayers; 10.invitrointestinalabsorptionandfirstpassintestinalandhepaticmetabolismofcycloastragenolapotentsmallmoleculetelomeraseactivator"
"Bae J., Bertucci E.M., Bock S.L., Hale M.D., Moore J., Wilkinson P.M., Rainwater T.R., Bowden J.A., Koal T., PhamTuan H., Parrott B.B."	"Intrinsic and extrinsic factors interact during development to influence telomere length in a long-lived reptile"	"2022"	"Molecular Ecology"	"31"	"7"	"10.intrinsicandextrinsicfactorsinteractduringdevelopmenttoinfluencetelomerelengthinalonglivedreptile"	"10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.generalandcomparativeendocrinology; 10.fittinglinearmixedeffectsmodelsusinglme; Bauch C. Boonekamp J.J. Korsten P. Mulder E. 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"Fohringer C., Hoelzl F., Allen A.M., Cayol C., Ericsson G., Spong G., Smith S., Singh N.J."	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"Kauzálová T., Tomášek O., Mulder E., Verhulst S., Albrecht T."	"Telomere length is highly repeatable and shorter in individuals with more elaborate sexual ornamentation in a short-lived passerine"	"2022"	"Molecular Ecology"	"31"	"3"	"10.telomerelengthishighlyrepeatableandshorterinindividualswithmoreelaboratesexualornamentationinashortlivedpasserine"	"10.recruitingageinfluencesmaleandfemalesurvivalandpopulationpersistenceinalonglivedtropicalseabird; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.ornamentalthroatfeatherspredicttelomeredynamicandhatchingsuccessinspotlessstarling; 10.frontiersinecologyandevolution; 10.fittinglinearmixedeffectsmodelsusinglme; Bauch C. Boonekamp J.J. Korsten P. Mulder E. 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"Friesen C.R., Wapstra E., Olsson M."	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Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. 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10.dotelomeresinfluencepaceoflifestrategiesinresponsetoenvironmentalconditionsoveralifetimeandbetweengenerations; 10.compensationforenvironmentalchangebycomplementaryshiftsofthermalsensitivityandthermoregulatorybehaviourinanectotherm; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.comparativegeneticsoflongevityandcancerinsightsfromlonglivedrodents; 10.freeradicalsinbiologyandmedicine; 10.telomeresandstressinyeastcellswhengenesandenvironmentinteract; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.pleistocenedivergenceintheabsenceofgeneflowamongpopulationsofaviviparousreptilewithintraspecificvariationinsexdetermination; 10.howtomeasureoxidativestressinanecologicalcontextmethodologicalandstatisticalissues; 10.ismitochondrialreactiveoxygenspeciesproductionproportionaltooxygenconsumptionatheoreticalconsideration; 10.isajackofalltemperaturesamasterofnone; 10.behavioraldriveversusbehaviouralinertiainevolutionanullmodela; 10.predictingorganismalvulnerabilitytoclimatewarmingrolesofbehaviourphysiologyandadaptation; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.costandbenefitsoflizardthermoregulation; 10.lipidperoxidationandanimallongevity; 10.lipidperoxidationinhibitioneffectsandmechanisms; 10.dwarfisminclosecontinentalamphibianpopulationsdespitelackofgeneticisolation; 10.modulationoftelomerelengthdynamicsbythesubtelomericregionoftetrahymenatelomeres; 10.areviewofthelikelyeffectsofclimatechangeonanadromousatlanticsalmonsalmosalarandbrowntroutsalmotruttawithparticularreferencetowatertemperatureandflow; 10.oxidativestressistransientandtissuespecificduringcoldacclimationofthreespinestickleback; 10.individualvariationinthermalplasticityanditsimpactonmassscaling; 10.thepotentialforbehavioralthermoregulationtobuffercoldbloodedanimalsagainstclimatewarming; 10.proceedingsofthenationalacademyofsciences; 10.comparingthermalperformancecurvesacrosstraitshowconsistentarethey; 10.adaptationtoclimatechangethroughgeneticaccommodationandassimilationofplasticphenotypes; 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10.differencesinoxidativestatusexplainvariationinthermalacclimationcapacitybetweenindividualmosquitofish; 10.modelingbodytemperatureandthermalinertiaoflargebodiedreptilessu; 10.rtforwaterfilledbiophysicalmodelsinradiotelemetricstudies; 10.dissectingcausefromconsequenceasystematica; 10.alteredexpressionofgenesassociatedwithtelomeremaintenanceandcellfunctionofhumanvascularendothelialcellatelevatedtemperature; 10.molecularandcellularbiochemistry; 10.thermalsensitivityofuncouplingproteinexpressioninpolarandtemperatefish; 10.comparativebiochemistryandphysiologypartdgenomicsandproteomics; 10.sinequalityandectothermthermalpreferences; 10.thephysiologyofheattoleranceinsmallendotherms; 10.interactionsbetweenparentaltraitsenvironmentalharshnessandgrowthrateindeterminingtelomerelengthinwildjuvenilesalmon; 10.telomereelongationduringearlydevelopmentisindependentofenvironmentaltemperaturesinatlanticsalmon; 10.thejournalofexperimentalbiology; 10.howtelomeredynamicsareinfluencedbythebalancebetweenmitochondrialefficiencyrosproductionanddnadamage; 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"Power M.L., Foley N.M., Jones G., Teeling E.C."	"Taking flight: An ecological, evolutionary and genomic perspective on bat telomeres"	"2022"	"Molecular Ecology"	"31"	"5"	"10.takingflightanecologicalevolutionaryandgenomicperspectiveonbattelomeres"	"10.limitationsofnextgenerationgenomesequenceassembly; 10.batsintheanthropoceneconservationofbatsinachangingworld; 10.cavedwellingbatsofmarinduqueislandphili; 10.museumpublicationsinnaturalhistory; 10.highfrequencyofmultiplepaternityineasternredbatslasiurusborealisbasedonmicrosatelliteanalysis; 10.globalpatternsincoronavirusdiversity; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.paralleltelomereshorteninginmultiplebodytissuesowingtomalariainfection; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.methusalehszoohownatureprovidesuswithcluesforextendinghumanhealthspan; 10.extensiveallelicvariationandultrashorttelomeresinsenescenthumancells; 10.novelinsightsintoimmunesystemsofbats; 10.exploringtherelationshipofrelativetelomerelengthandtheepigeneticclockinthelipidcardiocohort; 10.internationaljournalofmolecularsciences; 10.lifehistoriesofbatslifeintheslowlane; 10.universityofchicagopressbarclayrmr; 10.variationinthereproductiverateofbats; Beirne C. 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Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.frontiersinecologyandevolution; 10.testingecologicaltheoryusingtheinformationtheoretica; 10.oachexamplesandcautionaryresults; 10.modelselectionandmodelaveraginginbehaviouralecologytheutilityoftheitaicframework; 10.behavioralecologyandsociobiology; 10.issocioeconomicstatusassociatedwithbiologicalagingasmeasuredbytelomerelength; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.hormonalmediationofacarryovereffectinawildcooperativemammal; 10.reproductionisassociatedwithatissuedependentreductionofoxidativestressineusocialfemaledamaralandmolerats; 10.reproductiveproteinprotectsfunctionallysterilehoneybeeworkersfromoxidativestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.thetelomerelengtheningconundrumartifactorbiology; 10.rptrrepeatabilityestimationandvariancedecompositionbygeneralizedlinearmixedeffectsmodels; 10.metabolicregulationofhematopoieticstemcellsinthehypoxicniche; 10.; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.socioeconomicdisadvantageanddiseasespecificmortalityinasiasystematicreviewwithmetaanalysisofpopulationbasedcohortstudies; 10.journalofepidemiologyandcommunityhealth; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsfor“; 10.commentarythereliabilityoftelomerelengthmeasurements; 10.internationaljournalofepidemiology; 10.theevolutionandregulationofcooperationinthewild; 10.universityofexeterretrievedfromwalkerla; 10.sexuallyselectedsentinelsevidenceofaroleforintrasexualcompetitioninsentinelbehavior; 10.senescenceandapoptosisblockhematopoieticactivationofquiescenthematopoieticstemcellswithshorttelomeres; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.circulatinglevelsofluteinizinghormoneandsteroidhormonesinrelationtosocialstatusinthecooperativelybreedingwhitebrowedsparrowweaverplocepassermahali; 10.causesandfitnessconsequencesoftelomeredynamicsinawildsocialbird; 10.httpsoreexeteracukrepositoryhandle; 10.universityofexeterretrievedfromwoodem; 10.telomereattritionpredictsreducedsurvivalinawildsocialbirdbutshorttelomeresdonot; 10.dataforwoodyoungsocialdominanceandrainfallpredicttelomeredynamicsinacooperativearidzonebird; 10.dominancerelatedseasonalsongproductionisunrelatedtocirculatingtestosteroneinasubtropicalsongbird; 10.generalandcomparativeendocrinology; 10.dominancerelatedcontributionstocollectiveterritorydefenceareadjustedaccordingtothethreat; 10.essioninvertebratesocietiesasynthesis; 10.reproductiveskewinvertebratesproximateandultimatecauses; 10.cambridgeuniversitypressyoungaj; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietyoflondonbbiologicalsciences; 10.essionofsubordinatereproductionincooperativelybreedingmeerkats; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.stressandthecostsofextraterritorialmovementinasocialcarnivore"
"Pepke M.L., Eisenberg D.T.A."	"On the comparative biology of mammalian telomeres: Telomere length co-evolves with body mass, lifespan and cancer risk"	"2022"	"Molecular Ecology"	"31"	"13"	"10.onthecomparativebiologyofmammaliantelomerestelomerelengthcoevolveswithbodymasslifespanandcancerrisk"	"10.fromhumanstohydrapatternsofcanceracrossthetreeoflife; 10.telomeresandtelomeraseincancer; 10.mutationscancerandthetelomerelengthparadox; 10.telomerelengthrevealscumulativeindividualandtransgenerationalinbreedingeffectsinapasserinebird; 10.effectsofdomesticationontelomerelengthinmusmusculusandperomyscusmaniculatus; 10.paperpresentedatthefasebjournalbinindaemondsorp; 10.thedelayedriseofpresentdaymammals; 10.structureandfunctionoftelomeres; 10.lifetimecancerprevalenceandlifehistorytraitsinmammals; 10.evolutionmedicineandpublichealth; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.tertpromotermutationsandtelomerasereactivationinurothelialcancer; 10.petosparadoxevolutionsprescriptionforcancerprevention; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.thevariationofanimalsandplantsunderdomestication; 10.cambridgeuniversitypressdiamondjm; 10.natureandrateofneoplasiafoundincaptivewildmammalsbirdsandreptilesatnecropsy; 10.jncijournalofthenationalcancerinstitute; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; Eisenberg D.T.A. Kuzawa C.W., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 60, DOI 10.thepaternalageatconceptioneffectonoffspringtelomerelengthmechanisticcomparativeandadaptiveperspectives; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.fromzygotetoamulticellularsomabodysizeaffectsoptimalgrowthstrategiesundercancerrisk; 10.infectionandcancerinmulticellularorganisms; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.phylogeniesandthecomparativemethod; 10.telomereshorteningasamechanismoflongtermcostofinfectiousdiseasesinnaturalanimalpopulations; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.telomerasedeficientmicewithshorttelomeresareresistanttoskintumorigenesis; 10.comparativegeneticsoflongevityandcancerinsightsfromlonglivedrodents; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerestelomeraseandsenescence; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshort–; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.wildderivedinbredmousestrainshaveshorttelomeres; 10.thehistoryoffarmfoxesunderminestheanimaldomesticationsyndrome; 10.influencesofinbreedingandgeneticsontelomerelengthinmice; 10.conservationofthehumantelomeresequence; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.howtomeasureandtestphylogeneticsignal; 10.whydontallwhaleshavecanceranovelhypothesisresolvingpetosparadox; 10.integrativeandcomparativebiology; 10.phyloorchardimportantandorusefulphylogeneticdatasets; 10.httpsrforgerprojectorgprojectsphyloorchardrpackageversion; 10.capercomparativeanalysesofphylogeneticsandevolutioninr; 10.anenvironmentformodernphylogeneticsandevolutionaryanalysesinr; 10.sensiphyanrpackageforsensitivityanalysisinphylogeneticcomparativemethods; 10.accountingforphylogeneticrelatednessincrossspeciesanalysesoftelomereshorteningrates; 10.datafromonthecomparativebiologyofmammaliantelomerestelomerelengthcoevolveswithbodymasslifespanandcancerrisk; 10.cancerinwildlifepatternsofemergence; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingrevelllj; 10.phytoolsanrpackageforphylogeneticcomparativebiology; 10.allswellthatendswellwhylargespecieshaveshorttelomeres; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.worldwatchlistfordomesticanimaldiversity; 10.foodandagricultureorganizationoftheunitednationsseluanova; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.mechanismsofcancerresistanceinlonglivedmammals; 10.essormechanismsevolveinrodentspeciesthatdifferinsizeandlifespan; 10.senescenceandimmortalizationroleoftelomeresandtelomerase; 10.telomeresandtelomeraseinnormalandcancerstemcells; 10.telomerelengthasrelatedtochromosomelengthinthegenuspennisetum; 10.doesreproductionshortentelomerestowardsintegratingindividualqualitywithlifehistorystrategiesintelomerebiology; 10.; 10.longitudinalstudiesconfirmfastertelomereerosioninshortlivedbirdspecies; 10.transientinductionoftelomeraseexpressionmediatessenescenceandreducestumorigenesisinprimaryfibroblasts; 10.proceedingsofthenationalacademyofsciences; 10.humanageinggenomicresourcesnewandupdateddatabases; 10.evolutionoftelomeremaintenanceandtumoursu; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.comparativeanalysesoflongevityandsenescencerevealvariablesurvivalbenefitsoflivinginzoosacrossmammals; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.oxidativestressshortenstelomeres; 10.thereservecapacityhypothesisevolutionaryoriginsandmodernimplicationsofthetradeoffbetweentumorsu; 10.telomereshorteningratepredictsspecieslifespan; 10.proceedingsofthenationalacademyofsciences; 10.thedomesticationsyndromeinmammalsaunifiedexplanationbasedonneuralcrestcellbehaviorandgenetics; 10.telomerebiologyinagingandcancer; 10.journaloftheamericangeriatricssociety"
"Vedder O., Moiron M., Bichet C., Bauch C., Verhulst S., Becker P.H., Bouwhuis S."	"Telomere length is heritable and genetically correlated with lifespan in a wild bird"	"2022"	"Molecular Ecology"	"31"	"29"	"10.telomerelengthisheritableandgeneticallycorrelatedwithlifespaninawildbird"	"10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.generalandcomparativeendocrinology; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.geneticvariationinhumantelomeraseisassociatedwithtelomerelengthinashkenazicentenarians; 10.proceedingsofthenationalacademyofsciences; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincorysshearwaters; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.anoninvasivetechniquetobleedincubatingbirdswithouttra; 10.ngabloodsuckingbuginahollowegg; 10.influencesofsexsexcompositionofbroodandhatchingorderonmassgrowthincommonternssternahirundo; 10.behavioralecologyandsociobiology; 10.theenvironmentalandgeneticdeterminantsofchicktelomerelengthintreeswallows; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.structureandfunctionoftelomeres; 10.estimationofgeneticvarianceinfitnessandinferenceofadaptationwhenfitnessfollowsalognormaldistribution; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.sexspecificpathwaysofparentalageeffectsonoffspringlifetimereproductivesuccessinalonglivedseabird; 10.reducedtelomerelengthinoffspringofoldfathersinalonglivedseabird; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.europeanjournalofhumangenetics; 10.thequantitativegeneticsofsenescenceinwildanimals; 10.oxforduniversitypresschatelainm; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.littleadaptivepotentialinathreatenedpasserinebird; 10.genesetanalysisofgwasdataforhumanlongevityhighlightstherelevanceoftheinsulinigf; 10.signalingandtelomeremaintenancepathways; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.thecontributionsofageandsextovariationincommonternpopulationgrowthrate; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.thegeneticaltheoryofnaturalselection; 10.; 10.courtshipfeedingscopulationsandpaternityincommonternssternahirundo; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; 10.mcmcmethodsformultiresponsegeneralizedlinearmixedmodelsthemcmcglmmrpackage; 10.telomerelossmitoticclockorgenetictimebomb; 10.pointestimatesforvariancestructureparametersinbayesiananalysisofhierarchicalmodels; 10.computationalstatisticsanddataanalysis; 10.aspectralmethodforconfidenceintervalgenerationandrunlengthcontrolinsimulations; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.theheritabilityofleucocytetelomerelengthdynamics; 10.comparingevolvabilityandvariabilityofquantitativetraits; 10.thegeneticarchitectureofbovinetelomerelengthinearlylifeandassociationwithanimalfitness; 10.estimatinggeneticparametersinnaturalpopulationsusingthe‘; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.conservationofthehumantelomeresequence; 10.proceedingsofthenationalacademyofsciences; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.annalsofthenewyorkacademyofsciences; 10.thedeterioratingsomaandtheindispensablegermlinegametesenescenceandoffspringfitness; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.differentqpcrmastermixesinfluencetelomereprimerbindingwithinandbetweenbirdspecies; 10.naturalselectionandtheheritabilityoffitnesscomponents; 10.consequencesofmeasurementerrorinqpcrtelomeredataasimulationstudy; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.telomeresasintegrativemarkersofexposuretostressandadversityasystematicreviewandmetaanalysis; 10.agespecificgeneticandmaternaleffectsinfecundityofpreindustrialfinnishwomen; 10.ementationslowstelomereshorteninginfreelivingwhitestorkchicks; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.fourdecadesofestimatingheritabilitiesinwildvertebratepopulationsimprovedmethodsmoredatabetterestimates; 10.onthelowheritabilityoflifehistorytraits; 10.questioningcausalinvolvementoftelomeresinaging; 10.geneticvariationintertandtercandhumanleukocytetelomerelengthandlongevityacrosssectionalandlongitudinalanalysis; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.erosionofthetelomericsinglestrandoverhangatreplicativesenescence; 10.ternsintroubledemographicconsequencesoflowbreedingsuccessandrecruitmentonacommonternpopulationinthegermanwaddensea; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; Vedder O. Verhulst S. Bauch C. Bouwhuis S., 2017, Journal of Evolutionary Biology, 30, 43, DOI 10.telomereattritionandgrowthalifehistoryframeworkandcasestudyincommonterns; 10.embryonicgrowthrateaffectstelomereattritionanexperimentinawildbird; 10.thejournalofexperimentalbiology; 10.ashortleucocytetelomerelengthisassociatedwithdevelopmentofinsulinresistance; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.sexspecificadditivegeneticvariancesandcorrelationsforfitnessinasongsparrow; 10.populationsubjecttonaturalimmigrationandinbreeding; 10.contrastingbetweenandwithinindividualtraiteffectsonmortalityriskinalonglivedseabird"
"Xie T., Ding Q., Feng S., Liu Z., Shi Y."	"Antioxidant mechanism of modified Qiongyu paste against aging based on network pharmacology and experimental validation"	"2022"	"Journal of Traditional Chinese Medical Sciences"	"9"	"1"	"10.antioxidantmechanismofmodifiedqiongyupasteagainstagingbasedonnetworkpharmacologyandexperimentalvalidation"	"10.highlightslivingarrangementsofolderpersons; 10.httpswwwunorgdevelopmentdesapd; 10.telomereshistoryhealthandhallmarksofaging; 10.shanghaiscientifictechnicalpublishersshanghaichinachinesemancusoc; 10.panaxginsengandpanaxquinquefoliusfrompharmacologytotoxicology; 10.biologicalactivitiesandpotentialhealthbenefitsofpolysaccharidesfromporiacocosandtheirderivatives; 10.theeffectofliuweidihuangdecoctiononpi; 10.kaktsignalingpathwayinliveroftype; 10.assessingthepubliclandscapeofclinicalstagepharmaceuticalsthroughfreelyavailableonlinedatabases; 10.theeffectsofpolysaccharidesfromrehmanniaglutinosaoncaenorhabditiselegans; 10.magnesiumlithospermatebfromsalviamiltiorrhizabungeamelioratesaginginducedrenalinflammationandsenescencevianadphoxidasemediatedreactiveoxygengeneration; 10.extractsofcistanchedeserticolacanantagonizeimmunosenescenceandextendlifespaninsenescenceacceleratedmouseprone; 10.evidbasedcomplementalternatmed; 10.ancientchineseformulaqiongyugaoprotectsagainstcisplatininducednephrotoxicitywithoutreducingantitumoractivity; 10.elucidationofthemechanismofactionofginsengagainstacutelunginjuryacuterespiratorydistresssyndromebyanetworkpharmacologybasedstrategy; 10.networkpharmacologythenextparadigmindrugdiscovery; 10.decipheringthecorrelationsbetweenagingandconstipationbymetabolomicsandnetworkpharmacology; 10.networkpharmacologybasedscreeningoftheactiveingredientsandmechanismsofhuangqiagainstaging; 10.antiagingfunctionandmolecularmechanismofradixastragaliandradixastragalipreparatavianetworkpharmacologyandpi; 10.alfalfasaponinsinhibitoxidativestressinducedcellapoptosisthroughthemapksignalingpathway; 10.ultrahighperformanceliquidchromatographycoupledwithphotodiodearrayandquadrupoletimeofflightmassspectrometrybasedchemicalprofilinga; 10.oachtoevaluatetheinfluenceofpreparationmethodsontheholisticqualityofqiongyugaoatraditionalcomplexherbalmedicine; 10.onlinemendelianinheritanceinman; 10.aknowledgebaseofhumangenesandgeneticdisorders; 10.mtorsignalingpathwaybyurolithinaattenuatesdgalactoseinducedbrainaginginmice; 10.neuroprotectiveeffectofdioscinontheagingbrain; 10.qualityevaluationandchemicalmarkersscreeningofsalviamiltiorrhizabge; 10.basedonhplcfingerprintsandhplcms; 10.areviewofitsphytochemistryandpharmacology; 10.screeningandanalysisofthepotentialbioactivecomponentsofporiacocos; 10.wolfbyhplcandhplcmsnwiththeaidofchemometrics; 10.danshenaphytochemicalandpharmacologicaloverview; 10.qualitativeandquantitativeanalysisofsaponinsintheflowerbudofpanaxginseng; 10.byuflctripletofmsmsanduflcqtrapmsms; 10.networkpharmacologybasedidentificationoftheprotectivemechanismsoftaraxasterolinexperimentalcolitis; 10.networkbasedpredictionofdrugcombinations; 10.beyondrosclearanceperoxiredoxinsinstresssignalingandaging; 10.expressionoftelomerasernatemplatebutnottelomerasereversetranscriptaseislimitingfortelomerelengthmaintenanceinvivo; 10.exploitingthetelomeremachinerytoputthebrakesoninflammaging; 10.molecularsignalingtowardmitophagyanditsphysiologicalsignificance; 10.mitophagymechanismspathophysiologicalrolesandanalysis; 10.kinaseorganizesautophagosomeformationbyphosphorylatingatg; 10.upregulationoftheautophagyadaptorp; 10.prolongshealthandlifespaninmiddleageddrosophila; 10.effectsofbushentiaojingformulaonthequalityandantioxidantabilityofoocytesculturedinvitrowithoxidativestressmodelmice; 10.superoxidedismutaseadministrationapotentialtherapyagainstoxidativestressrelateddiseasesseveralroutesofsu; 10.ementationandproposalofanoriginalmechanismofaction; 10.theoriginsofagerelatedproinflammatorystate"
"Chik H.Y.J., Sparks A.M., Schroeder J., Dugdale H.L."	"A meta-analysis on the heritability of vertebrate telomere length"	"2022"	"Journal of Evolutionary Biology"	"35"	"4"	"10.ametaanalysisontheheritabilityofvertebratetelomerelength"	"Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.reflectionsontelomeredynamicsandageingrelateddiseasesinhumans; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2022, Molecular Ecology, 31, 14, DOI 10.highheritabilityoftelomerelengthandlowheritabilityoftelomereshorteninginwildbirds; 10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincorysshearwaters; 10.thegeneticarchitectureofeconomicandpoliticalpreferences; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.estimatingquantitativegeneticparametersinwildpopulationsacomparisonofpedigreeandgenomica; 10.telomerelengthanalysisindownsyndromebirth; 10.mechanismsofageinganddevelopment; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.lowerplacentaltelomerelengthmaybeattributedtomaternalresidentialtrafficexposureatwinstudy; 10.theheritabilityoftelomerelengthamongtheelderlyandoldestold; 10.themolecularstructureofcentromeresandtelomeres; 10.longitudinalevidencethatolderparentsproduceoffspringwithlongertelomeresinawildsocialbird; 10.ldscoreregressiondistinguishesconfoundingfrompolygenicityingenomewideassociationstudies; 10.essionandorganismalaginggoodcitizensbadneighbors; 10.bootstrapconfidenceintervalswhenwhichwhatapracticalguideformedicalstatisticians; 10.telomeremeasurementbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.cambridgeuniversitypressdearaujomra; 10.parentoffspringregressioninmeadowbromegrass; 10.evaluationoftwomethodologiesonheritabilityestimates; 10.comparingparentoffspringregressionwithfrequentistandbayesiananimalmodelstoestimateheritabilityinwildpopulationsasimulationstudyforgaussianandbinarytraits; 10.theheritabilityofbehaviorametaanalysis; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.biasinmetaanalysisdetectedbyasimplegraphicaltest; 10.introductiontoquantitativegenetics; 10.estimatingtelomerelengthheritabilityinanunrelatedsampleofadultsisheritabilityoftelomerelengthmodifiedbylifecoursesocioeconomicstatus; 10.estimationofheritabilitybyparentoffspringregression; 10.detectingselectionbiasinmetaanalyseswithmultipleoutcomesasimulationstudy; 10.journalofexperimentaleducation; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; Froy H. Underwood S.L. Dorrens J. Seeker L.A. Watt K. Wilbourn R.V. Pilkington J.G. Harrington L. Pemberton J.M. Nussey D.H., 2021, Proceedings of the National Academy of Sciences of the United States of America, 118, 22, DOI 10.heritablevariationintelomerelengthpredictsmortalityinsoaysheep; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.oachtoidentifyingsearchtermsforsystematicreviewsusingkeywordcooccurrencenetworks; 10.extrapairpaternityinbirdsareviewofinterspecificvariationandadaptivefunction; 10.generalquantitativegeneticmethodsforcomparativebiologyphylogeniestaxonomiesandmultitraitmodelsforcontinuousandcategoricalcharacters; 10.senescenceintegratingbiologyfromcradletothegrave; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.quantifyingheterogeneityinametaanalysis; 10.withinindividualrepeatabilityintelomerelengthametaanalysisinnonmammalianvertebrates; 10.temporalinstabilityofevidencebaseathreattopolicymaking; 10.howtoseparategeneticandenvironmentalcausesofsimilaritybetweenrelatives; 10.telomereendreplicationproblemandcellaging; Lewin N. Treidel L.A. Holekamp K.E. Place N.J. Haussmann M.F., 2015, Biology Letters, 11, 27, DOI 10.socioecologicalvariablespredicttelomerelengthinwildspottedhyenas; 10.geneticsandanalysisofquantitativetraits; 10.findingthemissingheritabilityofcomplexdiseases; 10.rotlanrpackagetointeractwiththeopentreeoflifedata; 10.preferredreportingitemsforsystematicreviewsandmetaanalysestheprismastatement; 10.theevolutionaryecologyofsenescence; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomerelengthareviewofmethodsformeasurement; 10.naturalselectionandtheheritabilityoffitnesscomponents; 10.methodsfortestingpublicationbiasinecologicalandevolutionarymetaanalyses; 10.methodologicalissuesandadvancesinbiologicalmetaanalysis; 10.methodologyforgeneticstudiesoftwinsandfamilies; 10.consequencesofmeasurementerrorinqpcrtelomeredataasimulationstudy; 10.anenvironmentformodernphylogeneticsandevolutionaryanalysesinr; 10.telomerelengthisreflectedbyplumagecolorationandpredictsseasonalreproductivesuccessinthebarnswallow; 10.fourdecadesofestimatingheritabilitiesinwildvertebratepopulations; 10.contrastingassociationsbetweennestlingtelomerelengthandpreandpostnatalhelperspresenceinacooperativelybreedingbird; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgrfoundationforstatisticalcomputingroses; 10.automatickeywordextractionfromindividualdocuments; 10.genomicdissectionofvariationinclutchsizeandeggmassinawildgreattit; Simide R. Angelier F. Gaillard S. Stier A., 2016, Physiological and Biochemical Zoology, 89, 41, DOI 10.ageandheatstressasdeterminantsoftelomerelengthinalonglivedfishthesiberiansturgeon; 10.physiologicalandbiochemicalzoology; 10.telomereheritabilityandparentalageatconceptioneffectsinawildavianpopulation; 10.theparadoxoflongerspermtelomeresinoldermenstestesabirthcohorteffectcausedbytransgenerationaltelomereerosioninthefemalegermline; 10.inanempiricalevaluationofthefunnelplotresearcherscouldnotvisuallyidentifypublicationbias; Vedder O. Moiron M. Bichet C. Bauch C. Verhulst S. Becker P.H. Bouwhuis S., 2022, Molecular Ecology, 31, 29, DOI 10.telomerelengthisheritableandgeneticallycorrelatedwithlifespaninawildbird; 10.thehandbookofresearchsynthesisandmetaanalysis; 10.russellsagefoundationviechtbauerw; 10.conductingmetaanalysesinrwiththemetaforpackage; 10.assumptionfreeestimationofheritabilityfromgenomewideidentitybydescentsharingbetweenfullsiblings; 10.evolutionandselectionofquantitativetraits; 10.oxforduniversitypresswilbournrv; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.anecologistsguidetotheanimalmodel; 10.commonsnpsexplainalargeproportionoftheheritabilityforhumanheight; 10.conceptsestimationandinterpretationofsnpbasedheritability; 10.ggtreeanrpackageforvisualizationandannotationofphylogenetictreeswiththeircovariatesandotherassociateddata; 10.meanleukocytetelomerelengthshorteningandtype; 10.diabetesmellitusacasecontrolstudy; 10.ldhubacentralizeddatabaseandwebinterfacetoperformldscoreregressionthatmaximizesthepotentialofsummarylevelgwasdataforsnpheritabilityandgeneticcorrelationanalysis"
"Bauch C., Gatt M.C., Verhulst S., Granadeiro J.P., Catry P."	"Higher mercury contamination is associated with shorter telomeres in a long-lived seabird – A direct effect or a consequence of among-individual variation in phenotypic quality?"	"2022"	"Science of the Total Environment"	"839"	"4"	"10.expression_to_replace_strings_that_are_more_than_n2"	"10.seasonalvariationofmercurycontaminationinarcticseabirdsapanarcticassessment; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.reflectionsontelomeredynamicsandageingrelateddiseasesinhumans; 10.fittinglinearmixedeeffectsmodelsusinglme; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; Bauch C. Becker P.H. Verhulst S., 2014, Molecular Ecology, 23, 39, DOI 10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird; 10.telomerelengthreflectsreproductiveeffortindicatedbycorticosteronelevelsinalonglivedseabird; 10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincorysshearwaters; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2022, Molecular Ecology, 31, 14, DOI 10.highheritabilityoftelomerelengthandlowheritabilityoftelomereshorteninginwildbirds; 10.feathermercurylevelsinseabirdsatsouthgeorgiainfluenceoftrophicpositionsexandage; 10.feathermercuryconcentrationsinsouthernoceanseabirdsvariationbyspeciessiteandtime; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.thetoxicologyofmercurycurrentresearchandemergingtrends; 10.exposuretooxychlordaneisassociatedwithshortertelomeresinarcticbreedingkittiwakes; 10.perfluorinatedsubstancesandtelomeresinanarcticseabirdcrosssectionalandlongitudinala; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.marinebirdsassentinelsofenvironmentalpollution; 10.multiplestressorsinatoppredatorseabirdpotentialecologicalconsequencesofenvironmentalcontaminantspopulationhealthandbreedingconditions; 10.nichesegregationbetweenimmatureandadultseabirdsdoesprogressivematurationplayarole; 10.mercuryexposureandshorttermconsequencesonphysiologyandreproductioninantarcticpetrels; 10.oxidativestressinrelationtoreproductioncontaminantsgenderandageinalonglivedseabird; 10.determinationofmercuryinenvironmentalandbiologicalsamplesusingpyrolysisatomicabsorptionspectrometrywithgoldamalgamation; 10.doessexualsegregationoccurduringthenonbreedingperiodacomparativeanalysisinspatialandfeedingecologyofthreecalonectrisshearwaters; 10.breakingtheroutineindividualcorysshearwatersshiftwinterdestinationsbetweenhemispheresandacrossoceanbasins; 10.whatarethetoxicologicaleffectsofmercuryinarcticbiota; 10.currentstateofknowledgeonbiologicaleffectsfromcontaminantsonarcticwildlifeandfish; 10.mercuryasaglobalpollutantsourcespathwaysandeffects; 10.individualvariabilityincontaminantsandphysiologicalstatusinaresidentarcticseabirdspecies; 10.spatialecotoxicologymigratoryarcticseabirdsareexposedtomercurycontaminationwhileoverwinteringinthenorthwestatlantic; 10.usingbirdfeatherstomeasuremercuryintheenvironmentrelationshipsbetweenmercurycontentandmoult; 10.generalistseabirdsasbiomonitorsofoceanmercurytheimportanceofaccuratetrophicpositionassignment; 10.untanglingcausesofvariationinmercuryconcentrationbetweenflightfeathers; 10.costsofreproductionandmigrationarepaidinlaterreturntothecolonynotinphysicalconditioninalonglivedseabird; 10.demographicresponsestomercuryexposureintwocloselyrelatedantarctictoppredators; 10.survivalrateandbreedingoutputsinahigharcticseabirdexposedtolegacypersistentorganicpollutantsandmercury; 10.variationinmeasurementsofcorysshearwaterbetweenpopulationsandsexingbydiscriminantanalysis; 10.stochasticmodelingoflengthdependenttelomereshorteningincorvusmonedula; 10.minamatadiseasemethylmercurypoisoninginjapancausedbyenvironmentalpollution; 10.; 10.httpsolsrrrsquaredacademycomkuznetsovaa; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.telomerelengthreflectsindividualqualityinfreelivingadultkingpenguins; 10.unrepeatablerepeatabilitesacommonmistake; 10.newborntelomerelengthpredictslaterlifetelomerelengthtrackingtelomerelengthfrombirthtochildandadulthood; 10.spatialandsexdifferencesinmercurycontaminationofskuasinthesouthernocean; 10.philopatryandfaithfulnesstonestsiteincorysshearwaterscalonectrisdiomedeaatselvagemgrande; 10.dmographiedupuffincendrcalonectrisdiomedeadeselvagemgrande; 10.; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.telomeresprotectingchromosomesagainstgenomeinstability; 10.ementationslowstelomereshorteninginfreelivingwhitestorkchicks; 10.corticosteronemediatestelomerelengthinraptorchicksexposedtochemicalmixture; 10.mercuryandmarinebirdsinarcticcanadaeffectscurrenttrendsandwhyweshouldbepayingcloserattention; 10.rcoreteamralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingviennaaustriaramosr; 10.moultingstrategiesofalongdistancemigratoryseabirdthemediterraneancorysshearwatercalonectrisdiomedeadiomedea; 10.telomerelengthcorrelationsamongsomatictissuesinadultzebrafinches; 10.declineintelomerelengthwithincreasingageacrossnonhumanvertebratesametaanalysis; 10.environmentalmercuryanditstoxiceffects; 10.telomerelengthdynamicsinearlylifethebloodandmusclemodel; 10.telomeresandanthropogenicdisturbancesinwildlifeasystematicreviewandmetaanalysis; 10.climatechangeandoverfishingincreaseneurotoxicantinmarinepredators; 10.simplemeanstoimprovetheinterpretabilityofregressioncoefficients; 10.threatsofenvironmentalmercurytobirdsknowledgegapsandprioritiesforfutureresearch; 10.howdoesclimatechangeinfluencearcticmercury; 10.longitudinalstudiesconfirmfastertelomereerosioninshortlivedbirdspecies; 10.tobreedornottobreedendocrineresponsetomercurycontaminationbyanarcticseabird; 10.calonectrisdiomedeacorysshearwater; 10.birdsofthewesternpalaearcticupdate; 10.unenvironmentprogrammechemicalsandhealthbranchgenevaswitzerlandwhitneymc; 10.impactsofsublethalmercuryexposureonbirdsadetailedreview; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.pufastatusandmethylmercuryexposurearenotassociatedwithleukocytetelomerelengthinmothersortheirchildrenintheseychelleschilddevelopmentstudy; 10.telomerelengthisastrongpredictorofforagingbehaviorinalonglivedseabird; 10.replicativesenescenceandtheartofcounting"
"Lundsgaard N.U., Cramp R.L., Franklin C.E."	"Early exposure to UV radiation causes telomere shortening and poorer condition later in life"	"2022"	"Journal of Experimental Biology"	"225"	"4"	"10.earlyexposuretouvradiationcausestelomereshorteningandpoorerconditionlaterinlife"	"10.dohightemperaturesenhancethenegativeeffectsofultravioletbradiationinembryonicandlarvalamphibians; 10.driversofamphibiandeclineseffectsofultravioletradiationandinteractionswithotherenvironmentalfactors; 10.theenergeticcostofexposuretouvradiationfortadpolesisgreaterwhentheylivewithpredators; 10.ultravioletradiationandvitamind; 10.inamphibianhealthbehaviourdietandconservation; 10.compbiochemphysiolamolintegrphysiol; 10.howmuchuvbdoesmyreptileneedtheuvtoolaguidetotheselectionofuvlightingforreptilesandamphibiansincaptivity; 10.ametaanalysisoftheeffectsofultravioletbradiationanditssynergisticinteractionswithphcontaminantsanddiseaseonamphibiansurvival; 10.howdnalesionsareturnedintopowerfulkillingstructuresinsightsfromuvinducedapoptosis; 10.exposureofredleggedfrogembryostoambientuvbinthefieldnegativelyaffectslarvalgrowthanddevelopment; 10.chytridiomycosiscausesamphibianmortalityassociatedwithpopulationdeclinesintherainforestsofaustraliaandcentralamerica; 10.whatismissinginamphibiandeclineresearchinsightsfromecologicalsensitivityanalysis; 10.ambientultravioletradiationcausesmortalityinsalamandereggs; 10.ultravioletradiationtoxicchemicalsandamphibianpopulationdeclines; 10.variablebreedingphenologyaffectstheexposureofamphibianembryostoultravioletradiationandopticalcharacteristicsofnaturalwatersprotectamphibiansfromuvbintheuspacificnorthwestcomment; 10.ambientlevelsofultravioletbradiationcausemortalityinjuvenilewesterntoadsbufoboreas; 10.carryovereffectsinnatureeffectsofcanopycoverandindividualpondonsizeshapeandlocomotorperformanceofmetamorphosingwoodfrogs; 10.differenteffectsofaccelerateddevelopmentandenhancedgrowthonoxidativestressandtelomereshorteninginamphibianlarvae; 10.canweusethetadpolesofaustralianfrogstoreducerecruitmentofinvasivecanetoads; 10.competingtadpolesaustraliannativefrogsaffectinvasivecanetoads; 10.cellularsenescencewhenbadthingsha; 10.earlyexposuretoultravioletbradiationdecreasesimmunefunctionlaterinlife; 10.carryoveraquaticeffectsonsurvivalofmetamorphicfrogsduringpondemigration; 10.exploringthelinkbetweenultravioletbradiationandimmunefunctioninamphibiansimplicationsforemerginginfectiousdiseases; 10.larvaluvexposureimpairsadultimmunefunctionthroughatradeoffwithlarvalinvestmentincuticularmelanin; 10.largelossesoftotalozoneinantarcticarevealseasonalcloxnoxinteraction; 10.asimplifiedtableforstaginganuranembryosandlarvaewithnotesonidentification; 10.masslengthresidualsmeasuresofbodyconditionorgeneratorsofspuriousresults; 10.uvblightstimulatesproductionofreactiveoxygenspeciesunexpectedroleforcatalase; 10.largeclimateinducedchangesinultravioletindexandstratospheretotroposphereozoneflux; 10.simultaneousinferenceingeneralparametricmodels; 10.quantitativefluorescenceinsituhybridizationmeasurementoftelomerelengthinskinwithwithoutsunexposureoractinickeratosis; 10.vitaminaantagonisescalciumresponsetovitamindinman; 10.uvbexposurereduceslocomotorperformancebyimpairingmusclefunctionbutnotmitochondrialatpproduction; 10.evidenceforlargeupwardtrendsofultravioletbradiationlinkedtoozonedepletion; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.impactofsolaruvradiationonamphibiansfocusongenotoxicstress; 10.mutatresgenettoxicolenvironmutagen; 10.effectsofultravioletbradiationonphysiologyimmunefunctionandsurvivalisdependentontemperatureimplicationsforamphibiandeclines; 10.ultravioletbradiationirradianceandcumulativedosecombinetodetermineperformanceandsurvival; 10.ozonedepletionandclimatechangeimpactsonuvradiation; 10.adaptivephenotypicplasticityintimingofmetamorphosisinthecommonfrogranatemporaria; 10.impactsofuvbprovisionanddietarycalciumcontentonserumvitamind; 10.growthratesskeletalstructureandcolorationincaptiveorientalfirebelliedtoads; 10.evaluatingultravioletradiationexposurewithsatellitedataatsitesofamphibiandeclinesincentralandsouthamerica; 10.biologicalcarryovereffectslinkingcommonconceptsandmechanismsinecologyandevolution; 10.factorsinfluencingultravioletradiationdosetodevelopingfrogsinnorthernvernalpools; 10.telomeresprotectingchromosomesagainstgenomeinstability; 10.carryovereffectsofultravioletbradiationonlarvalfitnessinranatemporaria; 10.effectsofultravioletbradiationonmetamorphictraitsinthecommonfrogranatemporaria; 10.waterclaritymaternalbehaviorandphysiologycombinetoeliminateuvradiationrisktoamphibiansinamontanelandscape; 10.opticalcharacteristicsofnaturalwatersprotectamphibiansfromuvbintheuspacificnorthwest; 10.uvbdosetoxicitythresholdsandsteadystatednaphotoproductlevelsduringchronicirradiationofinbredxenopuslaevistadpoles; 10.larvalexperienceandlatenteffectsmetamorphosisisnotanewbeginning; 10.newperspectivesforestimatingbodyconditionfrommasslengthdatathescaledmassindexasanalternative; 10.theparadigmofbodyconditionacriticalrea; 10.aisalofcurrentmethodsbasedonmassandlength; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.experimentaldesignanddataanalysisforbiologists; 10.cambridgecambridgeuniversitypressrasanenk; 10.carryovereffectsofembryonicacidconditionsondevelopmentandgrowthofranatemporariatadpoles; 10.thelastingeffectsofadaptiveplasticitypredatorinducedtadpolesbecomelongleggedfrogs; 10.delayedeffectsandcomplexlifecycleshowthelarvalaquaticenvironmentinfluencesterrestrialperformanceandsurvival; 10.obesityassociatedoxidativestressstrategiesfinalizedtoimproveredoxstate; 10.identificationofinfluentialeventsconcerningtheantarcticozoneholeoversouthernbrazilandthebiologicaleffectsinducedbyuvbanduvaradiationinanendemictreefrogspecies; 10.molecularandsensorymechanismstomitigatesunlightinduceddnadamageintreefrogtadpoles; 10.sunlightdamagetocellulardnafocusonoxidativelygeneratedlesions; 10.amphibianlipidlevelsatmetamorphosiscorrelatetopostmetamorphicterrestrialsurvival; 10.stressandtelomerebiologyalifespanperspective; 10.consequencesofembryonicuvbexposureforembryosandtadpolesoftheplainsleopardfrog; 10.calciumintakeandurinarystonedisease; 10.jointsympofthecompanyofbiologistssocforexperimentalbiology; 10.canterburyenglandcalciumregulationandsignallingstoutgj; 10.telomerelengthandtelomeraseactivityimpacttheuvsensitivitysyndromexerodermapigmentosumc; 10.contrastingeffectsofenvironmentalfactorsduringlarvalstageonmorphologicalplasticityinpostmetamorphicfrogs; 10.modelingsurvivaldataextendingthecoxmodel; 10.ambientsolaruvradiationcausesmortalityinlarvaeofthreespeciesofranaundercontrolledexposureconditions; 10.effectsofplastichatchingtimingcarryoverthroughmetamorphosisinredeyedtreefrogs; 10.carryovereffectsofthelarvalenvironmentonpostmetamorphicperformanceintwohylidfrogs; 10.hormonesandendocrinedisruptingchemicalslowdoseeffectsandnonmonotonicdoseresponses; 10.coolertemperaturesincreasesensitivitytoultravioletbradiationinembryosandlarvaeofthefroglimnodynastesperonii; 10.relativehumantelomerelengthquantificationbyrealtimepcr; 10.sequentialpredatoreffectsacrossthreelifestagesoftheafricantreefroghyperoliusspinigularis; 10.complexlifecyclesanddensitydependenceassessingthecontributionofeggmortalitytoamphibiandeclines; 10.solarultravioletradiationinachangingclimate; 10.theinteractiveeffectsofstratosphericozonedepletionuvradiationandclimatechangeonaquaticecosystems; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing"
"Vernasco B.J., Watts H.E."	"Telomere length predicts timing and intensity of migratory behaviour in a nomadic songbird"	"2022"	"Biology Letters"	"18"	"2"	"10.telomerelengthpredictstimingandintensityofmigratorybehaviourinanomadicsongbird"	"10.ecologicalprocessesandtheecologyofstresstheimpactsofabioticenvironmentalfactors; 10.oxfordukoxforduniversitypresshoustonai; 10.cambridgeukcambridgeuniversitypressbatesonm; 10.whyarethereassociationsbetweentelomerelengthandbehaviour; 10.telomeresinecologyandevolutionareviewandclassificationofhypothesesmolecol; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.telomereattritionmetabolicregulationandsignallingfunction; 10.howtelomeredynamicsareinfluencedbythebalancebetweenmitochondrialefficiencyreactiveoxygenspeciesproductionanddnadamage; 10.stressdnadamageandageinganintegrativea; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.telomereattritionduetoinfection; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.telomerelengthandallcausemortalityametaanalysis; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.developmentaltelomereattritionpredictsimpulsivedecisionmakinginadultstarlings; 10.telomerelengthisastrongpredictorofforagingbehaviorinalonglivedseabird; Adriaenssens B. Pauliny A. Blomqvist D. Johnsson J.I., 2016, Physiology and Behavior, 165, 14, DOI 10.telomerelengthcovarieswithpersonalityinwildbrowntrout; Vernasco B.J. Dakin R. Majer A.D. Haussmann M.F. Brandt Ryder T. Moore I.T., 2021, Functional Ecology, 35, 8, DOI 10.longitudinaldynamicsandbehaviouralcorrelatesoftelomeresinmalewiretailedmanakins; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.earlyreturninglongdistancemigrantmalesdopayasurvivalcost; 10.directionalselectionandtheevolutionofbreedingdateinbirds; 10.arrivaltimingandseasonalreproductiveperformanceinalongdistancemigratorylandbird; 10.payoffsandpenaltiesofcompetingmigratoryschedules; 10.competitionforearlyarrivalinmigratorybirds; 10.migrationandstressduringreproductiongoverntelomeredynamicsinaseabird; 10.amigratorylifestyleisassociatedwithshortertelomeresinasongbird; 10.causesandconsequencesofpartialmigrationinapasserinebird; 10.obligateandfacultativemigrationinbirdsecologicalaspects; 10.ithacanycornelllabofornithologycorneliusjm; 10.seasonalpatternsoffatdepositsinrelationtomigratorystrategyinfacultativemigrants; 10.someobservationsonthebreedingstatusofthepinesiskin; 10.seasonalexpressionofmigratorybehaviorinafacultativemigrantthepinesiskin; 10.variationinchronotypeisassociatedwithmigratorytiminginasongbird; 10.theevolutionofdifferentialbirdmigration; 10.; 10.migratoryorientationininexperiencedandexperiencedavianmigrants; 10.telomerelengthcorrelationsamongsomatictissuesinadultzebrafinches; 10.paralleltelomereshorteninginmultiplebodytissuesowingtomalariainfection; 10.exposuretoenvironmentalradionuclidesassociateswithtissuespecificimpactsontelomeraseexpressionandtelomerelength; 10.relationshipsbetweenmigratoryrestlessnessandmigrationdistanceinsixsylviaspecies; 10.stopoverdecisionduringmigrationphysiologicalconditionspredictnocturnalrestlessnessinwildpasserines; 10.startofnocturnalmigratoryrestlessnessincaptivebirdspredictsnocturnaldeparturetimeinfreeflyingbirds; 10.increasingphotoperiodstimulatestheinitiationofspringmigratorybehaviourandphysiologyinafacultativemigrantthepinesiskin; 10.increasingtheaccuracyandprecisionofrelativetelomerelengthestimatesbyrtqpcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.improvingcomparabilitybetweenqpcrbasedtelomerestudies; 10.ralanguageandenvironmentforstatisticalcomputing; 10.viennaaustriarfoundationforstatisticalcomputingstoffelma; 10.rptrrepeatabilityestimationandvariancedecompositionbygeneralizedlinearmixedeffectsmodels; 10.glmmtmbbalancesspeedandflexibilityamongpackagesforzeroinflatedgeneralizedlinearmixedmodeling; 10.dharmaresidualdiagnosticsforhierarchical; 10.aicmodelselectionandmultimodelinferenceinbehavioralecologysomebackgroundobservationsandcomparisons; 10.uninformativeparametersandmodelselectionusingakaikesinformationcriterion; 10.performanceanrpackageforassessmentcomparisonandtestingofstatisticalmodels; 10.fuelaccumulationadvancesnocturnaldepartureamigratoryrestlessnessstudyonnorthernwheatearsatstopover; 10.identificationofageneassociatedwithavianmigratorybehaviour; 10.variationincandidategenesclockandadcyap; 10.doesnotconsistentlypredictdifferencesinmigratorybehaviorinthesongbirdgenusjunco; 10.measurementoftelomerelengthforlongitudinalanalysisimplicationsofassayprecision; 10.withinindividualrepeatabilityintelomerelengthametaanalysisinnonmammalianvertebratesmolecol; 10.methodcomparisonstudiesoftelomerelengthmeasurementusingqpcra; 10.energeticandfitnesscostsofmismatchingresourcesu; 10.yanddemandinseasonallybreedingbirds; 10.climatechangereducesreproductivesuccessofanarcticherbivorethroughtrophicmismatch; Bauer C.M. Graham J.L. Abolins-Abols M. Heidinger B.J. Ketterson E.D. Greives T.J., 2018, American Naturalist, 191, 17, DOI 10.chronologicalandbiologicalagepredictseasonalreproductivetiminganinvestigationofclutchinitiationandtelomeresinbirdsofknownage; 10.naturalvariationinplanttelomerelengthisassociatedwithfloweringtime; 10.dotelomeresinfluencepaceoflifestrategiesinresponsetoenvironmentalconditionsoveralifetimeandbetweengenerations; 10.datafromtelomerelengthpredictstimingandintensityofmigratorybehaviourinanomadicsongbird"
"Tissier M.L., Bergeron P., Garant D., Zahn S., Criscuolo F., Réale D."	"Telomere length positively correlates with pace-of-life in a sex- and cohort-specific way and elongates with age in a wild mammal"	"2022"	"Molecular Ecology"	"31"	"2"	"10.telomerelengthpositivelycorrelateswithpaceoflifeinasexandcohortspecificwayandelongateswithageinawildmammal"	"10.atthebeginningoftheendandinthemiddleofthebeginningstructureandmaintenanceoftelomericdnarepeatsandinterstitialtelomericsequences; 10.universalandrapidsaltextractionofhighqualitygenomicdnaforpcrbasedtechniques; 10.increasedsusceptibilitytooxidativestressasaproximatecostofreproduction; 10.demographicmeasuresofanindividual’fecundityratelifespangenerationtimeoracompositevariable; 10.behavioralecologyandsociobiology; 10.sexdifferencesintelomeresandlifespan; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincorysshearwaters; Bauer C.M. Graham J.L. Abolins-Abols M. Heidinger B.J. Ketterson E.D. Greives T.J., 2018, American Naturalist, 191, 17, DOI 10.chronologicalandbiologicalagepredictseasonalreproductivetiminganinvestigationofclutchinitiationandtelomeresinbirdsofknownage; 10.individualqualitytautologyorbiologicalreality; 10.anticipationandtrackingofpulsedresourcesdrivepopulationdynamicsineasternchipmunks; 10.evidenceofmultiplepaternityandmateselectionforinbreedingavoidanceinwildeasternchipmunks; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietybbiologicalsciences; Brown T.J. Spurgin L.G. Dugdale H.L. Komdeur J. Burke T. Richardson D.S., 2022, Molecular Ecology, 31, 10, DOI 10.causesandconsequencesoftelomerelengtheninginawildvertebratepopulation; 10.energyexpenditureandpersonalityinwildchipmunks; 10.behavioralecologyandsociobiology; 10.telomeremeasurementbyquantitativepcr; 10.determinantsofpopulationgeneticstructureineasternchipmunks; 10.theroleoflandscapebarriersandsexbiaseddispersal; 10.reproductiveeffortandterminalinvestmentiniteroparousanimals; 10.aretradeoffsreallythekeydriversofageingandlifespan; 10.seasonalvariationintelomeredynamicsinafricanstripedmice; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.philosophicaltransactionsoftheroyalsocietyb; 10.agerelatedresponsetoanacuteinnateimmunechallengeinmiceproteomicsrevealsatelomeremaintenancerelatedcost; 10.proceedingsoftheroyalsocietybbiologicalsciences; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; Dantzer B. van Kesteren F. Westrick S.E. Boutin S. McAdam A.G. Lane J.E. Gillespie R. Majer A. Haussmann M.F. Monaghan P., 2020, Journal of Experimental Biology, 223, 15, DOI 10.maternalglucocorticoidspromoteoffspringgrowthwithoutinducingoxidativestressorshorteningtelomeresinwildredsquirrels; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.howtocalculatetherepeatability; 10.httpstrntulaneeduwpcontentuploadssites; 10.howtocalculaterepeatabilitypdfelliottl; 10.socialbehaviorandforagingecologyoftheeasternchipmunk; 10.smithsoniancontributionstozoology; 10.multipleinterstitialribosomalsites; 10.inthebraziliansquirrelsciurusaestuansingrami; 10.anoverviewofsciuruscytogenetics; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.growingoldyetstayingyoungtheroleoftelomeresinbatsexceptional; 10.exceptionallongevityscienceadvances; 10.explorationprofilesdriveactivitypatternsandtemporalnichespecializationinawildrodent; 10.dotelomeresinfluencepaceoflifestrategiesinresponsetoenvironmentalconditionsoveralifetimeandbetweengenerations; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshort–; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; Heidinger B.J. Kucera A.C. Kittilson J.D. Westneat D.F., 2021, Proceedings of the Royal Society B: Biological Sciences, 288, 17, DOI 10.longertelomeresduringearlylifepredicthigherlifetimereproductivesuccessinfemalesbutnotmales; 10.proceedingsofthebiologicalsciences; 10.theuseoftelomerelengthasapredictivebiomarkerforinjuryprognosisinjuvenileratsfollowingaconcussionmildtraumaticbraininjury; 10.telomeredynamicsinfreelivingedibledormice; 10.theimpactofhibernationandfoodsu; 10.telomeresareelongatedinolderindividualsinahibernatingrodenttheedibledormouse; 10.theenergeticsofautumnmasthoardingineasternchipmunks; 10.diversityofageingacrossthetreeoflife; 10.withinindividualrepeatabilityintelomerelengthametaanalysisinnonmammalianvertebrates; 10.revisinghowthecomputerprogramcervusaccommodatesgenotypingerrorincreasessuccessinpaternityassignment; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.thecascadingeffectsofhumanfoodonhibernationandcellularaginginfreerangingblackbears; 10.understandingtheoddscienceofaging; 10.towardscancerawarelifehistorymodelling; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.increasedtelomeresizeinspermcellsofmammalswithlongterminal; 10.molecularreproductionanddevelopment; Lai T.-P. Wright W.E. Shay J.W., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 131, DOI 10.comparisonoftelomerelengthmeasurementmethods; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomerelengthreflectsindividualqualityinfreelivingadultkingpenguins; 10.shorttermtelomeredynamicsisassociatedwithglucocorticoidlevelsinwildpopulationsofroedeer; 10.comparativebiochemistryandphysiologypartamolecularintegrativephysiology; 10.ecoevolutionaryperspectivesofthedynamicrelationshipslinkingsenescenceandcancer; 10.sexbiaseddispersalineasternchipmunkstamiasstriatus; 10.compensationforabadstartgrownowpaylater; 10.growthversuslifespanperspectivesfromevolutionaryecology; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.oxidativestressasamediatoroflifehistorytradeoffsmechanismsmeasurementsandinterpretation; 10.thepaceoflifesyndromerevisitedtheroleofecologicalconditionsandnaturalhistoryontheslowfastcontinuum; 10.behavioralecologyandsociobiology; 10.pulsedresourcesandthecouplingbetweenlifehistorystrategiesandexplorationpatternsineasternchipmunks; 10.intraindividualvariabilityinfecalcortisolmetabolitesvarieswithlifetimeexplorationandreproductivelifehistoryineasternchipmunks; 10.behavioralecologyandsociobiology; 10.individualvariationintemporalactivitypatternsinopenfieldtests; 10.embryonicandpostnataltelomerelengthdecreasewithovulationorderwithinclutches; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.; 10.dohormonestelomerelengthsandoxidativestressformanintegratedphenotypeacasestudyinfreelivingtreeswallows; 10.integrativeandcomparativebiology; 10.telomeraseactivityandtelomerelengthinmalegermcells; 10.telomeredynamicsinthediploidandtriploidrainbowtrout; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; Pepke M.L. Eisenberg D.T.A., 2022, Molecular Ecology, 31, 13, DOI 10.onthecomparativebiologyofmammaliantelomerestelomerelengthcoevolveswithbodymasslifespanandcancerrisk; 10.usingfalsediscoveryratesformultiplecomparisonsinecologyandevolution; 10.anewmathematicalmodelforrelativequantificationinrealtimert–; 10.personalityandtheemergenceofthepaceoflifesyndromeconceptatthepopulationlevel; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.declineintelomerelengthwithincreasingageacrossnonhumanvertebratesametaanalysis; 10.allswellthatendswellwhylargespecieshaveshorttelomeres; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.linkingfunctionaldeclineoftelomeresmitochondriaandstemcellsduringageing; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.essormechanismsevolveinrodentspeciesthatdifferinsizeandlifespan; 10.telomeresandtelomerasephilosophicaltransactionsoftheroyalsocietyoflondon; 10.telomeraseactivityinecologicalstudieswhatareitsconsequencesforindividualphysiologyandisthereevidenceforeffectsandtradeoffsinwildpopulations; 10.chasingtelomeresnotredherringsinevolutionaryecology; 10.metaanalysisindicatesthatoxidativestressisbothaconstraintonandacostofgrowth; 10.thephysiologicalcostsofreproductioninsmallmammals; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.doesreproductionshortentelomerestowardsintegratingindividualqualitywithlifehistorystrategiesintelomerebiology; 10.sexdifferencesinlifehistorybehaviorandphysiologyalongaslowfastcontinuumametaanalysis; 10.behavioralecologyandsociobiology; 10.evolutionoftelomeremaintenanceandtumoursu; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.consumptionofredmapleinanticipationofbeechmastseedingdrivesreproductionineasternchipmunks; 10.maternaleffectsunderlieageingcostsofgrowthinthezebrafinch; 10.seasonalvariationintelomerelengthofahibernatingrodent; 10.developmentandcharacterizationof; 10.microsatellitesfortheeasternchipmunktamiasstriatus; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.improvingcomparabilitybetweenqpcrbasedtelomerestudies; 10.responsetoreliabilityandvalidityoftelomerelengthmeasurements; 10.internationaljournalofepidemiology; 10.oxidativestressshortenstelomeres; 10.parentageandsibshipinferencefrommultilocusgenotypedataunderpolygamy; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences"
"Morosinotto C., Bensch S., Tarka M., Karell P."	"Heritability and Parental Effects in Telomere Length in a Color Polymorphic Long-Lived Bird"	"2022"	"Physiological and Biochemical Zoology"	"95"	NA	"10.heritabilityandparentaleffectsintelomerelengthinacolorpolymorphiclonglivedbird"	"10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.arechronicavianhaemosporidianinfectionscostlyinwildbirds; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.fittinglinearmixedeffectsmodelsusinglme; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.theenvironmentalandgeneticdeterminantsofchicktelomerelengthintreeswallows; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.reducedtelomerelengthinoffspringofoldfathersinalonglivedseabird; 10.thecoloroffitnessplumagecolorationandlifetimereproductivesuccessinthetawnyowl; 10.longitudinalevidencethatolderparentsproduceoffspringwithlongertelomeresinawildsocialbird; 10.telomeremeasurementbyquantitativepcr; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.broodsizetelomerelengthandparentoffspringcolorsignalinginbarnswallows; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.offspringtelomerelengthinthelonglivedalpineswiftisnegativelyrelatedtotheageoftheirbiologicalfatherandfostermother; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.pleiotropyinthemelanocortinsystemcolorationandbehaviouralsyndromes; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.youngparentsproduceoffspringwithshorttelomeresastudyinalonglivedbirdtheblackbrowedalbatross; 10.melaninspecificlifehistorystrategies; 10.rdedsagethousandoakscagrubbsfe; 10.samplecriteriafortestingoutlyingobservations; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.telomerelengthinearlylifepredictslifespan; 10.parentalageinfluencesoffspringtelomereloss; 10.crossgenerationaleffectsofparentalageonoffspringlongevityaretelomeresanimportantunderlyingmechanism; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. 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"Viblanc V.A., Criscuolo F., Sosa S., Schull Q., Boonstra R., Saraux C., Lejeune M., Roth J.D., Uhlrich P., Zahn S., Dobson F.S."	"Telomere dynamics in female Columbian ground squirrels: recovery after emergence and loss after reproduction"	"2022"	"Oecologia"	"199"	"1"	"10.telomeredynamicsinfemalecolumbiangroundsquirrelsrecoveryafteremergenceandlossafterreproduction"	"10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.socialisolationshortenstelomeresinafricangreyparrots; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.structureandfunctionoftelomeres; 10.telomeresandadversitytootoxictoignore; 10.oxidativeshieldingandthecostofreproduction; 10.doesoxidativestressshortentelomeres; 10.experimentallyincreasedbroodsizeacceleratesactuarialsenescenceandincreasessubsequentreproductiveeffortinawildbirdpopulation; 10.theeffectsofcapitalonanincomebreederevidencefromfemalecolumbiangroundsquirrels; 10.telomeremeasurementbyquantitativepcr; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.integratingmortalityriskandtheadaptivenessofhibernation; 10.; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.agerelatedresponsetoanacuteinnateimmunechallengeinmiceproteomicsrevealsatelomeremaintenancerelatedcost; Dantzer B. 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Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.improvingcomparabilitybetweenqpcrbasedtelomerestudies; 10.maternaloxidativestressandreproductiontestingtheconstraintcostandshieldinghypothesesinawildmammal; 10.oxidativestressshortenstelomeres; 10.telomereshorteningratepredictsspecieslifespan; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.telomereattritionpredictsreducedsurvivalinawildsocialbirdbutshorttelomeresdonot; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing"
"Bennett S., Girndt A., Sánchez-Tójar A., Burke T., Simons M., Schroeder J."	"Evidence of Paternal Effects on Telomere Length Increases in Early Life"	"2022"	"Frontiers in Genetics"	"13"	"1"	"10.evidenceofpaternaleffectsontelomerelengthincreasesinearlylife"	"Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.; 10.senescenceofmaternaleffectsaginginfluenceseggqualityandrearingcapacitiesofalong‐; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. 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Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; 10.geneticarchitectureandheritabilityofearly‐lifetelomerelengthinawildpasserine; 10.theroleofparentalageeffectsontheevolutionofaging; 10.theroleofparentalageeffectsontheevolutionofaging; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpwwwrprojectorgrfoundationforstatisticalcomputingaccessedfebruary; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.parentageassignmentandextragrouppaternityinacooperativebreedertheseychelleswarbler; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.maternaleffectsandheritabilityofannualproductivity; 10.reducedfitnessinprogenyfromoldparentsinanaturalpopulation; 10.preservationofavianbloodandtissuesamplesfordnaanalyses; Sheldon E.L. Eastwood J.R. Teunissen N. Roast M.J. Aranzamendi N.H. Fan M. Louise Hall M. Kingma S.A. Verhulst S. Peters A., 2022, Molecular Ecology, 31, 6, DOI 10.telomeredynamicsinthefirstyearoflifebutnotlaterinlifepredictlifespaninawildbird; 10.alongitudinalanalysisoftelomeresinaninsularhousesparrowpopulation; 10.phdthesissheffielduniversityofsheffieldsimonsmjp; 10.questioningcausalinvolvementoftelomeresinaging; 10.telomereheritabilityandparentalageatconceptioneffectsinawildavianpopulation; 10.rptrrepeatabilityestimationandvariancedecompositionbygeneralizedlinearmixed‐; 10.; 10.ontogenyoftelomeraseinchickenimpactofdownregulationonpreandpostnataltelomerelengthinvivo; 10.parentalageandlifespaninfluenceoffspringrecruitmentalongtermstudyinaseabird; 10.beneficialcumulativeeffectsofoldparentalageonoffspringfitness; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.paternalageispositivelylinkedtotelomerelengthofchildren; Vedder O. Moiron M. Bichet C. Bauch C. Verhulst S. Becker P.H. Bouwhuis S., 2022, Molecular Ecology, 31, 29, DOI 10.telomerelengthisheritableandgeneticallycorrelatedwithlifespaninawildbird; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.telomeresasbiomarkersforageingandagerelateddiseases"
"Fraser H.C., Kuan V., Johnen R., Zwierzyna M., Hingorani A.D., Beyer A., Partridge L."	"Biological mechanisms of aging predict age-related disease co-occurrence in patients"	"2022"	"Aging Cell"	"21"	"14"	"10.biologicalmechanismsofagingpredictagerelateddiseasecooccurrenceinpatients"	"10.improvedscoringoffunctionalgroupsfromgeneexpressiondatabydecorrelatinggographstructure; 10.diseasenetworksidentifyspecificconditionsandpleiotropyinfluencingmultimorbidityinthegeneralpopulation; 10.molecularandbiologicalhallmarksofageing; 10.beyondcalorierestrictionagingasabiologicaltargetfornutrienttherapies; 10.oachtoorganizeandevaluatescientificliteratureoncancer; 10.impactofgenomicdamageandageingonstemcellfunction; 10.controllingthefalsediscoveryrate–; 10.journaloftheroyalstatisticalsocietyseriesb; 10.theunifiedmedicallanguagesystem; 10.integratingbiomedicalterminology; 10.geneagenecenteredinformationresourceatncbi; 10.thenhgriebigwascatalogofpublishedgenomewideassociationstudiestargetedarraysandsummarystatistics; 10.atripledrugcombinationtargetingcomponentsofthenutrientsensingnetworkmaximizeslongevity; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.deficiencyisassociatedwithmitochondrialdysfunctionandexerciseintoleranceinmice; 10.parameterizingnetworkpropagationalgorithmsforomicsdataintegration; 10.biopythonfreelyavailablepythontoolsforcomputationalmolecularbiologyandbioinformatics; 10.rapamycinimproveshealthspanbutnotinflammaginginnfka; 10.networkpropagationauniversalamplifierofgeneticassociations; 10.thecomparativetoxicogenomicsdatabaseupdate; 10.thecontinuumofagingandagerelateddiseasescommonmechanismsbutdifferentrates; 10.therolesofsenescenceandtelomereshorteningincardiovasculardisease; 10.increasedexpressionofextracellularsignalregulatedkinaseandangiotensinconvertingenzymeinhumanatriaduringatrialfibrillation; 10.journaloftheamericancollegeofcardiology; 10.paracrinerolesofcellularsenescenceinpromotingtumourigenesis; 10.; 10.psygenetaknowledgeplatformonpsychiatricdisordersandtheirgenes; 10.hallmarksofcancerthenextgeneration; 10.ageingasariskfactorforneurodegenerativedisease; 10.literatureminingforthebiologistfrominformationretrievaltobiologicaldiscovery; 10.geneticevidenceforcommonpathwaysinhumanagerelateddiseases; 10.mitochondrialdysfunctioninneurodegenerativediseases; 10.journalofpharmacologyandexperimentaltherapeutics; 10.epigeneticmodificationsincancer; 10.; 10.; 10.; 10.; 10.; 10.prognosticroleofhomeostasismodelassessmentandoralglucosetolerancetestinnondiabeticpatientswithbellspalsy; 10.turkishjournalofmedicalsciences; 10.theroleofcellularsenescenceinageingandendocrinedisease; 10.secondarycausesofnonalcoholicfattyliverdisease; 10.therapeuticadvancesingastroenterology; 10.identificationandvalidationofnacetyltransferase; 10.journalofclinicalinvestigation; 10.inflammationandpreneoplasticlesionsinbenignprostateasriskfactorsforprostatecancer; 10.exploringtherelationshipbetweenageandhealthconditionsusingelectronichealthrecordsfromsinglediseasestomultimorbidities; 10.physicalandmentalhealthconditionsfrom; 10.millionindividualsintheenglishnationalhealthservice; 10.datadrivenidentificationofageingrelateddiseasesfromelectronichealthrecords; 10.alargescaleanalysisoftissuespecificpathologyandgeneexpressionofhumandiseasegenesandcomplexes; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.insulinresistanceastheunderlyingcauseforthemetabolicsyndrome; 10.understandingessentialtremorprogressonthebiologicalfront; 10.currentneurologyandneurosciencereports; 10.mtorinhibitionimprovesimmunefunctionintheelderly; 10.delayedageingthroughdamageprotectionbythearfp; 10.immunologicalfunctionsofagedhumanmonocytes; 10.dnadamagelinksmitochondrialdysfunctiontoatherosclerosisandthemetabolicsyndrome; 10.targetingtherafmekerkpathwayincancertherapy; 10.pharmacologicalinhibitionofnfka; 10.bprolongslifespanofdrosophilamelanogaster; 10.databaseresourcesofthenationalcenterforbiotechnologyinformation; 10.zoogeographicalstudiesonthesoleoidfishesfoundinjapananditsneighhouringregions; 10.bulletinofthejapanesesocietyofscientificfisheries; 10.erkinhibitorsasapotentialnewtherapyforrheumatoidarthritis; 10.thequesttoslowageingthroughdrugdiscovery; 10.multimorbidityadefiningchallengeforhealthsystems; 10.concurrentbellspalsyanddiabetesmellitusadiabeticmononeuropathy; 10.journalofneurologyneurosurgeryandpsychiatry; 10.diseasestextmininganddataintegrationofdiseasegeneassociations; 10.identifyingdiseaseassociatedgenesbynetworkpropagation; 10.theextracellularsignalregulatedkinase; 10.pathwayapotentialtherapeutictargetinhypertension; 10.journalofexperimentalpharmacology; 10.theraserketssignalingpathwayisadrugtargetforlongevity; 10.thyroidhormoneinhibitserkphosphorylationinpressureoverloadinducedhypertrophiedmouseheartsthroughareceptormediatedmechanism; 10.americanjournalofphysiologycellphysiology; 10.theextracellularsignalregulatedkinase; 10.pathwayinneurologicaldiseasesapotentialtherapeutictarget; 10.internationaljournalofmolecularmedicine; 10.proteinproteinassociationnetworkswithincreasedcoveragesu; 10.rtingfunctionaldiscoveryingenomewideexperimentaldatasets; 10.cellularmechanismsofinsulinresistanceroleofstressregulatedserinekinasesandinsulinreceptorsubstrates; 10.distinguishingessentialtremorfromparkinsonsdiseasebedsidetestsandlaboratoryevaluations; 10.expertreviewofneurotherapeutics; 10.mitochondrialserineproteasehtra; 10.sinakindredwithessentialtremorandparkinsondisease; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.generatedpolygrandpolyprdonotdirectlyinterferewithnucleocytoplasmictransport; 10.senolyticsimprovephysicalfunctionandincreaselifespaninoldage; 10.discoverthenetworkmechanismsunderlyingtheconnectionsbetweenagingandagerelateddiseases; 10.ageassociatedchangesininterferongammaandinterleukin; 10.geneticlociassociatedwithhumanhealthspan; 10.theetiologyofbellspalsyareview"
"Panasiak L., Szubert K., Polonis M., Ocalewicz K."	"Telomere length variation does not correspond with the growth disturbances in the rainbow trout (Oncorhynchus mykiss)"	"2022"	"Journal of Applied Genetics"	"63"	"2"	"10.telomerelengthvariationdoesnotcorrespondwiththegrowthdisturbancesintherainbowtroutoncorhynchusmykiss"	"10.haemopoiesisintheheadkidneyoftilapiaoreochromisniloticus; Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.japanesemedakaanewvertebratemodelforstudyingtelomereandtelomerasebiology; 10.sexdifferencesintelomeresandlifespan; 10.skeletalanomaliesinrearedeuropeanfishlarvaeandjuvenilespart; 10.maintypologiesoccurrencesandcausativefactors; 10.telomeresinterstitialtelomericrepeatsequencesandchromosomalaberrations; 10.protectionofmammaliantelomeres; 10.upregulationoftelomerasefunctionduringtissueregeneration; 10.medakafishexhibitslongevitygendergapanaturaldropinestrogenandtelomereshorteningduringagingauniquemodelforstudyingsexdependentlongevity; 10.variationintelomerelengthofthecommoncarpcyprinuscarpio; 10.; 10.conservednucleoproteinstructureattheendsofvertebrateandinvertebratechromosomes; Lund T.C. Glass T.J. Tolar J. Blazar B.R., 2009, PLoS ONE, 4, 50, DOI 10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio; 10.dwarfismandincreasedadiposityinthegh; 10.somaticgrowthandtelomericdynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.chromosomerearrangementsandsurvivalofandrogeneticrainbowtrout; 10.inductionofandrogeneticdevelopmentofthebrookcharr; 10.; 10.hybridsineggsderivedfromtheparentalspecies; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.telomeredynamicsinthediploidandtriploidrainbowtrout; 10.; 10.; 10.interclutcheggdifferencesandandrogenesisinrainbowtrout; 10.environmentalandsexcontrollifespanandtelomerelengthinwildderivedafricankillifish; 10.identificationoflocicontrollingthedwarfismtraitinthewhitesailfinmolly; 10.usinggenomewideassociationstudiesbasedongenotypingbysequencing; 10.telomeresandtelomerelengthageneraloverview; 10.whyfemaleslivelongerthanmalesimportanceoftheupregulationoflongevityassociatedgenesbyoestrogeniccompounds; 10.oxidativestressshortenstelomeres; 10.towardsaclassificationandanunderstandingofdevelopmentalrelationshipsofvertebralbodymalformationsinatlanticsalmon"
"Roast M.J., Eastwood J.R., Aranzamendi N.H., Fan M., Teunissen N., Verhulst S., Peters A."	"Telomere length declines with age, but relates to immune function independent of age in a wild passerine"	"2022"	"Royal Society Open Science"	"9"	"3"	"10.telomerelengthdeclineswithagebutrelatestoimmunefunctionindependentofageinawildpasserine"	"10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.understandingdiversityintelomeredynamics; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.theimpactofoxidativednadamageandstressontelomerehomeostasis; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.doesoxidativestressshortentelomeres; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.telomereattritionmetabolicregulationandsignallingfunction; 10.neutrophilsmediatingteloxidationandsenescence; 10.istelomerelengthamolecularmarkerofindividualquality; 10.insightsfromalonglivedbirdfunctecol; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; Sheldon E.L. Eastwood J.R. Teunissen N. Roast M.J. Aranzamendi N.H. Fan M. Louise Hall M. Kingma S.A. Verhulst S. Peters A., 2022, Molecular Ecology, 31, 6, DOI 10.telomeredynamicsinthefirstyearoflifebutnotlaterinlifepredictlifespaninawildbird; 10.; 10.birdswithhighlifetimereproductivesuccessexperienceincreasedtelomereloss; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.telomeredynamicsmaylinkstressexposureandageingacrossgenerations; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.doesreproductionshortentelomerestowardsintegratingindividualqualitywithlifehistorystrategiesintelomerebiology; 10.thepowerofstressthetelohormesishypothesis; 10.fitnessoutcomesinrelationtoindividualvariationinconstitutiveinnateimmunefunction; 10.thesenescenceassociatedsecretoryphenotypethedarksideoftumorsu; 10.associationbetweentelomerelengthandexperimentallyinducedu; 10.rrespiratoryviralinfectioninhealthyadults; 10.associationofleukocytetelomerelengthwithmortalityamongadultparticipantsin; 10.amechanismforseverityofdiseaseinolderpatientswithcovid; 10.thenexusbetweentelomerelengthandlymphopenia; 10.olderbiologicalageisassociatedwithadversecovid; 10.outcomesacohortstudyinukbiobank; 10.telomereshorteningasamechanismoflongtermcostofinfectiousdiseasesinnaturalanimalpopulations; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.; 10.stressimmunocompetenceandleukocyteprofilesofpiedflycatchersinrelationtobroodsizemanipulation; 10.; 10.sexspecificeffectsofexperimentalectoparasiteinfestationontelomerelengthingreattitnestlings; 10.productionofcomplementcomponentsbycellsoftheimmunesystem; 10.characteristicsofnaturalantibodysecretingcellsnaturalantibodysecretion; 10.theuseofglucocorticoidhormonesorleucocyteprofilestomeasurestressinvertebrateswhatsthedifference; 10.telomeresasintegrativemarkersofexposuretostressandadversityasystematicreviewandmetaanalysis; 10.anevolutionaryperspectiveonthemechanismsofimmunosenescence; 10.noevidenceforconstitutiveinnateimmunesenescenceinalongitudinalstudyofawildbird; 10.morethankinsubordinatesfosterstrongbondswithrelativesandpotentialmatesinasocialbird; 10.individualvariationinimmunefunctioninthepurplecrownedfairywren; 10.phdthesismonashuniversityschoolofbiologicalsciencesdavisak; 10.effectofhandlingtimeandrepeatedsamplingonavianwhitebloodcellcounts; 10.commonmeasuresofimmunefunctionvarywithtimeofdayandsamplingprotocolinfivepasserinespecies; 10.indicesofimmunefunctionusedbyecologistsaremostlyunaffectedbyrepeatedfreezethawcyclesandmethodologicaldeviations; 10.bloodsamplecollectionandpreparationinbirds; 10.exoticanimalhematologyandcytology; 10.newyorknywileyblackwelleastwoodjr; 10.increasingtheaccuracyandprecisionofrelativetelomerelengthestimatesbyrtqpcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.gapdhasacontrolgenetoestimategenomecopynumberingreattitswithcrossamplificationinbluetits; 10.shorttermclimatevariationdrivesbaselineinnateimmunefunctionandstressinatropicalbirdareactivescopeperspective; 10.haptoglobininflammationanddisease; 10.baselinehaptoglobinconcentrationsarerepeatableandpredictiveofcertainaspectsofasubsequentexperimentallyinducedinflammatoryresponse; 10.compbiochemphysiolamolintegrphysiol; 10.naturalantibodiesbridgeinnateandadaptiveimmunity; 10.ahemolysishemagglutinationassayforcharacterizingconstitutiveinnatehumoralimmunityinwildanddomesticbirds; 10.overviewoftheavianimmunesystem; 10.heterophillymphocyteratiospredictthemagnitudeofhumoralimmuneresponsetoanovelantigeningreattits; 10.compbiochemphysiolamolintegrphysiol; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgviennaaustriarfoundationforstatisticalcomputingseelinj; 10.telomerelengthmeasurementbyqpcrsummaryofcriticalfactorsandrecommendationsforassaydesign; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.telomeresandreplicativesenescenceisitonlylengththatcounts; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.agerelateddeclinesinimmuneresponseinawildmammalareunrelatedtoimmunecelltelomerelength; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.telomerelengthvariessubstantiallybetweenbloodcelltypesinareptile; 10.telomerelengthcorrelationsamongsomatictissuesinadultzebrafinches; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.synchronyoftelomerelengthamonghematopoieticcells; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.increasedglucocorticoidconcentrationsinearlylifecausemitochondrialinefficiencyandshorttelomeres; 10.complementakeysystemforimmunesurveillanceandhomeostasis; Vedder O. Moiron M. Bichet C. Bauch C. Verhulst S. Becker P.H. Bouwhuis S., 2022, Molecular Ecology, 31, 29, DOI 10.telomerelengthisheritableandgeneticallycorrelatedwithlifespaninawildbird; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.immunosenescenceinwildanimalsmetaanalysisandoutlook; 10.datafromtelomerelengthdeclineswithagebutrelatestoimmunefunctionindependentofageinawildpasserine"
"Seeker L.A., Underwood S.L., Wilbourn R.V., Dorrens J., Froy H., Holland R., Ilska J.J., Psifidi A., Bagnall A., Whitelaw B., Coffey M., Banos G., Nussey D.H."	"Telomere attrition rates are associated with weather conditions and predict productive lifespan in dairy cattle"	"2021"	"Scientific Reports"	"11"	"9"	"10.telomereattritionratesareassociatedwithweatherconditionsandpredictproductivelifespanindairycattle"	"10.atandemlyrepeatedsequenceattheterminiofextrachromosomalribbosomalrnagenesintetrahymena; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.telomeresshortenduringageingofhumanfibroblasts; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.reflectionsontelomeredynamicsandageingrelateddiseasesinhumans; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.inmediostatvirtusunanticipatedconsequencesoftelomeredysequilibrium; 10.longitudinaldataontelomerelengthinleukocytesfromnewbornbaboonssu; 10.rtamarkeddropinstemcellturnoveraround; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.theeffectsofsocialstatusonbiologicalagingasmeasuredbywhitebloodcelltelomerelength; 10.heritabilityoftelomerevariationit’; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.telomerelengthtrajectoryanditsdeterminantsinpersonswithcoronaryarterydiseaselongitudinalfindingsfromtheheartandsoulstudy; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.longitudinalversuscrosssectionalevaluationsofleukocytetelomerelengthdynamicsagedependenttelomereshorteningistherule; 10.riseininsulinresistanceisassociatedwithescalatedtelomereattrition; 10.telomerelengthlossduetosmokingandmetabolictraits; 10.energyintakeandleukocytetelomerelengthinyoungadults; 10.theindividualbloodcelltelomereattritionrateistelomerelengthdependent; 10.exposuretoviolenceduringchildhoodisassociatedwithtelomereerosionfrom; 10.leukocytetelomeredynamicsintheelderly; 10.bloodcelltelomerelengthisadynamicfeature; 10.telomereshorteningratepredictsspecieslifespan; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomereattritionpredictsreducedsurvivalinawildsocialbirdbutshorttelomeresdonot; 10.longitudinalchangesinleukocytetelomerelengthandmortalityinelderlyswedishmen; 10.increasedbroodsizeleadstopersistenterodedtelomeres; Foley N.M. Petit E.J. Brazier T. Finarelli J.A. Hughes G.M. Touzalin F. Puechmaille S.J. Teeling E.C., 2020, Molecular Ecology, 29, 32, DOI 10.driversoflongitudinaltelomeredynamicsinalonglivedbatspeciesmyotismyotis; Kirby R. Alldredge M.W. Pauli J.N., 2017, Evolutionary Ecology, 31, 12, DOI 10.environmentalnotindividualfactorsdrivemarkersofbiologicalaginginblackbears; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.effectsofinteractionbetweengenotypeandfeedingsystemonmilkproductionfeedintakeefficiencyandbodytissuemobilizationindairycows; 10.heatstressincattleandtheeffectofshadeonproductionandbehaviourareview; 10.effectofsolarradiationondairycattlebehaviouruseofshadeandbodytemperatureinapasturebasedsystem; 10.methodspecificcalibrationcorrectsfordnaextractionmethodeffectsonrelativetelomerelengthmeasurementsbyquantitativepcr; 10.longitudinalchangesintelomerelengthandassociatedgeneticparametersindairycattleanalysedusingrandomregressionmodels; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; 10.consequencesofmeasurementerrorinqpcrtelomeredataasimulationstudy; 10.thetelomerelengtheningconundrumitcouldbebiology; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.controllingforbaselinetelomerelengthbiasesestimatesoftherateoftelomereattrition; 10.cumulativestressinresearchanimalstelomereattritionasabiomarkerinawelfarecontext; 10.geneticanalysisofnovelphenotypesforfarmanimalresiliencetoweathervariability; 10.thegeneticarchitectureofbovinetelomerelengthinearlylifeandassociationwithanimalfitness; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomerelengthinearlylifepredictslifespan; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.updatedguidelinesforreportinganimalresearch; 10.consequencesofmeasurementerrorinqpcrtelomeredataasimulationstudy; 10.rstudiointegrateddevelopmentforr; 10.ralanguageandenvironmentforstatisticalcomputingbatesd; 10.fittinglinearmixedeffectsmodelsusinglme; 10.apackageforsurvivalanalysisinswickhamh; 10.elegantgraphicsfordataanalysis"
"Zeid D., Mooney-Leber S., Seemiller L.R., Goldberg L.R., Gould T.J."	"Terc gene cluster variants predict liver telomere length in mice"	"2021"	"Cells"	"10"	NA	"10.tercgeneclustervariantspredictlivertelomerelengthinmice"	"10.telomerestelomeraseandsenescence; 10.telomereendreplicationproblemandcellaging; 10.recognitionandelongationoftelomeresbytelomerase; 10.developmentalandtissuespecificregulationofmousetelomeraseandtelomerelength; 10.telomeredynamicsinmiceandhumans; 10.wbsaundersphiladelphiapausabroerl; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.associationsoftercsinglenucleotidepolymorphismswithhumanleukocytetelomerelengthandtheriskoftype; 10.commonvariantsneartercareassociatedwithmeantelomerelength; 10.tercpolymorphismsareassociatedbothwithsusceptibilitytocolorectalcancerandwithlongertelomeres; 10.telomerelengthinperipheralbloodlymphocytesrelatedtogeneticvariationintelomeraseprognosisandclinicopathologicalfeaturesinbreastcancerpatients; 10.telomeremaintenancegenesareassociatedwithtype; 10.diabetessusceptibilityinnorthwestindianpopulationgroup; 10.commonvariantsneartercareassociatedwithleukocytetelomerelengthinthechinesehanpopulation; 10.geneticpredispositiontomultiplemyeloma; 10.theassociationofmynnandtercgenepolymorphismsandbladdercancerinaturkishpopulation; 10.decipheringgeneticsusceptibilitytomultiplemyeloma; 10.phdthesisuniversityoflondonlondonukkolishovskig; 10.thejaxsyntenybrowserformousehumancomparativegenomics; 10.icationportalforsyntenyblockanalysis; 10.telomeredynamicsincancerprogressionandpreventionfundamentaldifferencesinhumanandmousetelomerebiology; 10.influencesofinbreedingandgeneticsontelomerelengthinmice; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.essentialroleofmousetelomeraseinhighlyproliferativeorgans; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.increasedtelomeraseactivityinmouseskinpremalignantprogression; 10.telomeraseactivationinmousemammarytumorslackofdetectabletelomereshorteningandevidenceforregulationoftelomerasernawithcellproliferation; 10.; 10.aquantitativepcrmethodformeasuringabsolutetelomerelength; 10.telomeremeasurementbyquantitativepcr; 10.animpairedbreedingphenotypeinmicewithageneticdeletionofbeta; 10.microglobulinanddiminishedmhcclassiexpressionroleinreproductivefitness; 10.determinationofreferencegenesthatareindependentoffeedingrhythmsforcircadianstudiesofmousemetabolictissues; 10.genealogiesofmouseinbredstrains; 10.aheteroskedasticityconsistentcovariancematrixestimatorandadirecttestforheteroskedasticity; 10.springerchamswitzerlandkiplingd; 10.hypervariableultralongtelomeresinmice; 10.oachesiningenuitypathwayanalysis; 10.mediatedapoptosisinmousetestes; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.sexdifferencesintelomeresandlifespan; 10.sexdifferencesinleucocytetelomerelengthinafreelivingmammal; 10.withdrawalfromchronicnicotineadministrationimpairscontextualfearconditioninginc; 10.straindependenteffectsofacutechronicandwithdrawalfromchronicnicotineonfearconditioning"
"Noguera J.C., Velando A."	"Telomerase activity can mediate the effects of growth on telomeres during post-natal development in a wild bird"	"2021"	"Journal of Experimental Biology"	"224"	"5"	"10.telomeraseactivitycanmediatetheeffectsofgrowthontelomeresduringpostnataldevelopmentinawildbird"	"10.impactofoxidativestressontelomerebiology; 10.thetelomerelengtheningconundrumitcouldbebiology; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.humantelomerebiologyacontributoryandinteractivefactorinagingdiseaserisksandprotection; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.structuralequationmodelingwithamosbasicconceptsa; 10.newyorktaylorfrancisgroupcriscuolof; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.themistreatmentofcovariateinteractiontermsinlinearmodelanalysesofbehaviouralandevolutionaryecologystudies; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.asimpleanduniversalmethodformolecularsexingofnonratitebirds; 10.telomeraseexpressionisdifferentiallyregulatedinbirdsofdifferinglifespan; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.telomerelengthinearlylifepredictslifespan; 10.nonradioactivedetectionoftelomeraseactivityusingthetelomericrepeatamplificationprotocol; 10.antioxidantssafeguardtelomeresinboldchicks; 10.vitaminsstressandgrowththeavailabilityofantioxidantsinearlylifeinfluencestheexpressionofcrypticgeneticvariation; 10.unrepeatablerepeatabilitiesacommonmistake; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.birdembryosperceivevibratorycuesofpredationriskfromclutchmates; 10.reducedtelomerelengthinembryosexposedtopredatorcues; 10.gullchicksgrowfasterbutlosetelomereswhenprenatalcuesmismatchtherealpresenceofsiblingcompetitors; 10.yolktestosteronereducesoxidativedamagesduringpostnataldevelopment; 10.; 10.thriftydevelopmentearlylifedietrestrictionreducesoxidativedamageduringlatergrowth; 10.embryonicandpostnataltelomerelengthdecreasewithovulationorderwithinclutches; 10.familytransmittedstressinawildbird; 10.eggcorticosteronecanstimulatetelomeraseactivityandpromotelongertelomeresduringembryodevelopment; 10.; 10.telomeresprotectingchromosomesagainstgenomeinstability; 10.mitochondriaandageingwinningandlosinginthenumbersgame; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.avianerythrocyteshavefunctionalmitochondriaopeningnovelperspectivesforbirdsasanimalmodelsinthestudyofageing; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.redoxregulationandlifehistorytradeoffsscavengingmitochondrialrosimprovesgrowthinawildbird; 10.oxidativestressshortenstelomeres; 10.transcriptomeanalysisofawildbirdrevealsphysiologicalresponsestotheurbanenvironment; 10.telomereshorteningratepredictsspecieslifespan; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing"
"Heidinger B.J., Kucera A.C., Kittilson J.D., Westneat D.F."	"Longer telomeres during early life predict higher lifetime reproductive success in females but not males"	"2021"	"Proceedings of the Royal Society B: Biological Sciences"	"288"	"17"	"10.longertelomeresduringearlylifepredicthigherlifetimereproductivesuccessinfemalesbutnotmales"	"10.telomeresandlifehistoriesthelongandtheshortofit; 10.maldenmawileyblackwellblackburneh; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.cellularsenescenceandtissueaginginvivo; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.telomerelengthinearlylifepredictslifespan; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.thegeneticarchitectureofbovinetelomerelengthinearlylifeandassociationwithanimalfitness; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.geneticvariationinhumantelomeraseisassociatedwithtelomerelengthinashkenazicentenarians; 10.theheritabilityofleucocytetelomerelengthdynamics; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.exposuretoviolenceduringchildhoodisassociatedwithtelomereerosionfrom; 10.earlylifestressandtelomerelengthinvestigatingtheconnectionandpossiblemechanisms; 10.doesreproductionshortentelomerestowardsintegratingindividualqualitywithlifehistorystrategiesintelomerebiology; 10.parityassociatedwithtelomerelengthamongusreproductiveagewomen; Ryan C.P. Hayes M.G. Lee N.R. McDade T.W. Jones M.J. Kobor M.S. Kuzawa C.W. Eisenberg D.T.A., 2018, Scientific Reports, 8, 45, DOI 10.reproductionpredictsshortertelomeresandepigeneticageaccelerationamongyoungadultwomen; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.birdswithhighlifetimereproductivesuccessexperienceincreasedtelomereloss; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.dotelomeresinfluencepaceoflifestrategiesinresponsetoenvironmentalconditionsoveralifetimeandbetweengenerations; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.theadaptivesexinstressfulenvironments; 10.sexdifferencesintelomeresandlifespan; 10.biologyoftheubiquitoushousesparrowfromgenestopopulations; 10.thednoxfordukoxforduniversitypresswestneatdf; 10.patternsofsexratiovariationinhousesparrows; 10.complexinteractionsamongtemporalvariablesaffecttheplasticityofclutchsizeinamultibroodedbird; 10.telomeremeasurementbyquantitativepcr; 10.aguidelineofselectingandreportingintraclasscorrelationcoefficientsforreliabilityresearch; 10.rptrrepeatabilityestimationandvariancedecompositionbygeneralizedlinearmixedeffectsmodels; 10.extrapairpaternityandmalebadgesizeinthehousesparrow; 10.contrastinglevelsofextrapairpaternityinmainlandandislandpopulationsofthehousesparrow; 10.badgesizeandextrapairfertilizationsinthehousesparrow; 10.badgesizepaternityassurancebehavioursandpaternitylossesinmalehousesparrows; 10.testsofecologicalphenotypicandgeneticcorrelatesofextrapairpaternityinthehousesparrow; 10.quantifyingindividualvariationinbehaviourmixedeffectmodellinga; 10.themisuseofblupinecologyandevolution; 10.wilsonajgarantdsheldonbckruukleverhulsts; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsforregressiontothemean; 10.nosexdifferencesinadulttelomerelengthacrossvertebratesametaanalysis; 10.variationinsurvivorshipofamigratorysongbirdthroughoutitsannualcycle; 10.adultsexratiosinwildbirdpopulations; 10.mortalitycostsofsexualdimorphisminbirds; 10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincorysshearwaters; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.datafromlongertelomeresduringearlylifepredicthigherlifetimereproductivesuccessinfemalesbutnotmales"
"Froy H., Underwood S.L., Dorrens J., Seeker L.A., Watt K., Wilbourn R.V., Pilkington J.G., Harrington L., Pemberton J.M., Nussey D.H."	"Heritable variation in telomere length predicts mortality in Soay sheep"	"2021"	"Proceedings of the National Academy of Sciences of the United States of America"	"118"	"22"	"10.heritablevariationintelomerelengthpredictsmortalityinsoaysheep"	"10.structureandfunctionoftelomeres; 10.telomeresandtelomerasethreedecadesofprogress; 10.telomereendreplicationproblemandcellaging; 10.oxidativestressshortenstelomeres; 10.shorttelomeresareassociatedwithincreasedcarotidatherosclerosisinhypertensivesubjects; 10.telomeresandhumandiseaseageingcancerandbeyond; 10.associationbetweentelomerelengthandtype; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.questioningcausalinvolvementoftelomeresinaging; 10.telomeresandhumansomaticfitness; 10.cumulativestressinresearchanimalstelomereattritionasabiomarkerinawelfarecontext; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.systematicreviewoftheassociationbetweenchronicsocialstressandtelomerelengthalifecourseperspective; 10.telomeresasintegrativemarkersofexposuretostressandadversityasystematicreviewandmetaanalysis; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.telomereattritionpredictsreducedsurvivalinawildsocialbirdbutshorttelomeresdonot; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.theimpactofheterogeneityinindividualfrailtyonthedynamicsofmortality; 10.measuringsenescenceinwildanimalpopulationstowardsalongitudinala; 10.soaysheepdynamicsandselectioninanislandpopulation; 10.; 10.repeatedselectionofmorphometrictraitsinthesoaysheeponstkilda; 10.patternsofbodymasssenescenceandselectivedisa; 10.arancedifferamongthreespeciesoffreelivingungulates; 10.estimationofenvironmentalandgeneticcontributionstotelomerelengthvariationinawildmammal; Foley N.M. Petit E.J. Brazier T. Finarelli J.A. Hughes G.M. Touzalin F. Puechmaille S.J. Teeling E.C., 2020, Molecular Ecology, 29, 32, DOI 10.driversoflongitudinaltelomeredynamicsinalonglivedbatspeciesmyotismyotis; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.telomereheritabilityandparentalageatconceptioneffectsinawildavianpopulation; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.longitudinalchangesintelomerelengthandassociatedgeneticparametersindairycattleanalysedusingrandomregressionmodels; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; Seeker L.A. Underwood S.L. Wilbourn R.V. Dorrens J. Froy H. Holland R. Ilska J.J. Psifidi A. Bagnall A. Whitelaw B. Coffey M. Banos G. Nussey D.H., 2021, Scientific Reports, 11, 9, DOI 10.telomereattritionratesareassociatedwithweatherconditionsandpredictproductivelifespanindairycattle; 10.telomerelengthinearlylifepredictslifespan; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.geneticvariationinhumantelomeraseisassociatedwithtelomerelengthinashkenazicentenarians; 10.geneticvariationintertandtercandhumanleukocytetelomerelengthandlongevityacrosssectionalandlongitudinalanalysis; 10.analysisoftheassociationbetweentercandtertgeneticvariationandleukocytetelomerelengthandhumanlifespanafollowupstudy; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.shorttelomeresaresufficienttocausethedegenerativedefectsassociatedwithaging; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.estimatingquantitativegeneticparametersinwildpopulationsacomparisonofpedigreeandgenomica; 10.pedigreereconstructionfromsnpdataparentageassignmentsibshipclusteringandbeyond; 10.towardsunbiasedparentageassignmentcombininggeneticbehaviouralandspatialdatainabayesianframework; 10.methodspecificcalibrationcorrectsfordnaextractionmethodeffectsonrelativetelomerelengthmeasurementsbyquantitativepcr; 10.telomeremeasurementbyquantitativepcr; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.glmmtmbbalancesspeedandflexibilityamongpackagesforzeroinflatedgeneralizedlinearmixedmodeling; 10.embryonicgrowthrateaffectstelomereattritionanexperimentinawildbird; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingviennaaustria; 10.mcmcmethodsformultiresponsegeneralizedlinearmixedmodelsthemcmcglmmrpackage"
"Vernasco B.J., Dakin R., Majer A.D., Haussmann M.F., Brandt Ryder T., Moore I.T."	"Longitudinal dynamics and behavioural correlates of telomeres in male wire-tailed manakins"	"2021"	"Functional Ecology"	"35"	"8"	"10.longitudinaldynamicsandbehaviouralcorrelatesoftelomeresinmalewiretailedmanakins"	"Adriaenssens B. Pauliny A. Blomqvist D. Johnsson J.I., 2016, Physiology and Behavior, 165, 14, DOI 10.telomerelengthcovarieswithpersonalityinwildbrowntrout; 10.princetonuniversitypressangelierf; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.generalandcomparativeendocrinology; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.energeticsoftheacrobaticcourtshipinmalegoldencollaredmanakins; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.; 10.httpscranrprojectorgpackagemuminrpackageversion; 10.fittinglinearmixedeffectsmodelsusinglme; 10.developmentaltelomereattritionpredictsimpulsivedecisionmakinginadultstarlings; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.whyarethereassociationsbetweentelomerelengthandbehaviour; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthreflectsreproductiveeffortindicatedbycorticosteronelevelsinalonglivedseabird; 10.theoxidativecostofunstablesocialdominance; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.dobaselineglucocorticoidspredictfitness; 10.aicmodelselectionandmultimodelinferenceinbehavioralecologysomebackgroundobservationsandcomparisons; 10.behavioralecologyandsociobiology; 10.femalematechoicebaseduponmalemotorperformance; 10.telomereattritionmetabolicregulationandsignallingfunction; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.theeffectsofsocialstatusonbiologicalagingasmeasuredbywhitebloodcelltelomerelength; Cram D.L. Monaghan P. Gillespie R. Dantzer B. Duncan C. Spence-Jones H. Clutton-Brock T., 2018, Current Biology, 28, 24, DOI 10.rankrelatedcontrastsinlongevityarisefromextragroupexcursionsnotdelayedsenescenceinacooperativemammal; 10.theecologyofstresseffectsofthesocialenvironment; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.dynamicnetworkpartnershipsandsocialcontagiondrivecooperation; 10.proceedingsoftheroyalsocietybbiologicalsciences; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.cooperatingtocompetealtruismsexualselectionandcausesofmalereproductivecooperation; 10.chronicwaterrestrictiontriggerssexspecificoxidativestressandtelomereshorteninginlizards; 10.shortertelomeresprecedepopulationextinctioninwildlizards; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.increasingtheaccuracyandprecisionofrelativetelomerelengthestimatesbyrtqpcr; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. 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Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences"
"van Lieshout S.H.J., Sparks A.M., Bretman A., Newman C., Buesching C.D., Burke T., Macdonald D.W., Dugdale H.L."	"Estimation of environmental, genetic and parental age at conception effects on telomere length in a wild mammal"	"2021"	"Journal of Evolutionary Biology"	"34"	"16"	"10.estimationofenvironmentalgeneticandparentalageatconceptioneffectsontelomerelengthinawildmammal"	"10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.generalandcomparativeendocrinology; 10.heterozygosityfitnesscorrelationsinawildmammalpopulationaccountingforparentalandenvironmentaleffects; 10.neighbouringgroupcompositionandwithingrouprelatednessdriveextragrouppaternityrateintheeuropeanbadger; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.divergenceofspermandleukocyteagedependenttelomeredynamicsimplicationsformaledrivenevolutionoftelomerelengthinhumans; 10.leukocytetelomerelengthandthefathersageenigmaimplicationsforpopulationhealthandforlifecourse; 10.internationaljournalofepidemiology; 10.longitudinaldataontelomerelengthinleukocytesfromnewbornbaboonssu; 10.rtamarkeddropinstemcellturnoveraround; 10.sexdifferencesintelomeresandlifespan; 10.fittinglinearmixedeffectsmodelsusinglme; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.sexdifferencesinsenescencetheroleofintrasexualcompetitioninearlyadulthood; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.theenvironmentalandgeneticdeterminantsofchicktelomerelengthintreeswallows; 10.ageneraldefinitionoftheheritablevariationthatdeterminesthepotentialofapopulationtorespondtoselection; 10.effectsofweatherconditionsonoxidativestressoxidativedamageandantioxidantcapacityinawildlivingmammaltheeuropeanbadger; 10.physiologicalandbiochemicalzoology; 10.spermcompetitionandsexualselection; 10.structureandfunctionoftelomeres; 10.recognitionandelongationoftelomeresbytelomerase; 10.doesoxidativestressshortentelomeres; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.sexspecificpathwaysofparentalageeffectsonoffspringlifetimereproductivesuccessinalonglivedseabird; 10.reducedtelomerelengthinoffspringofoldfathersinalonglivedseabird; 10.whatliesbeneathpopulationdynamicsconcealpaceoflifeandsexratiovariationwithimplicationsforresiliencetoenvironmentalchange; 10.essionandorganismalaginggoodcitizensbadneighbors; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.alternativelengtheningoftelomeresmodelsmechanismsandimplications; 10.thequantitativegeneticsofsenescenceinwildanimals; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.offspringtelomerelengthinthelonglivedalpineswiftisnegativelyrelatedtotheageoftheirbiologicalfatherandfostermother; 10.limitationsoftheuseoftoothwearasameansofageingeurasianbadgersmelesmeles; 10.netcostsofgrouplivinginasolitaryforagertheeurasianbadger; 10.telomeresandtelomerasebiologyinvertebratesprogresstowardsanonhumanmodelforreplicativesenescenceandageing; 10.; 10.spermatozoatelomeresdeterminetelomerelengthinearlyembryosandoffspring; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.paternalageatbirthisanimportantdeterminantofoffspringtelomerelength; 10.fixedeffectvarianceandtheestimationofrepeatabilitiesandheritabilitiesissuesandsolutions; 10.generalmethodsforevolutionaryquantitativegeneticinferencefromgeneralizedmixedmodels; 10.alloparentalbehaviourandlongtermcostsofmotherstoleratingothermembersofthegroupinaplurallybreedingmammal; 10.polygynandrousandrepeatedmountingbehaviourineuropeanbadgersmelesmeles; 10.polygynandryextragrouppaternityandmultiplepaternitylittersineuropeanbadger; 10.reproductiveskewandrelatednessinsocialgroupsofeuropeanbadgersmelesmeles; 10.agespecificbreedingsuccessinawildmammalianpopulationselectionconstraintrestraintandsenescence; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.youngparentsproduceoffspringwithshorttelomeresastudyinalonglivedbirdtheblackbrowedalbatross; 10.theassociationofreproductivesenescencewithmitochondrialquantityfunctionanddnaintegrityinhumanoocytesatdifferentstagesofmaturation; 10.paternalageatconceptioneffectsonoffspringtelomerelengthacrossspecies–; Eisenberg D.T.A. Kuzawa C.W., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 60, DOI 10.thepaternalageatconceptioneffectonoffspringtelomerelengthmechanisticcomparativeandadaptiveperspectives; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Eisenberg D.T.A. Tackney J. Cawthon R.M. Cloutier C.T. Hawkes K., 2017, American Journal of Physical Anthropology, 162, 28, DOI 10.paternalandgrandpaternalagesatconceptionanddescendanttelomerelengthsinchimpanzeesandhumans; 10.americanjournalofphysicalanthropology; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.thesocialintegrationofeuropeanbadger; 10.inyoungmenspermtelomerelengthisrelatedtospermnumberandparentalage; Foley N.M. Petit E.J. Brazier T. Finarelli J.A. Hughes G.M. Touzalin F. Puechmaille S.J. Teeling E.C., 2020, Molecular Ecology, 29, 32, DOI 10.driversoflongitudinaltelomeredynamicsinalonglivedbatspeciesmyotismyotis; Froy H. Bird E.J. Wilbourn R.V. Fairlie J. Underwood S.L. Salvo-Chirnside E. Pilkington J.G. Bérénos C. Pemberton J.M. Nussey D.H., 2017, Scientific Reports, 7, 22, DOI 10.noevidenceforparentalageeffectsonoffspringleukocytetelomerelengthinfreelivingsoaysheep; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.simranrpackageforpoweranalysisofgeneralizedlinearmixedmodelsbysimulation; 10.mcmcmethodsformultiresponsegeneralisedlinearmixedmodelsthemcmcglmmrpackage; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.parentalageinfluencesoffspringtelomereloss; 10.paternalageandtelomerelengthintwinsthegermstemcellselectionparadigm; 10.comparingevolvabilityandvariabilityofquantitativetraits; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.synchronyoftelomerelengthamonghematopoieticcells; 10.estimatinggeneticparametersinnaturalpopulationsusingtheanimalmodel; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.heritabilityoffitnessinawildmammalpopulation; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.howtoseparategeneticandenvironmentalcausesofsimilaritybetweenrelatives; 10.earlydevelopmentandfitnessinbirdsandmammals; 10.geneticsandanalysisofquantitativetraits; 10.inoxfordshireuknumbersdensityandcohortlifehistoriesandapossibleroleofclimatechangeinpopulationgrowth; 10.conservationparagonorfarmlandpariahlessonsfromthewythambadgerproject; 10.wildlifeconservationonfarmlandvolume; 10.oxforduniversitypressmacdonalddw; 10.arebadgersundertheweatherdirectandindirectimpactsofclimatevariationoneuropeanbadger; 10.thedistributionofeurasianbadgermelesmelessettsinahighdensityareafieldobservationscontradictthesettdispersionhypothesis; 10.populationdynamicsimplicationsforregulatorymechanisms; 10.theuseandassessmentofketaminemedetomidinebutorphanolcombinationsforfieldanaesthesiainwildeuropeanbadgers; 10.veterinaryanaesthesiaandanalgesia; 10.linksbetweenparentallifehistoriesofwildsalmonandthetelomerelengthsoftheiroffspring; 10.therolesofwrnandblmrecqhelicasesinthealternativelengtheningoftelomeres; 10.compensationforabadstartgrownowpaylater; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.intergenerationaltransferofageingparentalageandoffspringlifespan; 10.amotherslegacythestrengthofmaternaleffectsinanimalpopulations; 10.pedanticsanrpackageforpedigreebasedgeneticsimulationandpedigreemanipulationcharacterizationandviewing; 10.naturalselectionandtheheritabilityoffitnesscomponents; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.coccidiosisintheeuropeanbadgermelesmelesinwythamwoodsinfectionandconsequencesforgrowthandsurvival; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.experimentaldemonstrationthatoffspringfatheredbyoldmaleshaveshortertelomeresandreducedlifespans; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.climateandtheindividualinterannualvariationintheautumnalactivityoftheeuropeanbadger; 10.largescaleparentchildcomparisonconfirmsastrongpaternalinfluenceontelomerelength; 10.europeanjournalofhumangenetics; 10.oachtoinvestigatetheeffectsofweatherconditionsonthedemographicofaterrestrialmammaltheeuropeanbadger; 10.environmentalconditionsinearlylifeinfluenceageingratesinawildpopulationofreddeer; 10.incompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofphenomenon; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.fourdecadesofestimatingheritabilitiesinwildvertebratepopulationsimprovedmethodsmoredatabetterestimates; 10.onthelowheritabilityoflifehistorytraits; 10.londonhermajestysstationaryoffice; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingreicherts; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.reducedfitnessinprogenyfromoldparentsinanaturalpopulation; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.pathogenburdencoinfectionandmajorhistocompatibilitycomplexvariabilityintheeuropeanbadger; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.heterochronyofpubertyintheeuropeanbadger; 10.canbeexplainedbygrowthrateandgroupsizeevidencefortwoendocrinologicalphenotypes; 10.reproductiveandsomaticsenescenceintheeuropeanbadger; 10.evidencefromlifetimesexsteroidprofiles; 10.heritabilityoffitnesscomponentsinawildbirdpopulation; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.socialeffectsonagerelatedandsexspecificimmunecellprofilesinawildmammal; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.improvingcomparabilitybetweenqpcrbasedtelomerestudies; 10.anoteontheasymptoticdistributionoflikelihoodratioteststotestvariancecomponents; 10.oxidativestressshortenstelomeres; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.sexdifferencesinleukocytetelomerelengthinafreelivingmammal; Wilbourn R.V. Froy H. McManus M.-C. Cheynel L. Gaillard J.-M. Gilot-Fromont E. Regis C. Rey B. Pellerin M. Lemaître J.-F. Nussey D.H., 2017, Biology Letters, 13, 29, DOI 10.agedependentassociationsbetweentelomerelengthandenvironmentalconditionsinroedeer; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.evolutionarygeneticsofageinginthewildempiricalpatternsandfutureperspectives; 10.anecologistsguidetotheanimalmodel; 10.costsofbreedingstatusintheeuropeanbadgermelesmeles; 10.helpersprovidenodetectablebenefitsintheeuropeanbadger; 10.femalereceptivityembryonicdiapauseandsuperfoetationintheeuropeanbadger; 10.implicationsforthereproductivetacticsofmalesandfemales; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences"
"Molbert N., Angelier F., Alliot F., Ribout C., Goutte A."	"Fish from urban rivers and with high pollutant levels have shorter telomeres: Telomeres and contamination in fish"	"2021"	"Biology Letters"	"17"	"10"	"10.fishfromurbanriversandwithhighpollutantlevelshaveshortertelomerestelomeresandcontaminationinfish"	"10.demographicconsequencesofheavymetalsandpersistentorganicpollutantsinavulnerablelonglivedbirdthewanderingalbatross; 10.predictingglobalkillerwhalepopulationcollapsefrompcbpollution; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.telomereshorteningratepredictsspecieslifespan; 10.ectothermictelomeresitstimetheycameinfromthecold; 10.shortertelomeresprecedepopulationextinctioninwildlizards; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.theassociationbetweenstressorsandtelomeresinnonhumanvertebratesametaanalysis; 10.oxidativestressshortenstelomeres; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.comparativetoxicityofselectedpahsinrainbowtrouthepatocytesgenotoxicityoxidativestressandcytotoxicity; 10.telomeredynamicinhumansandanimalsreviewandperspectivesinenvironmentaltoxicology; 10.telomeredamageandredoxstatusalterationsinfreelivingpasserinesexposedtometals; 10.exposuretooxychlordaneisassociatedwithshortertelomeresinarcticbreedingkittiwakes; 10.organohalogenatedcontaminantsinwhitetailedeagle; 10.nestlingsanassessmentofrelationshipstoimmunoglobulinlevelstelomeresandoxidativestress; 10.perfluorinatedsubstancesandtelomeresinanarcticseabirdcrosssectionalandlongitudinala; 10.organicchemicalsjeopardizethehealthoffreshwaterecosystemsonthecontinentalscale; 10.associationbetweenleukocytetelomereshorteningandexposuretotrafficpollutionacrosssectionalstudyontrafficofficersandindoorofficeworkers; 10.lifetimepesticideuseandtelomereshorteningamongmalepesticidea; 10.icatorsintheagriculturalhealthstudy; 10.astructurebasedinvestigationonthebindinginteractionofhydroxylatedpolycyclicaromatichydrocarbonswithdna; 10.extinctionriskismostacutefortheworldslargestandsmallestvertebrates; 10.telomericattritionwithageandtemperatureineasternmosquitofish; 10.assessmentofbiomarkersforcontaminantsofemergingconcernonaquaticorganismsdownstreamofamunicipalwastewaterdischarge; 10.istelomerelengthamolecularmarkerofpastthermalstressinwildfish; 10.interactionsbetweenparentaltraitsenvironmentalharshnessandgrowthrateindeterminingtelomerelengthinwildjuvenilesalmon; 10.telomerelengthandantioxidantdefenseassociatewithparasiteinducedretardedgrowthinwildbrowntrout; 10.phthalatefateinthehydrographicnetworkoftheriverseinebasin; 10.undercontrastedhydrologicalconditions; 10.spatialanalysisofpahsinsoilsalonganurbansuburbanruralgradientscaleeffectdistributionpatternsdiffusionandinfluencingfactors; 10.potentialbenefitsofacanthocephalanparasitesforchubhostsinpollutedenvironments; 10.multiresiduemethodsforthedeterminationoforganicmicropollutantsandtheirmetabolitesinfishtissues; 10.chronicwaterrestrictiontriggerssexspecificoxidativestressandtelomereshorteninginlizards; Petitjean Q. Jean S. Côte J. Larcher T. Angelier F. Ribout C. Perrault A. Laffaille P. Jacquin L., 2020, Science of the Total Environment, 742, 11, DOI 10.directandindirecteffectsofmultipleenvironmentalstressorsonfishhealthinhumanalteredrivers; 10.distincttelomeredifferenceswithinareproductivelybimodalcommonlizardpopulation; 10.telomeremeasurementbyquantitativepcr; 10.telomereattritionandrestorationinthenormalteleostoryziaslatipesarelinkedtogrowthrateandtelomeraseactivityateachlifestage; 10.stednnewyorknyspringerkuznetsovaa; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.ralanguageandenvironmentforstatisticalcomputing; 10.viennaaustriarfoundationforstatisticalcomputingseehttpwwwrprojectorgpenczakt; 10.movementpatternandgrowthratiooftaggedfishintwolowlandriversofcentralpoland; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; Salmón P. Nilsson J.F. Nord A. Bensch S. Isaksson C., 2016, Biology Letters, 12, 92, DOI 10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor; 10.; 10.urbanblackbirdshaveshortertelomeres; 10.proximitytoroadsbutnotexposuretometalpollutionisassociatedwithaccelerateddevelopmentaltelomereshorteninginnestlinggreattits; 10.noiseinducedreductionintheattackrateofaplanktivorousfreshwaterfishrevealedbyfunctionalresponseanalysis; 10.datafromfishfromurbanriversandwithhighpollutantlevelshaveshortertelomeres"
"Leonida S.R.L., Bennett N.C., Leitch A.R., Faulkes C.G."	"Patterns of telomere length with age in African mole-rats: New insights from quantitative fluorescence in situ hybridisation (qFISH)"	"2020"	"PeerJ"	"8"	"4"	"10.patternsoftelomerelengthwithageinafricanmoleratsnewinsightsfromquantitativefluorescenceinsituhybridisationqfish"	"10.adwanshekhidemhsharvitllemanemanoviroichmanaholtzesatzmong; 10.telomeresandlongevityacauseoraneffect; 10.internationaljournalofmolecularsciences; 10.anewlivetraptocatchblindmolerats; 10.humanintrachromosomaltelomericlikerepeatssequenceorganizationandmechanismsoforigin; 10.therelativeagestructureandbodymassesofcompletewildcapturedcoloniesoftwosocialmoleratsthecommonmoleratcryptomyshottentotushottentotusandthedamaralandmoleratcryptomysdamarensis; 10.thenakedmoleratanewlonglivingmodelforhumanagingresearch; 10.journalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.negligiblesenescenceinthelongestlivingrodentthenakedmoleratinsightsfromasuccessfullyageingspecies; 10.journalofcomparativephysiologyb; 10.chikashigeytsutsumicyamanemokamasak; 10.tethertelomerestoformthebouquetarrangementofchromosomes; 10.cramdlmonaghanpgillespiercluttonbrockt; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.deuveljbennettncbrittondavidianjrobinsontj; 10.chromosomalphylogenyandevolutionoftheafricanmolerats; 10.isrequiredfortelomereattachmenttonuclearenvelopeandgametogenesisinmice; 10.faulkescgverheyeneverheyenwjarvisjubennettnc; 10.phylogeographicalpatternsofgeneticdivergenceandspeciationinafricanmolerats; 10.gorbunovavseluanovazhangzgladyshevvnvijgj; 10.comparativegeneticsoflongevityandcancerinsightsfromlonglivedrodents; 10.gomesnmryderoahouckmlchartersjwalkerwforsythnraustadsnwrightwe; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.gutierrezrodriguesfsantanalemosbascheucherpsalvespaivarmcaladort; 10.directcomparisonofflowfishandqpcrasdiagnostictestsfortelomerelengthmeasurementinhumans; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; Haussmann M.F. Vleck C.M. Nisbet I.C.T., 2003, Experimental Gerontology, 38, 41, DOI 10.calibratingthetelomereclockincommonternssternahirundo; 10.telomeresshortenduringageingofhumanfibroblasts; 10.blackburnehgreidercwedsnewyorkcoldspringharborlaboratorypresshayflicklmoorheadps; 10.theserialcultivationofhumandiploidcellstrains; 10.heidingerbjblountjdbonerwgriffithskmetcalfenbmonaghanp; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; 10.ngtechniqueforfossorialmammals; 10.hultdinmgrnlundenorrbackkferikssonlindstrmeroosgjustt; 10.telomereanalysisbyfluorescenceinsituhybridizationandflowcytometry; 10.kimebfangxfushanaahuangzlobanovavhanlmarinosmgladyshevvn; 10.genomesequencingrevealsinsightsintophysiologyandlongevityofthenakedmolerat; 10.lansdorppmverwoerdnpvanderijkefmdragowskavlittlemtdirksrwraapaktankehj; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.meynejbakerrhobarthhhsutcryderoawardogwileyjemoyzisrk; 10.distributionofnontelomericsitesofthe; 10.ntelomericsequenceinvertebratechromosomes; 10.nevoecapannaecortimjarvisjumhickmangc; 10.karyotypedifferentiationintheendemicsubterraneanmoleratsofsouthafrica; 10.olssonmgeraghtynjwapstraewilsonm; 10.telomerelengthvariessubstantiallybetweenbloodcelltypesinareptile; 10.telomeredynamicsinthediploidandtriploidrainbowtrout; 10.ruizherreraanergadzesgsantagostinomgiulottoe; 10.telomericrepeatsfarfromtheendsmechanismsoforiginandroleinevolution; 10.; 10.schoberhferreirahkalckvgehlenlrgassersm; 10.yeasttelomeraseandthesundomainproteinmps; 10.anchortelomeresandrepresssubtelomericrecombination; 10.seluanovachenzhinecsasaharathribeiroaacataniakcpresgravesdcgorbunovav; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.molecularmechanismsdetermininglifespaninshortandlonglivedspecies; 10.trendsinendocrinologyandmetabolism; 10.tianxdoerigkparkrcanranqinahwangcnearyagilbertmgorbunovav; 10.evolutionoftelomeremaintenanceandtumoursu; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.vandaelepaagdammannpmeierjlkawalikamvandewoestijnecburdah; 10.chromosomaldiversityinmoleratsofthegenuscryptomys; 10.fromthezambezianregionwithdescriptionsofnewkaryotypes; 10.vanlieshoutshjbretmananewmancbueschingcdmacdonalddwdugdalehl; van Lieshout S.H.J. Bretman A. Newman C. Buesching C.D. Macdonald D.W. Dugdale H.L., 2019, Molecular Ecology, 28, 47, DOI 10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal; 10.thenaturalhistoryoftelomerestoolsforageinganimalsandexploringtheageingprocess; 10.longevityofmammalsincaptivityfromthelivingcollectionsoftheworldp; 10.stuttgartkleinesenckenbergreiheyangffubo’brienpcmniewryderoafergusonsmithma; 10.refinedgenomewidecomparativemapofthedomestichorsedonkeyandhumanbasedoncrossspecieschromosomepaintinginsightintotheoccasionalfertilityofmules; 10.telomeresthebeginningsandendsofeukaryoticchromosomes; 10.zijlmansjmmartensumpoonsssraapaktankehjwardrklansdorppm; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft; 10.proceedingsofthenationalacademyofsciences"
"Criscuolo F., Torres R., Zahn S., Williams T.D."	"Telomere dynamics from hatching to sexual maturity and maternal effects in the multivariate egg"	"2020"	"Journal of Experimental Biology"	"223"	"4"	"10.telomeredynamicsfromhatchingtosexualmaturityandmaternaleffectsinthemultivariateegg"	"10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.shorttermexposuretotestosteronepropionateleadstorapidbillcoloranddominancechangesinzebrafinches; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Atema E. Mulder E. Dugdale H.L. Briga M. van Noordwijk A.J. Verhulst S., 2015, Journal of Ornithology, 156, 34, DOI 10.heritabilityoftelomerelengthinthezebrafinch; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; Bauch C. Becker P.H. Verhulst S., 2014, Molecular Ecology, 23, 39, DOI 10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird; 10.telomerelengthreflectsreproductiveeffortindicatedbycorticosteronelevelsinalonglivedseabird; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.chronicstresselevatestelomeraseactivityinrats; 10.theenvironmentalandgeneticdeterminantsofchicktelomerelengthintreeswallows; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.structureandfunctionoftelomeres; 10.assessingthecostofmountinganimmuneresponse; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.doesoxidativestressshortentelomeres; 10.maternaltransferofantibodiesraisingimmunoecologyissues; 10.dnarepairisindispensableforsurvivalafteracuteinflammation; 10.oxidativestressandhormesisinevolutionaryecologyandphysiology; 10.agerelatedresponsetoanacuteinnateimmunechallengeinmiceproteomicsrevealsatelomeremaintenancerelatedcost; 10.theevolutionofgrowthtrajectorieswhatlimitsgrowthrate; 10.growinguporgrowingoldcellularaginglinkedwithtestosteronereactivitytostressinyouth; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.onthevariabilityinenergyallocationofnestlingbirds; 10.paternalageatconceptioneffectsonoffspringtelomerelengthacrossspecieswhatexplainsthevariability; 10.mitochondriacontributetolpsinducedmapkactivationviauncouplingproteinucp; 10.thefetalprogrammingoftelomerebiologyhypothesisanupdate; Fairlie J. 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"Cherdsukjai P., Buddhachat K., Brown J., Kaewkool M., Poommouang A., Kaewmong P., Kittiwattanawong K., Nganvongpanit K."	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Gillanders B.M., 2011, Marine Mammal Science, 27, 15, DOI 10.telomerelengthandageinpinnipedstheendangeredaustraliansealionasacasestudy; 10.kaewkoolmkriangwanichwbuddhachatkchomdejsmahakkanukrauhpnganvongpanitk; 10.ageestimationbytelomericlengthusinghumanepidermisboneandcartilagesampleswasfoundtobeineffective; 10.karlssonaosvenssonamarklundaholmlundg; 10.estimatinghumanageinforensicsamplesbyanalysisoftelomererepeats; 10.forensicscienceinternationalgeneticssu; 10.ontheagecharacteristicsandanatomyofthetuskofdugongdugon; 10.scientificreportsthewhalesresearchinstitute; 10.degeneratedentitionofthedugong; 10.orwhyagrazerdoesnotneedteethmorphologyocclusionandwearofmouthparts; 10.linczlfscorgiefegargmbgilbertjsakoffja; 10.asimplifiedmethodtocalculatetelomerelengthfromsouthernblotimagesofterminalrestrictionfragmentlengths; 10.agedeterminationbymeansoftheearpluginbaleenwhales; 10.internationalwhalingcommission; 10.; 10.agedeterminationinmanateesusinggrowthlayergroupcountsinbone; 10.innorthernaustraliaanditsbiologicalimplications; 10.reportofthemeetingoftheinternationalwhalingcommission; 10.thelifehistorypatternofbreedingandpopulationdynamicsofthedugong; 10.nationalbiologicalserviceinformationandtechnologyreport; 10.iucnredlistofthreatenedspecies; 10.mckevitttpnasirldevlinpargyledj; McKevitt T.P. Nasir L. Devlin P. 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"Petitjean Q., Jean S., Côte J., Larcher T., Angelier F., Ribout C., Perrault A., Laffaille P., Jacquin L."	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10.multipleanthropogenicstressorscauseecologicalsurprisesinboreallakes; 10.urbanizationandeutrophicationasdriversofmorphologicalandphysiologicaldivergenceamongriverinefishpopulations; 10.heavymetalbioaccumulationandmetallothioneincontentintissuesoftheseabreamsparusauratafromthreedifferentfishfarmingsystems; 10.multiorganhistopathologyingobiesforestuarineenvironmentalriskassessmentacasestudyintheibaizabalestuary; 10.humoralimmunefactorsmodulatedbyco; 10.randchitosaninhealthyorparasitisedcarp; 10.theuseofleukocyteprofilestomeasurestressinvertebratesareviewforecologists; 10.theuseofbiomarkersindaphniamagnatoxicitytestingivcellularenergyallocationanewmethodologytoassesstheenergybudgetoftoxicantstresseddaphniapopulations; 10.istelomerelengthamolecularmarkerofpastthermalstressinwildfish; 10.alterationsinphysiologicalparametersofrainbowtrout; 10.heatandimmunityanexperimentalheatwavealtersimmunefunctionsinthreespinedsticklebacks; 10.randzinconthefishetroplussuratensis; 10.ageandsizespecificpatternsofheavymetalsintheorgansoffreshwaterfishabramisbramalpopulatingalowcontaminatedsite; 10.lessonsfromthefishamultispeciesanalysisrevealscommonprocessesunderlyingsimilarspeciesgeneticdiversitycorrelations; 10.environmentaltemperaturevariationinfluencesfitnesstradeoffsandtoleranceinafishtapewormassociation; 10.rponseauxstressmultipleschezlespoissonseffetscroissdelatempratureetdescocktailsdepesticides; 10.adaptiveresponseundermultiplestressexposureinfishfromthemoleculartoindividuallevel; 10.proteomeresponseoffishundermultiplestressexposureeffectsofpesticidemixturesandtemperatureincrease; 10.energydeficitdoesnotaffectimmuneresponsesofexperimentallyinfectedpacu; 10.telomereshorteningasamechanismoflongtermcostofinfectiousdiseasesinnaturalanimalpopulations; 10.predationstoryinsightsfromfieldsurveys; 10.structuralequationmodelingforobservationalstudies; 10.longtermeffectoftemperatureonbioaccumulationofdietarymetalsandmetallothioneininductioninsparusaurata; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.ageandgrowthoftherockbassambloplitesrupestris; 10.parallelandnonparallelbehaviouralevolutioninresponsetoparasitismandpredationintrinidadiangu; 10.hightemperatureaggravatestheeffectsofpesticidesingoldfish; 10.parasiteeffectsonthesurvivalgrowthandreproductivepotentialofyellowperch; 10.phenotypicplasticityandpriorityrulesforenergyallocationinafreshwaterclamafieldexperiment; 10.animalperformanceandstressresponsesandtolerancelimitsatdifferentlevelsofbiologicalorganisation; 10.inventairesbiodiversitparisfrancekillenss; 10.environmentalstressorsalterrelationshipsbetweenphysiologyandbehaviour; 10.resistancetowaterpollutioninnaturalgudgeon; 10.populationsmaybeduetogeneticadaptation; 10.parasitismpredationandtheevolutionofanimalpersonalitiespersonalitiesandparasitism; 10.; 10.; 10.; 10.ecotoxicologicalriskassessmentofchemicalpollutioninfouriberianriverbasinsanditsrelationshipwiththeaquaticmacroinvertebratecommunitystatus; 10.multiplestressoreffectsonfreshwaterfishimportanceoftaxonomyandlifestage; 10.piecewisesempiecewisestructuralequationmodellinginrforecologyevolutionandsystematics; 10.effectsofsmallweirsonfishparasitecommunities; 10.acquiredresistanceaffectsmalesexualdisplayandfemalechoiceingu; 10.telomeredynamicinhumansandanimalsreviewandperspectivesinenvironmentaltoxicology; 10.assessmentoffishhealthstatusinthepechorarivereffectsofcontamination; 10.parasitesasindicatorsofwaterqualityandthepotentialuseofhelminthtransmissioninmarinepollutionstudies; 10.thedistributionandabundanceofparasitesinaquaticecosystemsinachangingclimatemorethanjusttemperature; 10.multiplestressorsincludingcontaminantexposureandparasiteinfectionpredictspleenmassandenergyexpenditureinbreedingringbilledgulls; 10.compbiochemphysiolpartctoxicolpharmacol; 10.immuneactivityelevatesenergyexpenditureofhousesparrowsalinkbetweendirectandindirectcosts; 10.breakingbetadeconstructingtheparasitetransmissionfunction; 10.repeatedacutestressreducesgrowthrateofatlanticsalmonparrandaltersplasmalevelsofgrowthhormoneinsulinlikegrowthfactoriandcortisol; 10.distincttelomeredifferenceswithinareproductivelybimodalcommonlizardpopulation; 10.nmrbasedlipidomicsoffishfromametal; 10.contaminatedwetlandshowdifferencesconsistentwitheffectsoncellularmembranesandenergystorage; 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"Smith L.E., Jones M.E., Hamede R., Risques R., Patton A.H., Carter P.A., Storfer A."	"Telomere Length is a Susceptibility Marker for Tasmanian Devil Facial Tumor Disease"	"2020"	"EcoHealth"	"17"	"3"	"10.telomerelengthisasusceptibilitymarkerfortasmaniandevilfacialtumordisease"	"Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.chronicinfectionhiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.httpscranrprojectorgpackagemuminrpackageversion; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; 10.extremetelomerelengthdimorphisminthetasmaniandevilandrelatedmarsupialssuggestsparentalcontroloftelomerelength; 10.structureandfunctionoftelomeres; 10.cellularsenescencecancerandagingthetelomereconnection; 10.chronicoxidativestressinducesatissuespecificreductionintelomerelengthincasteimice; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.ametaanalysisofglucocorticoidsasmodulatorsofoxidativestressinvertebrates; 10.journalofcomparativephysiologyb; 10.secretionofvascularendothelialgrowthfactorbyprimaryhumanfibroblastsatsenescence; 10.telomeredynamicsendtoendfusionsandtelomeraseactivationduringthehumanfibroblastimmortalizationprocess; 10.limitingtheproliferationofpolyploidcells; 10.stressinducedimmunedysfunctionimplicationsforhealth; 10.predictingsurvivalfromtelomerelengthversusconventionalgomesnm; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.balancinginstabilitydualrolesfortelomeraseandtelomeredysfunctionintumorigenesis; 10.reducedeffectoftasmaniandevilfacialtumordiseaseatthediseasefront; 10.bitinginjuriesandtransmissionoftasmaniandevilhameder; 10.transmissiblecancerintasmaniandevilslocalizedlineagereplacementandhostpopulationresponse; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.emergingdiseaseandpopulationdeclineofanislandendemicthetasmaniandevilsarcophilusharrisii; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesusa; 10.longlifespaninwormswithlongtelomericdna; 10.lifehistorychangeindiseaseravagedtasmaniandevilpopulations; 10.proceedingsofthenationalacademyofsciencesusa; 10.senescentfibroblastspromoteepithelialcellgrowthandtumorigenesisalinkbetweencancerandagingproceedingsofthenationalacademyofsciences; 10.tasmanpcrageneticdiagnosticassayfortasmaniandevilfacialtumourdiseases; 10.shortenedtelomerelengthisassociatedwithincreasedriskofcancerametaanalysis; 10.reproducibilityoftelomerelengthassessmentaninternationalcollaborativestudy; 10.internationaljournalofepidemiology; 10.transmissiondynamicsoftasmaniandevilfacialtumordiseasemayleadtodiseaseinducedextinction; 10.geneticdiversityandpopulationstructureoftheendangeredmarsupialsarcophilusharrisii; 10.proceedingsofthenationalacademyofsciencesusa; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.evolutioninatransmissiblecancerastudyofthechromosomalchangesindevilfacialtumor; 10.asitspreadsthroughthewildtasmaniandevilpopulation; 10.demonstrationofimmuneresponsesagainstdevilfacialtumourdiseaseinwildtasmaniandevils; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgrfoundationforstatisticalcomputingviennaaustriaurlrichtert; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.environmentalstressesdisrupttelomerelengthhomeostasis; 10.reversibleepigeneticdownregulationofmhcmoleculesbydevilfacialtumourdiseaseillustratesimmuneescapebyacontagiouscancer; 10.proceedingsofthenationalacademyofsciencesusa; 10.abriefguidetomodelselectionmultimodelinferenceandmodelaveraginginbehaviouralecologyusingakaike’; 10.behavioralecologyandsociobiology; 10.apackageforsurvivalanalysisins; 10.httpscranrprojectorgpackagesurvivalversion; 10.telomeredynamicsandhomeostasisinatransmissiblecancer; 10.dnarepairattelomereskeepingtheendsintactcoldspringharborperspectivesinbiology; 10.shorttelomerelengthcancersurvivalandcancerriskin; 10.journalofthenationalcancerinstitute; 10.theassociationoftelomerelengthandcancerametaanalysis; 10.cancerepidemiologybiomarkersandprevention; 10.theassociationbetweentelomerelengthandcancerprognosisevidencefromametaanalysis"
"Burraco P., Comas M., Reguera S., Zamora-Camacho F.J., Moreno-Rueda G."	"Telomere length mirrors age structure along a 2200-m altitudinal gradient in a Mediterranean lizard"	"2020"	"Comparative Biochemistry and Physiology -Part A : Molecular and Integrative Physiology"	"247"	"6"	"10.telomerelengthmirrorsagestructurealonga2200maltitudinalgradientinamediterraneanlizard"	"10.diagnosticutilityoftelomerelengthtestinginahospitalbasedsetting; 10.proceedingsofthenationalacademyofsciences; 10.immunocalizationoftelomeraseincellsoflizardtailafteramputationsuggestscellactivationfortailregeneration; 10.; 10.sedelevationalvariationinprevalenceandintensityofendoparasitesandtheirvectorsinalizard; 10.temperaturegrowthrateandbodysizeinectothermsfittingpiecesofalifehistorypuzzle; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. 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"Ineson K.M., OShea T.J., Kilpatrick C.W., Parise K.L., Foster J.T."	"Ambiguities in using telomere length for age determination in two North American bat species"	"2020"	"Journal of Mammalogy"	"101"	"4"	"10.ambiguitiesinusingtelomerelengthforagedeterminationintwonorthamericanbatspecies"	"Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.cellularagingdynamicsafteracutemalariainfectiona; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.fittinglinearmixedeffectsmodelsusinglme; 10.thetelomerelengtheningconundrumitcouldbebiology; Beirne C. Delahay R. Hares M. 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"Panasiak L., Dobosz S., Ocalewicz K."	"Telomere dynamics in the diploid and triploid rainbow trout (Oncorhynchus mykiss) assessed by q-fish analysis"	"2020"	"Genes"	"11"	"7"	"10.telomeredynamicsinthediploidandtriploidrainbowtroutoncorhynchusmykissassessedbyqfishanalysis"	"10.conservationofthehumantelomeresequence; 10.telomeresinterstitialtelomericrepeatsequencesandchromosomalaberrations; 10.protectionofmammaliantelomeres; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.oxidativestressshortenstelomeres; 10.roleofoxygenradicalsindnadamageandcancerincidence; 10.; 10.upregulationoftelomerasefunctionduringtissueregeneration; Lund T.C. Glass T.J. Tolar J. Blazar B.R., 2009, PLoS ONE, 4, 50, DOI 10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio; 10.; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomerelengthshortenswithbodylengthinalligatormississi; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; Hartmann N. Reichwald K. Lechel A. Graf M. Kirschner J. Dorn A. Terzibasi E. Wellner J. Platzer M. Rudolph K.L. Cellerino A. Englert C., 2009, Mechanisms of Ageing and Development, 130, 104, DOI 10.telomeresshortenwhiletertexpressionincreasesduringageingoftheshortlivedfishnothobranchiusfurzeri; 10.telomerelengthchangeineuropeanseabass; 10.doesreproductiveinvestmentdecreasetelomerelengthinmenidiamenidia; Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.somaticgrowthandtelomericdynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.sexdifferencesintelomeresandlifespan; 10.whyfemaleslivelongerthanmalesimportanceoftheupregulationoflongevityassociatedgenesbyoestrogeniccompounds; 10.vitellogeninoffsetsoxidativecostsofreproductioninfemalepainteddragonlizards; 10.polyploidfishandshellfishproductionbiologyanda; 10.icationstoaquacultureforperformanceimprovementandgeneticcontainment; 10.naturaloccurrenceoftriploidyinawildbrownbullhead; 10.naturaltriploidyintheneotropicalspeciesgymnotuscarapo; 10.karyotypevariationinthealbinorainbowtrout; 10.ploidyinductionandsexcontrolinfish; 10.quantitativefluorescenceinsituhybridization; 10.; 10.telomerelengthareviewofmethodsformeasurement; 10.genomeincompatibilitybetweenrainbowtrout; 10.andinductionoftheinterspeciesgynogenesis; 10.; 10.pericentromericlocationofthetelomericdnasequencesontheeuropeangraylingchromosomem; 10.ngofrrnagenesandtelomericsequencesindanubesalmon; 10.chromosomesusingprimedinsitulabelingtechnique; 10.autosomallocalizationofinterstitialtelomericsite; 10.inbrooktroutsalvelinusfontinalis; 10.chromosomalevolutioninthethreespeciesofholarcticfishofthegenuscoregonus; 10.rapidgrowthacceleratestelomereattritioninatransgenicfish; 10.shorterjuveniletelomerelengthisassociatedwithhighersurvivaltospawninginmigratoryatlanticsalmon; 10.telomereelongationduringearlydevelopmentisindependentofenvironmentaltemperaturesinatlanticsalmon; 10.uptakeandmetabolizationofdissolvedcompoundsinrainbowtrout; 10.nitrogenandenergymetabolismduringtheearlyontogenyofdiploidandtriploidrainbowtrout; 10.effectoftemperatureonutilizationofendogenousenergyreservesduringembryonicdevelopmentofdiploidandtriploidrainbowtrout; 10.effectoftriploidyongrowthandionoregulatoryperformanceinoceantypechinooksalmonaquantitativegeneticsa; 10.triploidanddiploidrainbowtroutdonotdifferintheirstressresponsetotransportation; 10.comparativeploidyresponsetoexperimentalhydrogenperoxideexposureinatlanticsalmon; 10.swellthatendswellwhylargespecieshaveshorttelomeres; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; 10.agerelatedsexdifferencesinbodyconditionandtelomeredynamicsofredsidedgartersnakes; 10.telomereattritionandrestorationinthenormalteleostoryziaslatipesarelinkedtogrowthrateandtelomeraseactivityateachlifestage; 10.telomeremaintenancewithouttelomerase; 10.alternativelengtheningoftelomeresinmammaliancells"
"Galkin F., Mamoshina P., Aliper A., de Magalhães J.P., Gladyshev V.N., Zhavoronkov A."	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"Morinha F., Magalhães P., Blanco G."	"Standard guidelines for the publication of telomere qPCR results in evolutionary ecology"	"2020"	"Molecular Ecology Resources"	"20"	"15"	"10.standardguidelinesforthepublicationoftelomereqpcrresultsinevolutionaryecology"	"10.telomereshorteningisassociatedwithcelldivisioninvitroandinvivo; 10.; 10.normalizationofrealtimequantitativereversetranscriptionpcrdataamodelbasedvarianceestimationa; 10.oachtoidentifygenessuitedfornormalizationa; 10.iedtobladderandcoloncancerdatasets; 10.theevolvingerythrocyteredbloodcellsasmodulatorsofinnateimmunity; Angelier F. Vleck C.M. Holberton R.L. 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"Grunst M.L., Grunst A.S., Pinxten R., Eens M."	"Anthropogenic noise is associated with telomere length and carotenoid-based coloration in free-living nestling songbirds"	"2020"	"Environmental Pollution"	"260"	"19"	"10.anthropogenicnoiseisassociatedwithtelomerelengthandcarotenoidbasedcolorationinfreelivingnestlingsongbirds"	"10.anexperimentaltestofthedosedependenteffectofcarotenoidsandimmuneactivationonsexualsignalsandantioxidantactivity; 10.theoxidativehandicaphypothesisandthecarotenoidallocationtradeoff; 10.ghillkmcgrawharvarduniversitypresscambridgemaatemae; 10.gapdhasacontrolgenetoestimategenomecopynumberingreattitswithcrossamplificationinbluetits; 10.thecostsofchronicnoiseexposureforterrestrialorganisms; 10.fittinglinearmixedeffectsmodelsusinglme; 10.; 10.; 10.associationsofurbanenvironmentalpollutionwithhealthrelatedphysiologicaltraitsinafreelivingbirdspecies; 10.growingincitiesanurbanpenaltyforwildbirdsastudyofphenotypicdifferencesbetweenurbanandruralgreattitchicks; 10.novelchromaticandstructuralbiomarkersofdietincarotenoidbearingplumage; 10.variationinultravioletreflectancebycarotenoidbearingfeathersoftanagers; 10.thraupiniemberizinaepasseriformes; 10.experimentalchronicnoiseisrelatedtoelevatedfecalcorticosteroidmetabolitesinlekkingmalegreatersagegrouse; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.trafficnoisedecreasesnestlings’metabolicratesinanurbanexploiter; 10.chickbeggingstrategiesinrelationtobroodhierarchiesandhatchingasynchrony; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.melaninandcarotenoiddependentsignalsofgreattits; 10.relatedifferentlytometalpollution; 10.stressfulcitysoundsglucocorticoidresponsestoexperimentaltrafficnoiseareenvironmentallydependent; 10.aroadtrafficnoisepatternsimulationmodelthatincludesdistributionsofvehiclesoundpowerlevels; 10.timingmatterstrafficnoiseacceleratestelomerelossratedifferentlyacrossdevelopmentalstages; 10.heritabilityoftelomerevariationitsallabouttheenvironment; 10.airpollutionfadestheplumageofthegreattit; 10.aframeworkforunderstandingnoiseimpactsonwildlifeanurgentconservationpriority; 10.plumagecolorationcanbeperceivedasamultipleconditiondependentsignalbygreattitsparusmajor; 10.theecologicalimpactsofnighttimelightpollutionamechanistica; 10.doesanthropogenicmetalpollutionaffectcarotenoidcolourationantioxidativecapacityandphysiologicalconditionofgreattits; 10.compbiochemphysiolctoxicolpharmacol; 10.towardabroadercharacterizationofanthropogenicnoiseanditseffectsonwildlife; 10.agedependentrelationshipsbetweenmultiplesexualpigmentsandconditioninmalesandfemales; 10.phaeomelaninandcarotenoidbasedpigmentationreflectoxidativestatusintwopopulationsoftheyellowwarbler; 10.pigmentspecificrelationshipsbetweenfeathercorticosteronelevelsandsexualcoloration; 10.artificiallightatnightdoesnotaffecttelomereshorteninginadevelopingfreelivingsongbirdafieldexperiment; 10.carotenoidbutnotmelaninbasedplumagecolorationisnegativelyrelatedtometalexposureandproximitytotheroadinanurbansongbird; 10.acomparisonbetweentrafficnoiseexperimentaldataandpredictivemodelsresults; 10.negativeimpactsoftrafficnoiseonavianreproductivesuccess; 10.competingsongbirdspeciesbutnottheirreproduction; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomerelengthinearlylifepredictslifespan; 10.plumagecolorationisasexuallyselectedindicatorofmalequality; 10.ornamentaltraitsasindicatorsofenvironmentalhealthconditiondependentdisplaytraitsholdpromiseaspotentbiomonitors; 10.carotenoidbasedplumagecolorationreflectshemoparasiteinfectionandlocalsurvivalinbreedinggreattits; 10.experimentalanthropogenicnoiseimpactsavianparentalbehaviournestlinggrowthandnestlingoxidativestatus; 10.effectsofexperimentalchronictrafficnoiseexposureonadultandnestlingcorticosteronelevelsandnestlingbodyconditioninafreelivingbird; 10.effectsofexperimentalanthropogenicnoiseonaviansettlementpatternsandreproductivesuccess; 10.trafficnoiseexposurealtersnestlingphysiologyandtelomereattritionthroughdirectbutnotmaternaleffectsinafreelivingbird; 10.thechemicalpathwayofcarotenoidsfromplantstobirds; 10.dissectingcarotenoidfromstructuralcomponentsofcarotenoidbasedcolorationafieldexperimentwithgreattits; 10.chronicanthropogenicnoisedisruptsglucocorticoidsignalingandhasmultipleeffectsonfitnessinanaviancommunity; 10.howandwhyenvironmentalnoiseimpactsanimalsanintegrativemechanisticreview; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.ambientnoiseandthedesignofbeggingsignals; 10.doesambientnoiseaffectgrowthandbeggingcallstructureinnestlingbirds; 10.ambienttemperaturebodyconditionandsiblingrivalryexplainfeathercorticosteronelevelsindevelopingblackkites; 10.mechanismsofcarotenoidbasedcoloration; 10.ghillkmcgrawharvarduniversitypresscambridgemamckennamf; 10.characterizinganthropogenicnoisetoimproveunderstandingandmanagementofimpacttowildlife; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; 10.compensationforabadstartgrownowpaylater; 10.earlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.noiseannoyseffectsofnoiseonbreedinggreattitsdependonpersonalitybutnotonnoisecharacteristics; 10.urbanassociateddriversofsongvariationalongaruralurbangradient; 10.motorboatnoiseimpactsparentalbehaviourandoffspringsurvivalinareeffish; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.earlylifeadversityacceleratescellularageingandaffectsadultinflammationexperimentalevidencefromtheeuropeanstarling; 10.hormonalcorrelatesofdominanceandstarvationinducedaggressioninchicksofthebluefootedbooby; 10.theconditiondependentdevelopmentofcarotenoidbasedandstructuralplumageinnestlingbluetitsmalesandfemalesdiffer; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.trafficnoiseaffectsembryomortalityandnestlinggrowthratesincaptivezebrafinches; 10.noisepredationriskcompensationandvigilanceinthechaffinchfringillacoelebs; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgrfoundationforstatisticalcomputingviennaaustriaraapt; 10.artificiallightatnightaffectsbodymassbutnotoxidativestatusinfreelivingnestlingsongbirdsanexperimentalstudy; 10.earlylifeexposuretoartificiallightatnightaffectsthephysiologicalconditionanexperimentalstudyontheecophysiologyoffreelivingnestlingsongbirds; 10.ambientanthropogenicnoisebutnotlightisassociatedwiththeecophysiologyoffreelivingsongbirdnestlings; 10.; 10.; 10.psychproceduresforpersonalityandpsychologicalresearch; 10.httpscranrprojectorgpackagepsychversion; 10.northwesternuniversityevanstonillinoisusariveragutierrezhf; 10.multiplesignalsformultiplemessagesgreattitparusmajorsongsignalsageandsurvival; 10.tuningandfadingvoicesinsongbirdsagedependentchangesintwoacoustictraitsacrossthelifespan; 10.howfeathercolourreflectsitcarotenoidcontent; Salmón P. Nilsson J.F. Nord A. Bensch S. 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Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.evaluatingnearhighwayairpollutantlevelsandestimatingemissionfactorscasestudyoftehraniran"
"Bauch C., Gatt M.C., Granadeiro J.P., Verhulst S., Catry P."	"Sex-specific telomere length and dynamics in relation to age and reproductive success in Cory’s shearwaters"	"2020"	"Molecular Ecology"	"29"	"17"	"10.sexspecifictelomerelengthanddynamicsinrelationtoageandreproductivesuccessincory’sshearwaters"	"10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; 10.generalandcomparativeendocrinology; 10.istelomerelengthamolecularmarkerofindividualqualityinsightsfromalonglivedbird; 10.telomeresworkloadandlifehistoryingreattits; 10.phdthesisuniversityofgroningenaustadsn; 10.telomeressexreactiveoxygenspeciesandhumancardiovascularaging; 10.sexdifferencesintelomeresandlifespan; 10.; 10.muminmultimodelinferencerpackageversion; 10.httpscranrprojectorgwebpackagesmuminretrievedfrombatesd; 10.fittinglinearmixedeffectsmodelsusinglme; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; Bauch C. Boonekamp J.J. Korsten P. Mulder E. Verhulst S., 2019, PLoS Genetics, 15, 40, DOI 10.epigeneticinheritanceoftelomerelengthinwildbirds; 10.telomerelengthreflectsreproductiveeffortindicatedbycorticosteronelevelsinalonglivedseabird; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; 10.sexdifferencesinsenescencetheroleofintrasexualcompetitioninearlyadulthood; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthisrepeatableshortenswithageandreproductivesuccessandpredictsremaininglifespaninalonglivedseabird; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.nichesegregationbetweenimmatureandadultseabirdsdoesprogressivematurationplayarole; 10.carryovereffectsfrombreedingmodulatetheannualcycleofalongdistancemigrantanexperimentaldemonstration; Cerchiara J.A. Risques R.A. Prunkard D. Smith J.R. Kane O.J. Boersma P.D., 2017, Ecology and Evolution, 7, 23, DOI 10.magellanicpenguintelomeresdonotshortenwithagewithincreasedreproductiveeffortinvestmentandbasalcorticosterone; 10.philosophicaltransactionsoftheroyalsocietylondonb; 10.estimatingindividualcontributionstopopulationgrowthevolutionaryfitnessinecologicaltime; 10.leukocytetelomerelengthdynamicsinwomenandmenmenopausevsageeffects; 10.internationaljournalofepidemiology; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.philosophicaltransactionsoftheroyalsocietyb; 10.leukocytetelomerelengthinnewbornsimplicationsfortheroleoftelomeresinhumandisease; 10.fromearlylifetosenescenceindividualheterogeneityinalonglivedseabird; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.genderandtelomerelengthsystematicreviewandmetaanalysis; 10.variationinmeasurementsofcorysshearwaterbetweenpopulationsandsexingbydiscriminantanalysis; 10.patternsofactivityandburrowattendanceincory’sshearwatercalonectrisdiomedeaasrevealedbyanovelloggingtechnique; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.individualvariationinreproductivecostsofreproductionhighqualityfemalesalwaysdobetter; 10.quantifyingindividualheterogeneityanditsinfluenceonlifehistorytrajectoriesdifferentmethodsfordifferentquestionsandcontexts; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshort–; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; 10.chickprovisioningratesandgrowthinblackbrowedalbatrossdiomedeamelanophrisandgreyheadedalbatrossdchrysostomaatbirdislandsouthgeorgia; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.longlifespaninwormswithlongtelomericdna; 10.lmertestpackagetestsinlinearmixedeffectsmodels; 10.telomerelengthreflectsindividualqualityinfreelivingadultkingpenguins; 10.unrepeatablerepeatabilitesacommonmistake; 10.mortalitycostsofsexualselectionandparentalcareinnaturalpopulationsofbirds; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.philopatryandfaithfulnesstonestsiteincorysshearwaterscalonectrisdiomedeaatselvagemgrande; 10.dmographiedupuffincendrcalonectrisdiomedeadeselvagemgrande; 10.; 10.fledgingweightandjuvenilesurvivalofcorysshearwaterscalonectrisdiomedeaonselvagemgrande; 10.; 10.telomeresprotectingchromosomesagainstgenomeinstability; 10.naturereviewsmolecularcellbiology; 10.sexualdifferencesintelomereselectioninthewild; 10.telomereassociatedagingdisorders; 10.telomerelengthisreflectedbyplumagecolorationandpredictsseasonalreproductivesuccessinthebarnswallow; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.theevolutionarydemographyofecologicalchangelinkingtraitvariationandpopulationgrowth; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.ralanguageandenvironmentforstatisticalcomputing; 10.viennaaustriarfoundationforstatisticalcomputingramosja; 10.characteristicsandcompetitionfornestcavitiesinburrowingprocellariiformes; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.frontiersinecologyandevolution; Ryan C.P. Hayes M.G. Lee N.R. McDade T.W. Jones M.J. Kobor M.S. Kuzawa C.W. Eisenberg D.T.A., 2018, Scientific Reports, 8, 45, DOI 10.reproductionpredictsshortertelomeresandepigeneticageaccelerationamongyoungadultwomen; 10.thebloodandmuscletelomeremodelinearlylife; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.thecostofparentalcareametaanalysisofthetradeoffbetweenparentaleffortandsurvivalinbirds; 10.migrationandstressduringreproductiongoverntelomeredynamicsinaseabird; 10.biometrytheprinciplesandpracticeofstatisticsinbiologicalresearch; 10.rdednewyorknyfreemanwhcompanystearnssc; 10.oxfordukoxforduniversitypresssteenstrupt; 10.telomeresandthenaturallifespanlimitinhumans; 10.redbloodcellsopenpromisingavenuesforlongitudinalstudiesofageinginlaboratorynonmodelandwildanimals; 10.; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.; 10.longitudinalstudiesconfirmfastertelomereerosioninshortlivedbirdspecies; 10.; 10.birdswithhighlifetimereproductivesuccessexperienceincreasedtelomereloss; 10.calonectrisdiomedeacorysshearwater; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietyb; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.thepetrelstheirecologyandbreedingsystems; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.thejournalofexperimentalbiology; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietyb; 10.manipulationofsexdifferencesinparentalcare; 10.behavioralecologyandsociobiology; 10.theroleoftelomereinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietyb; 10.agesexandtelomeredynamicsinalonglivedseabirdwithmalebiasedparentalcare"
"Bi J., Yang L., Wang T., Zhang J., Li T., Ren Y., Wang M., Chen X., Lv Y., Wu R."	"Irisin Improves Autophagy of Aged Hepatocytes via Increasing Telomerase Activity in Liver Injury"	"2020"	"Oxidative Medicine and Cellular Longevity"	"2020"	"36"	"10.irisinimprovesautophagyofagedhepatocytesviaincreasingtelomeraseactivityinliverinjury"	"10.livertransplantationcurrentstatusandchallenges; 10.worldjournalofgastroenterology; 10.actualriskofusingveryageddonorsforunselectedlivertransplantcandidatesaeuropeansinglecenterexperienceinthemeldera; 10.theimpactofdonorageonlivertransplantationinfluenceofdonorageonearlyliverfunctionandonsubsequentpatientandgraftsurvival; 10.globalconsequencesofliverischemiareperfusioninjury; 10.oxidativemedicineandcellularlongevity; 10.molecularresponsestoischemiaandreperfusionintheliver; 10.increasedischemicinjuryinoldmouseliveranatpdependentmechanism; 10.ischemiareperfusioninjuryinagedliverstheenergymetabolisminflammatoryresponseandautophagy; 10.autophagymolecularmachineryforselfeating; 10.essesagedependentischemiaandreperfusioninjuryinliversofmice; 10.chroniclithiumtreatmentprotectsagainstliverischemiareperfusioninjuryinrats; 10.telomeredysfunctioninducesmetabolicandmitochondrialcompromise; 10.naturereviewsmolecularcellbiology; 10.mitogenactivatedproteinkinaseandhumantelomerasereversetranscriptaseinsarcomas; 10.journalofexperimentalclinicalcancerresearch; 10.mapkandincreasestheexpressionoftelomereprotectivegenesincardiacmuscle; 10.themapkpathwaysignalstelomerasemodulationinresponsetoisothiocyanateinduceddnadamageofhumanlivercancercells; 10.progesteroneregulateshumantelomerasereversetranscriptasegeneexpressionviaactivationofmitogenactivatedproteinkinasesignalingpathway; 10.directactivationoftelomerasebyegfthroughetsmediatedtransactivationoftertviamapkinasesignalingpathway; 10.telomeraseimpingesonthecellularresponsetooxidativestressthroughmitochondrialrosmediatedregulationofautophagy; 10.internationaljournalofmolecularsciences; 10.isirisinthenewplayerinexerciseinducedadaptationsornota; 10.clinicalchemistryandlaboratorymedicine; 10.irisinalleviatesliverischemiareperfusioninjurybyinhibitingexcessivemitochondrialfissionpromotingmitochondrialbiogenesisanddecreasingoxidativestress; 10.cardiacskeletalmuscleandserumirisinresponsestowithorwithoutwaterexerciseinyoungandoldmaleratscardiacmuscleproducesmoreirisinthanskeletalmuscle; 10.plasmairisinlevelspredicttelomerelengthinhealthyadults; 10.exercisetrainingforrefractoryanginaimprovingthecoronarycollateralcirculation; 10.preparationofisolatedratlivercells; 10.humanadrenomedullinanditsbindingproteinattenuateorganinjuryandreducemortalityafterhepaticischemiareperfusion; 10.ischemiaandreperfusionfrommechanismtotranslation; 10.myocardialinfarctionsymptomsandtreatments; 10.oxidativeandinflammatorybiomarkersofischemiaandreperfusioninjuries; 10.theprognosticimpactofallopurinolinpatientswithacutemyocardialinfarctionundergoingprimarypercutaneouscoronaryintervention; 10.internationaljournalofcardiology; 10.cardioprotectiveroleofremoteischemicpericonditioninginprimarypercutaneouscoronaryinterventionenhancementbyopioidaction; 10.jacccardiovascularinterventions; 10.livertransplantationforhepatocellularcarcinomaoutcomesandnovelsurgicala; 10.naturereviewsgastroenterologyhepatology; 10.howimportantisdonorageinlivertransplantation; 10.worldjournalofgastroenterology; 10.monthmortalityafterfirstlivertransplantinadultsineuropepredictivemodelsforoutcome; 10.physiologyandroleofirisininglucosehomeostasis; 10.irisinanexerciseinducedmyokineasametabolicregulatoranupdatednarrativereview; 10.diabetesmetabolismresearchandreviews; 10.anupdateontheroleofirisinintheregulationofendocrineandmetabolicfunctions; 10.serumirisinlevelsareregulatedbyacutestrenuousexercise; 10.thejournalofclinicalendocrinologyandmetabolism; 10.europeanreviewformedicalandpharmacologicalsciences; 10.highintensityintervaltrainingimprovedfastingbloodglucoseandlipidprofilesintype; 10.diabeticratsmorethanendurancetrainingpossibleinvolvementofirisinandbetatrophin; 10.irisinfunctionsincardiovascularprotectionandintracerebralretrievalofsynapticplasticity; 10.telomeraseattheintersectionofcancerandaging; 10.telomeredysfunctionautoimmunityandaging; 10.telomerasereversetranscriptasedelaysagingincancerresistantmice; 10.biologicfunctionandclinicalpotentialoftelomeraseandassociatedproteinsincardiovasculartissuerepairandregeneration; 10.mechanismsunderlyingtheactivationofterttranscriptionandtelomeraseactivityinhumancanceroldactorsandnewplayers; 10.irisinstimulatescellproliferationandinvasionbytargetingthepi; 10.kaktpathwayinhumanhepatocellularcarcinoma; 10.biochemicalandbiophysicalresearchcommunications; 10.telomerasereversetranscriptaseanovelneuroprotectivemechanisminvolvedinneonatalhypoxicischemicbraininjury; 10.internationaljournalofdevelopmentalneuroscience; 10.telomeraseactivationandmapkpathwaysinregeneratinghepatocytes"
"Dantzer B., van Kesteren F., Westrick S.E., Boutin S., McAdam A.G., Lane J.E., Gillespie R., Majer A., Haussmann M.F., Monaghan P."	"Maternal glucocorticoids promote offspring growth without inducing oxidative stress or shortening telomeres in wild red squirrels"	"2020"	"Journal of Experimental Biology"	"223"	"15"	"10.maternalglucocorticoidspromoteoffspringgrowthwithoutinducingoxidativestressorshorteningtelomeresinwildredsquirrels"	"10.transgenerationalinductionofdefencesinanimalsandplants; 10.maternalglucocorticoidsecretionmediateslongtermeffectsofprenatalstress; 10.fittinglinearmixedeffectsmodelsusinglme; 10.thefreeradicaltheoryofagingmatures; 10.chronicstresselevatestelomeraseactivityinrats; 10.prenatalstresseffectsinawildlonglivedprimatepredictiveadaptiveresponsesinanunpredictableenvironment; 10.prenatalstressacceleratesoffspringgrowthtocompensateforreducedmaternalinvestmentacrossmammals; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.oxidativeshieldingandthecostofreproduction; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.nestlingtelomereshorteningbutnottelomerelengthreflectstelomeredevelopmentalstressandpredictssurvivalinwildbirds; 10.anticipatoryreproductionandpopulationgrowthinseedpredators; 10.evaluatingstressinnaturalpopulationsofvertebratestotalcortisnotgoodenough; 10.chroniccorticosteroneduringpregnancyandpostpartumaffectsmaternalcarecellproliferationanddepressivelikebehaviorinthedam; 10.developmentalstresscanuncouplerelationshipsbetweenphysiologyandbehaviour; 10.effectofincreasedmaternalcorticosteroneduringlactationonhi; 10.campalcorticosteroidreceptorsstressresponseandlearninginoffspringintheearlystagesoflife; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.doeshighantioxidantcapacityindicatelowoxidativestress; 10.ametaanalysisofglucocorticoidsasmodulatorsofoxidativestressinvertebrates; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.densitytriggersmaternalhormonesthatincreaseadaptiveoffspringgrowthinawildmammal; 10.thedevelopmentofindividualdifferencesincooperativebehaviourmaternalglucocorticoidhormonesalterhelpingbehaviourofoffspringinwildmeerkats; 10.survivalcostsofreproductionvarywithageinnorthamericanredsquirrels; 10.packageimplementingthedualitydiagramforecologists; 10.stressexposureinintrauterinelifeisassociatedwithshortertelomerelengthinyoungadulthood; 10.oxidativedamageincreaseswithreproductiveenergyexpenditureandisreducedbyfoodsu; 10.telomerelengthindifferenttissuesofelderlypatients; 10.experimentalreductionofhaematocritaffectsreproductiveperformanceineuropeanstarlings; 10.transgenerationalplasticityisadaptiveinthewild; 10.tissuedependentchangesinoxidativedamagewithmalereproductiveeffortinhousemice; 10.freeradicalsinbiologyandmedicine; 10.telomeresshortenduringageingofhumanfibroblasts; 10.glucocorticoidsprenatalstressandtheprogrammingofdisease; 10.telomeredynamicsmaylinkstressexposureandageingacrossgenerations; 10.newstrategiesfortelomerebasedageestimation; 10.; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.effectsofprepartalstressonpostpartalnursingbehaviorlitterdevelopmentandadultsexualbehavior; 10.telomerelengthassessmentbiomarkerofchronicoxidativestress; 10.thedeterminantsofoptimallittersizeinfreerangingredsquirrels; 10.lmertesttestsinlinearmixedeffectsmodels; 10.movementssurvivalandsettlementofredsquirrel; 10.experimentaldemonstrationofthegrowthratelifespantradeoff; 10.earlylatelifetradeoffsandtheevolutionofageinginthewild; 10.theadaptivevalueofstressinducedphenotypeseffectsofmaternallyderivedcorticosteroneonsexbiasedinvestmentcostofreproductionandmaternalfitness; 10.effectsofstressthroughoutthelifespanonthebrainbehaviourandcognition; 10.prenatalstressandnewborntelomerelength; 10.maternaleffectsandthepotentialforevolutioninanaturalpopulationofanimals; 10.lifehistoriesoffemaleredsquirrelsandtheircontributionstopopulationgrowthandlifetimefitness; 10.earlylifestressstrengthenstraitcovarianceaplasticresponsethatresultsinreducedflexibility; 10.compensationforabadstartgrownowpaylater; 10.theuseofhaemogloblinconcentrationstoassessphysiologicalconditioninbirdsareview; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.thepositiveandnegativeconsequencesofstressorsduringearlylife; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.oxidativestressasamediatoroflifehistorytradeoffsmechanismsmeasurementsandinterpretation; 10.oxforduniversitypressmunzlorentema; 10.micewithhyperlongtelomeresshowlessmetabolicagingandlongerlifespans; 10.effectsofchronicsocialstressduringlactationonmaternalbehaviorandgrowthinrats; 10.theevolutionofpredictiveadaptiveresponsesinhumanlifehistory; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.experimentallyinducedlifehistoryevolutioninanaturalpopulation; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.howdoglucocorticoidsinfluencestressresponsesintegratingpermissivesu; 10.essivestimulatoryandpreparativeactions; 10.oxidativedamageageingandlifehistoryevolutionwherenow; 10.earlylifestressandtelomerelengthinvestigatingtheconnectionandpossiblemechanismsacriticalsurveyoftheevidencebaseresearchmethodologyandbasicbiology; 10.earlylifestressandreproductivecostatwohitdevelopmentalmodelofacceleratedaging; 10.integratingecologicalandevolutionarycontextinthestudyofmaternalstress; 10.questioningcausalinvolvementoftelomeresinaging; 10.metaanalysisindicatesthatoxidativestressisbothaconstraintonandacostofgrowth; 10.oxforduniversitypressstearnssc; 10.experimentalevolutionofaginggrowthandreproductioninfruitflies; 10.predatorsenergeticsandfitnessdriveneonatalreproductivefailureinredsquirrels; 10.longitudinalstudiesconfirmfastertelomereerosioninshortlivedbirdspecies; Tricola G.M. Simons M.J.P. Atema E. Boughton R.K. Brown J.L. Dearborn D.C. Divoky G. Eimes J.A. Huntington C.E. Kitaysky A.S. Juola F.A. Lank D.B. Litwa H.P. Mulder E.G.A. Nisbet I.C.T. Okanoya K. Safran R.J. Schoech S.J. Schreiber E.A. Thompson P.M. Verhulst S. Wheelwright N.T. Winkler D.W. Young R. Vleck C.M. Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.experimentalincreasesinglucocorticoidsalterfunctionofthehpaaxisinwildredsquirrelswithoutnegativelyimpactingsurvivalandreproduction; 10.oxidativestressshortenstelomeres; 10.; 10.epigeneticprogrammingbymaternalbehavior; 10.thepotentialinfluenceofmaternalstresshormonesondevelopmentandmentalhealthoftheoffspring; 10.attentiveredsquirrelmothershavefastergrowingpupsandhigherlifetimereproductivesuccess; 10.ecologicalbasesofhormonebehaviorinteractionsthe“; 10.mechanismofglucocorticoidinducedoxidativestressinrathi; 10.corticosteronefromtheratmothertothefoetusandneonate; 10.aprotocolfordataexplorationtoavoidcommonstatisticalproblems"
"Karere G.M., Mahaney M.C., Newman D.E., Riojas A.M., Christensen C., Birnbaum S., VandeBerg J.L., Cox L."	"Diet-induced leukocyte telomere shortening in a baboon model for early stage atherosclerosis"	"2019"	"Scientific Reports"	"9"	"4"	"10.dietinducedleukocytetelomereshorteninginababoonmodelforearlystageatherosclerosis"	"10.telomeraseactivityandtelomerelengthinmalegermcells; 10.telomeresbeginningtounderstandtheend; 10.dnadamageresponseactivationinmouseembryonicfibroblastsundergoingreplicativesenescenceandfollowingspontaneousimmortalization; 10.differentiationresearchinbiologicaldiversity; 10.insulinresistanceoxidativestresshypertensionandleukocytetelomerelengthinmenfromtheframinghamheartstudy; 10.shorterpreschoolleukocytetelomerelengthisassociatedwithobesityatage; 10.telomeresandatherosclerosistheattritionofanattractivehypothesis; 10.journaloftheamericancollegeofcardiology; 10.genomewideassociationandlinkageanalysesidentifiedthreeloci; 10.associatedwithvariationinleukocytetelomerelengththelonglifefamilystudy; 10.geneticsofleukocytetelomerelengthanditsroleinatherosclerosis; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; 10.americanjournalofhumangenetics; 10.effectofagehighfatdietandratstrainonserumbiomarkersandtelomerelengthandglobaldnamethylationinperipheralbloodmononuclearcells; 10.roleoftelomeresinvascularsenescence; 10.frontiersinbioscienceajournalandvirtuallibrary; 10.associationbetweenthedietaryinflammatoryindex; 10.andtelomerelengthandcreactiveproteinfromthenationalhealthandnutritionexaminationsurvey; 10.molecularnutritionfoodresearch; 10.baboonsasamodeltostudygeneticsandepigeneticsofhumandisease; 10.telomereshorteninginatherosclerosis; 10.nutrientsfoodsdietarypatternsandtelomerelengthupdateofepidemiologicalstudiesandrandomizedtrials; 10.metabolismclinicalandexperimental; 10.leukocytetelomerelengthanditsrelationtofoodandnutrientintakeinanelderlypopulation; 10.europeanjournalofclinicalnutrition; 10.localizationofmultiplepleiotropicgenesforlipoproteinmetabolisminbaboons; 10.dietinducedearlystageatherosclerosisinbaboonslipoproteinsatherogenesisandarterialcompliance; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.shorttelomeresbutnottelomereattritionratesareassociatedwithcarotidatherosclerosis; 10.selectedmethodologicaspectsoftheinternationalatherosclerosisproject; 10.effectsofcoronaryheartdiseaseriskfactorsonatherosclerosisofselectedregionsoftheaortaandrightcoronaryarterypdayresearchgrouppathobiologicaldeterminantsofatherosclerosisinyouth; 10.arteriosclerosisthrombosisandvascularbiology; 10.adefinitionofadvancedtypesofatheroscleroticlesionsandahistologicalclassificationofatherosclerosisareportfromthecommitteeonvascularlesionsofthecouncilonarteriosclerosisamericanheartassociation; 10.arteriosclerosisthrombosisandvascularbiology; 10.edisonwmwexactdynamicprogramingsolutionofthewilcoxonmannwhitneytest; 10.genomicsproteomicsbioinformatics; 10.multipointquantitativetraitlinkageanalysisingeneralpedigrees; 10.americanjournalofhumangenetics; 10.geneticcontributionstoplasmatotalantioxidantactivity; 10.arteriosclerosisthrombosisandvascularbiology; 10.telomeresnutritionandlongevitycanwereallynavigateouraging; 10.thejournalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.agingmolecularpathwaysandimplicationsonthecardiovascularsystem; 10.oxidativemedicineandcellularlongevity; 10.shortleukocytetelomerelengthprecedesclinicalexpressionofatherosclerosisthebloodandmusclemodel; 10.longitudinalanalysisofshorttermhighfatdietonendothelialsenescenceinbaboons; 10.telomerasetelomerelengthandcoronaryarterycalciuminblackandwhitemeninthecardiastudy; 10.leukocytetelomerelengthisassociatedwithhighriskplaquesonvirtualhistologyintravascularultrasoundandincreasedproinflammatoryactivity; 10.arteriosclerosisthrombosisandvascularbiology; 10.lessthanidealcardiovascularhealthisassociatedwithshorterleukocytetelomerelengththenationalhealthandnutritionexaminationsurveys; 10.journaloftheamericanheartassociation; 10.computationalidentificationofhepatitiscvirusassociatedmicrornamrnaregulatorymodulesinhumanlivers; 10.systemictelomerelengthandpreclinicalatherosclerosistheasklepiosstudy; 10.shorttelomereloadtelomerelengthandsubclinicalatherosclerosisthepesastudy; 10.journaloftheamericancollegeofcardiology"
"Kärkkäinen T., Teerikorpi P., Panda B., Helle S., Stier A., Laaksonen T."	"Impact of continuous predator threat on telomere dynamics in parent and nestling pied flycatchers"	"2019"	"Oecologia"	"191"	"15"	"10.impactofcontinuouspredatorthreatontelomeredynamicsinparentandnestlingpiedflycatchers"	"10.universalandrapidsaltextractionofhighqualitygenomicdnaforpcrbasedtechniques; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareview; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.realityastheleadingcauseofstressrethinkingtheimpactofchronicstressinnature; 10.theeffectsofowlpredationontheforagingbehaviorofheteromyidrodents; 10.telomereattritionmetabolicregulationandsignallingfunction; 10.telomeremeasurementbyquantitativepcr; 10.reducedtelomeraseactivityinhumantlymphocytesexposedtocortisol; 10.balancingfoodandpredatorpressureinduceschronicstressinsongbirds; 10.multiplemeasureselucidateglucocorticoidresponsestoenvironmentalvariationinpredationthreat; 10.predatorinducedstressandtheecologyoffear; 10.ametaanalysisofglucocorticoidsasmodulatorsofoxidativestressinvertebrates; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.coldspringharborlaboratorypressnewyorkeastwoodjr; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.differentialtimingofspringmigrationinwoodwarblers; 10.provisioningresponsetomanipulationofa; 10.rentpredationdangerbyparentalpiedflycatchers; 10.telomeredynamicsmaylinkstressexposureandageingacrossgenerations; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.; 10.hormonalresponseofnestlingstopredatorcalls; 10.nutritionoxidativedamagetelomereshorteningandcellularsenescenceindividualorconnectedagentsofaging; 10.foodofthepygmyowlglaucidiumpasserinuminthebreedingseason; 10.telomerelengthreflectsindividualqualityinfreelivingadultkingpenguins; 10.effectsofexperimentalincreaseofcorticosteronelevelsonbeggingbehaviorimmunityandparentalprovisioningrateinhousesparrows; 10.relationshipbetweenphysicalactivityleveltelomerelengthandtelomeraseactivity; 10.environmentalconditionscanmodulatethelinksamongoxidativestressageandlongevity; 10.nestdefenseandcentralplaceforagingamodelandexperiment; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; 10.geneticvariationinoffspringconditionanexperiment; 10.predatorencountershavespatiallyextensiveimpactsonparentalbehaviourinabreedingbirdcommunity; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.oxidativestressmediatesphysiologicalcostsofbegginginmagpie; 10.habitatselectionasanantipredatorbehaviourinamultipredatorlandscapeallenemiesarenotequal; 10.antioxidantenzymeactivitiesvarywithpredationriskandenvironmentalconditionsinfreelivingpasserinebirds; 10.environmentalandgeneticvariationinbodyconditionandbloodprofileofgreattitparusmajornestlings; 10.anewmathematicalmodelforrelativequantificationinrealtimert–; 10.invasivepredatorsnakeinducesoxidativestressresponsesininsularamphibianspecies; 10.arrivaltimefromspringmigrationinmalepiedflycatchersindividualconsistencyandfamilialresemblance; 10.scaredtodeaththeeffectsofintimidationandconsumptioninpredator–; Reichert S. Stier A., 2017, Biology Letters, 13, 209, DOI 10.doesoxidativestressshortentelomeresinvivoareview; 10.effectsofelevatedeggcorticosteronelevelsonbehaviorgrowthandimmunityofyellowleggedgull; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.haematocritcorrelateswithtailornamentsizeinthreepopulationsofthebarnswallow; 10.stressedmotherslayeggswithhighcorticosteronelevelswhichproducelowqualityoffspring; 10.aranceofgreattitswithshorttelomeresinurbanareas; 10.predatorsasstressorsphysiologicalandreproductiveconsequencesofpredationriskintropicalstonechats; 10.theghostsofpredatorspastpopulationcyclesandtheroleofmaternalprogrammingunderfluctuatingpredationrisk; 10.fromprocesstopatternhowfluctuatingpredationriskimpactsthestressaxisofsnowshoeharesduringthe; 10.individualcolorvariationandmalequalityinpiedflycatchers; 10.questioningcausalinvolvementoftelomeresinaging; 10.distinguishingbetweenmaleandterritoryqualityfemaleschoosemultipletraitsinthepiedflycatcher; 10.arrivaltimingandseasonalreproductiveperformanceinalongdistancemigratorylandbird; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.startingwithahandicapeffectsofasynchronoushatchingongrowthrateoxidativestressandtelomeredynamicsinfreelivinggreattits; 10.redbloodcellsopenpromisingavenuesforlongitudinalstudiesofageinginlaboratorynonmodelandwildanimals; 10.; 10.fearfactorpreyhabitatselectionanditsconsequencesinapredationrisklandscape; 10.predatorproximityasastressorinbreedingflycatchersmasslossstressproteininductionandelevatedprovisioning; 10.risktakinginnaturalpredationriskgradientssu; 10.rtforriskallocationfrombreedingpiedflycatchers; 10.predatorinducedstresschangesparentalfeedingbehaviorinpiedflycatchers; 10.indirectpredatoreffectsonclutchsizeandthecostofeggproduction; 10.embryonicgrowthrateaffectstelomereattritionanexperimentinawildbird; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsfor‘; 10.oxidativestressshortenstelomeres; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.perceivedpredationriskreducesthenumberofoffspringsongbirdsproduceperyear"
"Hammers M., Kingma S.A., Spurgin L.G., Bebbington K., Dugdale H.L., Burke T., Komdeur J., Richardson D.S."	"Breeders that receive help age more slowly in a cooperatively breeding bird"	"2019"	"Nature Communications"	"10"	"46"	"10.breedersthatreceivehelpagemoreslowlyinacooperativelybreedingbird"	"10.diversityofageingacrossthetreeoflife; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.extraordinarylifespansinantsatestofevolutionarytheoriesofageing; 10.kinselectionandtheevolutionarytheoryofaging; 10.sexdifferencesinsenescencetheroleofintrasexualcompetitioninearlyadulthood; 10.reluctantchallengerswhydosubordinatefemalemeerkatsrarelydisplacetheirdominantmothers; 10.sexlonglifeandtheevolutionarytransitiontocooperativebreedinginbirds; 10.strongsocialrelationshipsareassociatedwithdecreasedlongevityinafacultativelysocialmammal; 10.evolutionofhelpingbehaviorincooperativelybreedingbirds; 10.theoxidativecostsofreproductionaregroupsizedependentinawildcooperativebreeder; 10.beneficialeffectsofgroupsizeonoxidativebalanceinawildcooperativebreeder; 10.loadlighteningincooperativelybreedingbirdsandthecostofreproduction; 10.investmentstrategiesofbreedersinaviancooperativebreedingsystems; 10.ecologyandevolutionofcooperativebreedinginbirds; 10.cambridgeuniversitypresscambridgeukrussellaf; 10.reducedegginvestmentcanconcealhelpereffectsincooperativelybreedingbirds; 10.multiplebenefitsofcooperativebreedinginpurplecrownedfairywrensaconsequenceoffidelity; 10.groupbreedingdramaticallyincreasesreproductivesuccessofyearlingbutnotolderfemalescrubwrensamodelforcooperativelybreedingbirds; 10.antagonisticeffectofhelpersonbreedingmaleandfemalesurvivalinacooperativelybreedingbird; 10.survivalcostsofreproductionvarywithageinnorthamericanredsquirrels; 10.earlyandadultsocialenvironmentsshapesexspecificactuarialsenescencepatternsinacooperativebreeder; 10.senescenceinthewildinsightsfromalongtermstudyonseychelleswarblers; 10.parentageassignmentandextragrouppaternityinacooperativebreedertheseychelleswarbler; 10.whyseychelleswarblersfailtorecolonizenearbyislandsunwillingorunabletoflythere; 10.theroleofgroupsizeandenvironmentalfactorsonsurvivalinacooperativelybreedingtropicalpasserine; 10.theimpactofreproductiveinvestmentandearly‐lifeenvironmentalconditionsonsenescencesu; 10.rtforthedisposablesomahypothesis; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomeresandlifehistoriesthelongandtheshortofit; Olsson M. Wapstra E. Friesen C.R., 2018, Annals of the New York Academy of Sciences, 1422, 45, DOI 10.evolutionaryecologyoftelomeresareview; 10.kinshipandfamiliaritymitigatecostsofsocialconflictbetweenseychelleswarblerneighbors; 10.telomerelengthrevealscumulativeindividualandtransgenerationalinbreedingeffectsinapasserinebird; 10.temporalvariationinlifelongtelomeredynamicsinalong‐; 10.experimentalevidenceforhelpingandhinderingbypreviousoffspringinthecooperativebreedingseychelleswarbleracrocephalussechellensis; 10.delayeddispersalandthecostsandbenefitsofdifferentroutestoindependentbreedinginacooperativelybreedingbird; 10.compensatoryandadditivehelpereffectsinthecooperativelybreedingseychelleswarbler; 10.directbenefitsandtheevolutionoffemalebiasedcooperativebreedinginseychelleswarblers; 10.facultativesexratiobiasintheoffspringofseychelleswarblers; 10.sexspecificassociativelearningcuesandinclusivefitnessbenefitsintheseychelleswarbler; 10.groupsizesurvivalreproductionandroutestobreedingindwarfmongooses; 10.theadaptivesignificanceofcommunalnestingingroovebilledanis; 10.universityofgroningengroningennetherlandssteenstrupt; 10.thetelomerelengtheningconundrum—; 10.thetelomerelengtheningconundrum–; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.canwemeasurethebenefitsofhelpincooperativelybreedingbirdsthecaseofsuperbfairywrensmaluruscyaneus; 10.agedependentterminaldeclinesinreproductiveoutputinawildbird; 10.altruismandinfidelityamongwarblers; 10.issocialityassociatedwithhighlongevityinnorthamericanbirds; 10.doaviancooperativebreederslivelonger; 10.cooperativebreedinginbirdsacomparativetestofthelifehistoryhypothesis; 10.themouldingofsenescencebynaturalselection; 10.demographicmechanismsfortheevolutionoflonglifeinsocialinsects; 10.lifespanextensioninhumansisself‐reinforcingageneraltheoryoflongevity; 10.; 10.astructuredpopulationmodelsuggeststhatlonglifeandpostreproductivelifespanpromotetheevolutionofcooperation; 10.importanceofhabitatsaturationandterritoryqualityforevolutionofcooperativebreedingintheseychelleswarbler; 10.grandparenthelperstheadaptivesignificanceofolderpostdominanthelpersintheseychelleswarbler; 10.breedinginthemonsoonsemiannualreproductionintheseychelleswarbler; 10.subordinatefemalesinthecooperativelybreedingseychelleswarblerobtaindirectbenefitsbyjoiningunrelatedgroups; 10.nataldispersalpatternsarenotassociatedwithinbreedingavoidanceintheseychelleswarbler; 10.influenceofhelpingandbreedingexperienceonreproductiveperformanceintheseychelleswarbleratranslocationexperiment; 10.experimentalevidencethatkindiscriminationintheseychelleswarblerisbasedonassociationandnotongeneticrelatedness; 10.jointcarecanoutweighcostsofnonkincompetitionincommunalbreeders; 10.molecularecologyrevealsthehiddencomplexitiesoftheseychelleswarbler; 10.parentpresencedelayeddispersalandterritoryacquisitionintheseychelleswarbler; 10.translocationoftheseychelleswarbleracrocephalussechellensistoestablishanewpopulationondenisislandseychelles; 10.helpersatthenestimprovelatelifeoffspringperformanceevidencefromalongtermstudyandacrossfosterexperiment; 10.groupaugmentationandtheevolutionofcooperation; 10.spatiotemporalvariationinterritoryqualityandoxidativestatusanaturalexperimentintheseychelleswarbler; 10.scalingregressioninputsbydividingbytwostandarddeviations; 10.fittinglinearmixedeffectsmodelsusinglme; 10.greattitsgrowingoldselectivedisa; 10.aranceandthepartitioningofsenescencetostageswithinthebreedingcycle; 10.thecostofprospectingfordispersalo; 10.oxidativestatusandfitnesscomponentsintheseychelleswarbler; 10.generalizedadditivemixedmodelsusingmgcvandlme; 10.httpcranrprojectorgpackagegamm; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.towardsunbiasedparentageassignmentcombininggeneticbehaviouralandspatialdatainabayesianframework; 10.repeatableandheritablebehaviouralvariationinawildcooperativebreeder"
"Denham J., Stevenson K., Denham M.M."	"Age-associated telomere shortening in Thoroughbred horses"	"2019"	"Experimental Gerontology"	"127"	"6"	"10.ageassociatedtelomereshorteninginthoroughbredhorses"	"10.equinetelomeresandtelomeraseincellularimmortalisationandageing; 10.cumulativestressinresearchanimalstelomereattritionasabiomarkerinawelfarecontext; 10.analysisofmammaliantelomerepositioneffect; 10.telomeraseactivityinnormalandmalignantmammaliantissuesfeasibilityoftelomeraseasatargetforcancerchemotherapy; 10.longitudinalversuscrosssectionalevaluationsofleukocytetelomerelengthdynamicsagedependenttelomereshorteningistherule; 10.hormonalresponsestoacuteexercisetrainingandovertrainingareviewwithemphasisonthehorse; 10.leukocytetelomerelengthinthethoroughbredracehorse; 10.telomerelengthmaintenanceandcardiometabolicdiseasepreventionthroughexercisetraining; Eastwood J.R. Hall M.L. Teunissen N. Kingma S.A. Hidalgo Aranzamendi N. Fan M. Roast M. Verhulst S. Peters A., 2019, Molecular Ecology, 28, 77, DOI 10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird; 10.telomerelengthinearlylifepredictslifespan; 10.theeffectofageandtelomerelengthonimmunefunctioninthehorse; 10.dotelomeresadapttophysiologicalstressexploringtheeffectofexerciseontelomerelengthandtelomererelatedproteins; 10.telomereshorteningduringagingattenuationbyantioxidantsandantiinflammatoryagents; 10.thepowerofexercisebufferingtheeffectofchronicstressontelomerelength; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; 10.evolutionoftelomeremaintenanceandtumoursu; 10.philostransrsoclondserbbiolsci; 10.thecatalyticandthernasubunitsofhumantelomerasearerequiredtoimmortalizeequidprimaryfibroblasts; 10.factorsassociatedwithfailureofthoroughbredhorsestotrainandrace; 10.heartsizeestimatedbyechocardiographycorrelateswithmaximaloxygenuptake"
"van Lieshout S.H.J., Bretman A., Newman C., Buesching C.D., Macdonald D.W., Dugdale H.L."	"Individual variation in early-life telomere length and survival in a wild mammal"	"2019"	"Molecular Ecology"	"28"	"47"	"10.individualvariationinearlylifetelomerelengthandsurvivalinawildmammal"	"Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.telomereshorteninginleukocytesubpopulationsfrombaboons; 10.longitudinaldataontelomerelengthinleukocytesfromnewbornbaboonssu; 10.rtamarkeddropinstemcellturnoveraround; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. 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"Seibt K.D., Häussler S., Vecchio D., DeCarlo E., Ceciliani F., Sauerwein H."	"Comparison of telomere lengths in leukocytes and in nasal and vaginal epithelial cells from Water Buffaloes (Bubalus bubalis) of different ages"	"2019"	"Research in Veterinary Science"	"124"	"3"	"10.comparisonoftelomerelengthsinleukocytesandinnasalandvaginalepithelialcellsfromwaterbuffaloesbubalusbubalisofdifferentages"	"10.adrarbeitsgemeinschaftdeutscherrinderzchterevrinderproduktionindeutschland; 10.adrbonnadrarbeitsgemeinschaftdeutscherrinderzchterevrinderproduktionindeutschland; 10.structureandfunctionoftelomeres; 10.humantelomerebiologyacontributoryandinteractivefactorinagingdiseaserisksandprotection; 10.buffalolivestockandproductionsineurope; 10.buffalopopulationandstrategiesintheworld; 10.buffaloproductionandresearchfaoregionalofficeforeuropeinterregionalcooperativeresearchnetworkonbuffalo; 10.hottopicassociationoftelomerelengthwithageherdandcullinginlactatingholsteins; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.thepotentialnutrigeroprotectiveroleofmediterraneandietanditsfunctionalcomponentsontelomerelengthdynamics; 10.safeandsustainabletraditionalproductionthewaterbuffaloinasia; 10.faostatlivestockprimarymilkwholefreshbuffalo; 10.httpwwwfaoorgfaostatendataqlfaofoodandagricultureorganizationoftheunitednations; 10.relativetelomererepeatmassinbuccalandleukocytederiveddna; 10.technicalnotecomparativeanalysesofthequalityandyieldofgenomicdnafrominvasiveandnoninvasiveautomatedandmanualextractionmethods; 10.geneticparametersforstayabilityinmurrahbuffaloes; 10.evaluatingminimallyinvasivesamplecollectionmethodsfortelomerelengthmeasurement; 10.atimeefficientlinearspacelocalsimilarityalgorithm; 10.patrimonionazionalebovinoebufalinoal; 10.istatistitutonazionaledistatistica; 10.httpagriistatitjspdawincijspqplb; 10.shortcommunicationtelomerelengthsindifferenttissuesofdairycowsduringearlyandlatelactation; 10.waterbuffalogenomesciencecomesofage; 10.remarkabledifferencesintelomerelengthsamongclonedcattlederivedfromdifferentcelltypes; 10.breedingandselectionofdairybuffaloes; 10.buffaloproductionandresearchfaoregionalofficeforeuropeinterregionalcooperativeresearchnetworkonbuffalo; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.longevityofbuffalocowsandreasonsfortheirculling; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.andamentodialcunicomponentdellattedibufalainfunzionedelladistanzadalpartorisultatipreliminariicongrnazsull’; 10.estimationofgeneticparametersformilkfatproteinandmozzarellacheeseproductioninitalianriverbuffalopopulation; 10.methodspecificcalibrationcorrectsfordnaextractionmethodeffectsonrelativetelomerelengthmeasurementsbyquantitativepcr; 10.longitudinalchangesintelomerelengthandassociatedgeneticparametersindairycattleanalysedusingrandomregressionmodels; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; 10.oxfordbookcompanynewdelhistoutsa; 10.validationofminimallyinvasivesamplecollectionmethodsformeasurementoftelomerelength; 10.buffalomilkitspropertiesdairyyieldandmozzarellaproduction"
"Eastwood J.R., Hall M.L., Teunissen N., Kingma S.A., Hidalgo Aranzamendi N., Fan M., Roast M., Verhulst S., Peters A."	"Early-life telomere length predicts lifespan and lifetime reproductive success in a wild bird"	"2019"	"Molecular Ecology"	"28"	"77"	"10.earlylifetelomerelengthpredictslifespanandlifetimereproductivesuccessinawildbird"	"10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.gapdhasacontrolgenetoestimategenomecopynumberingreattitswithcrossamplificationinbluetits; 10.reflectionsontelomeredynamicsandageingrelateddiseasesinhumans; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; Bauch C. Becker P.H. Verhulst S., 2014, Molecular Ecology, 23, 39, DOI 10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird; 10.telomerelengthreflectsreproductiveeffortindicatedbycorticosteronelevelsinalonglivedseabird; 10.structureandfunctionoftelomeres; 10.doesoxidativestressshortentelomeres; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.foodavailabilityaffectsadultsurvivaltrajectoriesdependingonearlydevelopmentalconditions; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomeresshortenandthenlengthenbeforefledginginmagellanicpenguins; 10.estimatingindividualcontributionstopopulationgrowthevolutionaryfitnessinecologicaltime; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.effectsofearlylifecompetitionandmaternalnutritionontelomerelengthsinwildmeerkats; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.increasingtheaccuracyandprecisionofrelativetelomerelengthestimatesbyrtqpcr; 10.stressfulearlylifeexperiencesandimmunedysregulationacrossthelifespan; 10.nofitnessbenefitsofearlymoltinafairywrenrelaxedsexualselectionundergeneticmonogamy; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.coordinationbetweenthesexesforterritorialdefenceinaduettingfairywren; 10.domalepaternityguardsensurefemalefidelityinaduettingfairywren; 10.telomeredynamicsmaylinkstressexposureandageingacrossgenerations; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.incestavoidanceextrapairpaternityandterritoryqualitydrivedivorceinayearroundterritorialbird; 10.multiplebenefitsofcooperativebreedinginpurplecrownedfairywrensaconsequenceoffidelity; 10.multiplebenefitsdrivehelpingbehaviorinacooperativelybreedingbirdanintegratedanalysis; 10.breedingsynchronizationfacilitatesextrapairmatingforinbreedingavoidance; 10.radicallossofanextremeextrapairmatingsystem; 10.earlydeterminantsoflifetimereproductivesuccessdifferbetweenthesexesinreddeer; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.earlydevelopmentandfitnessinbirdsandmammals; 10.shorterjuveniletelomerelengthisassociatedwithhighersurvivaltospawninginmigratoryatlanticsalmon; Meillère A. 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"Bateson M., Poirier C."	"Can biomarkers of biological age be used to assess cumulative lifetime experience?"	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10.sexdifferencesinsenescencetheroleofintrasexualcompetitioninearlyadulthood; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.quantificationofbiologicalaginginyoungadults; 10.proceedingsofthenationalacademyofsciences; 10.springerverlagberlinheidelberggermanycarlsonle; 10.mindfulnessbasedcancerrecoveryandsu; 10.rtiveexpressivetherapymaintaintelomerelengthrelativetocontrolsindistressedbreastcancersurvivors; 10.handlingmethodaltersthehedonicvalueofrewardinlaboratorymice; 10.compromisedsurvivorshipinzooelephants; 10.constructvalidityinpsychologicaltests; 10.limbicscarslongtermconsequencesofchildhoodmaltreatmentrevealedbyfunctionalandstructuralmagneticresonanceimaging; 10.theassociationbetweenpsychiatricdisordersandtelomerelengthametaanalysisinvolving; 10.; 10.animalwelfarewithandwithoutconsciousness; 10.individualdifferencesinstresssusceptibilityandstressinhibitorymechanisms; 10.currentopinioninbehavioralsciences; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.europeanparliamentandeuropeancouncileubrusselsbelgiumezzatia; 10.campalsubfieldsdifferentiallycorrelatewithchronicpaininolderadults; 10.farmanimalwelfareingreatbritainpastpresentandfuture; 10.fawcfawclondonukfirthjstubbsbvancampfortdschuchflagopoulosjrosenbaumsandwardpb; 10.campalinhumansasystematicreviewandmetaanalysisfjellam; 10.criticalagesinthelifecourseoftheadultbrainnonlinearsubcorticalaging; 10.sciencevaluesandanimalwelfareexploringthe‘; 10.nesseffectsofworkfamilyreconciliationpoliciesin; 10.corticalthicknessandsubcorticalgraymattervolumeinpediatricanxietydisorders; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.riskfactorsforstereotypicbehaviorandselfbitinginrhesusmacaques; 10.shistorycurrentenvironmentandpersonality; 10.thedaysandnightsofzooelephantsusingepidemiologytobetterunderstandstereotypicbehaviorofafricanelephants; 10.thecostofreproductionthedevilinthedetails; 10.painisassociatedwithshortleukocytetelomerelengthinwomenwithfibromyalgia; 10.theroleofchildhoodtraumaintheneurobiologyofmoodandanxietydisorderspreclinicalandclinicalstudies; 10.durationofearlyadversityandstructuralbraindevelopmentinpostinstitutionalizedadolescents; 10.mindfulnesspracticeleadstoincreasesinregionalbraingraymatterdensity; 10.psychiatryresearchneuroimaging; 10.theextendedwelfareassessmentgridamatrixfortheassessmentofwelfareandcumulativesufferinginexperimentalanimals; 10.atlaalternativestolaboratoryanimals; 10.theassociationbetweenobstructivesleepapneaandshortenedtelomerelengthasystematicreviewandmetaanalysis; 10.thephilosophyoffarmanimalwelfareacontributiontotheassessmentoffarmanimalwellbeing; 10.secondeuropeansymposiumonpoultrywelfare; 10.westerndietisassociatedwithasmallerhi; 10.campusalongitudinalinvestigation; 10.earlylifestresscorpuscallosumdevelopmenthi; 10.campalvolumetricsandanxiousbehaviorinmalenonhumanprimates; 10.psychiatryresearchneuroimaging; 10.commonmethodsofbiologicalageestimation; 10.quantitativeanalysisofpopulationscalefamilytreesusingmillionsofrelatives; 10.molecularandphysiologicalmanifestationsandmeasurementofaginginhumans; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.effectofleukocytetelomerelengthontotalandregionalbrainvolumesinalargepopulationbasedcohort; 10.brainvolumeabnormalitiesinmajordepressivedisorderametaanalysisofmagneticresonanceimagingstudies; 10.comparingfreerangingandcaptivepopulationsrevealsintraspecificvariationinagingratesinlargeherbivores; 10.withinindividualplasticityexplainsagerelateddecreaseinstressresponseinashortlivedbird; 10.associationbetweenchildhoodtraumaandacceleratedtelomereerosioninadulthoodametaanalyticstudy; 10.shortenedtelomerelengthinpatientswithdepressionametaanalyticstudy; 10.theunderlyinganatomicalcorrelatesoflongtermmeditationlargerhi; 10.campalandfrontalvolumesofgraymatter; 10.tstopisstereotypyareliableanimalwelfareindicator; 10.perceivedstressandtelomerelengthasystematicreviewmetaanalysisandmethodologicconsiderationsforadvancingthefield; 10.ametaanalysisexaminingclinicalpredictorsofhi; 10.campalvolumeinpatientswithmajordepressivedisorder; 10.journalofpsychiatryneuroscience; 10.cognitivebiasasanindicatorofanimalemotionandwelfareemergingevidenceandunderlyingmechanisms; 10.anintegrativeandfunctionalframeworkforthestudyofanimalemotionandmood; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.ultrasoundofalternatingfrequenciesandvariableemotionalimpactevokesdepressivesyndromeinmiceandrats; 10.progressinneuropsychopharmacologyandbiologicalpsychiatry; 10.systemonsowreproductionattritionandlongevity; 10.asystematicreviewofleukocytetelomerelengthandageinadults; 10.repeatingexperimentsisnotenough; 10.effectsofphysicalactivityintelomerelengthsystematicreviewandmetaanalysis; 10.earlylifeadversityacceleratescellularageingandaffectsadultinflammationexperimentalevidencefromtheeuropeanstarling; 10.theevolutionaryoriginsofmoodanditsdisorders; 10.brainstructuralchangesinpatientswithchronicmyofascialpain; 10.; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.therateofsenescenceinmaternalperformanceincreaseswithearlylifefecundityinreddeer; 10.; 10.asystematicreviewandmetaanalysisofmagneticresonanceimagingmeasurementofstructuralvolumesinposttraumaticstressdisorder; 10.psychiatryresearchneuroimaging; 10.understandingheterogeneityingreymatterresearchofadultswithchildhoodmaltreatmentametaanalysisandreview; 10.neuroscienceandbiobehavioralreviews; 10.whereyoulivemaymakeyouoldtheassociationbetweenperceivedpoorneighborhoodqualityandleukocytetelomerelength; 10.measuringemotionalprocessesinanimalstheutilityofacognitivea; 10.neuroscienceandbiobehavioralreviews; 10.effectsofearlylifestressoncognitiveandaffectivefunctionanintegratedreviewofhumanliterature; 10.telomeresasintegrativemarkersofexposuretostressandadversityasystematicreviewandmetaanalysis; 10.httprsosroyalsocietypublishingorgcontent; 10.reviewoftheassessmentofcumulativeseverityandlifetimeexperienceinnonhumanprimatesusedinneuroscienceresearch; 10.wwwgovukgovernmentuploadssystemuploadsattachmentdatafile; 10.pacingstereotypiesinlaboratoryrhesusmacaquesimplicationsforanimalwelfareandthevalidityofneuroscientificfindings; 10.neuroscienceandbiobehavioralreviews; 10.validationofacumulativeaffectiveexperiencebiomarkerhi; 10.determinantsoftelomereattritionover; 10.yearinhealthyolderwomenstressandhealthbehaviorsmatter; 10.dietarypatternsfoodgroupsandtelomerelengthasystematicreviewofcurrentstudies; 10.europeanjournalofclinicalnutrition; 10.; 10.campalvolumelossasamarkerofeventualmemorydeficitscausedbyrepeatedstress; 10.theusefulnessofmeasuringglucocorticoidsforassessinganimalwelfare; 10.whatareemotionalstatesandwhydowehavethem; 10.theassociationbetweendepressionandleukocytetelomerelengthametaanalysis; 10.bovinetelomeredynamicsandtheassociationbetweentelomerelengthandproductivelifespan; 10.thestressoflifemcgrawhillnewyorknyusasforzae; 10.campusvolumeandsubjectivesleepinessinolderpeoplewithsleepdisorderedbreathingapreliminaryreport; 10.effectofrepetitivevisualstimulionbehaviourandplasmacorticosteroneofeuropeanstarlings; 10.theimplicationsofwarcaptivityandlongtermpsychopathologytrajectoriesfortelomerelength; 10.postnatalstressinbirdsanovelmodelofglucocorticoidprogrammingofthehypothalamicpituitaryadrenalaxis; 10.telomereattritionisassociatedwithdeclinesinmedialtemporallobevolumeandwhitemattermicrostructureinfunctionallyindependentolderadults; 10.thetelomerelengtheningconundrumartifactorbiology; 10.associationbetweenalcoholconsumptioninhealthymidlifeandtelomerelengthinoldermenthehelsinkibusinessmenstudy; 10.researchmethodstheessentialknowledgebasesecondedition; 10.wadsworthpublishingbelmontcausa; 10.negativeaffectivestatesandtheireffectsonmorbiditymortalityandlongevity; 10.familyrelationshipsinchildhoodandcommonpsychiatricdisordersinlaterlifesystematicreviewofprospectivestudies; 10.welfarequalityassessmentprotocolforpoultry; 10.welfarequalitywelfarequalitylelystadthenetherlandswilbournrv; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. 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"Apfelbeck B., Haussmann M.F., Boner W., Flinks H., Griffiths K., Illera J.C., Mortega K.G., Sisson Z., Smiddy P., Helm B."	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Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.runjagsanrpackageprovidinginterfaceutilitiesparallelcomputingmethodsandadditionaldistributionsformcmcmodelsinjags; 10.annualcyclesintheafricanstonechatsaxicolatorquataaxillarisandtheirrelationshiptoenvironmentalfactors; 10.lifestylesandphylogenyexplainbirdlifehistories; 10.proceedingsofthenationalacademyofsciences; 10.densitydependentseasonalmortalityandpopulationfluctuationsofthetemperatezonewillowtit; 10.diealtersbestimmungdesschwarzkehlchenssaxicolatorquatarubicolaangefiedermerkmalen; 10.plasticityofmoultandbreedingschedulesinmigratoryeuropeanstonechats; 10.zurverbreitungundpopulationsentwicklungdesschwarzkehlchens; 10.asimpleanduniversalmethodformolecularsexingofnonratitebirds; 10.armdataanalysisusingregressionandmultilevelhierarchicalmodelsrpackageversion; 10.httpscranrprojectorgpackagearmretrievedfromgomesnmv; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.survivalbenefitsofpostfledgingcareexperimentala; 10.oachtoacriticalpartofavianreproductivestrategies; 10.geneticandenvironmentalfactorsinfluencingclutchsizeinequatorialandtemperatezonestonechats; 10.saxicolatorquataaxillarisandstrubicola; 10.repeatedstressorsinadulthoodincreasetherateofbiologicalageing; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.newstrategiesfortelomerebasedageestimation; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; 10.berlinheidelberggermanyspringerherbornka; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.theworldwidevariationinavianclutchsizeacrossspeciesandspace; 10.measurementoftelomerelengthbythesouthernblotanalysisofterminalrestrictionfragmentlength; 10.moultandbasalmetaboliccostsinmalesoftwosubspeciesofstonechatstheeuropeansaxicolatorquatarubiculaandtheeastafricanstaxillaris; 10.bayesiandataanalysisinecologyusinglinearmodelswithrbugsandstan; 10.amsterdamthenetherlandsacademicpresslloydp; 10.fledglingsurvivalincreaseswithdevelopmenttimeandadultsurvivalacrossnorthandsouthtemperatezones; 10.prenatalstressandnewborntelomerelength; 10.americanjournalofobstetricsgynecology; 10.interactionofnestpredationandfoodlimitationinreproductivestrategies; 10.agerelatedmortalityexplainslifehistorystrategiesoftropicalandtemperatesongbirds; 10.rentannualsurvivalestimatesoftropicalsongbirdsbetterreflectlifehistoryvariationwhenbasedonintensivefieldmethods; 10.atheoreticalinvestigationoftheeffectoflatitudeonavianlifehistories; 10.senescenceinrelationtolatitudeandmigrationinbirds; 10.somaticgrowthandtelomeredynamicsinvertebratesrelationshipsmechanismsandconsequences; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.ageeffectsonsurvivalofamazonforestbirdsandthelatitudinalgradientinbirdsurvival; 10.postfledgingsurvivalofaltricialbirdsecologicaldeterminantsandadaptation; 10.earlylifeadversityacceleratescellularageingandaffectsadultinflammationexperimentalevidencefromtheeuropeanstarling; 10.metabolicconsequencesofhardwork; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.interactingeffectsofearlydietaryconditionsandreproductiveeffortontheoxidativecostsofreproduction; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.latitudinalvariationofimmunedefenseandsicknessbehaviorinthewhitecrownedsparrow; Pauliny A. 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Bensch S. Isaksson C., 2016, Biology Letters, 12, 92, DOI 10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor; 10.aranceofgreattitswithshorttelomeresinurbanareas; 10.proceedingsoftheroyalsocietybbiologicalsciences; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.controlofreproductioninatropicalbirdthestonechat; 10.aachengermanyshakerverlagscheuerleina; 10.reducednestlinggrowthofeastafricanstonechatssaxicolatorquataaxillarisinthepresenceofapredator; 10.predatorsasstressorsphysiologicalandreproductiveconsequencesofpredationriskintropicalstonechats; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; Soler J.J. Ruiz-Castellano C. Figuerola J. Martín-Vivaldi M. Martínez-de la Puente J. Ruiz-Rodríguez M. Tomás G., 2017, Animal Behaviour, 126, 30, DOI 10.telomerelengthanddynamicsofspotlessstarlingnestlingsdependonnestbuildingmaterialsusedbyparents; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. 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Haussmann M.F., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 87, DOI 10.therateoftelomerelossisrelatedtomaximumlifespaninbirds; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.londonukchristopherhelmvandorenbm; 10.correlatedpatternsofgeneticdiversityanddifferentiationacrossanavianfamily; 10.doimmunologicalendocrineandmetabolictraitsfallonasinglepaceoflifeaxiscovariationandconstraintsamongphysiologicalsystems; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.thejournalofexperimentalbiology; 10.tropicalbirdshaveaslowpaceoflife; 10.proceedingsofthenationalacademyofsciences; 10.slowpaceoflifeintropicalsedentarybirdsacommongardenexperimentonfourstonechatpopulationsfromdifferentlatitudes; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; Wilbourn R.V. Moatt J.P. Froy H. Walling C.A. Nussey D.H. Boonekamp J.J., 2018, Philosophical Transactions of the Royal Society B: Biological Sciences, 373, 150, DOI 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.effectsofdevelopmentalconditionsongrowthstressandtelomeresinblackleggedkittiwakechicks; 10.oxidativestressshortenstelomeres"
"Ryan C.P., Hayes M.G., Lee N.R., McDade T.W., Jones M.J., Kobor M.S., Kuzawa C.W., Eisenberg D.T.A."	"Reproduction predicts shorter telomeres and epigenetic age acceleration among young adult women"	"2018"	"Scientific Reports"	"8"	"45"	"10.reproductionpredictsshortertelomeresandepigeneticageaccelerationamongyoungadultwomen"	"10.oxforduniversitypressusawilliamsg; 10.cpleiotropynaturalselectionandtheevolutionofsenescence; 10.thedevilinthedetailstrendsecolevol; 10.httpwwwsciencedirectcomsciencearticlepiis; 10.harshmanlgzeraajthecostofreproduction; 10.; 10.dyingyoungandlivingfastvariationinlifehistoryacrossenglishneighborhoods; 10.developmentaloriginsoflifehistorygrowthproductivityandreproduction; 10.httpwwwsciencedirectcomsciencearticlepiis; 10.hellesnezdelamoraahumanreproductionandhealththelancet; 10.; 10.maynardsmithjtheeffectsoftemperatureandofegglayingonthelongevityofdrosophilasubobscurajexpbiol; 10.; 10.costsofreproductionanevaluationoftheempiricalevidence; 10.evolutionoflatelifemortalityindrosophilamelanogaster; 10.humanlongevityatthecostofreproductivesuccess; 10.httprspbroyalsocietypublishingorgturinglibrarynorthwesterneducontent; 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10.leucocytetelomerelengthandriskofcardiovasculardiseasesystematicreviewandmetaanalysis; 10.horvathsrajkepigeneticclockanalysesofcellularsenescenceandageing; 10.httpswwwncbinlmnihgovpmcarticlespmc; 10.horvathsrajkdnamethylationbasedbiomarkersandtheepigeneticclocktheoryofageingnatrev; 10.; 10.dnamethylationageofhumantissuesandcelltypes; 10.multitissuednamethylationagepredictorinmouse; 10.anepigeneticagingclockfordogsandwolves; 10.httpwwwncbinlmnihgovpmcarticlespmc; 10.; 10.httpswwwncbinlmnihgovpmcarticlespmc; 10.chandlerdjarmansnepigeneticestimationofageinhumpbackwhalesmolecol; 10.; 10.dnamethylationandhealthyhumanaging; 10.marionireetaldnamethylationageofbloodpredictsallcausemortalityinlaterlife; 10.dnamethylationbasedmeasuresofbiologicalagemetaanalysispredictingtimetodeath; 10.dnamethylationageisassociatedwithmortalityinaa; 10.httpwwwncbinlmnihgovpmcarticlespmc; 10.; 10.frailtyisassociatedwiththeepigeneticclockbutnotwithtelomerelengthinagermancohort; 10.httpijeoxfordjournalsorgturinglibrarynorthwesterneducontentearly; 10.marionireetaltheepigeneticclockandtelomerelengthareindependentlyassociatedwithchronologicalageandmortalityintjdyw; 10.totalanddifferentialleukocytecountspercentilesinnormalpregnancy; 10.eurjobstetgynecolreproductivebiol; 10.sexsteroidspregnancyassociatedhormonesandimmunitytoparasiticinfection; 10.increasedsusceptibilitytohelicobacterpyloriinfectioninpregnancy; 10.increasedriskofincidenthivduringpregnancyinrakaiugandaaprospectivestudy; 10.characterizingthepregnancyimmunephenotyperesultsoftheviralimmunityandpregnancy; 10.immunosenescenceinhivpathogenesis; 10.menopausemodifiestheassociationofleukocytetelomerelengthwithinsulinresistanceandinflammation; 10.monocytetelomereshorteningandoxidativednadamageintype; 10.telomereattritionisassociatedwithinflammationlowfetuinalevelsandhighmortalityinprevalenthaemodialysispatientsjintern; 10.telomerelengthtrajectoryanditsdeterminantsinpersonswithcoronaryarterydiseaselongitudinalfindingsfromtheheartandsoulstudy; 10.; 10.cumulativeinflammatoryloadisassociatedwithshortleukocytetelomerelengthinthehealthagingandbodycompositionstudy; 10.associationbetweentelomerelengthandcreactiveproteinandthedevelopmentofcoronarycollateralcirculationinpatientswithcoronaryarterydisease; 10.leukocytetelomerelengthisassociatedwithnoninvasivelymeasuredagerelateddiseasethecardiovascularhealthstudy; 10.httpjidoxfordjournalsorgcontent; 10.infectionacceleratesageaccordingtotheepigeneticclockjinfect; 10.; 10.httplinkinghubelseviercomretrievepiis; 10.kananenletalcytomegalovirusinfectionacceleratesepigeneticagingexp; 10.; 10.menopauseacceleratesbiologicalagingprocnatlacadsci; 10.numberofchildrenandtelomerelengthinwomenaprospectivelongitudinalevaluation; 10.reproductiveeffortandoxidativestressinpremenopausalandpostmenopausalamericanwomenamjhumbiol; 10.sancilioabribiescasrgthecostofreproductioninwomen; 10.; 10.highlifetimereproductiveeffortisassociatedwithgreateroxidativestressinpostmenopausalwomen; 10.httpjournalsplosorgplosonearticleid; 10.ziomkiewiczaetalevidenceforthecostofreproductioninhumansplosone; 10.gravidityisnotassociatedwithtelomerelengthinabiracialcohortofmiddleagedwomenthecoronaryarteryriskdevelopmentinyoungadults; 10.; 10.buccalcellsanoninvasivemeasurementofseleniumzincandmagnesiumstatusandtelomerelength; 10.thomaspchangesinbuccalcytomebiomarkersinrelationtoageingandalzheimer’; 10.evaluatingminimallyinvasivesamplecollectionmethodsfortelomerelengthmeasurement; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.lifehistorytraitsinhumanstheoryandempiricalstudies; 10.belskydwetaleleventelomereepigeneticclockandbiomarkercompositequantificationsofbiologicalagingepidemiol; 10.httpswwwnaturecomturinglibrarynorthwesterneduarticless; 10.luatetalgwasofepigeneticagingratesinbloodrevealsacriticalrolefortertnat; 10.creactiveproteinbypregnancyandlactationalstatusamongfilipinoyoungadultwomen; 10.heatshockproteinsmolecularchaperonesandthestressresponseevolutionaryandecologicalphysiology; 10.repeatedstressexposureresultsinasurvivalreproductiontradeoffindrosophilamelanogaster; 10.heatshockproteinsmediatetradeoffsbetweenearlylifereproductionandlatesurvivalindrosophilamelanogaster; 10.andphysiologicalstressarelinkedtoautonomoustransposonmobilityandheritablegeneticchangeinnematodes; 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10.hayesmgkuzawacwearlylifeinfectionbutnotbreastfeedingpredictsadultbloodtelomerelengthsinthephili; 10.lumiapipelineforprocessingilluminamicroarray; 10.quantifyingtheurbanenvironmentascalemeasureofurbanicityoutperformstheurbanruraldichotomy; 10.genomewideassociationstudyofanthropometrictraitsandevidenceofinteractionswithageandstudyyearinfilipinowomen; 10.populationspecificcodingvariantunderliesgenomewideassociationwithadiponectinlevel; 10.genomewideassociationwithcreactiveproteinlevelsinclhnsevidenceforthecrpandhnf; 10.alociandtheirinteractionwithexposuretoapathogenicenvironment; 10.noassociationbetweenbloodtelomerelengthandlongitudinallyassesseddietoradiposityordietinayoungadultfilipinopopulation; 10.httpsocservsocscimcmastercajfoxbookscompanioncarcompaniontoa; 10.sagepublicationsthousandoaksca; 10.cdralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatcomputviennaaustriapackageggplot; 10.latexcodeandasciitextforwellformattedregressionandsummarystatisticstables"
"Bayley R., Blakemore D., Cancian L., Dumon S., Volpe G., Ward C., Almaghrabi R., Gujar J., Reeve N., Raghavan M., Higgs M.R., Stewart G.S., Petermann E., García P."	"MYBL2 supports DNA double strand break repair in hematopoietic stem cells"	"2018"	"Cancer Research"	"78"	"13"	"10.mybl2supportsdnadoublestrandbreakrepairinhematopoieticstemcells"	"10.myelodysplasticsyndromesarepropagatedbyrareanddistincthumancancerstemcellsinvivo; 10.haploinsufficiencyincreasessusceptibilitytoagerelatedhaematopoieticneoplasia; 10.isasubhaploinsufficienttumorsu; 10.regulatestheexpressionofbmybandtheinductionofcyclinacyclinbandcdk; 10.lincahumancomplexthatisrelatedtoprbcontainingcomplexesininvertebratesregulatestheexpressionofg; 10.complexisrecruitedbybmybtoactivatetranscriptionofg; 10.mgenesinundifferentiatedembryonalcarcinomacells; 10.abmybcomplexcontainingclathrinandfilaminisrequiredformitoticspindlefunction; 10.complexandphosphorylationbygsk; 10.betaimplicatehumanbmybindnadamagesignaling; 10.thetranscriptionfactorbmybisessentialforsphaseprogressionandgenomicstabilityindiploidandpolyploidmegakaryocytes; 10.bohelerkrbmybisessentialfornormalcellcycleprogressionandchromosomalstabilityofembryonicstemcells; 10.bmybiscriticalforproperdnaduplicationduringanunperturbedsphaseinmouseembryonicstemcells; 10.mutationofthedrosophilahomologueofthemybprotooncogenecausesgenomicinstability; 10.azebrafishbmybmutationcausesgenomeinstabilityandincreasedcancersusceptibility; 10.deregulatedgeneexpressionpathwaysinmyelodysplasticsyndromehematopoieticstemcells; 10.hematopoieticstemcellquiescencepromoteserrorpronednarepairandmutagenesis; 10.quiescenthematopoieticstemcellsaccumulatednadamageduringagingthatisrepaireduponentryintocellcycle; 10.agerelatedmutationsassociatedwithclonalhematopoieticexpansionandmalignancies; 10.clonalhematopoiesisofindeterminatepotentialanditsdistinctionfrommyelodysplasticsyndromes; 10.thegeneticsofmyelodysplasticsyndromefromclonalhaematopoiesistosecondaryleukaemia; 10.stemcelloriginofmyelodysplasticsyndromes; 10.hematopoieticstemcellandprogenitorcellmechanismsinmyelodysplasticsyndromes; 10.alpharesponsivegenesinvolvedinoxidativephosphorylationarecoordinatelydownregulatedinhumandiabetes; 10.genesetenrichmentanalysisaknowledgebaseda; 10.oachforinterpretinggenomewideexpressionprofiles; 10.generationofhumaninducedpluripotentstemcellsfromperipheralbloodusingthestemccalentiviralvector; 10.measurementofchromosomaldnasinglestrandbreaksandreplicationforkprogressionrates; 10.sagardnadamagesignalinginstructspolyploidmacrophagefateingranulomas; 10.dnarepairgeneexpressionsarerelatedtobonemarrowcellularityinmyelodysplasticsyndrome; 10.increaseofdnadamageandalterationofthednadamageresponseinmyelodysplasticsyndromesandacutemyeloidleukemias; 10.generationofaconditionalalleleofthebmybgene; 10.identificationofahighlypotentandselectivednadependentproteinkinase; 10.byscreeningofchromenonelibraries; 10.essentialrolefordnapkcsindnadoublestrandbreakrepairandapoptosisinatmdeficientlymphocytes; 10.radiosensitizesgliomacellscompromisesinsulinaktanderkprosurvivalsignalingandinhibitsmigrationandinvasion; 10.atmsignalingfacilitatesrepairofdnadoublestrandbreaksassociatedwithheterochromatin; 10.phosphorylationisessentialforheterochromaticdnadoublestrandbreakrepair; 10.atmfunctionandtelomerestability; 10.controlsdnarepairinheterochromatinregulationbyhp; 10.deficienciesindnadamagerepairlimitthefunctionofhaematopoieticstemcellswithage; 10.theroleofdnadamagerepairinagingofadultstemcells; 10.dnadamageresponseintissuespecificandcancerstemcells; 10.modernizingthenonhomologousendjoiningrepertoirealternativeandclassicalnhejsharethestage; 10.repairpathwaychoicesandconsequencesatthedoublestrandbreak; 10.telomeredysfunctiondrivesaberranthematopoieticdifferentiationandmyelodysplasticsyndrome; 10.danazoltreatmentfortelomerediseases; 10.clinicalsignificanceofnewlyemergedisolateddel; 10.inpatientsfollowingcytotoxictherapies; 10.preleukaemicclonalhaemopoiesisandriskoftherapyrelatedmyeloidneoplasmsacasecontrolstudy; 10.doxorubicinactivatesatmdependentphosphorylationofmultipledownstreamtargetsinpartthroughthegenerationofreactiveoxygenspecies; 10.differentialandcommondnarepairpathwaysfortopoisomeraseiandiitargeteddrugsinageneticdt"
"Cram D.L., Monaghan P., Gillespie R., Dantzer B., Duncan C., Spence-Jones H., Clutton-Brock T."	"Rank-Related Contrasts in Longevity Arise from Extra-Group Excursions Not Delayed Senescence in a Cooperative Mammal"	"2018"	"Current Biology"	"28"	"24"	"10.rankrelatedcontrastsinlongevityarisefromextragroupexcursionsnotdelayedsenescenceinacooperativemammal"	"10.socialinsectsasamodeltostudythemolecularbasisofageing; 10.africanmoleratsecologyandeusociality; 10.cambridgeuniversitypresscambridgeuksharpsp; 10.reproductivesenescenceinacooperativelybreedingmammal; 10.sexualactivityandreproductiondelayageinginamammal; 10.; 10.extendedlongevityofreproductivesa; 10.arstobecommoninfukomysmolerats; 10.thelonglivedqueenreproductionandlongevityinfemaleeusocialdamaralandmolerats; 10.reproductiontriggersadaptiveincreasesinbodysizeinfemalemolerats; 10.socialcontrolofbrainmorphologyinaeusocialmammal; 10.behaviouraltacticsofbreedersincooperativemeerkats; 10.negligiblesenescenceinthelongestlivingrodentthenakedmoleratinsightsfromasuccessfullyagingspecies; 10.humantelomerebiologyacontributoryandinteractivefactorinagingdiseaserisksandprotection; 10.meerkatscooperativebreedinginthekalahari; 10.cooperativebreedinginvertebratesstudiesofecologyevolutionandbehaviorw; 10.dkoenigjldickinsoncambridgeuniversitypresscambridgeukmaagn; 10.densitydependentdispersalstrategiesinacooperativebreeder; 10.thetelomerelengtheningconundrumitcouldbebiology; 10.questioningcausalinvolvementoftelomeresinaging; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.determinantsofreproductivesuccessindominantfemalemeerkats; 10.factorsaffectingthereproductivesuccessofdominantmalemeerkats; 10.theroleofsenescentcellsinageing; 10.evolutionofsenescencelatesurvivalsacrificedforreproduction; 10.theevolutionofageingandlongevity; 10.tradeoffsinlifehistoryevolution; 10.oxidativestatusandsocialdominanceinawildcooperativebreeder; 10.patternsofparasitisminthecooperativelybreedingmeerkatacostofdominanceforfemales; 10.socialstatusimmuneresponseandparasitisminmalesametaanalysis; 10.socialdominanceandstresshormones; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.thecostofprospectingfordispersalo; 10.sexdifferencesinterritorialbehaviorexhibitedbythespottedhyena; 10.thecostsandeffectivenessofvigilancebehaviourinthedwarfmongooseimplicationsforfitnessandoptimalgroupsize; 10.communalhuntingandpacksizeinafricanwilddogslycaonpictus; 10.groupaugmentationandtheevolutionofcooperation; 10.ageneticanalysisofbreedingsuccessinthecooperativemeerkat; 10.exceptionalendocrineprofilescharacterisethemeerkatsexstatusandreproductivepatterns; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.telomeremeasurementbyquantitativepcr; 10.; 10.vertebratetimetreeelucidatesthebiogeographicpatternofamajorbioticchangearoundthektboundaryinmadagascar; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingcrawleym; 10.johnwileyandsonschichesteruktherneautm; 10.modelingsurvivaldataextendingthecoxmodel; 10.springersciencebusinessmedianewyorkusapletchersd; 10.modelfittingandhypothesistestingforagespecificmortalitydata; 10.coxmemixedeffectscoxmodelsrpackage; 10.socialandenvironmentalfactorsaffecttuberculosisrelatedmortalityinwildmeerkats; 10.heterogeneitysrusessomesurprisingeffectsofselectiononpopulationdynamics; 10.multilevelanalysisanintroductiontobasicandadvancedmultilevelmodeling; 10.usingobservationlevelrandomeffectstomodeloverdispersionincountdatainecologyandevolution; 10."
"Bauer C.M., Graham J.L., Abolins-Abols M., Heidinger B.J., Ketterson E.D., Greives T.J."	"Chronological and biological age predict seasonal reproductive timing: An investigation of clutch initiation and telomeres in birds of known age"	"2018"	"American Naturalist"	"191"	"17"	"10.chronologicalandbiologicalagepredictseasonalreproductivetiminganinvestigationofclutchinitiationandtelomeresinbirdsofknownage"	"10.ageingandreproductionantioxidantsu; 10.ementationalleviatestelomerelossinwildbirds; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.datafromchronologicalandbiologicalagepredictseasonalreproductivetiminganinvestigationofclutchinitiationandtelomeresinbirdsofknownage; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.agerelatedimprovementinreproductiveperformanceinalonglivedraptoracrosssectionalandlongitudinalstudy; 10.doesoxidativestressshortentelomeres; 10.geneticenvironmentalandphenotypicrelationshipsamonggestationlengthbirthweightgrowthtraitsandageat; 10.timingofcurrentreproductiondirectlyaffectsfuturereproductiveoutputineuropeancoots; 10.; 10.fitnesscomponentsassociatedwithlayingdateinthecliffswallow; Cerchiara J.A. Risques R.A. Prunkard D. Smith J.R. Kane O.J. Boersma P.D., 2017, Ecology and Evolution, 7, 23, DOI 10.magellanicpenguintelomeresdonotshortenwithagewithincreasedreproductiveeffortinvestmentandbasalcorticosterone; 10.earlylifeexperienceprimesresistancetooxidativestress; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.theeffectofageontimingofbreedingandreproductivesuccessinthethickbilledmurre; 10.determinantsofreproductivesuccessandoffspringsexinaturtlewithenvironmentalsexdetermination; 10.biologicaljournalofthelinneansociety; 10.breedingseasonstheperrinshypothesisrevisitedespeciallyformigrants; 10.correlationsbetweenagephenotypeandindividualcontributiontopopulationgrowthincommonterns; 10.; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.; 10.contrastingdriversofreproductiveageinginalbatrosses; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.postfledgingsurvivaltobreedingageofshagsphalacrocoraxaristotelisinrelationtoyeardateoffledgingandbroodsize; 10.repeatedstressorsinadulthoodincreasetherateofbiologicalageing; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheusa; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.testosteroneresponsetognrhinafemalesongbirdvarieswithstageofreproductionimplicationsforadultbehaviourandmaternaleffects; 10.statussignalingindarkeyedjuncos; 10.morphometricindicesofbodyconditioninbirdsareview; 10.ecologicaladaptationsforbreedinginbirds; 10.telomerelengthreflectsindividualqualityinfreelivingadultkingpenguins; 10.repeatedexposuretostressfulconditionscanhavebeneficialeffectsonsurvival; 10.patternsandmechanismforagedependentreproductionandsurvivalinbirds; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.annalsofthenewyorkacademyofsciences; 10.differentialpostfledgingsurvivalofgreatandcoaltitsinrelationtotheirconditionandfledgingdate; 10.energeticbottlenecksduringbreedingandthereproductivecostofbeingtooearly; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.theseasonaltimingofovipositioninsandlizards; 10.agespecificreproductivetactics; 10.directionalselectionandtheevolutionofbreedingdateinbirds; 10.reproductivesenescenceinalonglivedseabirdratesofdeclineinlatelifeperformanceareassociatedwithvaryingcostsofearlyreproduction; 10.priorexperiencewithphotostimulationenhancesphotoinducedreproductiveresponseinfemalehousefinches; 10.naturalselectionandinheritanceofbreedingtimeandclutchsizeinthecollaredflycatcher; 10.questioningcausalinvolvementoftelomeresinaging; 10.broodsizehatchingorderandhatchingdateeffectsoffourlifehistorystagesfromhatchingtorecruitmentinwesterngulls; 10.introductiontoquantitativepcrmethodsanda; 10.agespecificweaningsuccessofnorthernelephantsealsinrelationtopreviousbreedingexperience; 10.breedingseasonsareviewofexperimentsthatmanipulatedtimingofbreeding; 10.philosophicaltransactionsoftheroyalsocietyb; 10.oxidativestressshortenstelomeres; 10.physiologicaladaptationsforbreedinginbirds; 10.princetonuniversitypressprincetonnj"
"Olsson M., Wapstra E., Friesen C.R."	"Evolutionary ecology of telomeres: a review"	"2018"	"Annals of the New York Academy of Sciences"	"1422"	"45"	"10.evolutionaryecologyoftelomeresareview"	"10.structureandfunctionoftelomeres; 10.howtelomeressolvetheendprotectionproblem; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.ontogenyoftelomeraseinchickenimpactofdownregulationonpreandpostnataltelomerelengthinvivo; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeremaintenancebyrecombinationinhumancells; 10.sexdifferencesintelomeresandlifespan; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.oxfordoxforduniversitypressgomesnmv; Ujvari B. Biro P.A. Charters J.E. Brown G. Heasman K. Beckmann C. Madsen T., 2017, Functional Ecology, 31, 36, DOI 10.curvilineartelomerelengthdynamicsinasquamatereptile; Ujvari B. 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"Sepp T., McGraw K.J., Kaasik A., Giraudeau M."	"A review of urban impacts on avian life-history evolution: Does city living lead to slower pace of life?"	"2018"	"Global Change Biology"	"24"	"83"	"10.areviewofurbanimpactsonavianlifehistoryevolutiondoescitylivingleadtoslowerpaceoflife"	"10.urbandrivenphenotypicchangesempiricalobservationsandtheoreticalimplicationsforecoevolutionaryfeedback; 10.philosohicaltransactionsoftheroyalsociety; 10.decliningeggviabilityexplainshigherhatchingfailureinasuburbanpopulationofthethreatenedfloridascrubjayaphelocomacoerulescens; 10.smallscaledifferencesinthebreedingecologyofurbanandruralmagpiespicapica; 10.boldnessbehaviorandstressphysiologyinanovelurbanenvironmentsuggestrapidcorrelatedevolutionaryadaptation; 10.thetownbirdandthecountrybirdproblemsolvingandimmunocompetencevarywithurbanization; 10.supersizemedoesanthropogenicfoodchangethebodyconditionofsilvergullsacomparisonbetweenurbanizedandremotenonurbanizedareas; 10.postfledgingsurvivorshipandhabitatselectionacrossaruraltourbanlandscapegradient; 10.evolutiononalocalscaledevelopmentalfunctionalandgeneticbasesofdivergenceinbillformandassociatedchangesinsongstructurebetweenadjacenthabitats; 10.fromeggstofledgingnegativeimpactofurbanhabitatonreproductionintwotitspecies; 10.sensitivemeasureofprevalenceandparasitaemiaofhaemosporidiafromeuropeanblackbird; 10.; 10.urbanizationtracemetalpollutionandmalariaprevalenceinthehousesparrow; 10.trichomoniasisincoopershawksfromarizona; 10.doesurbanizationselectforweakcompetitorsinhousesparrows; 10.personalitytraitsandbehavioralsyndromesindifferentlyurbanizedpopulationsofhousesparrows; 10.multipleindicesofbodyconditionrevealnonegativeeffectofurbanizationinadulthousesparrows; 10.hormonesinthecityendocrineecologyofurbanbirds; 10.sexspecificconsequencesoflifeinthecity; 10.adaptivedensitydependenceofavianclutchsize; 10.patternsanddriversofintraspecificvariationinavianlifehistoryalongelevationalgradientsametaanalysis; 10.urbanlandusepredictswestnilevirusexposureinsongbirds; 10.cyanistescaeruleusultramarinus; 10.inrelationtoleadpollutionandnestfailureratesinruralintermediateandurbansitesinalgeria; 10.theimpactofenvironmentalnoiseonsongamplitudeinaterritorialbird; 10.urbanizationbreaksuphostparasiteinteractionsacasestudyonparasitecommunityecologyofrufousbelliedthrushes; 10.survivinginsprawlingsuburbssuburbanenvironmentsrepresenthighqualitybreedinghabitatforawidespreadshorebird; 10.performancepersonalityandenergeticscorrelationcausationandmechanism; 10.physiologicalandbiochemicalzoology; 10.avianproductivityinurbanlandscapesareviewandmetaanalysis; 10.urbanizationisassociatedwithdivergenceinpaceoflifeingreattits; 10.frontiersinecologyandevolution; 10.stressresponsesofthehousesparrow; 10.advancedseasonalreproductivedevelopmentinamaleurbanbirdisreflectedinearlierplasmaluteinizinghormonerisebutnotenergeticstatus; 10.generalandcomparativeendocrinology; 10.theeffectofacutestressandlongtermcorticosteroidadministrationonplasmametabolitesinanurbananddesertsongbird; 10.physiologicalandbiochemicalzoology; 10.integratingthepaceoflifesyndromeacrossspeciessexesandindividualscovariationoflifehistoryandpersonalityunderpesticideexposure; 10.parasitebirdinteractionsinurbanareascurrentevidenceandemergingquestions; 10.differentialinfluenceofurbanisationoncoccidianinfectionintwopasserinebirds; 10.artificiallightatnightadvancesavianreproductivephysiology; 10.proceedingsoftheroyalsocietyb–; 10.thecomparativebreedingbiologyofmagpiespicapicainanurbanandaruralhabitat; 10.immuneinvestmentisexplainedbysexualselectionandpaceoflifebutnotlongevityinparrots; 10.feedingbehaviorofcoopershawksaturbanandruralnestsinsoutheasternarizona; 10.theeffectofurbanisationonavianmorphologyandlatitudinalgradientsinbodysize; 10.effectsofurbanisationondiseaseprevalenceandagestructureinblackbirdturdusmerulapopulations; 10.characterizingaviansurvivalalongaruraltourbanlandusegradient; 10.urbanizationandthepredationparadoxtheroleoftrophicdynamicsinstructuringvertebratecommunities; 10.plasmacorticosteroneofcityanddesertcurve–billedthrasherstoxostomacurvirostreinresponsetostressrelatedpeptideadministrationcomparativebiochemistryandphysiology–; 10.interspecificvariationinavianbloodparasiteshaematologyassociatedwithurbanizationinadeserthabitat; 10.effectsofcaptivitybodyconditiononplasmacorticosteronelocomotorbehaviorandplasmametabolitesincurvebilledthrashers; 10.physiologicalbiochemicalzoology; 10.corticosteroneandcorticosteroidbindingglobulininbirdsrelationtourbanizationinadesertcity; 10.generalandcomparativeendocrinology; 10.acrosstimeandspaceeffectsofurbanizationoncorticosteroneandbodyconditionvaryovermultipleyearsinsongsparrows; 10.journalofexperimentalzoologyparta–ecologicalgeneticsandphysiology; 10.daytimenoisepredictsnocturnalsinginginurbanrobins; 10.lifehistoricalconsequencesofnaturalselection; 10.ananalysisofdemographictacticsinbirdsandmammals; 10.theecologicalimpactsofnighttimelightpollutionamechanistica; 10.reducedparasiteinfestationinurbaneurasianblackbirds; 10.; 10.ementationandoxidativechallengesonphysiologicalparametersandcarotenoidbasedcolourationinanurbanizationcontext; 10.behavioralecologyandsociobiology; 10.physiologicalcorrelatesofurbanizationinadesertsongbird; 10.integrativeandcomparativebiology; 10.plumagemicroorganismsandantimicrobialdefensesinanurbanizingcontext; 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10.effectofnestlinghistoryonadultsizereproductioninthegreattit; 10.survivalofadultgreattitsinrelationtosexandhabitatacomparisonofurbanandruralpopulations; 10.growthconditionsaffectcarotenoid–basedplumagecolourationofgreattitnestlings; 10.carotenoidbasedplumagecolourationreflectshemoparasiteinfectionandlocalsurvivalinbreedinggreattits; 10.fatsolubleantioxidantsinbroodrearinggreattitsparusmajorrelationstohealthanda; 10.concentrationsofchromiummanganeseandleadinairandinavianeggs; 10.urbanimpactsonoxidativebalanceandanimalsignals; 10.frontiersinecologyandevolution; 10.carotenoiddietandnestlingprovisioninginurbanandruralgreattitsparusmajor; 10.eggyolkcarotenoidsinrelationtohabitatandreproductiveinvestmentinthegreattitparusmajor; 10.physiologicalbiochemicalzoology; 10.carotenoidpigmentationdoesnotreflecttotalnonenzymaticantioxidantactivityinplasmaofadultandnestlinggreattitsparusmajor; 10.; 10.plasmaglutathioneandcarotenoidcolourationaspotentialbiomarkersofenvironmentalstressingreattits; 10.sexualseasonalandenvironmentalvariationinplasmacarotenoidsingreattitsparusmajor; 10.biologicaljournalofthelinneansociety; 10.apotentialroleforparasitesinthemaintenanceofcolourpolymorphisminurbanbirds; 10.physiologicalunderpinningsassociatedwithdifferencesinpaceoflifeandmetabolicrateinnorthtemperateandneotropicalbirds; 10.journalofcomparativephysiologyb–biochemicalsystemicandenvironmentalphysiology; 10.livingfastanddyingofinfectionhostlifehistorydrivesinterspecificvariationininfectionanddiseaserisk; 10.newyorknyoxforduniversitypressjonesor; 10.senescenceratesaredeterminedbyrankingonthefast–; 10.variationinplumagecolourationofnortherncardinalsinurbanizinglandscapes; 10.; 10.; 10.; 10.; 10.haemoglobinconcentrationandbodyconditionofnestlingsgreattitsparusmajoracomparisonoffirstandsecondbroodsintwocontrastingseasons; 10.influenceofnestinghabitatonbreedingsongthrushesturdusphilomelos; 10.artificialnightlightingaffectsdawnsongextrapairsiringsuccessandlaydateinsongbirds; 10.associationsofanthropogenicactivityanddisturbancewithfitnessmetricsofeasternbluebirds; 10.usesandmisusesofmetaanalysisinplantecology; 10.effectsofurbanizationonnestsiteselectionandnestingsuccessofthegreenfinchcarduelischlorisinkrotoszynpoland; 10.theemergingsignificanceofbioacousticsinanimalspeciesconservation; 10.constitutiveimmunedefencescorrelatewithlifehistoryvariablesintropicalbirds; 10.areurbanforestsecologicaltrapsforunderstorybirdsanexaminationusingnortherncardinals; 10.leanbirdsinthecitybodysizeandconditionofhousesparrowsalongtheurbanizationgradient; 10.breedingperformanceofcrestedgoshawkaccipitertrivirgatusinurbanandruralenvironmentsoftaiwan; 10.causesofpopulationdeclinesofthelesserkestrelfalconaumanniinisrael; 10.selectionofoffspringsizeatindependenceandothersizeversusnumberstrategies; 10.basalmetabolismintropicalbirdslatitudealtitudeandthe‘; 10.princetonnjusaprincetonuniversitypressmackinvenk; 10.differentialwearoffeathersinthepolymorphicnewzealandfantail; 10.; 10.lifehistoryevolutionintropicalsouthtemperatebirdswhatdowereallyknow; 10.investmentinimmunedefenseislinkedtopaceoflifeinhousesparrows; 10.parentalcareandclutchsizesinnorthandsouthamericanbirds; 10.immunedefenseandreproductivepaceoflifeinperomyscusmice; 10.urbanecologyaninternationalperspectiveontheinteractionbetweenhumansandnature; 10.newyorknyusaspringermarzluffjm; 10.adecadalreviewofurbanornithologyandaprospectusforthefuture; 10.corvidresponsetohumansettlementsandcampgroundscausesconsequencesandchallengesforconservation; 10.demographicandbehaviouralcomparisonsofsuburbanandruralamericancrows; 10.avianecologyandconservationinanurbanizingworld; 10.songrepertoiresandlifetimereproductivesuccessinthegreattit; 10.atheoreticalinvestigationoftheeffectoflatitudeonavianlifehistories; 10.corticosteronelevelsinrelationtotraceelementcontaminationalonganurbanizationgradientinthecommonblackbird; 10.influenceofurbanizationonbodysizeconditionandphysiologyinanurbanexploiteramulticomponenta; 10.effectofurbanisationonhabitatgeneralistsstarlingsnotsoflexibleactaoecologica–; 10.reproductionandsurvivalinthecitywhichfitnesscomponentsdriveurbancolonizationinareednestingwaterbird; 10.urbanizationanditseffectsonpersonalitytraitsaresultofmicroevolutionorphenotypicplasticity; 10.successfulcitydwellersacomparativestudyoftheecologicalcharacteristicsofurbanbirdsinthewesternpalearctic; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.developmentalimpairmentineurasiandi; 10.rnestlingsexposedtourbanstreampollutants; 10.environmentaltoxicologyandchemistry; 10.candidategenepolymorphismsforbehaviouraladaptationsduringurbanizationinblackbirds; 10.ementalfeedingareviewandmanagementrecommendations; 10.reproductivesuccessofhousewrensinsuburbanandrurallandscapes; 10.personalitypaceoflifehypothesistestinggeneticassociationsamongpersonalityandlifehistory; 10.integratingbehaviourwithlifehistoryboldnessofthefieldcricketgryllusintegerduringontogeny; 10.driversofthetemporalshiftindawnsonginurbaneuropeanblackbirds; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.polymorphismandphenegeographyofthebluerockpigeonineurope; 10.; 10.pathogeninducedrapidevolutioninavertebratelifehistorytrait; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.physiologicalpaceoflifethelinkbetweenconstitutiveimmunitydevelopmentalperiodandmetabolicrateineuropeanbirds; 10.acomparisonofproblemsolvingsuccessbetweenurbanandruralhousesparrows; 10.behavioralecologyandsociobiology; 10.isurbanisationofeuropeanblackbirds; 10.associatedwithgeneticdifferentiation; 10.reproductivesuccessofhousesparrowsalonganurbangradient; 10.eggandclutchsizeinthemallardasrelatedtofoodquality; 10.limitedgeneticdifferentiationbetweenacousticallydivergentpopulationsofurbanandruralsilvereyes; 10.problemsolvingperformanceandreproductivesuccessofgreattitsinurbanandforesthabitats; 10.reproductivesuccessinpresenescentcommongulls; 10.theimportanceofthelastyearoflife; 10.proceedingsoftheroyalsocietyoflondonseriesb–; 10.personalityandtheemergenceofthepaceoflifesyndromeconceptatthepopulationlevel; 10.philosophicaltransactionsoftheroyalsocietyb–; 10.linksbetweenfearofhumansstressandsurvivalsu; 10.rtanonrandomdistributionofbirdsamongurbanandruralhabitats; 10.experimentallyinducedlifehistoryevolutioninanaturalpopulation; 10.densitydependenceevolutionaryoptimizationandthediversificationofavianlifehistories; 10.predatorinducedlifehistoryshiftsindaphniaasynthesisofstudiesusingmetaanalysis; 10.canadianjournaloffisheriesandaquaticsciences; 10.personalityandurbanizationbehaviouraltraitsanddrd; 10.polymorphismsingreattitsinbarcelonacity; 10.winterfeedingofbirdsincreasesproductivityinthesubsequentbreedingseason; 10.diversificationoflifehistoriesinnewworldbirds; 10.urbanflightunderstandingindividualandpopulationlevelresponsesofnearcticneotropicalmigratorybirdstourbanization; 10.consumerresourcematchinginurbanizinglandscapesaresynanthropicspeciesovermatching; 10.theimportanceofgrowthandmortalitycostsintheevolutionoftheoptimallifehistory; 10.hematologicalparametersandstressindexinrufouscollaredsparrowsdwellinginurbanenvironments; 10.quantifyingaviannestsurvivalalonganurbanizationgradientusingcitizenandscientistgenerateddata; 10.helminthcommunitystructurestudyonurbanandforestblackbird; 10.populationsinrelationtoseasonalbirdmigrationonthesouthbalticseacoast; Salmón P. Nilsson J.F. Nord A. Bensch S. Isaksson C., 2016, Biology Letters, 12, 92, DOI 10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor; 10.behavioralsyndromesbreakdowninurbansongsparrowpopulations; 10.baselineandacutelevelsofcorticosteroneinfloridascrubjays; 10.ementationsuburbanhabitatandyear; 10.generalandcomparativeendocrinology; 10.selectionbasedonthesizeoftheblacktieofthegreattitmaybereversedinurbanhabitats; 10.mhclinkedsurvivalandlifetimereproductivesuccessinawildpopulationofgreattits; 10.responsetopredationriskinurbanandruralhousesparrows; 10.urbanizationnestlinggrowthandreproductivesuccessinamoderatelydeclininghousesparrowpopulation; 10.habitaturbanizationanditseffectsonbirds; 10.actazoologicaacademiaescientiarumhungaricae; 10.globalforecastsofurbanexpansionto; 10.anddirectimpactsonbiodiversityandcarbonpools; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.familydynamicsthroughtimebroodreductionfollowedbyparentalcompensationwithaggressionandfavouritism; 10.attenuatednestingseasonoftheacadianflycatcher; 10.nestpredationreducesbenefitstoearlyclutchinitiationinnortherncardinalscardinaliscardinalis; 10.evolutionandbehaviouralresponsestohumaninducedrapidenvironmentalchange; 10.theeffectofurbanizationonhelminthcommunitiesintheeurasianblackbird; 10.fromtheeasternpartoftheczechrepublic; 10.genetictoxicologyandenvironmentalmutagenesis; 10.songsofthecitynoisedependentspectralplasticityintheacousticphenotypeofurbanbirds; 10.urbanisationtoleranceandthelossofaviandiversity; 10.breedingofthegreattitandbluetitinurbanandruralhabitatsinsouthernfinland; 10.timingofbreedinginruralandurbantawnyowlsstrixalucoinsouthernfinlandeffectsofvoleabundanceandwinterweather; 10.breedingphenologyingreatandbluetits; 10.areurbanpopulationsmoreresistanttoclimatechangethanruralones; 10.oxidativestressandlifehistoriesunresolvedissuesandcurrentneeds; 10.multidimensionalenvironmentalpredictorsofvariationinavianforestandcitylifehistories; 10.lifehistoryevolutionsuccesseslimitationsandprospects; 10.paceoflifepredatorsandparasitespredatorinducedlifehistoryevolutionintrinidadiangu; 10.espredictsdecreaseinparasitetolerance; 10.resolvingtheurbannestpredatorparadoxtheroleofalternativefoodsfornestpredators; 10.areurbanhabitatsecologicaltrapsforanativesongbirdseasonlongproductivitya; 10.rentsurvivalandsitefidelityinurbanandruralhabitats; 10.reproductivefailureofahumantolerantspeciestheamericankestrelisassociatedwithstressandhumandisturbance; 10.attractivenestsitesbutinsufficientfoodsu; 10.yleadtolowreproductionratesinabirdofprey; 10.iscellmediatedimmunityrelatedtotheevolutionoflifehistorystrategiesinbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.constitutiveinnateimmunityisacomponentofthepaceoflifesyndromeintropicalbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.suburbanimmigrantstowildlandsdisrupthonestsignalinginultravioletplumage; 10.epigeneticresponsestoenvironmentalchangeandtheirevolutionaryimplications; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; 10.effectsofurbanizationonsongsparrow; 10.antipredatorstrategiesofhousefinchesareurbanhabitatssafespotsfrompredatorsevenwhenhumansarearound; 10.geneticdiversityandpopulationstructureincontemporaryhousesparrowpopulationsalonganurbanizationgradient; 10.annualandseasonalsurvivalofadultfemalemottledducksinsouthernfloridausa; 10.; 10.interspecificvariationintherelationshipbetweenclutchsizelayingdateandintensityofurbanizationinfourspeciesofholenestingbirds; 10.doesurbanizationaffectpredationofbirdnestsametaanalysis; 10.frontiersinecologyandevolution; 10.; 10.transcriptomeanalysisofawildbirdrevealsphysiologicalresponsestotheurbanenvironment; 10.longtermvariationinlayingdateandclutchsizeofthegreattitparusmajorincentralpolandacomparisonbetweenurbanparklandanddeciduousforest; 10.speciesspecificsurvivalandrelativehabitatuseinanurbanlandscapeduringthepostfledgingperiod; 10.tropicalbirdshaveaslowpaceoflife; 10.proceedingsofthenationalacademyofsciences; 10.slowpaceoflifeintropicalsedentarybirdsacommongardenexperimentonfourstonechatpopulationsfromdifferentlatitudes; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.functionallinkagesforthepaceoflifelifehistoryandenvironmentinbirds; 10.integrativeandcomparativebiology; 10.rapidevolutioninasexuallyselectedtraitfollowingpopulationestablishmentinanovelhabitat; 10.alternativenestingbehavioursfollowingcolonisationofanovelenvironmentbyapasserinebird; 10.variationinbaselinecorticosteronelevelsoftreesparrow; 10.populationsalonganurbangradientinbeijingchina; 10.metabolicandrespiratorycostsofincreasingsongamplitudeinzebrafinches"
"Tricola G.M., Simons M.J.P., Atema E., Boughton R.K., Brown J.L., Dearborn D.C., Divoky G., Eimes J.A., Huntington C.E., Kitaysky A.S., Juola F.A., Lank D.B., Litwa H.P., Mulder E.G.A., Nisbet I.C.T., Okanoya K., Safran R.J., Schoech S.J., Schreiber E.A., Thompson P.M., Verhulst S., Wheelwright N.T., Winkler D.W., Young R., Vleck C.M., Haussmann M.F."	"The rate of telomere loss is related to maximum lifespan in birds"	"2018"	"Philosophical Transactions of the Royal Society B: Biological Sciences"	"373"	"87"	"10.therateoftelomerelossisrelatedtomaximumlifespaninbirds"	"10.senescenceintegratingbiologyfromcradletograve; 10.hobokennjwileyblackwellmonaghanp; 10.theevolutionaryecologyofsenescence; 10.apositivesenescentcellsdelaysageingassociateddisorders; 10.positivecellsshortenhealthylifespan; 10.thesenescenceassociatedsecretoryphenotypethedarksideoftumorsu; 10.; 10.cellularsenescencewhenbadthingsha; 10.cellularsenescenceinagingandagerelateddiseasefrommechanismstotherapy; 10.markersofcellularsenescencetelomereshorteningasamarkerofcellularsenescence; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.roleofoxidativestressintelomerelengthregulationandreplicativesenescence; 10.dependentcellcyclearrestviaaccumulationofgrichsinglestrandeddnafragments; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.associationbetweentelomerelengthspecificcausesofdeathandyearsofhealthylifeinhealthagingandbodycompositionapopulationbasedcohortstudy; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.noassociationbetweentelomerelengthandsurvivalamongtheelderlyandoldestold; 10.inflammationbutnottelomerelengthpredictssuccessfulageingatextremeoldagealongitudinalstudyofsemisupercentenarians; 10.questioningcausalinvolvementoftelomeresinaging; 10.longertelomeresassociatedwithhighersurvivalinbirds; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.chronicinfectionhiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.telomerelengthinearlylifepredictslifespan; 10.aviansenescenceunderlyingmechanisms; 10.telomerebiologyandcellularaginginnonhumanprimatecells; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.significantcorrelationofspecieslongevitywithdnadoublestrandbreakrecognitionbutnotwithtelomerelength; 10.; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.; 10.longitudinalstudiesconfirmfastertelomereerosioninshortlivedbirdspecies; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.telomeresatherosclerosisandhumanlongevityacausalhypothesis; 10.anagetheanimalageingandlongevitydatabase; 10.httpgenomicssenescenceinfospeciesinternetanagetheanimalageingandlongevitydatabasehagrcited; 10.birdringinginbritainandirelandin; 10.populationparametersofthickbilledmurresatcoatsislandnorthwestterritoriescanada; 10.thefloridascrubjaydemographyofacooperativebreedingbird; 10.princetonnjprincetonuniversitypresspromislowde; 10.costsofsexualselectioninnaturalpopulationsofmammals; 10.sexdifferencesintelomeresandlifespan; 10.newstrategiesfortelomerebasedageestimation; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.apeanalysesofphylogeneticsandevolutioninrlanguage; 10.theglobaldiversityofbirdsinspaceandtime; 10.bayesianphylogeneticswithbeautiandthebeast; 10.carotenoiddependentsignalsandtheevolutionofplasmacarotenoidlevelsinbirds; 10.methodologicalissuesandadvancesinbiologicalmetaanalysis; 10.phytoolsanrpackageforphylogeneticcomparativebiology; 10.testingforphylogeneticsignalincomparativedatabehavioraltraitsaremorelabile; 10.ndednbocaratonflcrcpressspeakmanjr; 10.bodysizeenergymetabolismandlifespan; 10.crypticmultiplehypothesestestinginlinearmodelsoverestimatedeffectsizesandthewinner’; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsfor‘; 10.stabilizingsurvivalselectiononpresenescentexpressionofasexualornamentfollowedbyaterminaldecline; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.humantelomerebiologypitfallsofmovingfromthelaboratorytoepidemiology; 10.measuringsenescenceinwildanimalpopulationstowardsalongitudinala; 10.fibroblastsfromlonglivedbirdspeciesareresistanttomultipleformsofstress; 10.physiologicalunderpinningsassociatedwithdifferencesinpaceoflifeandmetabolicrateinnorthtemperateandneotropicalbirds; 10.doesoxidativestressshortentelomeres; 10.sitespecificdnadamageatgggsequencebyoxidativestressmayacceleratetelomereshortening; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.roleoftelomeresandtelomeraseincancer; 10.newyorknyacademicpresscriscuolof; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.telomeresandthenaturallifespanlimitinhumans; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.dietaryconsiderationsforatherosclerosisincommoncompanionavianspecies; 10.stochasticmodelingoflengthdependenttelomereshorteningincorvusmonedula"
"Olsson M., Wapstra E., Friesen C."	"Ectothermic telomeres: It’s time they came in from the cold"	"2018"	"Philosophical Transactions of the Royal Society B: Biological Sciences"	"373"	"59"	"10.ectothermictelomeresit’stimetheycameinfromthecold"	"10.developmentoflocomotionandendotheryinaltricialandprecocialbirds; 10.aviangrowthanddevelopmentevolutionwithinthealtricialprecocialspectrum; 10.oxfordukoxforduniversitypressruft; 10.dailytorporandhibernationinbirdsandmammals; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.ontogenyoftelomeraseinchickenimpactofdownregulationonpreandpostnataltelomerelengthinvivo; 10.identificationofthelinkagegroupofthezsexchromosomesofthesandlizard; 10.andelucidationofkaryotypeevolutioninlacertidlizards; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeremaintenancebyrecombinationinhumancells; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.telomeresspeciesdifferencesandunusualtelomeresinvertebratespresentingchallengesando; 10.rtunitiestounderstandingtelomeredynamics; 10.infectionandcancerinmulticellularorganisms; 10.neoplasticdiseasesofmarinebivalves; 10.comparativestudyoftumorigenesisandtumorimmunityininvertebratesandnonmammalianvertebrates; 10.fishoncologydiseasesdiagnosticsandtherapeutics; 10.oncologyofreptilesdiseasesdiagnosisandtreatment; 10.ageingandlongevityinthedecapoda; 10.; 10.biologyanddiseasesofamphibians; 10.edslcandersongottokrpritchettcorningmtwharyjgfox; 10.rdednamsterdamthenetherlandselsevierhernandezdiverssm; 10.neoplasiaofreptileswithanemphasisonlizards; 10.cancerprevalenceandetiologyinwildandcaptiveanimals; 10.natureandrateofneoplasiafoundincaptivewildmammalsbirdsandreptilesatnecropsy; 10.wallsaroundtumourswhyplantsdonotdevelopcancer; 10.telomerelengthshortenswithbodylengthinalligatormississi; Ujvari B. Biro P.A. Charters J.E. Brown G. Heasman K. Beckmann C. Madsen T., 2017, Functional Ecology, 31, 36, DOI 10.curvilineartelomerelengthdynamicsinasquamatereptile; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; Adriaenssens B. Pauliny A. Blomqvist D. Johnsson J.I., 2016, Physiology and Behavior, 165, 14, DOI 10.telomerelengthcovarieswithpersonalityinwildbrowntrout; 10.immunolocalizationofthetelomerase; 10.componentincellsoftheregeneratingtailtestisandintestineoflizards; 10.prematureagingintelomerasedeficientzebrafish; 10.predictorsoftelomerecontentindragonlizards; 10.shorttelomeresinkeytissuesinitiatelocalandsystemicaginginzebrafish; 10.doesreproductiveinvestmentdecreasetelomerelengthinmenidiamenidia; 10.ageingandthecostofmaintainingcolorationintheaustralianpainteddragon; 10.telomeraseisrequiredforzebrafishlifespan; 10.longlifespaninwormswithlongtelomericdna; Lund T.C. Glass T.J. Tolar J. Blazar B.R., 2009, PLoS ONE, 4, 50, DOI 10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio; 10.interactionsbetweenparentaltraitsenvironmentalharshnessandgrowthrateindeterminingtelomerelengthinwildjuvenilesalmon; 10.telomeredynamicsinwildbrowntrouteffectsofcompensatorygrowthandearlygrowthinvestment; 10.proximatedeterminantsoftelomerelengthinsandlizards; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.sexualdifferencesintelomereselectioninthewild; 10.rapidgrowthacceleratestelomereattritioninatransgenicfish; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.telomericattritionwithageandtemperatureineasternmosquitofish; 10.agerelatedsexdifferencesinbodyconditionandtelomeredynamicsofredsidedgartersnakes; 10.telomeremaintenanceandtelomeraseactivityaredifferentiallyregulatedinasexualandsexualworms; 10.effectsoftelomerelengthindrosophilamelanogasteronlifespanfecundityandfertility; 10.longevityoflobstersislinkedtoubiquitoustelomeraseexpression; Simide R. Angelier F. Gaillard S. Stier A., 2016, Physiological and Biochemical Zoology, 89, 41, DOI 10.ageandheatstressasdeterminantsoftelomerelengthinalonglivedfishthesiberiansturgeon; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; 10.telomereindependentageinginthelongestlivednoncolonialanimalarcticaislandica; 10.istelomerelengthamolecularmarkerofpastthermalstressinwildfish; 10.telomerasedeficiencyinacolonialascidianafterprolongedasexualpropagation; 10.telomeraseactivityandtelomerelengthindaphnia; 10.longtelomeresareassociatedwithclonalityinwildpopulationsofthefissiparousstarfishcoscinasteriastenuispina; 10.activityoftelomeraseandtelomericlengthinapismellifera; 10.telomeraseactivityiswidespreadinadultsomatictissuesofxenopus; 10.; 10.thelifeandlettersofcharlesdarwinincludinganautobiographicalchapter; 10.plantsversusanimalsdotheydealwithstressindifferentways; 10.senescenceageinganddeathofthewholeplant; 10.icationofgeneralageingtheories; 10.telomeresagingandplantsfromweedstomethuselahaminireview; 10.germlinereplicationsandsomaticmutationaccumulationareindependentofvegetativelifespaninarabidopsis; 10.analysisoftelomerelengthandtelomeraseactivityintreespeciesofvariouslifespansandwithageinthebristleconepinepinuslongaeva; 10.seasonandageassociatedtelomeraseactivityinginkgobilobal; 10.planttelomeresandtelomerasesareview; 10.telomereandtelomeraseassociatedproteinsandtheirfunctionsintheplantcell; 10.telomerestructurefunctionandmaintenanceinarabidopsis; 10.telomerestelomeraseandstabilityoftheplantgenome; 10.responsestotelomereerosioninplants; 10.telomeredynamicsandfusionofcriticallyshortenedtelomeresinplantslackingdnaligaseiv; 10.livingwithgenomeinstabilityplantresponsestotelomeredysfunction; 10.theimportanceofsafeguardinggenomeintegrityingerminationandseedlongevity; 10.dnarepairandtelomeremaintenanceduringseedimbibitioncorrelationoftranscriptionalpatterns; 10.introductiontoquantitativegenetics; 10.thednpearsonprenticehallolssonm; 10.doesreproductivesuccessincreasewithageorwithsizeinspecieswithindeterminategrowthacasestudyusingsandlizards; 10.londonukpublishedforthecollegebyhklewisblackburneh; 10.humantelomerebiologyacontributoryandinteractivefactorinagingdiseaserisksandprotection; 10.oxidativestressshortenstelomeres; 10.isreflectedinfadingbreedingcolorsanexperimentaltestusinginnateantioxidantmimeticsinpainteddragonlizards; 10.plasticityoflifehistorycharactersineasternmosquitofish; 10.telomeredynamicsinalizardwithmorphspecificreproductiveinvestmentandselfmaintenance; 10.telomereattritionandrestorationinthenormalteleostoryziaslatipesarelinkedtogrowthrateandtelomeraseactivityateachlifestage; 10.lifespanofcirculatingbloodcellsinginbunacruciancarp; 10.interactionsbetweenparentaltraitsenvironmentalharshnessandgrowrhrateindeterminingtelomerelengthinwildjuvenilesalmon; 10.lifehistoryandenvironmentaleffectsoftelomerelengthinatlanticsalmon; 10.phdthesisuniversityofglasgowglasgowmclennand; 10.shorterjuveniletelomerelengthisassociatedwithhighersurvivaltospawninginmigratoryatlanticsalmon; 10.alteredexpressionofgenesassociatedwithtelomeremaintenanceandcellfunctionofhumanvascularendothelialcellatelevatedtemperature; 10.seasonalvariationintelomerelengthofahibernatingrodent; 10.telomeredynamicsinfreelivingedibledormice; 10.theimpactofhibernationandfoodsu; 10.dailytorporisassociatedwithtelomerelengthchangeoverwinterindjungarianhamsters; 10.questioningcausalinvolvementoftelomeresinaging; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.linkingfunctionaldeclineoftelomeresmitochondriaandstemcellsduringageing; 10.areanimalpersonalitytraitslinkedtolifehistoryproductivity; 10.doconsistentindividualdifferencesinmetabolicratepromoteconsistentindividualdifferencesinbehavior; 10.personalityandtheemergenceofthepaceoflifesyndromeconceptatthepopulationlevel; 10.immunocalizationoftelomeraseincellsoflizardtailafteramputationsuggestscellactivationfortailregeneration; Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.upregulationoftelomerasefunctionduringtissueregeneration; 10.distributionofttaggspecifictelomeraseactivityininsects; 10.inhotpursuitfluctuatingmatingsystemandsexualselectioninsandlizards; 10.commentarytheevolutionarybiologyofthepaternalageeffectontelomerelength; 10.fourdecadesofestimatingheritabilitiesinwildvertebratepopulationsimprovedmethodsmoredatabetterestimates; 10.oxfordukoxforduniversitypresscheverudjm; 10.theevolutionofgeneticcorrelationanddevelopmentalconstraints; 10.populationgeneticsandevolution"
"Eisenberg D.T.A., Kuzawa C.W."	"The paternal age at conception effect on offspring telomere length: Mechanistic, comparative and adaptive perspectives"	"2018"	"Philosophical Transactions of the Royal Society B: Biological Sciences"	"373"	"60"	"10.thepaternalageatconceptioneffectonoffspringtelomerelengthmechanisticcomparativeandadaptiveperspectives"	"10.principleofmarginotomyintemplatesynthesisofpolynucleotides; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.associationbetweentelomerelengthandriskofcancerandnonneoplasticdiseasesamendelianrandomizationstudy; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; 10.telomeresatherosclerosisandhumanlongevityacausalhypothesis; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.commentarytheevolutionarybiologyofthepaternalageeffectontelomerelength; 10.thelongreachofhistoryintergenerationalpathwaystoplasticityinhumanlifespan; 10.socialityhierarchyhealthcomparativebiodemographyacollectionofpapers; 10.washingtondcthenationalacademiespresschansr; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.expressionofthernacomponentoftelomeraseduringhumandevelopmentanddifferentiation; 10.agedependenceofrelativetelomerelengthprofilesduringspermatogenesisinman; 10.telomerelengthinmalegermcellsisinverselycorrelatedwithtelomeraseactivity; 10.telomerebiologyinmammaliangermcellsandduringdevelopment; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.telomeresandtelomeraseactivityinpigtissues; 10.telomeredynamicsinmacaquesandhumans; 10.sleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.paternalageandtelomerelengthintwinsthegermstemcellselectionparadigm; 10.asinglecellassayfortelomerednacontentshowsincreasingtelomerelengthheterogeneityaswellasincreasingmeantelomerelengthinhumanspermatozoawithadvancingage; 10.swimupprocedureselectsspermatozoawithlongertelomerelength; 10.analysisofspermtelomerelengthinmenwithidiopathicinfertility; 10.inyoungmenspermtelomerelengthisrelatedtospermnumberandparentalage; 10.spermtelomerelengthispositivelyassociatedwiththequalityofearlyembryonicdevelopment; 10.processingofsemenbydensitygradientcentrifugationselectsspermatozoawithlongertelomeresforassistedreproductiontechniques; 10.cellularevidenceforselfishspermatogonialselectioninagedhumantestes; 10.selfishspermatogonialselection’anovelmechanismfortheassociationbetweenadvancedpaternalageandneurodevelopmentaldisorders; 10.timingratesandspectraofhumangermlinemutation; 10.positiveselectionfornewdiseasemutationsinthehumangermlineevidencefromtheheritablecancersyndromemultipleendocrineneoplasiatype; 10.agedependentgermlinemosaicismofthemostcommonnoonansyndromemutationshowsthesignatureofgermlineselection; 10.egfroverexpressioninducesactivationoftelomeraseviapi; 10.kaktmediatedphosphorylationandtranscriptionalregulationthroughhif; 10.alphainacellularmodeloforalesophagealcarcinogenesis; 10.proatherogenicfactorsinducetelomeraseinactivationinendothelialcellsthroughanaktdependentmechanism; 10.signaltransducerandactivatoroftranscription; 10.regulateshumantelomerasereversetranscriptase; 10.expressioninhumancancerandprimarycells; 10.germlinestemcellcompetitionmutationhotspotsgeneticdisordersandolderfathers; 10.cellcycleregulatedtraffickingofhumantelomerasetotelomeres; 10.understandingwhatdeterminesthefrequencyandpatternofhumangermlinemutations; 10.delayedpaternalageofreproductioninhumansisassociatedwithlongertelomeresacrosstwogenerationsofdescendants; 10.divergenceofspermandleukocyteagedependenttelomeredynamicsimplicationsformaledrivenevolutionoftelomerelengthinhumans; 10.earlyexclusivebreastfeedingisassociatedwithlongertelomeresinlatinopreschoolchildren; 10.paternalageatbirthisassociatedwithoffspringleukocytetelomerelengthinthenurses’; 10.leukocytetelomerelengthinnewbornsimplicationsfortheroleoftelomeresinhumandisease; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.parentalageinfluencesoffspringtelomereloss; Eisenberg D.T.A. Tackney J. Cawthon R.M. Cloutier C.T. Hawkes K., 2017, American Journal of Physical Anthropology, 162, 28, DOI 10.paternalandgrandpaternalagesatconceptionanddescendanttelomerelengthsinchimpanzeesandhumans; 10.improvingqpcrtelomerelengthassayscontrollingforwellpositioneffectsincreasesstatisticalpower; 10.leukocytetelomerelengthbreastcancerriskintheoffspringtherelationswithfather’; 10.determinantsofmutationratevariationinthehumangermline; 10.effectofagingontelomerelengthsinbovineoocytesandgranulosacells; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.coevolutionoftelomeraseactivityandbodymassinmammalsfrommicetobeavers; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.; 10.spermatozoatelomeresdeterminetelomerelengthinearlyembryosandoffspring; Froy H. Bird E.J. Wilbourn R.V. Fairlie J. Underwood S.L. Salvo-Chirnside E. Pilkington J.G. Bérénos C. Pemberton J.M. Nussey D.H., 2017, Scientific Reports, 7, 22, DOI 10.noevidenceforparentalageeffectsonoffspringleukocytetelomerelengthinfreelivingsoaysheep; 10.sizeandfunctionofmammaliantestesinrelationtobodysize; 10.; 10.strongmalebiasdrivesgermlinemutationinchimpanzees; 10.covariancebetweentestessizeandsubstitutionratesinprimates; 10.efficiencyofspermatogenesisacomparativea; 10.poxfordukoxforduniversitypresskirkwoodtbl; 10.theevolutionofageingandlongevity; 10.fetaloriginsofdevelopmentalplasticityarefetalcuesreliablepredictorsoffuturenutritionalenvironments; 10.whatisthetruerateofsocialmobilityevidencefromtheinformationcontentofsurnames; 10.americaneconomicassociationconferencepaper; 10.httpciteseerxistpsueduviewdocsummarydoi; 10.thednsunderlandmasinauerassociateskronenbergh; 10.williamstextbookofendocrinology; 10.thednphiladelphiapasaunderselseviernajarrok; 10.telomerelengthasanindicatoroftherobustnessofbandtcellresponsetoinfluenzainolderadults; 10.shorterleukocytetelomerelengthisassociatedwithhigherriskofinfectionsaprospectivestudyof; 10.individualsfromthegeneralpopulation; 10.associationbetweentelomerelengthandexperimentallyinducedu; 10.rrespiratoryviralinfectioninhealthyadults; 10.earlylifeinfectionbutnotbreastfeedingpredictsadultbloodtelomerelengthsinthephili; 10.leucocytetelomerelengthandriskofcardiovasculardiseasesystematicreviewandmetaanalysis; 10.mutationscancerandthetelomerelengthparadox; 10.generationofmicewithlongerandbetterpreservedtelomeresintheabsenceofgeneticmanipulations; 10.istelomerelengthoneofthedeterminantsofreproductivelifespan; 10.leukocytetelomerelengthandageatmenopause; 10.telomerelengthandageatmenopauseintheus; 10.telomerelengthoftransferredlymphocytescorrelateswithinvivopersistenceandtumorregressioninmelanomapatientsreceivingcelltransfertherapy; 10.shortenedtelomerelengthisassociatedwithincreasedriskofcancerametaanalysis; 10.theassociationoftelomerelengthandcancerametaanalysis; 10.longtelomeresandcancerriskamong; 10.individualsfromthegeneralpopulation; 10.theassociationbetweentelomerelengthandcancerriskinpopulationstudies; 10.geneticallypredictedlongertelomerelengthisassociatedwithincreasedriskofbcelllymphomasubtypes; 10.geneticvariationassociatedwithlongertelomerelengthincreasesriskofchroniclymphocyticleukemia; 10.actionsofhumantelomerasebeyondtelomeres; 10.novelrolesfortelomeraseinaging; 10.weakevidenceforanticipatoryparentaleffectsinplantsandanimals; 10.thebiologyofdevelopmentalplasticityandthepredictiveadaptiveresponsehypothesis; 10.adaptiveparentaleffectstheimportanceofestimatingenvironmentalpredictabilityandoffspringfitnessa"
"Lai T.-P., Wright W.E., Shay J.W."	"Comparison of telomere length measurement methods"	"2018"	"Philosophical Transactions of the Royal Society B: Biological Sciences"	"373"	"131"	"10.comparisonoftelomerelengthmeasurementmethods"	"10.howshelterinprotectsmammaliantelomeres; 10.switchingandsignalingatthetelomere; 10.mammaliantelomeresendinalargeduplexloop; 10.protectionofmammaliantelomeres; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; 10.invivolossoftelomericrepeatswithageinhumans; 10.thereactivationoftelomeraseactivityincancerprogression; 10.telomericdnadamageisirreparableandcausespersistentdnadamageresponseactivation; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.telomereshorteningtriggerssenescenceofhumancellsthroughapathwayinvolvingatmp; 10.; 10.humancellsenescenceasadnadamageresponse; 10.doesasentinelorasubsetofshorttelomeresdeterminereplicativesenescence; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.cellbiologyofdiseasetelomeropathiesanemergingspectrumdisorder; 10.bonemarrowfailureandthetelomeropathies; 10.telomereassociatedagingdisorders; 10.leukocytetelomerelengthandcardiovasculardiseaseinthecardiovascularhealthstudy; 10.telomereshorteninginatherosclerosis; 10.chromosomaltelomereattritionasamechanismfortheincreasedriskofepithelialcancersandsenescentphenotypesintype; 10.roleoftelomeresandtelomeraseinagingandcancer; 10.telomerelengthareviewofmethodsformeasurement; 10.newdevelopmentsintelomerelengthanalysis; 10.beyondaveragepotentialformeasurementofshorttelomeres; 10.telomerelengthmeasurementcaveatsandacriticalassessmentoftheavailabletechnologiesandtools; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.boverirevisitedchromosomalinstabilityaneuploidyandtumorigenesis; 10.ahighlyconservedrepetitivednasequence; 10.npresentatthetelomeresofhumanchromosomes; 10.measurementoftelomerelengthbythesouthernblotanalysisofterminalrestrictionfragmentlengths; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.highthroughputtelomerelengthquantificationbyfishanditsa; 10.icationtohumanpopulationstudies; 10.istelomerelengthabiomarkerforagingcrosssectionalevidencefromthewestofscotland; 10.longitudinalversuscrosssectionalevaluationsofleukocytetelomerelengthdynamicsagedependenttelomereshorteningistherule; 10.collapseoftelomerehomeostasisinhematopoieticcellscausedbyheterozygousmutationsintelomerasegenes; 10.flowcytometryandfishtomeasuretheaveragelengthoftelomeres; 10.telomerelengthdynamicsinhumanlymphocytesubpopulationsmeasuredbyflowcytometry; 10.thelongesttelomeresageneralsignatureofadultstemcellcompartments; 10.distributionofnontelomericsitesofthe; 10.ntelomericsequenceinvertebratechromosomes; 10.commentarythereliabilityoftelomerelengthmeasurements; 10.telomerelengthmeasurementvaliditythecoefficientofvariationisinvalidandcannotbeusedtocomparequantitativepolymerasechainreactionandsouthernblottelomerelengthmeasurementtechniques; 10.responsetoreliabilityandvalidityoftelomerelengthmeasurements; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.distinctdosagerequirementsforthemaintenanceoflongandshorttelomeresinmtertheterozygousmice; 10.thecomparativebiologyofmammaliantelomeresancestralstatesandfunctionaltransitions; 10.telomeredysfunctioninducedfoci; 10.extensiveallelicvariationandultrashorttelomeresinsenescenthumancells; 10.telomeredysfunctionandfusionduringtheprogressionofchroniclymphocyticleukemiaevidenceforatelomerecrisis; 10.telomereendprocessingtheterminalnucleotidesofhumanchromosomes; 10.telomereextensionoccursatmostchromosomeendsandisuncoupledfromfillininhumancancercells; 10.theloadofshorttelomeresestimatedbyanewmethoduniversalstelacorrelateswithnumberofsenescentcells; 10.generationofdigoxigeninincorporatedprobestoenhancednadetectionsensitivity; 10.amethodformeasuringthedistributionoftheshortesttelomeresincellsandtissues; 10.anaturalproducttelomeraseactivatorlengthenstelomeresinhumansarandomizeddoubleblindandplacebocontrolledstudy; 10.elongatesshorttelomeresandincreaseshealthspanofadultoldmicewithoutincreasingcancerincidence; 10.heritabilityoftelomerevariationitisallabouttheenvironment; 10.experimentalmanipulationoftelomerelengthdoesitrevealacornerstonerolefortelomeraseinthenaturalvariabilityofindividualfitness; 10.whyarethereassociationsbetweentelomerelengthandbehaviour; 10.theroleoftelomeresinthemechanismsandevolutionoflifehistorytradeoffsandageing; 10.evolutionoftelomeremaintenanceandtumoursu; 10.swellthatendswellwhylargespecieshaveshorttelomeres"
"Wilbourn R.V., Moatt J.P., Froy H., Walling C.A., Nussey D.H., Boonekamp J.J."	"The relationship between telomere length and mortality risk in non-model vertebrate systems: A meta-analysis"	"2018"	"Philosophical Transactions of the Royal Society B: Biological Sciences"	"373"	"150"	"10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysis"	"10.structureandfunctionoftelomeres; 10.humantelomerebiologyacontributoryandinteractivefactorinagingdiseaserisksandprotection; 10.oxidativestressshortenstelomeres; 10.questioningcausalinvolvementoftelomeresinaging; 10.collapseoftelomerehomeostasisinhematopoieticcellscausedbyheterozygousmutationsintelomerasegenes; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.leucocytetelomerelengthandriskofcardiovasculardiseasesystematicreviewandmetaanalysis; 10.theassociationoftelomerelengthandcancerametaanalysis; 10.leucocytetelomerelengthandriskoftype; 10.diabetesmellitusnewprospectivecohortstudyandliteraturebasedmetaanalysis; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.comparativegeneticsoflongevityandcancerinsightsfromlonglivedrodents; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.crossingthegreatdividetelomeresandecology; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.cumulativestressinresearchanimalstelomereattritionasabiomarkerinawelfarecontext; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.longertelomeresassociatedwithhighersurvivalinbirds; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomerelengthinearlylifepredictslifespan; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.telomerelengthmeasurementcaveatsandacriticalassessmentoftheavailabletechnologiesandtools; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.sexdifferencesintelomeresandlifespan; 10.sexualdifferencesintelomereselectioninthewild; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Bauch C. Becker P.H. Verhulst S., 2014, Molecular Ecology, 23, 39, DOI 10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird; 10.theroleoftelomerelengthintreeswallowbehaviorandlifehistory; 10.phdthesiscornelluniversitynyboonekampjj; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.phdthesisuniversityofglasgowfootecg; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.telomerelengthmeasurementbyqpcrinbirdsisaffectedbystoragemethodofbloodsamples; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.; 10.dohormonestelomerelengthsandoxidativestressformanintegratedphenotypeacasestudyinfreelivingtreeswallows; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.sexualsignalsreflecttelomeredynamicsinawildbird; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; Ujvari B. Biro P.A. Charters J.E. Brown G. Heasman K. Beckmann C. Madsen T., 2017, Functional Ecology, 31, 36, DOI 10.curvilineartelomerelengthdynamicsinasquamatereptile; 10.apackageforsurvivalanalysisinsrpackageversion; 10.httpcranrprojectorgpackagesurvivalseeviechtbauerw; 10.conductingmetaanalysesinrwiththemetaforpackage; 10.metaanalysisreconcilingtheresultsofindependentstudies; 10.trimandfillasimplefunnelplotbasedmethodoftestingandadjustingforpublicationbiasinmetaanalysis; 10.telomereattritionandrestorationinthenormalteleostoryziaslatipesarelinkedtogrowthrateandtelomeraseactivityateachlifestage; Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.shorterjuveniletelomerelengthisassociatedwithhighersurvivaltospawninginmigratoryatlanticsalmon; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.genderandtelomerelengthsystematicreviewandmetaanalysis; 10.ageingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.sexdifferencesinleukocytetelomerelengthinafreelivingmammal; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; 10.therelationshipbetweenperceivedstressandtelomerelengthametaanalysis; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin"
"Foley N.M., Hughes G.M., Huang Z., Clarke M., Jebb D., Whelan C.V., Petit E.J., Touzalin F., Farcy O., Jones G., Ransome R.D., Kacprzyk J., O’Connell M.J., Kerth G., Rebelo H., Rodrigues L., Puechmaille S.J., Teeling E.C."	"Growing old, yet staying young: The role of telomeres in bats’ exceptional longevity"	"2018"	"Science Advances"	"4"	"83"	"10.growingoldyetstayingyoungtheroleoftelomeresinbats’exceptionallongevity"	"10.birdsandlongevitydoesflightdrivenaerobicityprovideanoxidativesink; 10.thescientificquestforlastingyouthprospectsforcuringaging; 10.szoohownatureprovidesuswithcluesforextendinghumanhealthspan; 10.omicstechnologiesandthestudyofhumanageing; 10.batsandbirdsexceptionallongevitydespitehighmetabolicrates; 10.mammalianagingmetabolismandecologyevidencefromthebatsandmarsupials; 10.anewfieldrecordforbatlongevity; 10.ecologyandmodeoflifeexplainlifespanvariationinbirdsandmammals; 10.lifehistoryconnectionstoratesofaginginterrestrialvertebrates; 10.rarecatastrophiceventsdrivepopulationdynamicsinabatspecieswithnegligiblesenescence; 10.humanageinggenomicresourcesintegrateddatabasesandtoolsforthebiologyandgeneticsofageing; 10.rolesoftelomeresandtelomeraseincancerandadvancesintelomerasetargetedtherapies; 10.agingcellularsenescenceandcancer; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.massextinctionsbiodiversityandmitochondrialfunctionarebats‘asreservoirsforemergingviruses; 10.; 10.molecularadaptationoftelomereassociatedgenesinmammals; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.; 10.impactsofthecretaceousterrestrialrevolutionandkpgextinctiononmammaldiversification; 10.bloodmirnomesandtranscriptomesrevealnovellongevitymechanismsinthelonglivedbatmyotismyotis; 10.atrandatmdifferentlyregulatewrntopreventdsbsatstalledreplicationforksandpromotereplicationforkrecovery; 10.senataxinassociateswithreplicationforkstoprotectforkintegrityacrossrnapolymeraseiitranscribedgenes; 10.atmdependentchromatinchangessilencetranscriptionincistodnadoublestrandbreaks; 10.pleiotropicdefectsinataxiatelangiectasiaproteindeficientmice; 10.roleofsenataxinindnadamageandtelomericstability; 10.alternativelengtheningoftelomeresmodelsmechanismsandimplications; 10.therolesofwrnandblmrecqhelicasesinthealternativelengtheningoftelomeres; 10.senataxinplaysanessentialrolewithdnadamageresponseproteinsinmeioticrecombinationandgenesilencing; 10.theyinandyangfunctionsofthemyconcoproteinincancerdevelopmentandastargetsfortherapy; 10.theevolutionofsensorydivergenceinthecontextoflimitedgeneflowinthebumblebeebat; 10.telomeremeasurementbyquantitativepcr; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.anewmathematicalmodelforrelativequantificationinrealtimert–; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingboxge; 10.fittinglinearmixedeffectsmodelsusinglme; 10.wingmembranebiopsiesforbatcytogeneticsfindingof; 10.rhinolophidaechiropteramammalia; 10.rtstwogeographicallyseparatedchromosomalvariantsineurope; 10.tophatdiscoveringsplicejunctionswithrnaseq; 10.transcriptassemblyandquantificationbyrnaseqrevealsunannotatedtranscriptsandisoformswitchingduringcelldifferentiation; 10.; 10.chromosomescaleshotgunassemblyusinganinvitromethodforlongrangelinkage; 10.meraculousdenovogenomeassemblywithshortpairedendreads; 10.makeraneasytouseannotationpipelinedesignedforemergingmodelorganismgenomes; 10.dcdnaalignmentstoimprovedenovogenefinding; 10.anonlethalsamplingmethodtoobtaingenerateandassemblewholebloodtranscriptomesfromsmallwildmammals; 10.dblastandpsiblastanewgenerationofproteindatabasesearchprograms; 10.bioconductoropensoftwaredevelopmentforcomputationalbiologyandbioinformatics; 10.automatedgenerationofheuristicsforbiologicalsequencecomparison; 10.embosstheeuropeanmolecularbiologyopensoftwaresuite; 10.aquaautomatedqualityimprovementformultiplesequencealignments; 10.musclemultiplesequencealignmentwithhighaccuracyandhighthroughput; 10.mafftanovelmethodforrapidmultiplesequencealignmentbasedonfastfouriertransform; 10.mafftmultiplesequencealignmentsoftwareversion; 10.improvementsinperformanceandusability; 10.rascalrapidscanningandcorrectionofmultiplesequencealignments; 10.towardsareliableobjectivefunctionformultiplesequencealignments; 10.phylogenyawaregapplacementpreventserrorsinsequencealignmentandevolutionaryanalysis; 10.selectionofconservedblocksfrommultiplealignmentsfortheiruseinphylogeneticanalysis; 10.phylogeneticanalysisbymaximumlikelihood; 10.ascalablebioinformaticsworkflowengine; 10.molecularphylogeneticreconstructionsidentifyeastasiaasthecradlefortheevolutionofthecosmopolitangenusmyotis; 10.evaluationofanimprovedbranchsitelikelihoodmethodfordetectingpositiveselectionatthemolecularlevel; 10.animprovedlikelihoodratiotestfordetectingsitespecificfunctionaldivergenceamongcladesofproteincodinggenes; 10.sailfishenablesalignmentfreeisoformquantificationfromrnaseqreadsusinglightweightalgorithms; 10.moderatedestimationoffoldchangeanddispersionforrnaseqdatawithdeseq; 10.proteininteractionnetworksintegratedoverthetreeoflife; 10.thegenomesoftwobatspecieswithlongconstantfrequencyecholocationcalls; 10.genomesequencingrevealsinsightsintophysiologyandlongevityofthenakedmolerat; 10.acriticalassessmentofstorytellinggeneontologycategoriesandtheimportanceofvalidatinggenomicscans; 10.; 10.humandnaligaseicompletelyencirclesandpartiallyunwindsnickeddna; 10.mechanismoftheeukaryoticchaperoninproteinfoldinginthechamberofsecrets; 10.thedoublelivesofshuttlingmrnabindingproteins; 10.longlivedspecieshaveimprovedproteostasiscomparedtophylogeneticallyrelatedshorterlivedspecies; 10.comparativeanalysisofbatgenomesprovidesinsightintotheevolutionofflightandimmunity; 10.micrornaslinkinginflammagingcellularsenescenceandcancer; 10.atmregulatesnfkbdependentimmediateearlygenesviarelaser; 10.essestheantiviraltranscriptionalresponseandcontrolsviralbiogenesis; 10.uenhancestheexpressionofspecificgenesbystabilizingmrna; 10.genomeanalysisrevealsinsightsintophysiologyandlongevityofthebrandt’; 10.characterizationofgloballossofimprintinginfetalovergrowthsyndromeinducedbyassistedreproduction; 10.expansionofruminantspecificmicrornasshapestargetgeneexpressiondivergencebetweenruminantandnonruminantspecies; 10.genomicanalysesidentifydistinctpatternsofselectionindomesticatedpigsandtibetanwildboars; 10.comparativetranscriptomicanalysistoidentifydifferentiallyexpressedgenesinfattissueofadultberkshireandjejunativepigusingrnaseq; 10.thetranscriptomeofthebowheadwhalebalaenamysticetusrevealsadaptationsofthelongestlivedmammal; 10.identificationandcharacterizationofcircularrnasasanewclassofputativebiomarkersinhumanblood; 10.analysisofthehumantissuespecificexpressionbygenomewideintegrationoftranscriptomicsandantibodybasedproteomics; 10.integrativenetworkanalysisrevealsmolecularmechanismsofbloodpressureregulation; 10.frontalcortextranscriptomeanalysisofmiceexposedtoelectroniccigarettesduringearlylifestages; 10.aratrnaseqtranscriptomicbodymapacross; 10.dnarepairinspecieswithextremelifespandifferences"
"Zhang Q., Han X., Hao X., Ma L., Li S., Wang Y., Du W."	"A simulated heat wave shortens the telomere length and lifespan of a desert lizard"	"2018"	"Journal of Thermal Biology"	"72"	"20"	"10.asimulatedheatwaveshortensthetelomerelengthandlifespanofadesertlizard"	"10.mitochondrialreactiveoxygenspeciesproductionbyfishmusclemitochondriapotentialroleinacuteheatinducedoxidativestress; 10.impactsofclimatechangeonmarineecosystemproductioninsocietiesdependentonfisheries; 10.livefastdieyoungexperimentalevidenceofpopulationextinctionriskduetoclimatechange; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.realtimepcrassayformeasurementofmousetelomeres; 10.anintroductiontoenvironmentalbiophysics; 10.telomeremeasurementbyquantitativepcr; 10.impactsofclimatewarmingonterrestrialectothermsacrosslatitude; 10.oxidantsoxidativestressandthebiologyofageing; 10.massmortalityinnorthwesternmediterraneanrockybenthiccommunitieseffectsofthe; 10.drylandsfacepotentialthreatunder; 10.predictingorganismalvulnerabilitytoclimatewarmingrolesofbehaviourphysiologyandadaptation; 10.thephysicalsciencebasiscontributionofworkinggroupitothefifthassessmentreportoftheintergovernmentalpanelonclimatechange; 10.cambridgeuniversitypresskearneym; 10.thepotentialforbehavioralthermoregulationtobuffer“; 10.thermalecologyofthreecoexistentdesertlizardsimplicationsforhabitatdivergenceandthermalvulnerability; 10.extremetemperatureeventsalterdemographicratesrelativefitnessandcommunitystructure; 10.hypothermiatriggersirondependentlipoperoxidativedamageintheisolatedratheart; 10.ribosomalrnagenesanddeuterostomephylogenyrevisitedmorecyclostomeselasmobranchsreptilesandabrittlestar; 10.telomeresandlifehistoriesthelongandtheshortofit; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.proximatedeterminantsoftelomerelengthinsandlizards; 10.effectsofextremeweatheronreproductivesuccessinatemperatebreedingsongbird; 10.thermalpreferencethermaltoleranceandthethermaldependenceofdigestiveperformanceintwophrynocephaluslizards; 10.erosionoflizarddiversitybyclimatechangeandalteredthermalniches; 10.asimulatedheatwavehasdiverseeffectsonimmunefunctionandoxidativephysiologyinthecornsnake; 10.thermalsafetymarginsandthenecessityofthermoregulatorybehavioracrosslatitudeandelevation; 10.extinctionriskfromclimatechange; 10.climatevariabilityandvulnerabilitytoclimatechangeareview; 10.oxidativestressshortenstelomeres"
"Spurgin L.G., Bebbington K., Fairfield E.A., Hammers M., Komdeur J., Burke T., Dugdale H.L., Richardson D.S."	"Spatio-temporal variation in lifelong telomere dynamics in a long-term ecological study"	"2018"	"Journal of Animal Ecology"	"87"	"62"	"10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy"	"Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.absolutestandardsasausefuladditiontotheavianquantitativepcrtelomereassay; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.sexdifferencesintelomeresandlifespan; 10.; 10.modelselectionandmodelaveragingbaseoninformationcriteriarpackageversion; 10.httpwwwidgplmirrorscranwebpackagesmuminretrievedfrombatesd; 10.linearmixedeffectsmodelsusingeigenands; 10.cumulativestressinresearchanimalstelomereattritionasabiomarkerinawelfarecontext; 10.thetelomerelengtheningconundrum–; 10.telomerelengthrevealscumulativeindividualandtransgenerationalinbreedingeffectsinapasserinebird; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.recognitionandelongationoftelomeresbytelomerase; 10.whyintraspecifictraitvariationmattersincommunityecology; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.theroleofgroupsizeandenvironmentalfactorsonsurvivalinacooperativelybreedingtropicalpasserine; 10.helpersatthenestimprovelatelifeoffspringperformanceevidencefromalongtermstudyandacrossfosterexperiment; 10.aicmodelselectionandmultimodelinferenceinbehavioralecologysomebackgroundobservationsandcomparisons; 10.behavioralecologyandsociobiology; 10.cellularsenescenceandapoptosishowcellularresponsesmightinfluenceagingphenotypes; 10.individualsandpopulationstheroleoflongtermindividualbasedstudiesofanimalsinecologyandevolutionarybiology; 10.agesexdensitywinterweatherandpopulationcrashesinsoaysheep; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.senescenceinthewildinsightsfromalongtermstudyonseychelleswarblers; 10.theimpactofreproductiveinvestmentandearlylifeenvironmentalconditionsonsenescencesu; 10.rtforthedisposablesomahypothesis; Haussmann M.F. Vleck C.M. Nisbet I.C.T., 2003, Experimental Gerontology, 38, 41, DOI 10.calibratingthetelomereclockincommonternssternahirundo; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.parentalageinfluencesoffspringtelomereloss; 10.telomeredynamicsinfreelivingedibledormice; 10.theimpactofhibernationandfoodsu; 10.telomeresareelongatedinolderindividualsinahibernatingrodenttheedibledormouse; 10.regressionandtimeseriesmodelselectioninsmallsamples; 10.extensionofnakagawaschielzethsrglmmtorandomslopesmodels; 10.cooperativebreedingintheseychelleswarbler; 10.httpethosblukorderdetailsdouinukblethos; 10.phdthesiscambridgeuniversityretrievedfromkomdeurj; 10.importanceofhabitatsaturationandterritoryqualityforevolutionofcooperativebreedingintheseychelleswarbler; 10.theeffectofkinshiponhelpinginthecooperativebreedingseychelleswarbler; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.influenceofageonreproductiveperformanceintheseychelleswarbler; 10.conservingtheseychelleswarbleracrocephalussechellensisbytranslocationatransferfromcousinislandtoarideisland; 10.seychelleswarblerscomplexitiesofthehelpingparadox; 10.cooperativebreedinginvertebratesstudiesofecologyevolutionandbehavior; 10.cambridgeukcambridgeuniversitypresskomdeurj; 10.whyseychelleswarblersfailtorecolonizenearbyislandsunwillingorunabletoflythere; 10.earlydevelopmentandfitnessinbirdsandmammals; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.asystematicreviewofleukocytetelomerelengthandageinadults; 10.; 10.fromgeneralizedlinearmixedeffectsmodels; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.sexdependenteffectsofnutritionontelomeredynamicsinzebrafinches; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.telomeresandearlylifestressanoverview; 10.ralanguageandenvironmentforstatisticalcomputing; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; 10.thejournalofexperimentalbiology; 10.grandparenthelperstheadaptivesignificanceofolderpostdominanthelpersintheseychelleswarbler; 10.sexspecificassociativelearningcuesandinclusivefitnessbenefitsintheseychelleswarbler; 10.avianbehaviouraltruismandinfidelityamongwarblers; 10.migrationandstressduringreproductiongoverntelomeredynamicsinaseabird; Simide R. Angelier F. Gaillard S. Stier A., 2016, Physiological and Biochemical Zoology, 89, 41, DOI 10.ageandheatstressasdeterminantsoftelomerelengthinalonglivedfishthesiberiansturgeon; 10.physiologicalandbiochemicalzoology; 10.questioningcausalinvolvementoftelomeresinaging; 10.oachtodistinguishtelomereelongationfromerrorinlongitudinaldatasets; 10.museumdnarevealsthedemographichistoryoftheendangeredseychelleswarbler; Spurgin L.G. Bebbington K. Fairfield E.A. Hammers M. Komdeur J. Burke T. Dugdale H.L. Richardson D.S., 2018, Journal of Animal Ecology, 87, 62, DOI 10.spatiotemporalvariationinlifelongtelomeredynamicsinalongtermecologicalstudy; 10.oxfordukoxforduniversitypresssteenstrupt; 10.thetelomerelengtheningconundrum–; 10.investigatinghowtelomeredynamicsgrowthandlifehistorycovaryalonganelevationgradientintwopasserinespecies; 10.redbloodcellsopenpromisingavenuesforlongitudinalstudiesofageinginlaboratorynonmodelandwildanimals; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.spatiotemporalvariationinterritoryqualityandoxidativestatusanaturalexperimentintheseychelleswarbler; 10.assessingthecostofhelpingtherolesofbodyconditionandoxidativebalanceintheseychelleswarbler; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.commentarythereliabilityoftelomerelengthmeasurements; 10.internationaljournalofepidemiology; 10.oxidativestressshortenstelomeres; 10.sexdifferencesinleucocytetelomerelengthinafreelivingmammal; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.thejournalofexperimentalbiology; 10.telomeredysfunctionandatmdeficiencycompromisesorganhomeostasisandacceleratesageing"
"Reichert S., Stier A."	"Does oxidative stress shorten telomeres in vivo? A review"	"2017"	"Biology Letters"	"13"	"209"	"10.doesoxidativestressshortentelomeresinvivoareview"	"Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeresandadversitytootoxictoignore; 10.redbloodcellsopenpromisingavenuesforlongitudinalstudiesofageinginlaboratorynonmodelandwildanimals; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.doglucocorticoidsmediatethelinkbetweenenvironmentalconditionsandtelomeredynamicsinwildvertebratesareviewgencompendocrinol; 10.doesoxidativestressshortentelomeres; 10.newyorknycoldspringharborlaboratorypresslouisej; 10.chromosomeendsdifferentsequencesmayprovideconservedfunctions; 10.telomeresshortenduringageingofhumanfibroblasts; 10.; 10.oxidativestressshortenstelomeres; 10.mechanismoftelomereshorteningbyoxidativestress; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.environmentalstressesdisrupttelomerelengthhomeostasis; 10.uncouplingthesenescentphenotypefromtelomereshorteninginhydrogenperoxidetreatedfibroblasts; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.insulinresistanceoxidativestresshypertensionandleukocytetelomerelengthinmenfromtheframinghamheartstudy; 10.associationoftelomerelengthwithtype; 10.studyoftelomerelengthanddifferentmarkersofoxidativestressinpatientswithparkinson’; 10.monocytetelomereshorteningandoxidativednadamageintype; 10.oxidativestresstelomerelengthandbiomarkersofphysicalaginginacohortaged; 10.associationbetweenhigherplasmaluteinzeaxanthinandvitamincconcentrationsandlongertelomerelengthresultsoftheaustrianstrokepreventionstudy; 10.multivitaminuseandtelomerelengthinwomen; 10.telomerelengthoxidativedamageantioxidantsandbreastcancerrisk; 10.startingwithahandicapeffectsofasynchronoushatchingongrowthrateoxidativestressandtelomeredynamicsinfreelivinggreattits; 10.sexualsignalsreflecttelomeredynamicsinawildbird; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.elevationimpactsthebalancebetweengrowthandoxidativestressincoaltits; 10.investigatinghowtelomeredynamicsgrowthandlifehistorycovaryalonganelevationgradientintwopasserinespecies; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.earlylifeadversityacceleratescellularageingandaffectsadultinflammationexperimentalevidencefromtheeuropeanstarling; 10.; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.; 10.dohormonestelomerelengthsandoxidativestressformanintegratedphenotypeacasestudyinfreelivingtreeswallows; 10.chronicoxidativestressinducesatissuespecificreductionintelomerelengthincasteimice; 10.oxidativestressinrelationtotelomerelengthmaintenanceinvascularsmoothmusclecellsfollowingballoonangioplasty; 10.preventsacceleratedcardiacaginginaratmodelofpoormaternalnutritionandacceleratedpostnatalgrowth; 10.ementationofvitamincandeonthegrowthperformanceandthestressresponseinbroilerchickens; 10.ageingandreproductionantioxidantsu; 10.ementationalleviatestelomerelossinwildbirds; 10.sexdependenteffectsofnutritionontelomeredynamicsinzebrafinches; 10.antioxidantssafeguardtelomeresinboldchicks; 10.yolkvitaminepreventsoxidativedamageingullhatchlings; 10.interactiveeffectsofearlyandlaternutritionalconditionsontheadultantioxidantdefencesysteminzebrafinches; 10.chronicexercisemodifiesagerelatedtelomeredynamicsinatissuespecificfashion; 10.mitochondrialuncouplingpreventscoldinducedoxidativestressacasestudyusingucp; 10.chronicmitochondrialuncouplingtreatmentpreventsacutecoldinducedoxidativestressinbirds; 10.plasmamarkersofoxidativestressareuncorrelatedinawildmammal; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.rethinkingtheroleofdietaryantioxidantsthroughthelensofselfmedication; 10.anassessmentoftechniquestomanipulateoxidativestressinanimals; 10.individualqualityassensitivitytocysteineavailabilityinamelaninbasedhonestsignallingsystem"
"Froy H., Bird E.J., Wilbourn R.V., Fairlie J., Underwood S.L., Salvo-Chirnside E., Pilkington J.G., Bérénos C., Pemberton J.M., Nussey D.H."	"No evidence for parental age effects on offspring leukocyte telomere length in free-living Soay sheep"	"2017"	"Scientific Reports"	"7"	"22"	"10.noevidenceforparentalageeffectsonoffspringleukocytetelomerelengthinfreelivingsoaysheep"	"10.structureandfunctionoftelomeres; 10.collapseoftelomerehomeostasisinhematopoieticcellscausedbyheterozygousmutationsintelomerasegenes; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.europeanjournalofhumangenetics; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.motheroffspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddi; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.paternalageatbirthisanimportantdeterminantofoffspringtelomerelength; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.divergenceofspermandleukocyteagedependenttelomeredynamicsimplicationsformaledrivenevolutionoftelomerelengthinhumans; 10.leukocytetelomerelengthinnewbornsimplicationsfortheroleoftelomeresinhumandisease; 10.paternalageandtelomerelengthintwinsthegermstemcellselectionparadigm; 10.leukocytetelomerelengthandthefathersageenigmaimplicationsforpopulationhealthandforlifecourse; 10.internationaljournalofepidemiology; Eisenberg D.T.A. Tackney J. Cawthon R.M. Cloutier C.T. Hawkes K., 2017, American Journal of Physical Anthropology, 162, 28, DOI 10.paternalandgrandpaternalagesatconceptionanddescendanttelomerelengthsinchimpanzeesandhumans; 10.americanjournalofphysicalanthropology; 10.spermcompetitionandsexualselection; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.parentalageinfluencesoffspringtelomereloss; 10.estimatingquantitativegeneticparametersinwildpopulationsacomparisonofpedigreeandgenomica; 10.soaysheepdynamicsandselectioninanislandpopulation; 10.cambridgeuniversitypressstevensoni; 10.adaptivereproductivestrategiesinsoaysheepdynamicsandselectioninanislandpopulation; 10.cambridgeuniversitypressprestonbt; 10.overtandcovertcompetitioninapromiscuousmammaltheimportanceofweaponryandtestessizetomalereproductivesuccess; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.malebiasedmortalityinsoaysheep; 10.phdthesisuniversityofcambridgeukharcourtah; 10.testisweightbodyweightandbreedingsysteminprimates; 10.asynchronyofsenescenceamongphenotypictraitsinawildmammalpopulation; 10.tradingoffspringsizefornumberinavariableenvironmentselectiononreproductiveinvestmentinfemalesoaysheep; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.sexdifferencesinleukocytetelomerelengthinafreelivingmammal; 10.telomeresandtelomerasebiologyinvertebratesprogresstowardsanonhumanmodelforreplicativesenescenceandageing; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.comparativegeneticsoflongevityandcancerinsightsfromlonglivedrodents; 10.effectsofmaleageonsemenqualityandfertilityareviewoftheliterature; 10.soayramstargetreproductiveactivitytowardspromiscuousfemalesoptimalinseminationperiod; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.semenqualityandquantityintheram; 10.sheepbreedingstudiesintheagriculturalandfoodsciences; 10.butterworthheinemannlondonlincolnga; 10.seasonalcyclesinthebloodplasmaconcentrationoffshinhibinandtestosteroneandtesticularsizeinramsofwildferalanddomesticatedbreedsofsheep; 10.journalofreproductionandfertility; 10.largescaleparentchildcomparisonconfirmsastrongpaternalinfluenceontelomerelength; 10.europeanjournalofhumangenetics; 10.lifehistorytradeoffsatasinglelocusmaintainsexuallyselectedgeneticvariation; 10.towardsunbiasedparentageassignmentcombininggeneticbehaviouralandspatialdatainabayesianframework; 10.pedigreereconstructionfromsnpdataparentageassignmentsibshipclusteringandbeyond; 10.molecularecologyresourcesseekerl; 10.methodspecificcalibrationcorrectsfordnaextractionmethodeffectsonrelativetelomerelengthmeasurementsbyquantitativepcr; 10.telomeremeasurementbyquantitativepcr; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.alanguageandenvironmentforstatisticalcomputing; 10.httpswwwrprojectorgrcoreteamrrfoundationforstatisticalcomputingviennaaustriabatesd; 10.fittinglinearmixedeffectsmodelsusinglme; 10.leukocytetelomerelengthbreastcancerriskintheoffspringtherelationswithfathersageatbirth; 10.mechanismsofageinganddevelopment; 10.delayedpaternalageofreproductioninhumansisassociatedwithlongertelomeresacrosstwogenerationsofdescendants; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.paternalageatbirthisassociatedwithoffspringleukocytetelomerelengthinthenurseshealthstudy; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.telornerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.telomerelengthfamilyhistoryandpaternalageinschizophrenia; 10.moleculargeneticsgenomicmedicine; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.earlyexclusivebreastfeedingisassociatedwithlongertelomeresinlatinopreschoolchildren; 10.theamericanjournalofclinicalnutrition; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences"
"Vasko T., Kaifie A., Stope M.B., Kraus T., Ziegler P."	"Telomeres and telomerase in hematopoietic dysfunction: Prognostic implications and pharmacological interventions"	"2017"	"International Journal of Molecular Sciences"	"18"	"16"	"10.telomeresandtelomeraseinhematopoieticdysfunctionprognosticimplicationsandpharmacologicalinterventions"	"10.telomeresandhumandiseaseageingcancerandbeyond; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.protectionofmammaliantelomeres; 10.adnadamagecheckpointresponseintelomereinitiatedsenescence; 10.telomereextensionoccursatmostchromosomeendsandisuncoupledfromfillininhumancancercells; 10.telomeredysfunctionandtumoursu; 10.deficiencyrescuestheadverseeffectsoftelomerelossandcooperateswithtelomeredysfunctiontoacceleratecarcinogenesis; 10.telomeredysfunctionandfusionduringtheprogressionofchroniclymphocyticleukemiaevidenceforatelomerecrisis; 10.telomeredysfunctiondrivesaberranthematopoieticdifferentiationandmyelodysplasticsyndrome; 10.telomericandextratelomericrolesfortelomeraseandthetelomerebindingproteins; 10.telomeraseactivityintheregenerativebasallayeroftheepidermisinhumanskinandinimmortalandcarcinomaderivedskinkeratinocytes; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.tertpromotermutationsinfamilialandsporadicmelanoma; 10.cancertertpromotermutationsandtelomerasereactivationinurothelialcancer; 10.telomereelongationandclinicalresponsetoandrogentreatmentinapatientwithaplasticanemiaandaheterozygoushtertgenemutation; 10.; 10.telomerelengthdynamicsinhumanlymphocytesubpopulationsmeasuredbyflowcytometry; 10.telomerelengthmeasurementcaveatsandacriticalassessmentoftheavailabletechnologiesandtools; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.reconstructingtheinvivodynamicsofhematopoieticstemcellsfromtelomerelengthdistributions; 10.prognosticimplicationsofdifferencesintelomerelengthbetweennormalandmalignantcellsfrompatientswithchronicmyeloidleukemiameasuredbyflowcytometry; 10.telomerelengthshorteninginchronicmyelogenousleukemiaisassociatedwithreducedtimetoacceleratedphase; 10.telomerelengthinperipheralbloodgranulocytesreflectsresponsetotreatmentwithimatinibinpatientswithchronicmyeloidleukemia; 10.telomerelengthatdiagnosisofchronicphasechronicmyeloidleukemia; 10.identifiesasubgroupwithfavourableprognosticparametersandmolecularresponseaccordingtotheelncriteriaafter; 10.monthsoftreatmentwithnilotinib; 10.prognosticroleoftelomerelengthinmalignanciesametaanalysisandmetaregression; 10.telomerelengthandtelomeraselevelsdelineatesubgroupsofbcellchroniclymphocyticleukemiawithdifferentbiologicalcharacteristicsandclinicaloutcomes; 10.telomerelengthpredictsprogressionandoverallsurvivalinchroniclymphocyticleukemiadatafromtheuklrfcll; 10.shorttelomeresareassociatedwithgeneticcomplexityhighriskgenomicaberrationsandshortsurvivalinchroniclymphocyticleukemia; 10.telomerestabilityisfrequentlyimpairedinhighriskgroupsofpatientswithmyelodysplasticsyndromes; 10.telomerelengthasabiologicalmarkerinmalignancy; 10.shorttelomerelengthanditscorrelationwithgenemutationsinmyelodysplasticsyndrome; 10.cytopeniaasfirstmanifestationofkryptictelomeropathiesinadults; 10.xlinkeddyskeratosiscongenitaispredominantlycausedbymissensemutationsinthedkc; 10.veryshorttelomeresintheperipheralbloodofpatientswithxlinkedandautosomaldyskeratosiscongenita; 10.telomeropathiesanemergingspectrumofdisorderswithimportantimplicationsforpatientswithinterstitiallungdisease; 10.currentconceptsinthepathophysiologyandtreatmentofaplasticanemia; 10.asevereandconsistentdeficitinmarrowandcirculatingprimitivehematopoieticcells; 10.longtermcultureinitiatingcells; 10.telomerelengthdynamicsinnormalindividualsandinpatientswithhematopoieticstemcellassociateddisorders; 10.associationoftelomerelengthofperipheralbloodleukocyteswithhematopoieticrelapsemalignanttransformationandsurvivalinsevereaplasticanemia; 10.sexhormonesactingonthetertgeneincreasetelomeraseactivityinhumanprimaryhematopoieticcells; 10.therapeuticeffectofandrogentherapyinamousemodelofaplasticanemiaproducedbyshorttelomeres; 10.clinicalstudieswithanantigonadotropindanazol; 10.danazoltreatmentfortelomerediseases; 10.danazoltreatmentfortelomerediseases; 10.highlyrecurrenttertpromotermutationsinhumanmelanoma; 10.acquiredmutationofthetyrosinekinasejak; 10.inhumanmyeloproliferativedisorders; 10.mutationleadingtoconstitutivesignallingcausespolycythaemiavera; 10.lisanovelsomaticactivatingmutationinmyelofibrosiswithmyeloidmetaplasia; 10.somaticmutationsofcalreticulininmyeloproliferativeneoplasms; 10.somaticcalrmutationsinmyeloproliferativeneoplasmswithnonmutatedjak; 10.slengthandtelomeraseactivityinphiladelphiachromosomenegativemyeloproliferativeneoplasms; 10.telomeraseinhibitorimetelstatinpatientswithessentialthrombocythemia; 10.apilotstudyofthetelomeraseinhibitorimetelstatformyelofibrosis; 10.chronicmyelogenousleukemiarecentadvances; 10.telomeraseactivityandtelomerelengthinacuteandchronicleukemiapreandpostexvivoculture; 10.telomeresandtelomeraseinhematologicneoplasia; 10.monoclonalbcelllymphocytosisandearlystagechroniclymphocyticleukemiadiagnosisnaturalhistoryandriskstratification; 10.telomeraseexpressioninbcellchroniclymphocyticleukemiapredictssurvivalanddelineatessubgroupsofpatientswiththesameigvhmutationstatusanddifferentoutcome; 10.telomeraseactivityisnotaprognosticfactorinchroniclymphocyticleukemia; 10.tissuespecificalternatesplicingofhumantelomerasereversetranscriptase; 10.influencestelomerelengthsduringhumandevelopment; 10.chroniclymphocyticleukaemiaonediseaseortwo; 10.myelodysplasticsyndromeaninabilitytoa; 10.telomerelengthinmyelodysplasticsyndromes; 10.telomeredynamicsinmyelodysplasticsyndromedeterminedbytelomeremeasurementofmarrowmetaphases; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.theshortesttelomeresdrivekaryotypeevolutionintransformedcells; 10.telomereshorteningandchromosomalinstabilityinmyelodysplasticsyndromes; 10.dysregulationoftelomerelengthsandtelomeraseactivityinmyelodysplasticsyndrome; 10.telomerelengthinleukocytesubpopulationsofpatientswithaplasticanemia; 10.invivoalterationoftelomeresequencesandsenescencecausedbymutatedtetrahymenatelomerasernas; 10.humantelomeraseactsasahtrindependentreversetranscriptaseinmitochondria; 10.thernacomponentofhumantelomerase; 10.functionalreconstitutionofwildtypeandmutanttetrahymenatelomerase; 10.ngofthegeneforthehumantelomerasereversetranscriptasehterttochromosome; 10.byfluorescenceinsituhybridization; 10.theputativehumantelomerasecatalyticsubunitgeneisupregulatedintumorcellsandduringimmortalization; 10.rnabindingdomainoftelomerasereversetranscriptase; 10.telomeraseinhibitionascancertherapy; 10.; 10.phosphoramidatesasefficienttelomeraseinhibitors; 10.growtharrestapoptosisandtelomereshorteningofbarrett’sassociatedadenocarcinomacellsbyatelomeraseinhibitor; 10.gquadruplextelomeretargetingagentproducesp; 10.associatedsenescenceandchromosomalfusionsinhumanprostatecancercells; 10.telomeraseinhibitorsapatentreview; 10.; 10.; 10.servesasatumorantigeninbcellchroniclymphocyticleukemiaandgeneratesspontaneouslyantileukemiccytotoxictcells; 10.vaccinationofcancerpatientsagainsttelomeraseinducesfunctionalantitumorcd; 10.immuneresponsesandlongtermdiseaserecurrencestatusaftertelomerasebaseddendriticcellimmunotherapyinpatientswithacutemyeloidleukemia; 10.enhancedinductionoftelomerasespecificcd; 10.tcellsusingdendriticcellstransfectedwithrnaencodingachimericgeneproduct; 10.inductionofcytotoxictcellresponsesandtumorimmunityagainstunrelatedtumorsusingtelomerasereversetranscriptasernatransfecteddendriticcells; 10.functionalcharacterizationofnaturaltelomerasemutationsfoundinpatientswithhematologicdisorders"
"Wilbourn R.V., Froy H., McManus M.-C., Cheynel L., Gaillard J.-M., Gilot-Fromont E., Regis C., Rey B., Pellerin M., Lemaître J.-F., Nussey D.H."	"Age-dependent associations between telomere length and environmental conditions in roe deer"	"2017"	"Biology Letters"	"13"	"29"	"10.agedependentassociationsbetweentelomerelengthandenvironmentalconditionsinroedeer"	"Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.stressandtelomerebiologyalifespanperspective; 10.therelationshipbetweentelomerelengthandmortalityriskinnonmodelvertebratesystemsametaanalysisphiltransrsocb; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.investigatinghowtelomeredynamicsgrowthandlifehistorycovaryalonganelevationgradientintwopasserinespecies; 10.istelomerelengthamolecularmarkerofpastthermalstressinwildfish; Salmón P. Nilsson J.F. Nord A. Bensch S. Isaksson C., 2016, Biology Letters, 12, 92, DOI 10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.sexdifferencesinleucocytetelomerelengthinafreelivingmammal; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; 10.usingaproxyofplantproductivity; 10.tofindkeyperiodsforanimalperformancethecaseofroedeer; 10.howdoesclimatechangeinfluencedemographicprocessesofwidespreadspecieslessonsfromthecomparativeanalysisofcontrastedpopulationsofroedeer; 10.immunephenotypeandbodyconditioninroedeerindividualswithhighbodyconditionhavedifferentnotstrongerimmunity; 10.methodspecificcalibrationcorrectsfordnaextractionmethodeffectsonrelativetelomerelengthmeasurementsbyquantitativepcr; 10.thetelomerelengtheningconundrumitcouldbebiologyagingcell"
"Cerchiara J.A., Risques R.A., Prunkard D., Smith J.R., Kane O.J., Boersma P.D."	"Magellanic penguin telomeres do not shorten with age with increased reproductive effort, investment, and basal corticosterone"	"2017"	"Ecology and Evolution"	"7"	"23"	"10.magellanicpenguintelomeresdonotshortenwithagewithincreasedreproductiveeffortinvestmentandbasalcorticosterone"	"10.modelselectionforecologiststheworldviewsofaicandbic; 10.increasedsusceptibilitytooxidativestressasaproximatecostofreproduction; 10.howdoescorticosteroneaffectparentalbehaviourandreproductivesuccessastudyofprolactininblackleggedkittiwakes; 10.anexperimentalparadigmforthestudyofslowlyagingorganisms; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; 10.foraginginanoxidativeenvironmentrelationshipbetweendelta; 10.cvaluesandoxidativestatusinadeliepenguins; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.determiningsexofmagellanicpenguinsusingmolecularproceduresanddiscriminantfunctions; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.structureandfunctionoftelomeres; 10.sexingmonomorphicbirdsbyventmeasurements; 10.penguinsnaturalhistoryandconservation; 10.seattleuniversityofwashingtonboersmapd; 10.effectsofdoublebandsonmagellanicpenguins; 10.calculatingeggvolumewhenshapedifferswhenareequationsa; 10.climatechangeincreasesreproductivefailureinmagellanicpenguins; 10.mortalitypatternshatchingasynchronyandsizeasymmetryinmagellanicpenguinspheniscusmagellanicuschicks; 10.thepenguinsecologyandmanagement; 10.newsouthwalessurreybeattysonsboersmapd; 10.reproductivevariabilityandhistoricalchangeofmagellanicpenguins; 10.sandiegoacademicpressboonekampjj; 10.reproductiveeffortacceleratesactuarialsenescenceinwildbirdsanexperimentalstudy; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.telomeresshortenandthenlengthenbeforefledginginmagellanicpenguins; 10.serumantioxidantlevelsinwildbirdsvaryinrelationtodietseasonlifehistorystrategyandspecies; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.telomeraseregulationfunctionandtransformation; 10.criticalreviewsinoncologyhematology; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.agerelatedreproductivesuccessinthebarnaclegoose; 10.behavioralandhormonalresponsesofmagellanicpenguins; 10.totourismandnestsitevisitation; 10.hormonalandreproductiveeffectsoflowlevelsofpetroleumfoulinginmagellanic; 10.humandisturbancealtersendocrineandimmuneresponsesinthegalapagosmarineiguana; 10.affectedbychronicpetroleumpollutionalongcoastofchubutargentina; 10.stressandreproductionreciprocalrelationships; 10.hormonesandreproductioninfishesamphibiansandreptiles; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.newstrategiesfortelomerebasedageestimation; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.theevolutionofaviansenescencepatternsimplicationsforunderstandingprimaryagingprocesses; 10.birdsasanimalmodelsforthecomparativebiologyofagingaprospectus; 10.thejournalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.comparativebiologyofaginginbirdsanupdate; 10.theadrenocorticalresponsetostressinincubatingmagellanicpenguins; 10.mechanismsofstressadynamicoverviewofhormonalandbehavioralhomeostasis; 10.neuroscienceandbiobehavioralreviews; 10.evolutionofsenescencelatesurvivalsacrificedforreproduction; 10.philosophicaltransactionsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.effectsofsquidinkongrowthperformanceantioxidantfunctionsandimmunityingrowingbroilerchickens; 10.asianaustralasianjournalofanimalsciences; 10.reproducibilityoftelomerelengthassessmentaninternationalcollaborativestudy; 10.internationaljournalofepidemiology; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.aquantitativepcrmethodformeasuringabsolutetelomerelength; 10.weakwinnereffectinalessaggressivemammalcorrelationswithcorticosteronebutnottestosterone; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.baselinecorticosteronepeaksinshorebirdswithmaximalenergystoresformigrationageneralpreparatorymechanismforrapidbehavioralandmetabolictransitions; 10.generalandcomparativeendocrinology; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.livingfastanddyingyoungacomparativeanalysisoflifehistoryvariationamongmammals; Quirici V. Guerrero C.J. Krause J.S. Wingfield J.C. Vásquez R.A., 2016, Frontiers in Zoology, 13, 44, DOI 10.therelationshipoftelomerelengthtobaselinecorticosteronelevelsinnestlingsofanaltricialpasserinebirdinnaturalpopulations; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.frontiersinecologyandevolution; 10.parentalqualityandselectiononeggsizeinthemagellanicpenguin; 10.baselineandstressinducedlevelsofcorticosteroneduringdifferentlifecyclesubstagesinashorebirdonthehigharcticbreedinggrounds; 10.physiologicalandbiochemicalzoologyecologicalandevolutionarya; 10.densitydependenceevolutionaryoptimizationandthediversificationofavianlifehistories; 10.onbeingtherightsizeincreasedbodysizeisassociatedwithreducedtelomerelengthundernaturalconditions; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.patternsofcovariationbetweenlifehistorytraitsofeuropeanbirds; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.howdoglucocorticoidsinfluencestressresponsesintegratingpermissivesu; 10.essivestimulatoryandpreparativeactions; 10.postfightlevelsofplasmalactateandcorticosteroneinmaleco; 10.differencesbetweenwinnersandlosers; 10.bodysizeenergymetabolismandlifespan; 10.thejournalofexperimentalbiology; 10.lifehistorytacticsareviewoftheideas; 10.telomerasecontributestotumorigenesisbyatelomerelengthindependentmechanism; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.nestsitecharacteristicsandreproductivesuccessinmagellanicpenguins; 10.effectsofdevelopmentalconditionsonnestlingamericankestrel; 10.generalandcomparativeendocrinology; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.elevatedcorticosteronelevelsdecreasereproductiveoutputofchickrearingadeliepenguinsbutdonotaffectchickmassatfledging; 10.maternaleffectsunderlieageingcostsofgrowthinthezebrafinch; 10.mechanismsfortelomerasegenecontrolinagingcellsandtumorigenesis; 10.variablestressresponsivenessinwildtypeanddomesticatedfightingfish; 10.ageandfooddeprivationaffectsexpressionoftheglucocorticosteroidstressresponseinmagellanicpenguin; 10.physiologicalandbiochemicalzoology; 10.physiologicalandbehavioraldifferencesinmagellanicpenguinchicksinundisturbedandtouristvisitedlocationsofacolony; 10.habituationofadultmagellanicpenguinstohumanvisitationasexpressedthroughbehaviorandcorticosteronesecretion; 10.theglucocorticoidstressresponseinmagellanicpenguins; 10.comparingwithinandbetweenbreedingseasonsbyageandcolonyafterfightingandwithotherpenguinspecies; 10.howdomagellanicpenguinscopewithvariabilityintheiraccesstoprey; 10.modulationoftheadrenocorticalresponsetostressinbirds; 10.perspectivesincomparativeendocrinology; 10.ottawanationalresearchcouncilofcanadawingfieldjc; 10.ecologicalbasesofhormonebehaviorinteractionsthe“; 10.hormonesandthebehavioralecologyofstress; 10.sheffieldsheffieldacademicpressyoungrc; 10.telomerelengthandenvironmentalconditionspredictstresslevelsbutnotparentalinvestmentinalonglivedseabird; 10.oxidativestressshortenstelomeres"
"Kirby R., Alldredge M.W., Pauli J.N."	"Environmental, not individual, factors drive markers of biological aging in black bears"	"2017"	"Evolutionary Ecology"	"31"	"12"	"10.environmentalnotindividualfactorsdrivemarkersofbiologicalaginginblackbears"	"10.cougardemographicsandhumaninteractionsalongtheurbanexurbanfrontrangeofcolorado; 10.wildliferesearchreportmammalsresearchcoloradoparksandwildlifeangelierf; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.istelomerelengthoneofthedeterminantsofreproductivelifespan; 10.populationdemographicshabitatutilizationcriticalhabitatsandconditionofblackbearsinrockymountainnationalpark; 10.dissertationnewmexicostateuniversitybaldwinra; 10.survivalandproductivityofalowdensityblackbearpopulationinrockymountainnationalparkcolorado; 10.denningchronologyofblackbearsineasternrockymountainnationalparkcolorado; 10.sexdifferencesintelomeresandlifespan; 10.stochasticityinnaturalforageproductionaffectsuseofurbanareasbyblackbearsimplicationstomanagementofhumanbearconflicts; 10.rapidecologicalandbehaviouralchangesincarnivorestheresponsesofblackbears; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; 10.amodelofcanineleukocytetelomeredynamics; Bize P. Criscuolo F. Metcalfe N.B. 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Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.dobaselineglucocorticoidspredictfitness; 10.terminalinvestmentinducedbyimmunechallengeandfitnesstraitsassociatedwithmajorhistocompatibilitycomplexinthehousesparrow; 10.americanblackbeardenningbehaviorobservationsanda; 10.icationsusingremotephotography; 10.senescenceandagerelatedoffemalereproductioncolumbiangroundsquirrels; 10.blackbearpopulationgeneticsincaliforniasignaturesofpopulationstructurecompetitivereleaseandhistoricaltranslocation; 10.comparativestudiesofsenescenceinnaturalpopulationsofgu; 10.theoxidativestresstheoryofagingembattledorinvincibleinsightsfromnontraditionalmodelorganisms; 10.realtimepcrassayformeasurementofmousetelomeres; 10.associationsbetweendietlifestylefactorsandtelomerelengthinwomen; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.; 10.agerelateddeclineinhumoralimmunefunctionincollaredflycatchers; 10.relationshipofvariablemastproductiontoamericanblackbearreproductiveparametersinnewmexico; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.telomeresasagemarkersinvertebratemolecularecology; 10.acceleratedtelomereshorteninginresponsetolifestress; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.elevatedexpressionofproteinbiosynthesisgenesinliverandmuscleofhibernatingblackbears; 10.oxidantsoxidativestressandthebiologyofageing; 10.distributionandabundanceofnutrienttransportermrnaintheintestinaltractoftheblackbearursusamericanus; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.theimportanceofmeatparticularlysalmontobodysizepopulationproductivityandconservationofnorthamericanbrownbears; 10.theuseoftelomerelengthinecologyandevolutionarybiology; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.telomerelengthassessmentbiomarkerofchronicoxidativestress; Izzo C. Hamer D.J. Bertozzi T. Donnellan S.C. Gillanders B.M., 2011, Marine Mammal Science, 27, 15, DOI 10.telomerelengthandageinpinnipedstheendangeredaustraliansealionasacasestudy; 10.trophicrelationsofbrownandblackbearsinseveralwesternnorthamericanecosystems; 10.environmentalrelationshipsandthedenningperiodofblackbearsintennessee; 10.thedietofblackbearstracksthehumanfootprintacrossarapidlydevelopinglandscape; 10.sreactiontohumanandenvironmentalstressors; 10.telomeraseactivityinratcardiacmyocytesisageandgenderdependent; Lewin N. Treidel L.A. Holekamp K.E. Place N.J. Haussmann M.F., 2015, Biology Letters, 11, 27, DOI 10.socioecologicalvariablespredicttelomerelengthinwildspottedhyenas; 10.mortalitycostsofsexualselectionandparentalcareinnaturalpopulationsofbirds; 10.hibernationandlongevityintheturkishhamstermesocricetusbrandi; 10.senescenceofthecellularimmuneresponseindrosophilamelanogaster; 10.torporinductioninmammalsrecentdiscoveriesfuelingnewideas; 10.conservationofthehumantelomeresequence; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.crossingthegreatdividetelomeresandecology; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.bodysizeandbloodcharacteristicsasindicatorsofconditionandreproductiveperformanceinblackbears; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.empiricalevaluationofhumpbackwhaletelomerelengthestimatesqualitycontrolandfactorscausingvariabilityinthesingleplexandmultiplexqpcrmethods; 10.sexualdifferencesintelomereselectioninthewild; 10.microsatelliteanalysisofgeneticvariationinblackbearpopulations; 10.disruptiveeffectsofglucocorticoidsonglutathioneperoxidasebiochemistryinhi; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.anewmathematicalmodelforrelativequantificationinrealtimert–; 10.inferenceofpopulationstructureusingmultilocusgenotypedata; 10.effectofagingonspatiallearningandrunningspeedintheshrew; 10.housinggrowthinandnearunitedstatesprotectedareaslimitstheirconservationvalue; 10.onbeingtherightsizeincreasedbodysizeisassociatedwithreducedtelomerelengthundernaturalconditions; 10.nutritionalecologyofursidsareviewofnewermethodsandmanagementimplications; 10.senescenceandagespecifictradeoffsbetweenreproductionandsurvivalinfemaleasianelephants; 10.yandkinshiponsocialbehaviormovementsandpopulationgrowthofblackbearsinnortheasternminnesota; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.reproductivematurationandsenescenceinthefemalebrownbear; 10.telomerelengthshortenswithbodylengthinalligatormississi; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.endothelialsenescenceafterhighcholesterolhighfatdietchallengeinbaboons; 10.telomeredynamicsinrhesusmonkeysnoa; 10.renteffectofcaloricrestriction; 10.chasingtelomeresnotredherringsinevolutionaryecology; 10.conditionindicesforconservationnewusesforevolvingtools; 10.evaluatingmethodstoquantifyanthropogenicstressorsonwildanimals; 10.; 10.hibernationinblackbearsindependenceofmetabolicsu; 10.; 10.thermoregulationandenergeticsinhibernatingblackbearsmetabolicrateandthemysteryofmultidaybodytemperaturecycle; 10.hibernationisassociatedwithincreasedsurvivalandtheevolutionofslowlifehistoriesamongmammals; 10.dailytorporisassociatedwithtelomerelengthchangeoverwinterindjungarianhamsters; 10.seasonalvariationintelomerelengthofahibernatingrodent; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.oxidativestressshortenstelomeres; 10.animalhabitatqualityandecosystemfunctioningexploringseasonalpatternsusingndvi; 10.lifehistoryecologyandlongevityinbats; 10.agingblackbearsfromfirstpremolartoothsections; 10.agesexandtelomeredynamicsinalonglivedseabirdwithmalebiasedparentalcare; 10.telomerelengthisastrongpredictorofforagingbehaviorinalonglivedseabird; 10.basedonnuclearandmitochondrialgenes"
"Mach N., Foury A., Kittelmann S., Reigner F., Moroldo M., Ballester M., Esquerré D., Rivière J., Sallé G., Gérard P., Moisan M.-P., Lansade L."	"The effects of weaning methods on gut microbiota composition and horse physiology"	"2017"	"Frontiers in Physiology"	"8"	"48"	"10.theeffectsofweaningmethodsongutmicrobiotacompositionandhorsephysiology"	"10.thestatisticalanalysisofcompositionaldata; 10.thebacterialcommunityofthehorsegastrointestinaltractanditsrelationtofermentativeacidosislaminitiscolicandstomachulcers; 10.weaningandweaningmanagementoffoalsareviewandsomerecommendations; 10.effectofdietonglucoseentryandoxidationratesinponies; 10.enterotypesofthehumangutmicrobiome; 10.criticalroleofgutmicrobiotaintheproductionofbiologicallyactivefreecatecholaminesinthegutlumenofmice; 10.amjphysiolgastrointestliverphysiol; 10.exposuretoasocialstressoraltersthestructureoftheintestinalmicrobiotaimplicationsforstressorinducedimmunomodulation; 10.prenatalstressaltersbacterialcolonizationofthegutininfantmonkeys; 10.investigatingmicrobialcooccurrencepatternsbasedonmetagenomiccompositionaldata; 10.theanaerobicfungiinrumenfiberdigestion; 10.serotoninsynthesisreleaseandreuptakeinterminalsamathematicalmodel; 10.aninvitromodelofthehorsegutmicrobiomeenablesidentificationoflactateutilizingbacteriathatdifferentiallyrespondtostarchinduction; 10.effectsofaminoacidderivedluminalmetabolitesonthecolonicepitheliumandphysiopathologicalconsequences; 10.transmissionofthegutmicrobiotaspreadingofhealth; 10.effectsofpartialversuscompleteseparationafterweaningonplasmaserotonintryptophanandpituitaryadrenalpatternofangloarabianfoals; 10.qiimeallowsanalysisofhighthroughputcommunitysequencingdata; 10.telomeremeasurementbyquantitativepcr; 10.nonparametricestimationofthenumberofclassesinapopulation; 10.roleofvitamindinthehygienehypothesistheinterplaybetweenvitamindvitamindreceptorsgutmicrobiotaandimmuneresponse; 10.thecrosstalkbetweenthegutmicrobiotaandmitochondriaduringexercise; 10.theribosomaldatabaseprojectimprovedalignmentsandnewtoolsforrrnaanalysis; 10.comparisonofthefecalmicrobiotaofhealthyhorsesandhorseswithcolitisbyhighthroughputsequencingofthev; 10.characterizationandcomparisonofthebacterialmicrobiotaindifferentgastrointestinaltractcompartmentsinhorses; 10.developmentofthefaecalmicrobiotainfoals; 10.mindalteringmicroorganismstheimpactofthegutmicrobiotaonbrainandbehaviour; 10.bacterialdiversitywithintheequinelargeintestineasrevealedbymolecularanalysisofcloned; 10.srrnagenedatabaseandworkbenchcompatiblewitharb; 10.dynamicsandassociationsofmicrobialcommunitytypesacrossthehumanbody; 10.yieldandcompositionofmilkfromlactatingmareseffectoflactationstageandindividualdifferences; 10.searchandclusteringordersofmagnitudefasterthanblast; 10.uchimeimprovessensitivityandspeedofchimeradetection; 10.stressexposureinintrauterinelifeisassociatedwithshortertelomerelengthinyoungadulthood; 10.behavioralandphysiologicalresponsesofyounghorsestodifferentweaningprotocolsapilotstudy; 10.amicrobiologicalmapofthehealthyequinegastrointestinaltract; 10.revisitingtheserotoninhypothesisimplicationsformajordepressivedisorders; 10.bacterialstressresponsesduringhostinfection; 10.bacterialcarbohydratedegradingcapacityinfoalfaeceschangesfrombirthtopreweaningandtheimpactofmaternalsu; 10.ementationwithfermentedfeedproducts; 10.molecularmonitoringofthebacterialcommunitystructureinfoalfecespreandpostweaning; 10.theroleoftheforebrainglucocorticoidreceptorinacuteandchronicstress; 10.microbiotadriventranscriptionalchangesinprefrontalcortexoverridegeneticdifferencesinsocialbehavior; 10.adultsmaybeusedtoalleviateweaningstressindomesticfoals; 10.inflammationassociatedenterotypeshostgenotypecageandinterindividualeffectsdrivegutmicrobiotavariationincommonlaboratorymice; 10.chronictrichurismurisinfectiondecreasesdiversityoftheintestinalmicrobiotaandconcomitantlyincreasestheabundanceoflactobacilli; 10.understandingtheroleofgutmicrobiomehostmetabolicsignaldisruptioninhealthanddisease; 10.neuropeptidesandthemicrobiotagutbrainaxis; 10.effectofintestinalmicrobiotaonexerciseperformanceinmice; 10.changesinintestinalmicrobiotacompositionandmetabolismcoincidewithincreasedintestinalpermeabilityinyoungadultsunderprolongedphysiologicalstress; 10.amjphysiolgastrointestliverphysiol; 10.fermentedmilkcontaininglactobacilluscaseistrainshirotapreservesthediversityofthegutmicrobiotaandrelievesabdominaldysfunctioninhealthymedicalstudentsexposedtoacademicstress; 10.characterizationofrumenciliatecommunitycompositionindomesticsheepdeerandcattlefeedingonvaryingdietsbymeansofpcrdggeandclonelibraries; 10.aproposedtaxonomyofanaerobicfungi; 10.suitableforlargescalesequencebasedcommunitystructureanalysis; 10.twodifferentbacterialcommunitytypesarelinkedwiththelowmethaneemissiontraitinsheep; 10.aguidetoenterotypesacrossthehumanbodymetaanalysisofmicrobialcommunitystructuresinhumanmicrobiomedatasets; 10.survivalandmetabolicactivityofselectedstrainsofpropionibacteriumfreudenreichiiinthegastrointestinaltractofhumanmicrobiotaassociatedrats; 10.predictivefunctionalprofilingofmicrobialcommunitiesusing; 10.effectsofhandlingatweaningonmanageabilityandreactivityoffoals; 10.helminthcolonizationisassociatedwithincreaseddiversityofthegutmicrobiota; 10.associationofgrowthfeedingpracticesandexerciseconditionswiththeprevalenceofdevelopmentalorthopaedicdiseaseinlimbsoffrenchfoalsatweaning; 10.alterationsintheporcinecolonmicrobiotainducedbythegastrointestinalnematodetrichurissuis; 10.thecharacterizationofnoveltissuemicrobiotausinganoptimized; 10.smetagenomicsequencingpipeline; 10.diversitystabilityandresilienceofthehumangutmicrobiota; 10.alphaandbetaadrenergicreceptorinvolvementincatecholamineinducedgrowthofgramnegativebacteria; 10.productionofanautoinducerofgrowthbynorepinephrineculturedescherichiacolio; 10.stressattheintestinalsurfacecatecholaminesandmucosabacteriainteractions; 10.earlylifeestablishmentoftheswinegutmicrobiomeandimpactonhostphenotypes; 10.micronutrientdeficienciesandthehumangutmicrobiota; 10.enumerationofanaerobicbacterialmicrofloraoftheequinegastrointestinaltract; 10.biosynthesisinescherichiacolisynthesisofosuccinylbenzoatedoesnotrequirethedecarboxylaseactivityoftheketoglutaratedehydrogenasecomplex; 10.perceivedstressandtelomerelengthasystematicreviewmetaanalysisandmethodologicconsiderationsforadvancingthefield; 10.phyloseqanrpackageforreproducibleinteractiveanalysisandgraphicsofmicrobiomecensusdata; 10.recognitionofmicroorganismsandactivationoftheimmuneresponse; 10.microbialecologyoftheequinehindgutduringoligofructoseinducedlaminitis; 10.chimpanzeesandhumansharbourcompositionallysimilargutenterotypes; 10.effectsofshorttermmaternalseparationsonweaningstressinfoals; 10.alteredintestinalmicrobiotahostmitochondriacrosstalkinnewonsetcrohnsdisease; 10.advancingourunderstandingofthehumanmicrobiomeusingqiime; 10.microbialmetagenomicsmetatranscriptomicsandmetaproteomics; 10.characterizationofbutyratetransportacrosstheluminalmembranesofequinelargeintestine; 10.hostgutmicrobiotametabolicinteractions; 10.theeffectsofdietandweaningmethodonthebehaviourofyounghorses; 10.earlylifestressaltersbehaviorimmunityandmicrobiotainratsimplicationsforirritablebowelsyndromeandpsychiatricillnesses; 10.coinfectionvirushelminthcoinfectionrevealsamicrobiotaindependentmechanismofimmunomodulation; 10.differentialabundanceanalysisformicrobialmarkergenesurveys; 10.compositionaldataanalysistheoryanda; 10.transmissionofstreptococcusequisubspecieszooepidemicusinfectionfromhorsestohumans; 10.homogenizationofregionalriverdynamicsbydamsandglobalbiodiversityimplications; 10.oximatelymaximumlikelihoodtreesforlargealignments; 10.helminthinfectionpromotescolonizationresistanceviatype; 10.iedtopiggutmicrobiotaidentifiesanecosystemstructurelinkedwithgrowthtraits; 10.subsampledopenreferenceclusteringcreatesconsistentcomprehensiveotudefinitionsandscalestobillionsofsequences; 10.serotoninmodulatesadepressionlikestateindrosophilaresponsivetolithiumtreatment; 10.changesincortisolreleaseandheartratevariabilityinsporthorsesduringlongdistanceroadtransport; 10.themathematicaltheoryofcommunication; 10.characterizationofthefecalbacteriacommunitiesofforagefedhorsesbypyrosequencingof; 10.polysaccharideutilizationlociandnutritionalspecializationinadominantgroupofbutyrateproducinghumancolonicfirmicutes; 10.srrnagenesinfecalsamplesrevealshighdiversityofhindgutmicroflorainhorsesandpotentiallinkstochroniclaminitis; 10.postnatalmicrobialcolonizationprogramsthehypothalamicpituitaryadrenalsystemforstressresponseinmice; 10.differencesinfolateproductionbybifidobacteriaofdifferentorigins; 10.thepathogenicequinestreptococci; 10.stressaffectsinstrumentallearningbasedonpositiveornegativereinforcementininteractionwithpersonalityindomestichorses; 10.stoolconsistencyisstronglyassociatedwithgutmicrobiotarichnessandcompositionenterotypesandbacterialgrowthrates; 10.effectsoffeedingmanagementontheequinececalmicrobiota; 10.alterationofthemurinegutmicrobiotaduringinfectionwiththeparasitichelminthheligmosomoidespolygyrus; 10.theeffectsofweaningonthedomestichorse; 10.changesinthefaecalmicrobiotaofmaresprecedethedevelopmentofpostpartumcolic; 10.fiberdegradationpotentialofnaturalcoculturesofneocallimastixfrontalisandmethanobrevibacterruminantiumisolatedfromyaks; 10.grazingontheqinghaitibetanplateau; 10.amethodfortheabsolutequantificationofcdnausingrealtimepcr; 10.linkinglongtermdietarypatternswithgutmicrobialenterotypes; 10.wormburdendependentdisruptionoftheporcinecolonmicrobiotabytrichurissuisinfection; 10.maternalprenatalstressisassociatedwiththeinfantintestinalmicrobiota"
"Vedder O., Verhulst S., Bauch C., Bouwhuis S."	"Telomere attrition and growth: a life-history framework and case study in common terns"	"2017"	"Journal of Evolutionary Biology"	"30"	"43"	"10.telomereattritionandgrowthalifehistoryframeworkandcasestudyincommonterns"	"10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; Bauch C. Becker P.H. Verhulst S., 2014, Molecular Ecology, 23, 39, DOI 10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird; 10.birdsofthewesternpalearcticupdate; 10.oxforduniversitypressoxfordbeckerph; 10.influencesofsexsexcompositionofbroodandhatchingorderonmassgrowthincommonternssternahirundo; 10.structureandfunctionoftelomeres; 10.relativeeffectsofhatchingordereggsizevariationandparentalqualityonchicksurvivalincommonterns; 10.telomerelengthbehavesasabiomarkerofsomaticredundancyratherthanbiologicalage; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.canalizationofdevelopmentreducestheutilityoftraitsasfitnessbiomarkerfeatherfaultbarsinnestlingbirds; 10.greattitsgrowingoldselectivedisa; 10.aranceandthepartitioningofsenescencetostageswithinthebreedingcycle; 10.beginningtounderstandtheendofthechromosome; 10.humantelomeraseanditsregulation; 10.broodsizetelomerelengthandparentoffspringcolorsignalinginbarnswallows; 10.whenrelativeallocationdependsontotalresourceacquisitionimplicationfortheanalysisoftradeoffs; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.kleptoparasitismduringcourtshipinsternahirundoanditsrelationshipwithfemalereproductiveperformance; 10.individualvariationinreproductivecostsofreproductionhighqualityfemalesalwaysdobetter; 10.themouldingofsenescencebynaturalselection; 10.telomereattritionandrestorationinthenormalteleostoryziaslatipesarelinkedtogrowthrateandtelomeraseactivityateachlifestage; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.telomerelengthinearlylifepredictslifespan; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.longlifespaninwormswithlongtelomericdna; 10.hypothesesfortheproductionofexcesszygotesmodelsofbethedgingandselectiveabortion; 10.withparticularreferencetothecommontern; 10.unrepeatablerepeatabilitiesacommonmistake; 10.interplayofrobustnessandplasticityoflifehistorytraitsdrivesecotypicdifferentiationinthermallydistincthabitats; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; 10.conservationofthehumantelomeresequence; 10.theevolutionofparentaloptimism; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.hatchingasynchronychickcareandadoptioninthecommonterncandisadvantagedchickswin; 10.variationinreactionnormsstatisticalconsiderationsandbiologicalinterpretation; 10.manipulativesignalsinfamilyconflictonthefunctionofmaternalyolkhormonesinbirds; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.asynchronoushatchingincommonandroseateternssternahirundoandsdougallii; 10.embryonicandpostnataltelomerelengthdecreaseswithovulationorderwithinclutches; 10.acquisitionandallocationofresourcestheirinfluenceonvariationinlifehistorytactics; 10.broodreductioninbirdsselectionforfratricideinfanticideandsuicide; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymesynthesisofpolynucleotidesandbiologicalsignificanceoftheproblem; 10.sexualdifferencesintelomereselectioninthewild; 10.centreformultilevelmodellinglondonreicherts; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.provisioningrulesandchickcompetitioninasynchronouslyhatchingcommonterns; 10.oxforduniversitypressoxfordstearnssc; 10.fitnesssensitivityandthecanalizationoflifehistorytraits; 10.thedifferentialgeneticandenvironmentalcanalizationoffitnesscomponentsindrosophilamelanogaster; 10.erosionofthetelomericsinglestrandoverhangatreplicativesenescence; 10.startingwithahandicapeffectsofasynchronoushatchingongrowthrateoxidativestressandtelomeredynamicsinfreelivinggreattits; 10.; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.broodsizeadjustmentinbirdseconomicaltrackinginatemporallyvaryingenvironment; 10.earlymortalitysavesenergyestimatingtheenergeticcostofexcessoffspringinaseabird; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.canalizationofdevelopmentandtheinheritanceofacquiredcharacters; 10.naturalselectionthecostsofreproductionandarefinementoflacksprinciple; 10.whatisindividualqualityanevolutionaryperspective; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.oxidativestressshortenstelomeres; 10.telomeredrivenreplicativesenescenceisastressresponse; 10.contrastingbetweenandwithinindividualtraiteffectsonmortalityriskinalonglivedseabird"
"Soler J.J., Ruiz-Castellano C., Figuerola J., Martín-Vivaldi M., Martínez-de la Puente J., Ruiz-Rodríguez M., Tomás G."	"Telomere length and dynamics of spotless starling nestlings depend on nest-building materials used by parents"	"2017"	"Animal Behaviour"	"126"	"30"	"10.telomerelengthanddynamicsofspotlessstarlingnestlingsdependonnestbuildingmaterialsusedbyparents"	"10.theabilitytomountmultipleimmuneresponsessimultaneouslyvariesacrosstherangeofthetreeswallow; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.malespotlessstarlingsadjustfeedingeffortbasedoneggspotsrevealingectoparasiteload; 10.ageingandreproductionantioxidantsu; 10.ementationalleviatestelomerelossinwildbirds; 10.structureandfunctionoftelomeres; 10.worldcatalogofthefamilycarnidae; 10.timingofreproductionandfledgingsuccessinthecootfulicaatraevidenceforacausalrelationship; 10.sexualselectionforaesthetictraitsinspecieswithbiparentalcare; 10.occurrenceoffeatherdegradingbacilliintheplumageofbirds; 10.antibioticpeptidesfrombacilluslicheniformislicheniforminsabandc; 10.cellmediatedimmunitypredictstheprobabilityoflocalrecruitmentinnestlingbluetits; 10.starlingsasherbalistscounteringparasitesandpathogens; 10.useofnestmaterialasinsecticidalandantipathogenicagentsbytheeuropeanstarling; 10.theadaptivesignificanceofselfmedication; 10.theevolutionofnestsandnestbuildinginbirds; 10.princetonuniversitypressprincetonnjcriscuolof; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.theextendedphenotypethelongreachofthegene; 10.oxforduniversitypressoxfordukdenevel; 10.differentialmaternalinvestmentcounteractsforlatebreedinginmagpiespicapicaanexperimentalstudy; 10.greenplantmaterialinaviannests; 10.onthestudyofthetransmissionnetworksofbloodparasitesfromswspaindiversityofavianhaemosporidiansinthebitingmidgeculicoidescircumscriptusandwildbirds; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.sexualselectionandthegeographyofplasmodiuminfectioninsavannahsparrows; 10.characterizationandbiologicalactivityagainstnaegleriafowleriofamoebicinsproducedbybacilluslicheniformisd; 10.antimicrobialagentsandchemotherapy; 10.isnestlinggrowthaffectedbynestreuseandskinbacteriainpiedflycathersficedulahypoleuca; 10.agerelatedchangesinabundanceofenterococciandenterobacteriaceaeinpiedflycatcher; 10.nestlingsandtheirassociationwithgrowth; 10.sourcesofvariationinenterococciandenterobacteriaceaeloadsinnestlingsofaholenestingpasserine; 10.thebirdfliesgenuscarnusspeciesrevisiongenericrelationshipsandafossilmeoneurainamber; 10.americanmuseumofnaturalhistorynewyorknygwinnerh; 10.europeanstarlingsnestlingconditionparasitesandgreennestmaterialduringthebreedingseason; 10.birdnestsandconstructionbehaviour; 10.cambridgeuniversitypresscambridgeukheenancb; 10.anoverviewofthefactorsinfluencingthemorphologyandthermalpropertiesofaviannests; 10.qbaserelativequantificationframeworkandsoftwareformanagementandautomatedanalysisofrealtimequantitativepcrdata; 10.telomereattritionduetoinfection; 10.antioxidantssafeguardtelomeresinboldchicks; 10.anarrowspectrumpeptideantibioticfrombacilluslicheniformism; 10.comparisonofaculturebasedandapcrbasedmethodsforestimatingbacterialabundanceoneggshellswithcommentsonstatisticalanalyses; 10.spotsinstarlingsturnusunicoloreggsaregoodindicatorsofectoparasiteloadbycarnushemapterus; 10.theenergeticcostsofnestbuildinginbirds; 10.immuneactivityintemperateandtropicalhousesparrowsacommongardenexperiment; 10.testingtheuseofacitronellabasedrepellentasaneffectivemethodtoreducetheprevalenceandabundanceofbitingfliesinaviannests; 10.aromaticplantsinnestsofthebluetitcyanistescaeruleusprotectchicksfrombacteria; 10.aromaticplantsinnestsofbluetitspositiveeffectsonnestlings; 10.seasonalchangesincellmediatedimmunocompetenceandmassgaininnestlingbarnswallowsaparasitemediatedeffect; 10.migratorydividesandtheirconsequencesfordispersalpopulationsizeandparasite−; 10.densitydependentandgeographicalvariationinbirdimmuneresponse; 10.reviewearlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.thedeterminationofseasonaldeclinesinbreedingsuccessinseabirds; 10.aviannestsandnestbuildingassignals; 10.nestlingcellmediatedimmuneresponsebodymassandhatchingdateaspredictorsoflocalrecruitmentinthepiedflycatcherficedulahypoleuca; 10.theadaptivesignificanceofmaternaleffects; 10.productionmodelingandeducationegggeometrycalculationusingthemeasurementsoflengthandbreadth; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.functionalsignificanceofnestsizevariationintherufousbushrobincercotrichasgalactotes; 10.avianlifehistorytraitsinfluenceeggshellbacterialloadsacomparativeanalysis; 10.numberandcolourcompositionofnestliningfeatherspredicteggshellbacterialcommunityinbarnswallownestsanexperimentalstudy; 10.colourcompositionofnestliningfeathersaffectshatchingsuccessofbarnswallowshirundorustica; 10.biologicaljournalofthelinneansociety; 10.eggshellbacterialloadisrelatedtoantimicrobialpropertiesoffeathersliningbarnswallownests; 10.greenplantsinnestsreduceoffspringrecruitmentratesinthespotlessstarling; 10.nestornamentationbyfemalespotlessstarlingsinresponsetoamaledisplayanexperimentalstudy; Quirici V. Guerrero C.J. Krause J.S. Wingfield J.C. Vásquez R.A., 2016, Frontiers in Zoology, 13, 44, DOI 10.therelationshipoftelomerelengthtobaselinecorticosteronelevelsinnestlingsofanaltricialpasserinebirdinnaturalpopulations; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.frontiersinecologyandevolution; 10.nestmaterialshapeseggsbacterialenvironment; 10.adaptivenestmaterialselectionbyspotlessstarlings; 10.submittedmanuscriptruizcastellanoc; 10.nestmaterialsbacterialloadandfitnessofnestlingbirds; 10.effectsofadipteranectoparasiteonimmuneresponseandgrowthtradeoffsinbarnswallowhirundorusticanestlings; Salmón P. Nilsson J.F. Nord A. Bensch S. Isaksson C., 2016, Biology Letters, 12, 92, DOI 10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor; 10.nestornamentationinbluetitsisfeathercarryingabilityamalestatussignal; 10.differentialallocationtestsmechanismsandimplications; 10.tradeoffbetweenimmunocompetenceandgrowthinmagpiesanexperimentalstudy; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.antibioticproducingbacteriaasapossibledefenceofbirdsagainstpathogenicmicroorganisms; 10.nestbuildingsexualselectionandparentalinvestment; 10.sexuallyselectedeggcolorationinspotlessstarlings; Soler J.J. Ruiz Castellano C. Martínez-de la Puente J. Tomás G. Ruiz-Rodríguez M. Figuerola J., 2015, Journal of Evolutionary Biology, 28, 8, DOI 10.telomeredynamicsinparasiticgreatspottedcuckoosandtheirmagpiehosts; 10.reducedimmunocompetenceofnestlingsinreplacementclutchesoftheeuropeanmagpie; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.investigatinghowtelomeredynamicsgrowthandlifehistorycovaryalonganelevationgradientintwopasserinespecies; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.preanalyticalconditionsanddnaisolationmethodsaffecttelomerelengthquantificationinwholeblood; 10.hatchingdatevslayingdatewhatshouldwelookattostudyavianoptimaltimingofreproduction; 10.interactingeffectsofaromaticplantsandfemaleageonnestdwellingectoparasitesandbloodsuckingfliesinaviannests; 10.nestsizeandaromaticplantsinthenestassexuallyselectedfemaletraitsinbluetits; 10.nestecologyofbloodparasitesintheeuropeanrolleranditsectoparasiticcarnidfly; 10.; 10.enciclopediavirtualdelosvertebradosespaoles; 10.httpwwwvertebradosibericosorglmcarrascalasalvadormuseonacionaldecienciasnaturalesmadridspainveigajp; 10.feathersatnestsarepotentialfemalesignalsinthespotlessstarling; 10.nestgreenplantsasamalestatussignalandcourtshipdisplayinthespotlessstarling; 10.thetimingofbirdsbreedingseasonsareviewofexperimentsthatmanipulatedtimingofbreeding; 10.philosophicaltransactionsoftheroyalsocietybbiologicalsciences"
"Ujvari B., Biro P.A., Charters J.E., Brown G., Heasman K., Beckmann C., Madsen T."	"Curvilinear telomere length dynamics in a squamate reptile"	"2017"	"Functional Ecology"	"31"	"36"	"10.curvilineartelomerelengthdynamicsinasquamatereptile"	"Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.inflammationbutnottelomerelengthpredictssuccessfulageingatextremeoldagealongitudinalstudyofsemisupercentenarians; 10.geneticvariationinhumantelomeraseisassociatedwithtelomerelengthinashkenazicentenarians; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.collapseoftelomerehomeostasisinhematopoieticcellscausedbyheterozygousmutationsintelomerasegenes; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.sexdifferencesintelomeresandlifespan; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.assessingdifferentialdrugeffect; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.structureandfunctionoftelomeres; 10.telomerelengthstemcellsandaging; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.telomeraserepeatadditionprocessivityisincreasedatcriticallyshorttelomeresinatel; 10.dependentmannerinsaccharomycescerevisiae; 10.reednewhollandsydneynswaustraliaepeles; 10.therateofleukocytetelomereshorteningpredictsmortalityfromcardiovasculardiseaseinelderlymen; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.highcoveragesequencingandannotatedassemblyofthegenomeoftheaustraliandragonlizardpogonavitticeps; 10.specificrnaresidueinteractionsrequiredforenzymaticfunctionsoftetrahymenatelomerase; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.abriefhistoryofhemoglobinsplantanimalprotistandbacteria; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.telomeresshortenduringageinginhumanfibroblasts; Hartmann N. Reichwald K. Lechel A. Graf M. Kirschner J. Dorn A. Terzibasi E. Wellner J. Platzer M. Rudolph K.L. Cellerino A. 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Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.theindividualbloodcelltelomereattritionrateistelomerelengthdependent; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.sexualdifferencesintelomereselectioninthewild; 10.relativeexpressionsoftwaretool; 10.forgroupwisecomparisonandstatisticalanalysisofrelativeexpressionresultsinrealtimepcr; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.uncouplingoflongevityandtelomerelengthincelegans; 10.environmentalstressesdisrupttelomerelengthhomeostasis; 10.telomeraseactivityandtelomerelengthindaphnia; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.senescenceandimmortalizationroleoftelomeresandtelomerase; 10.functionandevolutionofthefrillofthefrillnecklizardchlamydosauruskingii; 10.biologicaljournalofthelinneansociety; 10.controloftelomerelengthbythehumantelomericproteintrf; 10.clonalheterogeneityintelomeraseactivityandtelomerelengthintumorderivedcelllines; 10.proceedingsofthesocietyforexperimentalbiologyandmedicine; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.populationdemographyoffrillnecklizards; 10.widespreadconvergenceintoxinresistancebypredictablemolecularevolution; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.datafromcurvilineartelomerelengthdynamicsinasquamatereptile; 10.controlstelomerelengthbyaffectingthelevelofku; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsfor‘"
"Eisenberg D.T.A., Tackney J., Cawthon R.M., Cloutier C.T., Hawkes K."	"Paternal and grandpaternal ages at conception and descendant telomere lengths in chimpanzees and humans"	"2017"	"American Journal of Physical Anthropology"	"162"	"28"	"10.paternalandgrandpaternalagesatconceptionanddescendanttelomerelengthsinchimpanzeesandhumans"	"10.telomerelengthinmalegermcellsisinverselycorrelatedwithtelomeraseactivity; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.proceedingsofthenationalacademysciencesoftheunitedstatesofamerica; 10.leukocytetelomerelengthbreastcancerriskintheoffspringtherelationswithfathersageatbirth; 10.mechanismsofageinganddevelopment; 10.phylogenetictargetingofresearcheffortinevolutionarybiology; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.divergenceofspermandleukocyteagedependenttelomeredynamicsimplicationsformaledrivenevolutionoftelomerelengthinhumans; 10.telomereinstabilityinthemalegermline; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.telomerebiologyinmammaliangermcellsandduringdevelopment; 10.atandemlyrepeatedsequenceattheterminioftheextrachromosomalribosomalrnagenesintetrahymena; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.guidelinescriteriaandrulesofthumbforevaluatingnormedandstandardizedassessmentinstrumentsinpsychology; 10.paternalageatbirthisanimportantdeterminantofoffspringtelomerelength; 10.influencesonthereductionofrelativetelomerelengthover; 10.yearsinthepopulationbasedbruneckstudyintroductionofawellcontrolledhighthroughputassay; 10.internationaljournalofepidemiology; 10.telomerelengthmeasurementvaliditythecoefficientofvariationisinvalidandcannotbeusedtocomparequantitativepolymerasechainreactionandsouthernblottelomerelengthmeasurementtechniques; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; 10.delayedpaternalageofreproductioninhumansisassociatedwithlongertelomeresacrosstwogenerationsofdescendants; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerican; 10.commentarytheevolutionarybiologyofthepaternalageeffectontelomerelength; 10.internationaljournalofepidemiology; 10.leukocytetelomerelengthandmortalityinthecardiovascularhealthstudy; 10.journalofgerontologyabiologicalsciencesandmedicalsciences; 10.telomeresandtelomeraseactivityinpigtissues; 10.telomeredynamicsinmacaquesandhumans; 10.journalofgerontologyabiologicalsciencesandmedicalsciences; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.thebehaviouroffreelivingchimpanzeesinthegombestreamreserve; 10.yearperiodinonecommunityoffreelivingchimpanzeesinthegombenationalparktanzania; 10.thechimpanzeesofgombepatternsofbehaviorp; 10.cambridgemabelknappressofharvarduniversitypressp; 10.coevolutionoftelomeraseactivityandbodymassinmammalsfrommicetobeavers; 10.mechanismsofageinganddevelopment; 10.telomerelossmitoticclockorgenetictimebomb; 10.parentalageinfluencesoffspringtelomereloss; 10.endocrinetreatmentoftranssexualpersonsanendocrinesocietyclinicalpracticeguideline; 10.thejournalofclinicalendocrinologymetabolism; 10.paternalageandtelomerelengthintwinsthegermstemcellselectionparadigm; 10.shortertelomeresareassociatedwithmortalityinthosewithapoeepsilon; 10.telomereshorteningwithaginginthehumanpancreas; 10.humanisauniquespeciesamongprimatesintermsoftelomerelength; 10.biochemicalandbiophysicalresearchcommunication; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.thelongreachofhistoryintergenerationalpathwaystoplasticityinhumanlifespan; 10.socialityhierarchyhealthcomparativebiodemographyacollectionofpapers; 10.washingtondcthenationalacademiespresslangergraberke; 10.generationtimesinwildchimpanzeesandgorillassuggestearlierdivergencetimesingreatapeandhumanevolution; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.automatedassayoftelomerelengthmeasurementandinformaticsfor; 10.subjectsinthegeneticepidemiologyresearchonadulthealthandaging; 10.telomerelengthpredictspoststrokemortalitydementiaandcognitivedecline; 10.forminginferencesaboutsomeintraclasscorrelationcoefficients; 10.paternityandsocialrankinwildchimpanzees; 10.americanjournalofphysicalanthropology; 10.principleofmarginotomyintemplatesynthesisofpolynucleotides; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.paternalageatbirthisassociatedwithoffspringleukocytetelomerelengthinthenurseshealthstudy; 10.thetestisthewitnessofthematingsystemthesiteofmutationandtheengineofdesire; 10.londonchicagofitzroydearbornsimmonslw; 10.humanspermcompetitiontestissizespermproductionandratesofextrapaircopulations; 10.wealthtransmissionandinequalityamonghuntergatherers; 10.bodymassincomparativeprimatology; 10.telomerebiologyandcellularaginginnonhumanprimatecells; Tackney J. Cawthon R.M. Coxworth J.E. Hawkes K., 2014, American Journal of Human Biology, 26, 16, DOI 10.bloodcelltelomerelengthsandshorteningratesofchimpanzeeandhumanfemales; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.strongmalebiasdrivesgermlinemutationinchimpanzees; 10.commentarythereliabilityoftelomerelengthmeasurements; 10.internationaljournalofepidemiology; 10.earlyexclusivebreastfeedingisassociatedwithlongertelomeresinlatinopreschoolchildren; 10.theamericanjournalofclinicalnutrition; 10.covariancebetweentestessizeandsubstitutionratesinprimates; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.maledominancerankandreproductivesuccessinchimpanzeespantroglodytesschweinfurthii; 10.expressionofthernacomponentoftelomeraseduringhumandevelopmentanddifferentiation; 10.telomeresinmammalianmalegermlinecells"
"Adriaenssens B., Pauliny A., Blomqvist D., Johnsson J.I."	"Telomere length covaries with personality in wild brown trout"	"2016"	"Physiology and Behavior"	"165"	"14"	"10.telomerelengthcovarieswithpersonalityinwildbrowntrout"	"10.therepeatabilityofbehaviourametaanalysis; 10.behaviourfeedbacksareviewandguideforempiricists; 10.recentmodelsforadaptivepersonalitydifferencesareview; 10.philostransrsoclondserbbiolsci; 10.anexplanatoryframeworkforadaptivepersonalitydifferences; 10.energymetabolismandanimalpersonality; 10.doconsistentindividualdifferencesinmetabolicratepromoteconsistentindividualdifferencesinbehavior; 10.evolutionarymodelsofmetabolismbehaviourandpersonality; 10.parasitismpredationandtheevolutionofanimalpersonalities; 10.parasitismandtheevolutionaryecologyofanimalpersonality; 10.aggressiveandnonaggressivepersonalitiesdifferinoxidativestatusinselectedlinesofmice; 10.oxidativeprofilevarieswithpersonalityineuropeangreenfinches; 10.areanimalpersonalitytraitslinkedtolifehistoryproductivity; 10.personalityandtheemergenceofthepaceoflifesyndromeconceptatthepopulationlevel; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; Fairlie J. Holland R. Pilkington J.G. Pemberton J.M. Harrington L. Nussey D.H., 2016, Aging Cell, 15, 103, DOI 10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal; 10.telomeredynamicsmaylinkstressexposureandageingacrossgenerations; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.developmentaltelomereattritionpredictsimpulsivedecisionmakinginadultstarlings; 10.rapidgrowthacceleratestelomereattritioninatransgenicfish; 10.oxidativestressingrowthhormonetransgeniccohosalmonwithcompressedlifespan—; 10.verticalpositionreflectsincreasedfeedingmotivationingrowthhormonetransgeniccohosalmon; 10.increasedabilitytocompeteforfoodbygrowthhormonetransgeniccohosalmononcorhynchuskisutch; 10.genesthataffectatlanticsalmongrowthinhatcherydonothavethesameeffectinthewild; 10.asinglegenerationofdomesticationheritablyalterstheexpressionofhundredsofgenes; 10.recoveryofwildjuvenilebrowntroutfromstressofflowreductionelectrofishinghandlingandtransferfromrivertoanindoorsimulatedstreamchannel; 10.shytroutgrowfasterexploringlinksbetweenpersonalityandfitnessrelatedtraitsinthewild; 10.ngregardingadultreturnratesinhatcheryrearedbrowntrout; 10.individualrecognitionaffectsaggressionanddominancerelationsinrainbowtroutoncorhynchusmykiss; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.variationinplasticityofpersonalitytraitsimpliesthattherankingofpersonalitymeasureschangesbetweenenvironmentalcontextscalculatingthecrossenvironmentalcorrelation; 10.measuringindividualdifferencesinreactionnormsinfieldandexperimentalstudiesapoweranalysisofrandomregressionmodels; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingviennaaustriaserrav; 10.extracellularsuperoxidedismutaseisamajorantioxidantinhumanfibroblastsandslowstelomereshortening; 10.ageneticreductioninantioxidantfunctioncauseselevatedaggressioninmice; 10.inactivetroutcomeoutatnightbehaviouralvariationcircadianactivityandfitnessinthewild; 10.linkinglabactivitywithgrowthandmovementinthewildexplainingpaceoflifeinatroutstream; 10.lifehistorytradeoffsfavourtheevolutionofanimalpersonalities; Horn T. Robertson B.C. Will M. Eason D.K. 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"Salmón P., Nilsson J.F., Nord A., Bensch S., Isaksson C."	"Urban environment shortens telomere length in nestling great tits, Parus major"	"2016"	"Biology Letters"	"12"	"92"	"10.urbanenvironmentshortenstelomerelengthinnestlinggreattitsparusmajor"	"10.compensationforabadstartgrownowpaylater; 10.earlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.telomeresprotectingchromosomesagainstgenomeinstability; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.variationinearlylifetelomeredynamicsinalonglivedbirdlinkstoenvironmentalconditionsandsurvival; 10.telomerelengthinearlylifepredictslifespan; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.urbanizationoxidativestressandinflammationaquestionofevolvingacclimatizingorcopingwithurbanenvironmentalstress; 10.chronicexposuretodimlightatnightsu; 10.essesimmuneresponsesinsiberianhamsters; 10.artificiallightatnightadvancesavianreproductivephysiology; 10.theimpactofurbanenvironmentonoxidativedamage; 10.andantioxidantsystemsinlungsandliverofgreattitsparusmajor; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; 10.compositionofphysiologicallyimportantfattyacidsingreattitsdiffersbetweenurbanandruralpopulationsonaseasonalbasis; 10.corticosteroneandcorticosteroidbindingglobulininbirdsrelationtourbanizationinadesertcity; 10.oxidativestressshortenstelomeres; 10.carotenoiddietandnestlingprovisioninginurbanandruralgreattitsparusmajor; 10.antioxidantssafeguardtelomeresinboldchicks"
"Fairlie J., Holland R., Pilkington J.G., Pemberton J.M., Harrington L., Nussey D.H."	"Lifelong leukocyte telomere dynamics and survival in a free-living mammal"	"2016"	"Aging Cell"	"15"	"103"	"10.lifelongleukocytetelomeredynamicsandsurvivalinafreelivingmammal"	"10.theepidemiologyofhumantelomeresfaultsandpromises; 10.telomereshorteninginleukocytesubpopulationsfrombaboons; 10.sexdifferencesintelomeresandlifespan; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomeremeasurementbyquantitativepcr; 10.beginningtounderstandtheendofthechromosome; 10.soaysheepdynamicsandselectioninanislandpopulation; 10.cambridgecambridgeuniversitypresscolcherof; 10.bayesianinferenceonagespecificsurvivalforcensoredandtruncateddata; 10.agesexdensitywinterweatherandpopulationcrashesinsoaysheep; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.telomeresandtelomerasebiologyinvertebratesprogresstowardsanonhumanmodelforreplicativesenescenceandageing; 10.theroleofdoublestrandbreakrepairpathwaysatfunctionalanddysfunctionaltelomeres; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.introductiontoquantitativegenetics; 10.thednlondonprenticehallhaussmannmf; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.reproductivesenescenceinfemalesoaysheepvariationacrosstraitsandcontributionsofindividualageingandselectivedisa; 10.telomerelengthinearlylifepredictslifespan; Izzo C. Hamer D.J. Bertozzi T. Donnellan S.C. Gillanders B.M., 2011, Marine Mammal Science, 27, 15, DOI 10.telomerelengthandageinpinnipedstheendangeredaustraliansealionasacasestudy; 10.elongatesshorttelomeresandincreaseshealthspanofadultoldmicewithoutincreasingcancerincidence; 10.extensionofnakagawaampschielzethsr; 10.measurementoftelomerelengthbythesouthernblotanalysisofterminalrestrictionfragmentlengths; Lewin N. Treidel L.A. Holekamp K.E. Place N.J. Haussmann M.F., 2015, Biology Letters, 11, 27, DOI 10.socioecologicalvariablespredicttelomerelengthinwildspottedhyenas; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.istelomerelengthabiomarkerofagingareview; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.asystematicreviewofleukocytetelomerelengthandageinadults; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpwwwrprojectorgrfoundationforstatisticalcomputingviennaaustriarebkem; 10.reproductiveimprovementandsenescenceinalonglivedbird; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.earlylifestressandtelomerelengthinvestigatingtheconnectionandpossiblemechanisms; 10.bloodcelltelomerelengthisadynamicfeature; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.telomerasereversetranscriptasesynergizeswithcalorierestrictiontoincreasehealthspanandextendmouselongevity; 10.doleukocytetelomerelengthdynamicsdependonbaselinetelomerelengthananalysisthatcorrectsforregressiontothemean"
"Quirici V., Guerrero C.J., Krause J.S., Wingfield J.C., Vásquez R.A."	"The relationship of telomere length to baseline corticosterone levels in nestlings of an altricial passerine bird in natural populations"	"2016"	"Frontiers in Zoology"	"13"	"44"	"10.therelationshipoftelomerelengthtobaselinecorticosteronelevelsinnestlingsofanaltricialpasserinebirdinnaturalpopulations"	"10.earlydevelopmentandfitnessinbirdsandmammals; 10.earlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; 10.growthandmortalityofnestlinggreattits; 10.inaheavymetalpollutiongradient; 10.plasmacorticosteroneinamericankestrelsiblingseffectsofagehatchingorderandhatchingasynchrony; 10.broodsizesiblingcompetitionandthecostofbeggingingreattits; 10.corticosteronemetabolitesinbluetitandpiedflycatcherdro; 10.ngseffectsofbroodsizeectoparasitesandtemperature; 10.suddenweatherdeteriorationbutnotbroodsizeaffectsbaselinecorticosteronelevelsinnestlingalpineswifts; 10.theinfluenceofnestattendanceandprovisioningonnestlingstressphysiologyinthefloridascrubjay; 10.environmentallyrelevantboutsofcoolingstimulatecorticosteronesecretioninfreelivingeasternbluebird; 10.nestlingspotentiallinksbetweenmaternalbehaviorandcorticosteroneexposureinoffspring; 10.modulationoftheadrenocorticalresponsetostressinbirds; 10.perspectivesincomparativeendocrinology; 10.nationalresearchcouncilofcanadaottawasapolskyrm; 10.howdoglucocorticoidsinfluencestressresponsesintegratingpermissivesu; 10.essivestimulatoryandadaptiveactions; 10.physiologicalstressinecologylessonsfrombiomedicalresearch; 10.actionsofglucocorticoidsataseasonalbaselineascomparedtostressrelatedlevelsintheregulationofperiodiclifeprocesses; 10.stressresponseandthevalueofreproductionarebirdsprudentparents; 10.seasonalchangesinplasmaglucocorticoidconcentrationsinfreelivingvertebrates; 10.inhibitionandactivationofthethyroidalaxisbytheadrenalaxisinvertebrates; 10.benefitsandcostsofincreasedlevelsofcorticosteroneinseabirdchicks; 10.effectsofelevatedeggcorticosteronelevelsonbehaviorgrowthandimmunityofyellowleggedgull; 10.immuneresponsecovarieswithcorticosteroneplasmalevelsunderexperimentallystressfulconditionsinnestlingbarnswallows; 10.delayedbehavioraleffectsofpostnatalexposuretocorticosteroneinthezebrafinch; 10.postnatalexposuretocorticosteroneaffectsstandardmetabolicrateinthezebrafinch; 10.effectsofashortperiodofelevatedcirculatingcorticosteroneonpostnatalgrowthinfreelivingeurasiankestrelsfalcotinnunculus; 10.stressresponseduringdevelopmentpredictsfitnessinawildlonglivedvertebrate; 10.neuroinflammationoxidativestressandthepathogenesisofalzheimersdisease; 10.ametaanalysisofglucocorticoidsasmodulatorsofoxidativestressinvertebrates; 10.characterizationofoxidativeguaninedamageandrepairinmammaliantelomeres; 10.thetelosomeshelterincomplexanditsfunctions; 10.telomerestelomeraseandagingoriginofthetheory; 10.cellularsenescenceandapoptosishowcellularresponsesmightinfluenceagingphenotypes; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirds; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.telomerelengthinearlylifepredictslifespan; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.allelespecificrelativetelomerelengthsandinheritance; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.oxidativestressshortenstelomeres; 10.telomerelengthassessmentbiomarkerofchronicoxidativestress; 10.rapidtelomereshorteninginchildren; 10.telomeresinneonatesnewinsightsinfetalhematopoiesis; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomeresandearlylifestressanoverview; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.maternaleffectsunderlieageingcostsofgrowthinthezebrafinch; 10.christiedaelliottadelhoyojeditorsbroadbillstotapaculosbarcelonalynxedicionsmorenoj; 10.sexualdimorphismandparentalrolesinthethorntailedrayadito; 10.breedingbiologyofthethorntailedrayadito; 10.insouthtemperaterainforestsofchile; 10.baselinecorticosteroneandstressresponseinthethorntailedrayadito; 10.bodymassandclutchsizemaymodulateprolactinandcorticosteronelevelsineiders; 10.stressinthenestcausesandconsequencesofadrenocorticalsecretionindevelopingbirds; 10.recentadvancesinnonmammalianadrenalglandresearch; 10.differentialmechanismsforregulationofthestressresponseacrosslatitudinalgradients; 10.amphysiolregulintegrcompphysiol; 10.asimpleanduniversalmethodformolecularsexingofnonratitebirds; 10.telomeremeasurementbyquantitativepcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.estimatingfitnessacomparationofbodyconditionindices; 10.masslengthresidualsmeasuresofbodyconditionorgeneratorsofspuriousresults; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.migrationandstressduringreproductiongoverntelomeredynamicsinaseabird; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.stresshormonesalinkbetweenmaternalconditionandsexbiasedreproductiveinvestment; 10.maternalcorticosteroneistransferredintotheeggyolk; 10.dynamicsoffoodavailabilitybodyconditionandphysiologicalstressresponseinbreedingblackleggedkittiwakes; 10.flexibilityintheparentaleffortofanarcticbreedingseabird; 10.geneticdifferentiationofthethorntailedrayaditoaphrasturaspinicauda; 10.revealedbyissrprofilessuggestsmultiplepalaeorefugiaandhighrecurrentgeneflow; 10.isolationandcharacterisationofeightmicrosatellitemarkersofthethorntailedrayaditoaphrasturaspinicauda; 10.polymorphismsintheglucocorticoidreceptorgeneandtheirassociationswithmetabolicparametersandbodycomposition; 10.chickhungerandbeggingaffectparentalallocationoffeedingsinpigeons; 10.featuresofbeggingcallsrevealgeneralconditionandneedoffoodofbarnswallow; 10.maternalcorticosteroneistransferredtoavianyolkandmayalteroffspringgrowthandadultphenotype; 10.theghostsofpredatorspastpopulationcyclesandtheroleofmaternaleffectsunderfluctuatingpredationrisk; 10.corticosteronelevelsasindicatorsofhabitatqualityeffectsofhabitatsegregationinamigratorybirdduringthenonbreedingseason; 10.arecorticosteronelevelsagoodindicatoroffoodavailabilityandreproductiveperformanceinakittiwakecolony; 10.interannualvariabilityofblackleggedkittiwakeproductivityisreffectedinbaselineplasmacorticosterone; 10.stresshormoneslinkfoodavailabilityandpopulationprocessesinseabirds; 10.effectsofforestfragmentationonthephysiologicalstressresponseofblackhowlermonkeys; 10.glucocorticoidresponsetofoodavailabilityinbreedingbarnswallows; 10.oachtoidentifyingenvironmentalstressinaltricialnestlingbirds; 10.foodshortageinsmallfragmentsevidencefromanareasensitivepasserine; 10.effectsofclimatechangeontimingofbreedingandreproductivesuccessinbirds; 10.fiedlerwbertholdpmollerapeditorsnewyorkusaoxforduniversitypressinctallmonda; 10.insightsintorecentlyfragmentedvolepopulationsfromcombinedgeneticanddemographicdata; 10.influenceoffoodabundancenestsitehabitatandforestfragmentationonbreedingovenbirds"
"Simide R., Angelier F., Gaillard S., Stier A."	"Age and heat stress as determinants of telomere length in a long-lived fish, the siberian sturgeon"	"2016"	"Physiological and Biochemical Zoology"	"89"	"41"	"10.ageandheatstressasdeterminantsoftelomerelengthinalonglivedfishthesiberiansturgeon"	"Anchelin M. Murcia L. Alcaraz-Pérez F. García-Navarro E.M. Cayuela M.L., 2011, PLoS ONE, 6, 105, DOI 10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; 10.telomeremeasurementbyquantitativepcr; Dantzer B. Fletcher Q.E., 2015, Experimental Gerontology, 71, 64, DOI 10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones; 10.coldspringharborlaboratorynewyorkepele; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.localizationoftherepetitivetelomericsequence; 10.doesreproductiveinvestmentdecreasetelomerelengthinmenidiamenidia; 10.medakafishexhibitslongevitygendergapanaturaldropinestrogenandtelomereshorteningduringagingauniquemodelforstudyingsexdependentlongevity; 10.handbookoffishbiologyandfisheries; Hartmann N. Reichwald K. Lechel A. Graf M. Kirschner J. Dorn A. Terzibasi E. Wellner J. Platzer M. Rudolph K.L. Cellerino A. Englert C., 2009, Mechanisms of Ageing and Development, 130, 104, DOI 10.telomeresshortenwhiletertexpressionincreasesduringageingoftheshortlivedfishnothobranchiusfurzeri; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; Hatase H. Sudo R. Watanabe K.K. Kasugai T. Saito T. Okamoto H. Uchida I. Tsukamoto K., 2008, Genes and Genetic Systems, 83, 21, DOI 10.shortertelomerelengthwithageintheloggerheadturtleanewhopeforliveseaturtleageestimation; 10.; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.telomeraseisrequiredforzebrafishlifespan; 10.telomerelengthchangeineuropeanseabass; 10.patternsoftelomerelengthchangewithageinaquaticvertebratesandthephylogeneticdistributionofthepatternamongjawedvertebrates; 10.phdthesisuniversityofadelaideka; 10.effectoftemperatureongrowthconditionandsurvivalofjuvenileshovelnosesturgeon; Lund T.C. Glass T.J. Tolar J. Blazar B.R., 2009, PLoS ONE, 4, 50, DOI 10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio; Meillère A. Brischoux F. Ribout C. Angelier F., 2015, Biology Letters, 11, 86, DOI 10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeredynamicsinwildbrowntrouteffectsofcompensatorygrowthandearlygrowthinvestment; 10.rapidgrowthacceleratestelomereattritioninatransgenicfish; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.statustrendsandmanagementofsturgeonandpaddlefishfisheries; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.plagueminnowormosquitofishareviewofthebiologyandimpactsofintroducedgambusiaspeciesannurevecolevolsyst; 10.telomericattritionwithageandtemperatureineasternmosquitofish; 10.; 10.assessmentoftheaccuracyofphysiologicalbloodindicatorsfortheevaluationofstresshealthstatusandwelfareinsiberiansturgeon; 10.subjecttochronicheatstressanddietarysu; 10.questioningcausalinvolvementoftelomeresinaging; 10.redbloodcellsopenpromisingavenuesforlongitudinalstudiesofageinginlaboratorynonmodelandwildanimals; 10.investigatinghowtelomeredynamicsgrowthandlifehistorycovaryalonganelevationgradientintwopasserinespecies; 10.evaluationoftelomerelengthasanagemarkerinmarineteleosts; 10.phdthesisuniversityofhongkongvonzglinickit; 10.oxidativestressshortenstelomeres; 10.telomerelengthshortenswithageinchinesealligators"
"Kalmbach K.H., Antunes D.M.F., Kohlrausch F., Keefe D.L."	"Telomeres and Female Reproductive Aging"	"2015"	"Seminars in Reproductive Medicine"	"33"	"33"	"10.telomeresandfemalereproductiveaging"	"10.theseparationofsexualactivityandreproductioninhumansocialevolution; 10.amodelconformingthedeclineinfolliclenumberstotheageofmenopauseinwomen; 10.anewmodelofreproductiveagingthedeclineinovariannongrowingfolliclenumberfrombirthtomenopause; 10.effectofoocytenumberandrateofatresiaontheageofmenopause; 10.aranceofovarianfolliclesinmidlifeimplicationsforforecastingmenopause; 10.canassistedreproductiontechnologycompensateforthenaturaldeclineinfertilitywithageamodelassessment; 10.assistedreproductivetechnologysuccessratesnationalsummaryandfertilityclinicreports; 10.ncfcdpahpromotioneditoratlantageorgiacentersfordiseasecontrolharlowsd; 10.executivesummaryofthestagesofreproductiveagingworkshop; 10.addressingtheunfinishedagendaofstagingreproductiveaging; 10.ovarianagingmechanismsandclinicalconsequences; 10.trendsinmaternalagedistributionandthelivebirthprevalenceofdownssyndromeinenglandandwales; 10.theoriginofhumananeuploidywherewehavebeenwherewearegoing; 10.humananeuploidymechanismsandnewinsightsintoanageoldproblem; 10.factorsthataffectoutcomeofinvitrofertilisationtreatment; 10.firstbirthstoolderwomencontinuetorise; 10.ncfhstatisticseditorhyattsvillemdcentersfordiseasecontrolmathewstj; 10.delayedchildbearingmorewomenarehavingtheirfirstchildlaterinlife; 10.ncfhstatisticseditorhyattsvillemdcentersfordiseasecontrolmedicineasrsocietyforassistedreproductivetechnologyreleasesnewannualreportoninvitrofertilizationprocedures; 10.httpwwwsartorgsocietyforassistedreproductivetechnologyreleasesnewannualreportoninvitrofertilizationproceduressartpressreleasescited; 10.assistedreproductivetechnologyineurope; 10.httpwwweshreeuguidelinesandlegalartfactsheetaspxjuly; 10.obstetricalandneonataloutcomesfromthebesttrialsingleembryotransferwithaneuploidyscreeningimprovesoutcomesafterinvitrofertilizationwithoutcompromisingdeliveryrates; 10.comprehensivechromosomescreeningandembryoselectionmovingtowardsingleeuploidblastocysttransfer; 10.diminishedeffectofmaternalageonimplantationafterpreimplantationgeneticdiagnosiswitharraycomparativegenomichybridization; 10.outofpocketfertilitypatientexpensedatafromamulticenterprospectiveinfertilitycohort; 10.acuteovarianfailureunderestimatesagespecificreproductiveimpairmentforyoungwomenundergoingchemotherapyforcancer; 10.theagingeffectofchemotherapyonculturedhumanmesenchymalstemcells; 10.acceleratingovarianagecancertreatmentinthepremenopausalwoman; 10.thetelomeretheoryofreproductivesenescenceinwomen; 10.oocytecompetencyisthekeytoembryopotential; 10.mitochondrialdeoxyribonucleicaciddeletionsinoocytesandreproductiveaginginwomen; 10.mitochondrialdnacontentaffectsthefertilizabilityofhumanoocytes; 10.lowoocytemitochondrialdnacontentinovarianinsufficiency; 10.invivoeffectsofarseniteonmeiosispreimplantationdevelopmentandapoptosisinthemouse; 10.thecontributionofmitochondrialfunctiontoreproductiveaging; 10.generationofmicewithmitochondrialdysfunctionbyintroducingmousemtdnacarryingadeletionintozygotes; 10.tcmutationsareassociatedwithlebershereditaryopticneuropathyinalargepedigreefromkuwait; 10.nuclearoriginofagingassociatedmeioticdefectsinsenescenceacceleratedmice; 10.influenceofmaternalageonmeioticspindleassemblyinoocytesfromnaturallycyclingwomen; 10.branchingoutmeioticrecombinationanditsregulation; 10.isthesynaptonemalcomplexadisjunctionmachine; 10.ishumanthegenesisofhumananeuploidy; 10.deteriorationwithoutreplenishmentthemiseryofoocytecohesin; 10.defectivecohesinisassociatedwithagedependentmisalignedchromosomesinoocytes; 10.multiplemeioticerrorscausedbypredivisionofchromatidsinwomenofadvancedmaternalageundergoinginvitrofertilisation; 10.betadeficientfemalemiceprovideevidencethatcohesinsareamissinglinkinagerelatednondisjunction; 10.cohesinpromotessynapsisofsisterchromatidsinmeiosis; 10.ageingassociatedaberrationinmeiosisofoocytesfromsenescenceacceleratedmice; 10.telomerebiologyanddnarepairenemieswithbenefits; 10.diabetesinmalesaprematureagingsyndrome; 10.leukocytetelomerelengthandmortalityinthecardiovascularhealthstudy; 10.telomerasegenemutationsareassociatedwithcirrhosisformation; 10.constitutionaltelomerasemutationsaregeneticriskfactorsforcirrhosis; 10.geneticanticipationisassociatedwithtelomereshorteninginhereditarybreastcancer; 10.longitudinalversuscrosssectionalevaluationsofleukocytetelomerelengthdynamicsagedependenttelomereshorteningistherule; 10.telomericagingmitoticclockorstressindicator; 10.replicativesenescenceandtheartofcounting; 10.characterizationofoxidativeguaninedamageandrepairinmammaliantelomeres; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.divergenceofspermandleukocyteagedependenttelomeredynamicsimplicationsformaledrivenevolutionoftelomerelengthinhumans; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.telomerelengthreprogramminginembryosandstemcells; 10.telomerelengtheningearlyindevelopment; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.telomerelengthmaintenanceshorteningandlengthening; 10.thegeneticsandclinicalmanifestationsoftelomerebiologydisorders; 10.telomerelengthandgeneticanticipationinlynchsyndrome; 10.telomereshorteningisassociatedwithgeneticanticipationinchinesevonhi; 10.evolutioninhealthandmedicinesacklercolloquiumgeneticvariationinhumantelomeraseisassociatedwithtelomerelengthinashkenazicentenarians; 10.familialaggregationofsurvivalandlatefemalereproduction; 10.ageatnaturalmenopauseandmortality; 10.ageatnaturalmenopauseandcausespecificmortality; 10.isearlynaturalmenopauseabiologicmarkerofhealthandaging; 10.irregulartelomeresimpairmeioticsynapsisandrecombinationinmice; 10.requirementoffunctionaltelomeresformetaphasechromosomealignmentsandintegrityofmeioticspindles; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.telomereattachmentandclusteringduringmeiosis; 10.chiasmafrequencyandmaternalageinmammals; 10.atestoftheproductionlinehypothesisofmammalianoogenesis; 10.associationoftelomerelengthinoldermenwithmortalityandmidlifebodymassindexandsmoking; 10.effectofobesityonoocyteandembryoqualityinwomenundergoinginvitrofertilization; 10.smokingandsmokingcessationinpregnancy; 10.leukocytetelomerelengthandageatmenopause; 10.istelomerelengthoneofthedeterminantsofreproductivelifespan; 10.telomerelengthisassociatedwithtypesofchromosome; 10.nondisjunctionanewinsightintothematernalageeffectondownsyndromebirth; 10.telomerelengthandreproductiveaging; 10.telomeresandagingrelatedmeioticdysfunctioninwomen; 10.telomerelengthpredictsembryofragmentationafterinvitrofertilizationinwomentowardatelomeretheoryofreproductiveaginginwomen; 10.telomerednadeficiencyisassociatedwithdevelopmentofhumanembryonicaneuploidy"
"Parolini M., Romano A., Khoriauli L., Nergadze S.G., Caprioli M., Rubolini D., Santagostino M., Saino N., Giulotto E."	"Early-Life Telomere Dynamics Differ between the Sexes and Predict Growth in the Barn Swallow (Hirundo rustica)"	"2015"	"PLoS ONE"	"10"	"29"	"10.earlylifetelomeredynamicsdifferbetweenthesexesandpredictgrowthinthebarnswallowhirundorustica"	"10.themolecularstructureofcentromeresandtelomeres; 10.conservationofthehumantelomeresequence; 10.mammaliantelomeresendinalargeduplexloop; 10.howshelterinprotectsmammaliantelomeres; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.telomerelengthregulationcouplingdnaendprocessingtofeedbackregulationoftelomerase; 10.normalhumanchromosomeshavelonggrichtelomericoverhangsatoneend; 10.telomeresshortenduringageingofhumanfibroblast; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.telomeredynamicsingenomestability; 10.cluestocatastrophictelomerelossinmammalsfromyeasttelomererapiddeletion; 10.maternaleffectsunderlieageingcostsofgrowthinthezebrafinch; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirds; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomerelengthinearlylifepredictslifespan; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.sexdependenceofenvironmentalsensitivitydiffersqualitativelybetweengrowthandoxidativestressinjackdawnestlings; 10.fightingforfitnesstelomeresoxidativestressandlifehistorytradeoffsinacolonialcorvid; 10.insalomonshmeditorphdthesisgroningenuniversityfootecg; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.rapidtelomereshorteninginchildren; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.sexdifferencesintelomeresandlifespan; 10.mortalitycostsofsexualselectionandparentalcareinnaturalpopulationsofbirds; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.agesexandtelomeredynamicsinalonglivedseabirdwithmalebiasedparentalcare; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.thecompletebirdsofthewesternpalearcticoncdrom; 10.oxforduniversitypressoxfordsainon; 10.offspringsexualdimorphismandsexallocationinrelationtoparentalageandpaternalornamentationinthebarnswallow; 10.sexrelatedasymmetryincompetitiveabilityofsexuallymonomorphicbarnswallownestlings; 10.sexspecificeffectsofalbumenremovalandnestenvironmentmanipulationonbarnswallownestlings; 10.ecologicalandphenologicalcovariatesofoffspringsexratioinbarnswallows; 10.brothersandsistersarestabbingeachotherinthebacklongtermeffectsofsexofsiblingsonbarnswallowoffspring; 10.antioxidantdefensespredictlongtermsurvivalinapasserinebird; 10.longevityandlifetimereproductivesuccessofbarnswallowoffspringarepredictedbytheirhatchingdateandphenotypicquality; 10.malebiasedbroodsexratiodepressesaveragephenotypicqualityofbarnswallownestlingsunderexperimentallyharshconditions; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.telomericrepeatsfarfromtheendsmechanismsoforiginandroleinevolution; 10.fluorescenceinsituhybridizationwithasynthetic; 10.npolynucleotidedetectsseveralintrachromosomaltelomerelikerepeatsonhumanchromosomes; 10.molecularorganizationofinternaltelomericsequencesinchinesehamsterchromosomes; 10.instabilityofinterstitialtelomericsequencesinthehumangenome; 10.insertionoftelomericrepeatsatintrachromosomalbreaksitesduringprimateevolution; 10.contributionoftelomerasernaretrotranscriptiontodnadoublestrandbreakrepairduringmammaliangenomeevolution; 10.terraexpressionlevelsdonotcorrelatewithtelomerelengthandradiationsensitivityinhumancancercelllines; 10.telomerelengthinfibroblastsandbloodcellsfromhealthycentenarians; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.quantificationonthelightcycler; 10.rapidcyclerealtimepcrmethodsanda; 10.inmeuerswittwercnakagawarakeditorsspringerpressheidelbergbustinsa; 10.themiqeguidelinesminimuminformationforpublicationofquantitativerealtimepcrexperiments; 10.measurementoftelomerelengthbythesouthernblotanalysisofterminalrestrictionfragmentlengths; 10.telomeremeasurementbyquantitativepcr; 10.realtimepcrassayformeasurementofmousetelomeres; 10.secondeditionsasinstituteinccarynorthcarolinawestbt; 10.linearmixedmodelsapracticalguideusingstatisticalsoftwaresecondedition; 10.chapmanandhallcrcpresslondonbolkerbj; 10.generalizedlinearmixedmodelsapracticalguideforecologyandevolution; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.telomeresshortenatequivalentratesinsomatictissuesofadults; 10.telomerelengthindifferenttissuesofelderlypatients; 10.telomerelengthcorrelationsamongsomatictissuesinadultzebrafinches; 10.heterogeneityintelomerelengthofhumanchromosomeshummolgenet; 10.telomerelengthdynamicsandchromosomalinstabilityincellsderivedfromtelomerasenullmice; 10.thepatternofchromosomespecificvariationsintelomerelengthinhumansisdeterminedbyinheritedtelomerenearfactorsandismaintainedthroughoutlife; 10.structuralstabilityandchromosomespecifictelomerelengthisgovernedbycisactingdeterminantsinhumans; 10.armspecifictelomeredynamicsofeachindividualchromosomeininducedpluripotentstemcellsrevealedbyquantitativefluorescenceinsituhybridization; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.ageassociatedtelomereattritionoflymphocytesinvivoiscoordinatedwithchangesintelomeraseactivitycompositionoflymphocytesubsetsandhealthconditions; 10.interplaybetweentelomerelengthandtelomeraseinhumanleukocytedifferentiationandaging; 10.mitogenactivatedproteinkinasecascademediatedhistoneh; 10.phosphorylationiscriticalfortelomerasereversetranscriptaseexpressiontelomeraseactivationinducedbyproliferation; 10.anantiapoptoticrolefortelomerasernainhumanimmunecellsindependentoftelomereintegrityortelomeraseenzymaticactivity; 10.doesoxidativestressmediatethetradeoffbetweengrowthandselfmaintenanceinstructuredfamilies; 10.documentantioxidantprotectionimmunefunctionandgrowthofnestlinggreattitsparusmajorinrelationtowithinbroodhierarchy; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.ecologicalconditionsduringwinteraffectsexualselectionandbreedinginamigratorybird"
"Dantzer B., Fletcher Q.E."	"Telomeres shorten more slowly in slow-aging wild animals than in fast-aging ones"	"2015"	"Experimental Gerontology"	"71"	"64"	"10.telomeresshortenmoreslowlyinslowagingwildanimalsthaninfastagingones"	"10.evolutionarybiologyasafoundationforstudyingagingandagingrelateddisease; 10.oxforduniversitypressoxfordscstearnsjckoella; 10.genderdifferencesinhealthandagingofatlanticcodsubjecttosizeselectivefishery; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.fittinglinearmixedeffectsmodelsusinglme; 10.datafromtelomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; Beirne C. Delahay R. Hares M. Young A., 2014, PLoS ONE, 9, 38, DOI 10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. 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Vleck C.M. Nisbet I.C.T., 2003, Experimental Gerontology, 38, 41, DOI 10.calibratingthetelomereclockincommonternssternahirundo; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.theserialcultivationofhumandiploidcellstrains; 10.abirdseyeviewofagingwhatsinitforornithologists; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.shorttelomerescauseorconsequenceofaging; 10.evolutionaryandmechanistictheoriesofaging; 10.telomereattritionduetoinfection; 10.withinspeciesvariationandmeasurementerrorinphylogeneticcomparativemethods; 10.variationintelomerelengthofthecommoncarpcyprinuscarpio; 10.therolesofbodysizeandphylogenyinfastandslowlifehistories; 10.theglobaldiversityofbirdsinspaceandtime; Juola F.A. Haussmann M.F. Dearborn D.C. Vleck C.M., 2006, Auk, 123, 37, DOI 10.telomereshorteninginalonglivedmarinebirdcrosssectionalanalysisandtestofanagingtool; 10.mechanismoftelomereshorteningbyoxidativestress; 10.telomereshorteninginhumandiseases; 10.modelbasedestimatesofannualsurvivalratearepreferabletoobservedmaximumlifespanstatisticsforuseincomparativelifehistorystudies; 10.agingoftheimmunesystemasaprognosticfactorforhumanlongevity; Lewin N. Treidel L.A. Holekamp K.E. Place N.J. Haussmann M.F., 2015, Biology Letters, 11, 27, DOI 10.socioecologicalvariablespredicttelomerelengthinwildspottedhyenas; 10.basalmetabolismintropicalbirdslatitudealtitudeandthepaceoflife; 10.basalcortisollevelsandcognitivedeficitsinhumanaging; 10.adatabaseofvertebratelongevityrecordsandtheirrelationtootherlifehistorytraits; 10.lifehistoryevolutionintropicalandsouthtemperatebirdswhatdowereallyknow; 10.runawaytelomereelongationcausedbytelomerasernagenemutations; 10.theagingimmunesystemprimerandprospectus; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; 10.telomeresandlifehistoriesthelongandtheshortofit; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.oxidativestressasamediatoroflifehistorytradeoffsmechanismsmeasurementsandinterpretation; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.telomerestelomeraseandagingoriginofthetheory; 10.utilityoftelomerelengthmeasurementsforagedeterminationofhumpbackwhales; 10.proximatedeterminantsoftelomerelengthinsandlizards; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.sexualdifferencesintelomereselectioninthewild; 10.inferringthehistoricalpatternsofbiologicalevolution; 10.apeanalysesofphylogeneticsandevolutioninrlanguage; 10.mechanismsofageingpublicorprivate; 10.beyondtheevolutionarytheoryofagingfromfunctionalgenomicstoevogero; Pauliny A. Larsson K. Blomqvist D., 2012, BMC Evolutionary Biology, 12, 28, DOI 10.telomeredynamicsinalonglivedbirdthebarnaclegoose; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.associationofcommongeneticvariationintheinsulinigf; 10.signalingpathwaywithhumanlongevity; 10.lizardhomerangesrevisitedeffectsofsexbodysizediethabitatandphylogeny; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.thedigitizepackageextractingnumericaldatafromscatterplots; 10.onsizeandlifeprogressandpitfallsintheallometryoflifespan; 10.dnarepairandtheevolutionoflongevityacriticalanalysis; 10.questioningcausalinvolvementoftelomeresinaging; 10.ralanguageandenvironmentforstatisticalcomputingv; 10.rfoundationforstatisticalcomputingviennaaustriarattistek; 10.skinpentosidineandtelomerelengthdonotcovarywithageinalonglivedseabird; 10.sizecorrectionandprincipalcomponentsforinterspecificcomparativestudies; 10.phytoolsanrpackageforphylogeneticcomparativebiology; 10.testingecologicaltheoryusingtheinformationtheoretica; 10.oachexamplesandcautionaryresults; 10.dealingwithoverdispersedcountdataina; 10.evolutionarytheoriesofagingconfirmationofafundamentalpredictionwithimplicationsforthegeneticbasisandevolutionoflifespan; 10.theevolutionofsenescencefromacomparativeperspective; 10.comparisonofagingrelatedmortalityamongbirdsandmammals; 10.populationbiologyofaginginthewild; 10.usingthebirdtreeorgwebsitetoobtainrobustphylogeniesforaviancomparativestudiesaprimer; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.glucocorticoidsstressandtheiradverseneurologicaleffectsrelevancetoaging; 10.theneuroendocrinologyofstressandagingtheglucocorticoidcascadehypothesis; 10.telomerelengthshortenswithbodylengthinalligatormississi; 10.oxidativedamageageingandlifehistoryevolutionwherenow; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.telomeresstemcellssenescenceandcancer; 10.declineinskeletalmusclemitochondrialfunctionwithaginginhumans; 10.isnegativelycorrelatedwithbodymassinacomparisonof; 10.; 10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.; 10.datafromexperimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetit; 10.isassociatedwithlifehistoryvariationacrossmammalia; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.resveratrolprolongslifespanandretardstheonsetofagerelatedmarkersinashortlivedvertebrate; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.theimpactofheterogeneityinindividualfrailtyonthedynamicsofmortality; 10.thenaturalhistoryoftelomerestoolsforaginganimalsandexploringtheagingprocess; 10.aviansenescenceunderlyingmechanisms; 10.oxidativestressshortenstelomeres; 10.telomeresasbiomarkersforageingandagerelateddiseases; 10.statisticalmethodsfortestingeffectsonmaximumlifespan; 10.tropicalbirdshaveaslowpaceoflife; 10.pleiotropynaturalselectionandtheevolutionofsenescence; 10.functionallinkagesforthepaceoflifelifehistoryandenvironmentinbirds; 10.theshapingofsenescenceinthewild; 10.earlytelomeraseinactivationacceleratesagingindependentlyoftelomerelength; 10.agesexandtelomeredynamicsinalonglivedseabirdwithmalebiasedparentalcare; 10.oxidativestressandvascularaging"
"Meillère A., Brischoux F., Ribout C., Angelier F."	"Traffic noise exposure affects telomere length in nestling house sparrows"	"2015"	"Biology Letters"	"11"	"86"	"10.trafficnoiseexposureaffectstelomerelengthinnestlinghousesparrows"	"10.earlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerelengthinearlylifepredictslifespan; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.immediateanddelayedeffectsofgrowthconditionsonageingparametersinnestlingzebrafinches; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.urbanizationbiodiversityandconservation; 10.aframeworkforunderstandingnoiseimpactsonwildlifeanurgentconservationpriority; 10.effectsofexperimentallyelevatedtrafficnoiseonnestlingwhitecrownedsparrowstressphysiologyimmunefunctionandlifehistory; 10.passerinebirdsbreedingunderchronicnoiseexperiencereducedfitness; 10.impactofchronicnoiseexposureonantipredatorbehavioranexperimentinbreedinghousesparrows; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.doesambientnoiseaffectgrowthandbeggingcallstructureinnestlingbirds; 10.constraintsonacousticsignalingamongbirdsbreedinginsecondarycavitiestheeffectsofweathercavitymaterialandnoiseonsoundpropagation; 10.repeatedstressorsinadulthoodincreasetherateofbiologicalageing; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.corticosteroneeffectsonfeatherqualityanddepositionintofeathers"
"Soler J.J., Ruiz Castellano C., Martínez-de la Puente J., Tomás G., Ruiz-Rodríguez M., Figuerola J."	"Telomere dynamics in parasitic great spotted cuckoos and their magpie hosts"	"2015"	"Journal of Evolutionary Biology"	"28"	"8"	"10.telomeredynamicsinparasiticgreatspottedcuckoosandtheirmagpiehosts"	"10.hiddencostsofinfectionchronicmalariaacceleratestelomeredegradationandsenescenceinwildbirds; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.ageingandreproductionantioxidantsu; 10.ementationalleviatestelomerelossinwildbirds; 10.deprivationofmaternalcarehaslonglastingconsequencesforthehypothalamicpituitaryadrenalaxisofzebrafinches; 10.chronicstresselevatestelomeraseactivityinrats; 10.structureandfunctionoftelomeres; 10.sexandrankincompetitivebroodhierarchiesinfluencestresslevelsinnestlingsofasexuallydimorphicbird; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.timingofreproductionandfledgingsuccessinthecootfulicaatraevidenceforacausalrelationship; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.differentialmaternalinvestmentcounteractsforlatebreedinginmagpiespicapicaanexperimentalstudy; 10.thetimingofbirdsbreedingseasonstheperrinshypothesisrevisitedespeciallyformigrants; 10.onthestudyofthetransmissionnetworksofbloodparasitesfromswspaindiversityofavianhaemosporidiansinthebitingmidgeculicoidescircumscriptusandwildbirds; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.telomerelengthinearlylifepredictslifespan; 10.qbaserelativequantificationframeworkandsoftwareformanagementandautomatedanalysisofrealtimequantitativepcrdata; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.senescenceinducedbyalteredtelomerestatenottelomereloss; 10.progressivecisinhibitionoftelomeraseupontelomereelongation; 10.withinbroodsizedifferencessexandparasitesdeterminebloodstressproteinlevelsineurasiankestrelnestlings; 10.benefitsassociatedwithescalatedbeggingbehaviourofblackbilledmagpienestlingsovercompensatetheassociatedenergeticcosts; 10.oxforduniversitypressoxfordmonaghanp; 10.reviewearlygrowthconditionsphenotypicdevelopmentandenvironmentalchange; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.thedeterminationofseasonaldeclinesinbreedingsuccessinseabirds; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.anexperimentaldemonstrationthatearlylifecompetitivedisadvantageacceleratestelomereloss; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.scientificamericanlibrarynewyorksahine; 10.linkingfunctionaldeclineoftelomeresmitochondriaandstemcellsduringageing; 10.telomerelengthvariationandsexdependentenvironmentalsensitivityduringearlydevelopmentinafreelivingcorvid; 10.fightingforfitnesstelomeresoxidativestressandlifehistorytradeoffsinacolonialcorvid; 10.phdthesisuniversityofgroningengroningensalomonshm; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.broodmateevictionorbroodmateacceptancebybroodparasiticnestlingsanexperimentalstudywiththenonevictorgreatspottedcuckooanditsmagpiehost; 10.growthanddevelopmentofgreatspottedcuckoosandtheirmagpiehost; 10.broodparasiteinteractionsbetweengreatspottedcuckoosandmagpiesamodelsystemforstudyingcoevolutionaryrelationships; 10.preferentialallocationoffoodbymagpiepicapicatogreatspottedcuckooclamatorglandariuschicks; 10.durationofsympatryandcoevolutionbetweenthegreatspottedcuckoo; 10.parasiticbirdsandtheirhostsstudiesincoevolution; 10.oxforduniversitypressoxfordsolerjj; 10.interactionsbetweenabroodparasiteanditshostinrelationtoparasitismandimmunedefence; 10.coevolutionaryinteractionsinahostparasitesystem; 10.broodparasitismcorrelateswiththestrengthofspatialautocorrelationoflifehistoryanddefensivetraitsinmagpies; 10.reducedimmunocompetenceofnestlingsinreplacementclutchesoftheeuropeanmagpie; 10.avianreproductivetimingwhenshouldparentsbeprudent; 10.thetimingofbirdsbreedingseasonsareviewofexperimentsthatmanipulatedtimingofbreeding; 10.cellularsenescenceasatumorprotectionmechanismtheessentialroleofcounting"
"Cohen A.A."	"Physiological and comparative evidence fails to confirm an adaptive role for aging in evolution"	"2015"	"Current Aging Science"	"8"	"10"	"10.physiologicalandcomparativeevidencefailstoconfirmanadaptiveroleforaginginevolution"	"10.existentagingprogramhowdoesitwork; 10.understandingtheoddscienceofaging; 10.anadaptivetheoryoftheincreasingmortalitywithincreasingchronologicalageinpopulationsinthewild; 10.agingisnotaprocessofwearandtear; 10.howcanevolutionarytheoryaccommodaterecentempiricalresultsonorganismalsenescence; 10.agingisaspecificbiologicalfunctionratherthantheresultofadisorderincomplexlivingsystemsbiochemicalevidenceinsu; 10.pleiotropynaturalselectionandtheevolutionofsenescence; 10.chaoticpopulationdynamicsandtheevolutionofageing; 10.antagonisticpleiotropyforlifehistorytraitsatthegeneexpressionlevel; 10.disposablesomasenescencemediatedbysexualselectioninanungulate; 10.quantitativegeneticsofageatreproductioninwildswanssu; 10.rtforantagonisticpleiotropymodelsofsenescence; 10.atestofevolutionarytheoriesofaging; 10.evolutionaryandmechanistictheoriesofaging; 10.theevolutionarytheoriesofagingrevisited–; 10.newperspectivesoncomparativetestsofantagonisticpleiotropyusingdrosophila; 10.catechininducedlongevityincelegansfromkeyregulatorgenestodisposablesoma; 10.agingevolvabilityandtheindividualbenefitrequirementmedicalimplicationsofagingtheorycontroversies; 10.programmedlifespaninthecontextofevolvability; 10.senescenceasanadaptationtolimitthespreadofdisease; 10.essaysuponheredityandkindredbiologicalproblems; 10.clarendonpresslondonwynneedwardsvc; 10.animaldispersioninrelationtosocialbehaviour; 10.cooperationnonlineardynamicsandthelevelsofselectionproceedingsofthesecondinternationalconferenceoncomplexsystems; 10.thekincompositionofsocialgroupstradinggroupsizefordegreeofaltruism; 10.jrthegroupselectioncontroversy; 10.theevolutionofaltruisticbehavior; 10.viscouspopulationsevolvealtruisticprogrammedaginginabilityconflictinachangingenvironment; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.geneticpathwaysthatregulateageinginmodelorganisms; 10.receptorregulateslifespanandresistancetooxidativestressinmice; 10.ontheprogrammednonprogrammednatureofageingwithinthelifehistory; 10.nonlinearmultisystemphysiologicaldysregulationassociatedwithfrailtyinolderwomenimplicationsforetiologyandtreatment; 10.anetworktheoryofageingtheinteractionsofdefectivemitochondriaaberrantproteinsfreeradicalsandscavengersintheageingprocess; 10.; 10.highoxidativedamagelevelsinthelongestlivingrodentthenakedmolerat; 10.rodentsforcomparativeagingstudiesfrommicetobeavers; 10.frombedsidetobenchresearchagendaforfrailty; 10.physiologicalcomplexityagingandthepathtofrailty; 10.theconceptofallostasisinbiologyandbiomedicine; 10.acomparativeanalysisofmeasurementa; 10.oachesforphysiologicaldysregulationinanolderpopulation; 10.casselckleipzigrmcohenhjlarsonebmeierdecapellocf; 10.physiologicalregulatorynetworksecologicalrolesandevolutionaryconstraints; 10.theoriginsoforderselforganizationandselectioninevolution; 10.oxforduniversitypressoxfordkierl; 10.cellularautomatamodelsofcomplexbiochemicalsystems; 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10.measuringimmunesystemvariationtohelpunderstandhostpathogencommunitydynamics; 10.calorierestrictionandagingalifehistoryanalysis; 10.mechanismsofagingpublicorprivate; 10.themastercontrolgeneformorphogenesisandevolutionoftheeye; 10.testosteroneandavianlifehistorieseffectsofexperimentallyelevatedtestosteroneonbehaviorandcorrelatesoffitnessinthedarkeyedjunco; 10.physiologicaleffectsondemographyalongtermexperimentalstudyoftestosteroneseffectsonfitness; 10.stemcellreviewseriesagingoftheskeletalmusclestemcellniche; 10.skulachevvptestingpredictionsoftheprogrammedandstochastictheoriesofagingcomparisonofvariationinageatdeathmenopauseandsexualmaturation; 10.apoptoticpathwaystenminutestodead; 10.universityofchicagopresschicagojonesor; 10.diversityofageingacrossthetreeoflife; 10.acriticalevaluationofnonmammalianmodelsforagingresearch; 10.mammalianagingmetabolismandecologyevidencefromthebatsandmarsupials; 10.ananalysisoftherelationshipbetweenmetabolismdevelopmentalschedulesandlongevityusingphylogeneticindependentcontrasts; 10.theevolutionofaviansenescencepatternsimplicationsforunderstandingprimaryagingprocesses; 10.senescenceinnaturalpopulationsofmammalsacomparativestudy; 10.evolutionarytheoriesofagingconfirmationofafundamentalpredictionwithimplicationsforthegeneticbasisandevolutionoflifespan; 10.issocialityassociatedwithhighlongevityinnorthamericanbirds; 10.lifehistoryevolutionandthepolyphenicregulationofsomaticmaintenanceandsurvival; 10.longevityrecordslifespansofmammalsbirdsamphibiansreptilesandfish; 10.hypothesesofaginginalonglivedvertebrateblandingsturtle; 10.; 10.mortalitypatternssuggestlackofsenescenceinhydra; 10.senescenceinnaturalpopulationsofanimalswidespreadevidenceanditsimplicationsforbiogerontology; 10.senescenceismoreimportantinthenaturallivesoflongthanshortlivedmammals; 10.subsystemscontributingtothedeclineinabilitytowalkbridgingthegapbetweenepidemiologyandgeriatricpracticeintheinchiantistudy; 10.thewomenshealthandagingstudyhealthandsocialcharacteristicsofolderwomenwithdisability; 10.nationalinstituteonagingwashington"
"Becker P.J.J., Reichert S., Zahn S., Hegelbach J., Massemin S., Keller L.F., Postma E., Criscuolo F."	"Mother–offspring and nest-mate resemblance but no heritability in early-life telomere length in white-throated dippers"	"2015"	"Proceedings of the Royal Society B: Biological Sciences"	"282"	"34"	"10.mother–offspringandnestmateresemblancebutnoheritabilityinearlylifetelomerelengthinwhitethroateddippers"	"10.switchingandsignalingatthetelomere; 10.roleofoxidativestressintelomerelengthregulationandreplicativesenescence; 10.telomerelengthinearlylifepredictslifespan; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirds; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.onthelowheritabilityoflifehistorytraits; 10.fourdecadesofestimatingheritabilitiesinwildvertebratepopulationsimprovedmethodsmoredatabetterestimates; 10.edsacharmantierdgarantlebkruukoxfordukoxforduniversitypressweigensbergi; 10.naturalheritabilitiescantheybereliablyestimatedinthelaboratory; 10.howtoseparategeneticandenvironmentalcausesofsimilaritybetweenrelatives; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.maternaldietinfluencesdnadamageaortictelomerelengthoxidativestressandantioxidantdefensecapacityinrats; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.dotelomeredynamicslinklifestyleandlifespantrendsecol; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomerelengthandpossiblelinktoxchromosome; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.; 10.extrapairpaternityandgeneticdiversitythewhitethroateddi; 10.evolutionandthegeneticsofpopulations; 10.thetheoryofgenefrequencieschicagoiluniversityofchicagopressmorrisseymb; 10.comparativestudiesofaviandnabyrestrictionfragmentlengthpolymorphismanalysisconvenientproceduresbasedonbloodsamplesfromlivebirds; 10.developmentofmicrosatellitelociintheeuropeandi; 10.microsatelliteprimersforthefourgalpagosmockingbirdspecies; 10.mimusparvulusmimusmacdonaldimimusmelanotisandmimustrifasciatus; 10.telomeremeasurementbyquantitativepcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.chasingtelomeresnotredherringsinevolutionaryecology; 10.anewmathematicalmodelforrelativequantificationinrealtimert–; 10.estimatinggeneticparametersinnaturalpopulationsusingthe‘; 10.hemelhempsteadukvsninternationalltdmeyerk; 10.wombatatoolformixedmodelanalysesinquantitativegeneticsbyrestrictedmaximumlikelihood; 10.predictionofadditiveanddominanceeffectsinselectedorunselectedpopulationswithinbreeding; 10.rapidinversionofdominancerelationshipmatricesfornoninbredpopulationsbyincludingsirebydamsubclasseffects; 10.theroleofmaternaleffectsinanimalbreedingiiibiometricalaspectsofmaternaleffectsinanimals; 10.geneticsandanalysisofquantitativetraits; 10.sunderlandmasinauerassociateshusbya; 10.sexchromosomelinkedgeneticvarianceandtheevolutionofsexualdimorphismofquantitativetraits; 10.theinverseofthegameticrelationshipmatrix; 10.differencesinrepairprofilesofinterstitialtelomericsitesbetweennormalanddnadoublestrandbreakrepairdeficientchinesehamstercells; 10.predictorsoftelomerecontentindragonlizards; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.agesexandtelomeredynamicsinalonglivedseabirdwithmalebiasedparentalcare; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; 10.inbreedingeffectsinwildpopulations; 10.influencesofinbreedingandgeneticsontelomerelengthinmice; 10.; 10.geneticvariationexistsfortelomericarrayorganizationwithinandamongthegenomesofnormalimmortalizedandtransformedchickensystems"
"Atema E., Mulder E., Dugdale H.L., Briga M., van Noordwijk A.J., Verhulst S."	"Heritability of telomere length in the Zebra Finch"	"2015"	"Journal of Ornithology"	"156"	"34"	"10.heritabilityoftelomerelengthinthezebrafinch"	"10.circulatingleukocytetelomerelengthishighlyheritableamongfamiliesofarabdescent; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; Asghar M. Bensch S. Tarka M. Hansson B. Hasselquist D., 2015, Proceedings of the Royal Society B: Biological Sciences, 282, 94, DOI 10.maternalandgeneticfactorsdetermineearlylifetelomerelength; 10.prsbtelomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; 10.theheritabilityoftelomerelengthamongtheelderlyandoldestold; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.structureandfunctionoftelomeres; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.nestlingtelomereshorteningbutnottelomerelengthreflectsdevelopmentalstressandpredictssurvivalinwildbirds; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.effectsofearlydevelopmentalconditionsoninnateimmunityareonlyevidentunderfavourableadultconditionsinzebrafinches; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.introductiontoquantitativegeneticse; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.geneticvariationanddifferentiationincaptiveandwildzebrafinches; 10.factorsimpactinghumantelomerehomeostasisandagerelateddisease; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; 10.mcmcmethodsformultiresponsegeneralizedlinearmixedmodelsthemcmcglmmrpackage; 10.technicaladvancesnewstrategiesfortelomerebasedageestimation; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomerelengthinearlylifepredictslifespan; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.longlifespaninwormswithlongtelomericdna; 10.insertionofatelomererepeatsequenceintoamammaliangenecauseschromosomeinstability; 10.asimpletechniquetomanipulateforagingcostsinseedeatingbirds; 10.estimatinggeneticparametersinnaturalpopulationsusingtheanimalmodel; 10.howtoseparategeneticandenvironmentalcausesofsimilaritybetweenrelatives; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.conservationofthehumantelomeresequence; Monaghan P., 2014, Journal of Experimental Biology, 217, 162, DOI 10.organismalstresstelomeresandlifehistories; 10.telomerelengthandpossiblelinktoxchromosome; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.largescaleparentchildcomparisonconfirmsastrongpaternalinfluenceontelomerelength; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.ralanguageandenvironmentforstatisticalcomputing; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.differencesinrepairprofilesofinterstitialtelomericsitesbetweennormalanddnadoublestrandbreakrepairdeficientchinesehamstercells; 10.incidenceandconsequencesofinheritedenvironmentaleffects; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.telomerestabilityandtelomeraseinmesenchymalstemcells; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.tloopassemblyinvitroinvolvesbindingoftrf; 10.ngofamajorlocusthatdeterminestelomerelengthinhumans; 10.heritabilityinthegenomicseraconceptsandmisconceptions; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.oxidativestressshortenstelomeres; 10.humantelomericproteinsoccupyselectiveinterstitialsites"
"Lewin N., Treidel L.A., Holekamp K.E., Place N.J., Haussmann M.F."	"Socioecological variables predict telomere length in wild spotted hyenas"	"2015"	"Biology Letters"	"11"	"27"	"10.socioecologicalvariablespredicttelomerelengthinwildspottedhyenas"	"Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.environmentalperturbationsinfluencetelomeredynamicsinlonglivedbirdsintheirnaturalhabitat; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.theinfluenceofsocialhierarchyonprimatehealth; 10.socialstatusglucocorticoidsimmunefunctionandhealthcananimalstudieshelpusunderstandhumansocioeconomicstatusrelatedhealthdisparities; 10.societydemographyandgeneticstructureinthespottedhyena; 10.ageestimationanddispersalinthespottedhyena; 10.behavioralstructuringofrelatednessinthespottedhyena; 10.suggestsdirectfitnessbenefitsofclanlevelcooperation; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.linearmixedeffectsmodelsusingeigenands; 10.ralanguageandenvironmentforstatisticalcomputing; 10.viennaaustriarfoundationforstatisticalcomputingwestbt; 10.linearmixedmodelsapracticalguideusingstatisticalsoftware; 10.ndednlondonukchapmanandhallcrchoferh; 10.thecommutingsystemofserengetispottedhyaenashowapredatorcopeswithmigratorypreyiiintrusionpressureandcommutersspaceuse; 10.individualvariationinspaceusebyfemalespottedhyenas; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.socialstatedependentandenvironmentalmodulationoffaecalcorticosteroidlevelsinfreerangingfemalespottedhyenas; 10.stressexposureinearlypostnatallifereducestelomerelengthanexperimentaldemonstrationinalonglivedseabird; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.postweaningmaternaleffectsandtheevolutionoffemaledominanceinthespottedhyena"
"Asghar M., Bensch S., Tarka M., Hansson B., Hasselquist D."	"Maternal and genetic factors determine early life telomere length"	"2015"	"Proceedings of the Royal Society B: Biological Sciences"	"282"	"94"	"10.maternalandgeneticfactorsdetermineearlylifetelomerelength"	"10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.telomerelengthstemcellsandagingnatchembiol; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirdsbiol; 10.telomereshorteningtriggerssenescenceofhumancellsthroughapathwayinvolvingatmp; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudymol; 10.telomerelengthinearlylifepredictslifespan; 10.theuseoftelomerelengthinecologyandevolutionarybiologyheredity; 10.longlifespaninwormswithlongtelomericdnanat; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.chronicoxidativestressinducesatissuespecificreductionintelomerelengthincasteimicefreeradicbiol; 10.telomereelongationfollowedbytelomerelengthreductioninleukocytesfromdiversexposedtointenseoxidativestress—implicationsfortissueandorganismalagingmech; 10.telornerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.childcomparisonconfirmsastrongpaternalinfluenceontelomerelength; 10.telomerelengthinsmallforgestationalagebabies; 10.inconsistentinheritanceoftelomerelength; 10.isoffspringtlmorestronglycorrelatedwithmaternalorpaternaltl; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; Reichert S. Rojas E.R. Zahn S. Robin J.-P. Criscuolo F. Massemin S., 2015, Heredity, 114, 61, DOI 10.maternaltelomerelengthinheritanceinthekingpenguin; 10.factorsimpactinghumantelomerehomeostasisandagerelateddiseasemech; 10.sleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.telomerelengtheningearlyindevelopmentnatcellbiol; 10.; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.telomeresandmeiosisinhealthanddisease; 10.theheritabilityoftelomerelengthamongtheelderlyandoldestoldtwinreshum; 10.ngofamajorlocusthatdeterminestelomerelengthinhumans; 10.estimatinggeneticparametersinnaturalpopulationsusingthe‘; 10.temporaldynamicsanddiversityofavianmalariaparasitesinasinglehostspecies; 10.akessonmwesterdahlhbenschshasselquistevidenceforinbreedingavoidanceinagreatreedwarblerpopulation; 10.estimatingheritabilitiesandgeneticcorrelationscomparingthe‘offspringregressionusingdatafromanaturalpopulation; 10.astrongquantitativetraitlocusforwinglengthonchromosome; 10.inawildpopulationofgreatreedwarblers; 10.higherfitnessforphilopatricthanforimmigrantmalesinasemiisolatedpopulationofgreatreedwarblers; 10.quantitativediseaseresistancetobetterunderstandparasitemediatedselectiononmajorhistocompatibilitycomplex; 10.themiddleeastandnorthafricathebirdsofthewestrenpalearcticvolumeviwarblers; 10.oxfordukoxforduniversitypresshanssonb; 10.increaseofgeneticvariationovertimeinarecentlyfoundedpopulationofgreatreedwarblers; 10.revealedbymicrosatellitesanddnafingerprinting; 10.polygynyingreatreedwarblersalongtermstudyoffactorscontributingtomalefitness; 10.femalematingstatusandreproductivesuccessinthegreatreedwarbleristhereapotentialcostofpolygynythatrequirescompensation; 10.breedingsynchronydoesnotaffectextrapairpaternityingreatreedwarblers; 10.correlationbetweenmalesongrepertoireextrapairpaternityandoffspringsurvivalinthegreatreedwarbler; 10.restricteddispersalinalongdistancemigrantbirdwithpatchydistributionthegreatreedwarbler; 10.responsegeneralisedlinearmixedmodelsthemcmcglmmrpackage; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.arechronicavianhaemosporidianinfectionscostlyinwildbirds; 10.primarypeakandchronicmalariainfectionlevelsarecorrelatedinexperimentallyinfectedgreatreedwarblers; 10.ultraconservedelementsinthehumangenome; 10.telomeremeasurementbyquantitativepcrnucl; 10.httpscranrprojectorgpackagelme; 10.linearmixedeffectsmodelsusingeigenands; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelengthmolecol; 10.lmerconveniencefunctionsasuiteoffunctionstobackfitfixedeffectsandforwardfitrandomeffectsaswellasothermiscellaneousfunctions; 10.; 10.livingwithparasitesavianmalariatelomerelengthandlifehistorytradeoffshasselquistd; 10.maternaltransferofantibodiesinvertebratestransgenerationaleffectsonoffspringimmunity; 10.maternalmodulationofoffspringimmunefunctioninvertebrates; 10.edsrmnelsongdemasoxfordukoxforduniversitypresskristm; 10.eggsizeandoffspringqualityametaanalysisinbirds; 10.stressexposureinintrauterinelifeisassociatedwithshortertelomerelengthinyoungadulthood; 10.telomereinstabilityinthemalegermlinehummol; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.telomeresinmammalianmalegermlinecells; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; 10.leukocytetelomerelengthbreastcancerriskintheoffspringtherelationswithfather’; 10.ageoftheincubatingparentsaffectsnestlingsurvivalanexperimentalstudyoftheherringgulllarusargentatus; 10.experimentalreductionofincubationtemperatureaffectsbothnestlingandadultbluetitscyanistescaeruleus; 10.nestlingprovisioninginpolygynousgreatreedwarblers; 10.domalesbringlargerpreytocompensateforfewernestvisitsbehavecol"
"Birch J., Anderson R.K., Correia-Melo C., Jurk D., Hewitt G., Madeira Marques F., Green N.J., Moisey E., Birrell M.A., Belvisi M.G., Black F., Taylor J.J., Fisher A.J., De Soyza A., Passos J.F."	"DNA damage response at telomeres contributes to lung aging and chronic obstructive pulmonary disease"	"2015"	"American Journal of Physiology - Lung Cellular and Molecular Physiology"	"309"	"110"	"10.dnadamageresponseattelomerescontributestolungagingandchronicobstructivepulmonarydisease"	"10.acomplexsecretoryprogramorchestratedbytheinflammasomecontrolsparacrinesenescence; 10.; 10.axphosphorylationinpulmonarycellsbytobaccosmokeanewassayforcarcinogens; 10.telomerelengthisadeterminantofemphysemasusceptibility; 10.telomeredysfunctioncausessustainedinflammationinchronicobstructivepulmonarydisease; 10.immunohistochemicalevaluationofoxidativestressinmurinelungsaftercigarettesmokeexposure; 10.dnadamageasamolecularlinkinthepathogenesisofcopdinsmokers; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.isaredoxsensitivedeacetylasethatisposttranslationallymodifiedbyoxidantsandcarbonylstress; 10.; 10.cellularsenescencewhenbadthingsha; 10.damageinpatientswithchronicobstructivepulmonarydiseasewhohadoncesmokedorbeenexposedtobiomass; 10.adeletionimprovesstemcellfunctionandlifespanofmicewithdysfunctionaltelomereswithoutacceleratingcancerformation; 10.telomeresoxidativestressandinflammatoryfactorspartnersincellularsenescence; 10.; 10.adnadamagecheckpointresponseintelomereinitiatedsenescence; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.cigarettesmokeinducesnucleicacidoxidationinlungfibroblasts; 10.abiomarkerthatidentifiessenescenthumancellsincultureandinagingskininvivo; 10.activationarecentraltoairwayinflammationobservedafterexposuretotobaccosmoke; 10.systematicreviewwithmetaanalysisoftheepidemiologicalevidencerelatingsmokingtocopdchronicbronchitisandemphysema; 10.; 10.telomericdnadamageisirreparableandcausespersistentdnadamageresponseactivation; 10.mammaliantelomeresendinalargeduplexloop; 10.sequencespecificdnacleavagebyfe; 10.mediatedfentonreactionshaspossiblebiologicalimplications; 10.cellularsenescenceinagingprimates; 10.telomereshorteningtriggerssenescenceofhumancellsthroughapathwayinvolvingatmp; 10.telomeresarefavouredtargetsofapersistentdnadamageresponseinageingandstressinducedsenescence; 10.thepathologyofchronicobstructivepulmonarydisease; 10.telomereshorteninginchronicobstructivepulmonarydisease; 10.physiologicalchangesinrespiratoryfunctionassociatedwithageing; Jurk D. Wilson C. Passos J.F. Oakley F. Correia-Melo C. Greaves L. Saretzki G. Fox C. Lawless C. Anderson R. Hewitt G. Pender S.L.F. Fullard N. Nelson G. Mann J. Van De Sluis B. Mann D.A. Von Zglinicki T., 2014, Nature Communications, 2, 507, DOI 10.chronicinflammationinducestelomeredysfunctionandacceleratesageinginmice; 10.fivedysfunctionaltelomerespredictonsetofsenescenceinhumancells; 10.aarfexpressionisabiomarkerofaging; 10.lungalveolarintegrityiscompromisedbytelomereshorteningintelomerasenullmice; 10.dnadamageinperipheralbloodofpatientswithchronicobstructivepulmonarydisease; 10.stochasticvariationintelomereshorteningratecausesheterogeneityofhumanfibroblastreplicativelifespan; 10.atmdependentdnadamageindependentmitoticphosphorylationofh; 10.axinnormallygrowingmammaliancells; 10.telomerelengthandchronicobstructivepulmonarydiseaseevidenceofacceleratedaging; 10.lungfibroblastsfrompatientswithemphysemashowmarkersofsenescenceinvitro; 10.cigarettesmokeinducescellularsenescence; 10.oxygensensitivityseverelylimitsthereplicativelifespanofmurinefibroblasts; 10.mitochondrialdysfunctionaccountsforthestochasticheterogeneityintelomeredependentsenescence; 10.oxidativednadamageinlungtissuefrompatientswithcopdisclusteredinfunctionallysignificantsequences; 10.preferentialaccumulationofsinglestrandedregionsintelomeresofhumanfibroblasts; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.damagesignallingtriggerssenescenceassociatedinflammatorycytokinesecretion; 10.shortenedtelomeresincirculatingleukocytesofpatientswithchronicobstructivepulmonarydisease; 10.oncogeneinducedtelomeredysfunctionenforcescellularsenescenceinhumancancerprecursorlesions; 10.; 10.telomerelengthinwhitebloodcellsbuccalcellsandbraintissueanditsvariationwithageingandalzheimer’; 10.alveolarcellsenescenceinpatientswithpulmonaryemphysema; 10.smokingacceleratesagingofthesmallairwayepithelium; 10.protectsagainstemphysemaviafoxo; 10.mediatedreductionofprematuresenescenceinmice; 10.protectsagainstcigarettesmokeinducedlungoxidativestressviaafoxo; 10.; 10.attenuateslunginflammationinducedbycigarettesmokelpsandfmlpinmice"
"Jim C., Berkovich S."	"Labeling of Chromosomes in Cell Development and the Appearance of Monozygotic Twins"	"2015"	"BioMed Research International"	"2015"	"1"	"10.labelingofchromosomesincelldevelopmentandtheappearanceofmonozygotictwins"	"10.telimitedinvitrolifetimeofhumandiploidcellstrains; 10.telomerestelomeraseandagingoriginofthetheory; 10.teepidemiologyofmultiplebirths; 10.twinningacrossthedevelopingworld; 10.probabilityofmonozygotictwinningasarefectionofthegeneticcontrolofcelldevelopment; 10.mechanismsofageinganddevelopment; 10.informationalstructureofthedevelopmentaltreeofmulticellularorganisms; 10.identifcationofidenticaltwinsandmutationrateinpigs; 10.observedfrequencyofmonozygotictwinninginholsteindairycattle; 10.acyberneticalmodeloftheinternalcellularclock; 10.mechanismforcontrollingdevelopmentinbiologicalsystems; 10.semiconservativednareplicationmeselsonandstahl; 10.rareidenticaltripletsborninsacramentoupi; 10.rareidenticaltripletsborninsacramentowilsong; 10.womangivesbirthtoidenticalquadruplets; 10.httpwwwnbcwashingtoncomnewsweirdwomangivesbirthtoidenticalquadruplets; 10.expectingtripletsendsupdeliveringquadruplets; 10.httpwwwlatimescomnationshareitnowlashwomansurprisedbyquadruplets; 10.httpwwwmylifetimecomshowsfourofakindaboutaboutfourofakindwilsonj; 10.identicalquadrupletssurprisemomexpectingtriplets; 10.healthidenticalquadrupletssurprisegrahams; 10.identicaltwinsexhibitdiferencesingeneexpression; 10.httpwwwscientifcamericancomarticleidenticaltwinsexhibitdjulybrittrr; 10.identicaltwinsnotsoidenticallivescience; 10.identicaltwinsidenticalhtmlcasselmana; 10.identicaltwinsgenesarenotidentical; 10.httpwwwscientifcamericancomarticleidenticaltwinsgenesarenotidenticalghoset; 10.identicaltwinsaregeneticallydiferentresearchsuggests; 10.identicaltwinsnotidenticalhtmlloughrywj; 10.istelomerelengthabiomarkerofagingareview; 10.tejournalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.sodaandcellagingassociationsbetweensugarsweetenedbeverageconsumptionandleukocytetelomerelengthinhealthyadultsfromthenationalhealthandnutritionexaminationsurveys; 10.teamericanjournalofpublichealth; 10.efectofcomprehensivelifestylechangesontelomeraseactivityandtelomerelengthinmenwithbiopsyprovenlowriskprostatecancer; 10.yearfollowupofadescriptivepilotstudy; 10.relationbetweenreplicativesenescenceofhumanfbroblastsandlifehistorycharacteristics; 10.organizationofthebraininlightofthebigdataphilosophy; 10.thinternationalconferenceoncomputingforgeospatialresearchanda; 10.ieeewashingtondcusaaugustgomesnmv; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.lackofreplicativesenescenceinculturedratoligodendrocyteprecursorcells; 10.oxygensensitivityseverelylimitsthereplicativelifespanofmurinefbroblasts; 10.temethuselahquestionwhataretheultimatelimitsofthehumanlifespantelomerescancerandaginglivelongandprosper; 10.telomeredynamicsinmiceandhumans; 10.dnamethylationageofhumantissuesandcelltypes"
"Reichert S., Rojas E.R., Zahn S., Robin J.-P., Criscuolo F., Massemin S."	"Maternal telomere length inheritance in the king penguin"	"2015"	"Heredity"	"114"	"61"	"10.maternaltelomerelengthinheritanceinthekingpenguin"	"10.circulatingleukocytetelomerelengthishighlyheritableamongfamiliesofarabdescent; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.theheritabilityoftelomerelengthamongtheelderlyandoldestold; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.switchingandsignalingatthetelomere; 10.telomeresandadversitytootoxictoignore; 10.theepigeneticregulationofmammaliantelomeres; 10.telomerelengthstemcellsandaging; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.telomeremeasurementbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthisinheritedwithresettingofthetelomeresetpoint; 10.humantelomeraseanditsregulation; 10.sinauerassociatesincorporatedcriscuolof; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.paternalageatbirthisanimportantdeterminantofoffspringtelomerelength; 10.theannualbreedingcycleofunbandedkingpenguinsaptenodytespatagonicusonpossessionisland; 10.inconsistentinheritanceoftelomerelength; 10.isoffspringtlmorestronglycorrelatedwithmaternalorpaternaltlquest; 10.anevolutionaryreviewofhumantelomerebiologythethriftytelomerehypothesisandnotesonpotentialadaptivepaternaleffects; 10.delayedpaternalageofreproductioninhumansisassociatedwithlongertelomeresacrosstwogenerationsofdescendants; 10.paternalimprintessentialfortheinheritanceoftelomereidentityindrosophila; 10.epigeneticregulationoftelomerelengthinmammaliancellsbythesuv; 10.telomerelengthasaquantitativetraitgenomewidesurveyandgeneticma; 10.ngoftelomerelengthcontrolgenesinyeast; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.dnamethyltransferasescontroltelomerelengthandtelomererecombinationinmammaliancells; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomerelengthinearlylifepredictslifespan; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.heritabilityoffitnessinawildmammalpopulation; 10.geneticsandanalysisofquantitativetraits; 10.geneticarchitectureoffitnessandnonfitnesstraitsempiricalpatternsanddevelopmentofideas; 10.genesimportantintelomerebiology; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerelengthandpossiblelinktoxchromosome; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.largescaleparentchildcomparisonconfirmsastrongpaternalinfluenceontelomerelength; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.freeradicalsruninlizardfamilies; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.hypermethylationofthehtertpromoterinhibitstheexpressionoftelomeraseactivityinnormaloralfibroblastsandsenescentnormaloralkeratinocytes; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.ngofamajorlocusthatdeterminestelomerelengthinhumans; 10.stresshormonesinrelationtobreedingstatusandterritorylocationincolonialkingpenguinaroleforsocialdensity; 10.itcoststobecleanandfitenergeticsofcomfortbehaviorinbreedingfastingpenguins; Voillemot M. Hine K. Zahn S. Criscuolo F. Gustafsson L. Doligez B. Bize P., 2012, BMC Ecology, 12, 52, DOI 10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers; 10.thebreedingbiologyandpopulationdynamicsofkingpenguinsaptenodytespatagonicaonthecrozetislands"
"Sudyka J., Arct A., Drobniak S., Dubiec A., Gustafsson L., Cichoń M."	"Experimentally increased reproductive effort alters telomere length in the blue tit (Cyanistes caeruleus)"	"2014"	"Journal of Evolutionary Biology"	"27"	"57"	"10.experimentallyincreasedreproductiveeffortalterstelomerelengthinthebluetitcyanistescaeruleus"	"10.regulationoflongevitybythereproductivesystem; 10.gapdhasacontrolgenetoestimategenomecopynumberingreattitswithcrossamplificationinbluetits; 10.sexdifferencesintelomeresandlifespan; 10.absolutestandardsasausefuladditiontotheavianquantitativepcrtelomereassay; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.themiqeguidelinesminimuminformationforpublicationofquantitativerealtimepcrexperiments; 10.asremlasremlfitsthelinearmixedmodelrpackageversion; 10.telomeremeasurementbyquantitativepcr; 10.realtimepcrquantificationassayformeasurementsofbirdtelomeres; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.telomeremaintenancebyrecombinationinhumancells; 10.survivalcostsofreproductionindrosophila; 10.genderandtelomerelengthsystematicreviewandmetaanalysis; 10.estrogenreceptorandendothelialnitricoxidesynthasenuclearcomplexregulatestranscriptionofhumantelomerase; 10.fitnesscostsofreproductiondependonlifespeedempiricalevidencefrommammalianpopulations; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.telomerelengthinearlylifepredictslifespan; 10.apathwaythatlinksreproductivestatustolifespanincaenorhabditiselegans; 10.elevatedreproductiveeffortincreasesbloodparasitaemiaanddecreasesimmunefunctioninbirdsametaregressiona; 10.doesreproductioncauseoxidativestressanopenquestion; 10.telomeresandlifehistoriesthelongandtheshortofit; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.feedingfrequenciesofnestlingbluetits; 10.costsbenefitsandamodelofoptimalfeedingfrequency; 10.theconsequencesofbroodsizeforbreedingbluetitsiiimeasuringthecostofreproductionsurvivalfuturefecundityanddifferentialdispersal; 10.sexualactivityreduceslifespanofmalefruitflies; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; Plot V. Criscuolo F. Zahn S. Georges J.-Y., 2012, PLoS ONE, 7, 56, DOI 10.telomeresageandreproductioninalonglivedreptile; 10.ralanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputingviennaaustriareicherts; 10.telomerelengthcorrelationsamongsomatictissuesinadultzebrafinches; 10.increasedbroodsizeleadstopersistenterodedtelomeres; 10.linkingfunctionaldeclineoftelomeresmitochondriaandstemcellsduringageing; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.thecostsofparentalcareametaanalysisofthetradeoffbetweenparentaleffortandsurvivalinbirds; 10.physiologicalandpathologicalconsequencesoftheinteractionsofthep; 10.essorwiththeglucocorticoidandrogenandestrogenreceptors; 10.matinginducesshrinkinganddeathincaenorhabditismothers; 10.testingthepredictionsofenergyallocationdecisionsintheevolutionoflifehistorytradeoffs; 10.identificationguidetoeuropeanpasserines; 10.naturhistoriskariksmuseetstockholmwiersmap; 10.birdssacrificeoxidativeprotectionforreproduction; 10.stressdnadamageandageinganintegrativea"
"Beirne C., Delahay R., Hares M., Young A."	"Age-related declines and disease-associated variation in immune cell telomere length in a wild mammal"	"2014"	"PLoS ONE"	"9"	"38"	"10.agerelateddeclinesanddiseaseassociatedvariationinimmunecelltelomerelengthinawildmammal"	"10.agingoftheimmunesystemasaprognosticfactorforhumanlongevity; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.telomeresandagerelateddiseasehowtelomerebiologyinformsclinicalparadigms; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.useoftelomerelengthasabiomarkerforagingandagerelateddisease; 10.currtranslgeriatrexpgerontolrep; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.consequencesofimmunesystemaginginnatureastudyofimmunosenescencecostsinfreelivingtreeswallows; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeraseregulationandstemcellbehaviour; 10.telomeresimmuneagingandautoimmunity; 10.telomeretelomerasedynamicswithinthehumanimmunesystemeffectofchronicinfectionandstress; 10.telomereattritionduetoinfection; 10.agespecificbreedingsuccessinawildmammalianpopulationselectionconstraintrestraintandsenescence; 10.longtermtemporaltrendsandestimatedtransmissionratesformycobacteriumbovisinfectioninanundisturbedhighdensitybadger; 10.telomerelengthinearlylifepredictslifespan; 10.bottomoftheheaphavingheaviercompetitorsacceleratesearlylifetelomerelossintheeuropeanstarlingsturnusvulgaris; 10.startingwithahandicapphenotypicdifferencesbetweenearlyandlatebornkingpenguinchicksandtheirsurvivalcorrelates; 10.measuringtelomerelengthandtelomeredynamicsinevolutionarybiologyandecology; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.theuseoftelomerelengthinecologyandevolutionarybiology; 10.absolutestandardsasausefuladditiontotheavianquantitativepcrtelomereassay; 10.performanceoftbimmunodiagnostictestsineurasianbadgers; 10.ofdifferentagesandtheinfluenceofdurationofinfectiononserologicalsensitivity; 10.valueofexistingserologicaltestsforidentifyingbadgersthatshedmycobacteriumbovis; 10.nestlingtelomerelengthdoesnotpredictlongevitybutcovarieswithadultbodysizeinwildbarnswallows; 10.theparadigmofbodyconditionacriticalrea; 10.aisalofcurrentmethodsbasedonmassandlength; 10.modelselectionandmultimodelinferenceapracticalinformationtheoretica; 10.modelselectionandmodelaveraginginbehaviouralecologytheutilityoftheitaicframework; 10.httpcranrprojectorgwebpackagesmuminmuminpdfavailablevandepolm; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; 10.telomereshorteninginleukocytesubpopulationsfrombaboons; 10.collapseoftelomerehomeostasisinhematopoieticcellscausedbyheterozygousmutationsintelomerasegenes; 10.ageneralandsimplemethodforobtainingr; 10.fromgeneralizedlinearmixedeffectsmodels; 10.leukocytecopingcapacityanoveltechniqueformeasuringthestressresponseinvertebrates; 10.lifehistorycorrelatesofmyobacteriumbovisinfectioninindividualeurasionbadgers; 10.httpethosblukhomedouniversityofliverpoolavailableaubertg; 10.telomerelengthstemcellsandaging; 10.telomerelengthisassociatedwithdiseaseseverityanddeclineswithageindyskeratosiscongenita; 10.agerelatedvariationinimmunityinawildmammalpopulation; 10.tuberculinpurifiedproteinderivativeupregulatesthetelomeraseactivityofperipheralbloodmononuclearcellsfrompatientswithpulmonarytuberculosis; 10.telomerelengtheningandtelomeraseactivationduringhumanbcelldifferentiation; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.telomeredysfunctionaccuratelypredictsclinicaloutcomeinchroniclymphocyticleukaemiaeveninpatientswithearlystagedisease; 10.sexdifferencesintelomeresandlifespan; 10.multistatemodellingrevealssexdependenttransmissionprogressionandseverityoftuberculosisinwildbadgers; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks"
"Jurk D., Wilson C., Passos J.F., Oakley F., Correia-Melo C., Greaves L., Saretzki G., Fox C., Lawless C., Anderson R., Hewitt G., Pender S.L.F., Fullard N., Nelson G., Mann J., Van De Sluis B., Mann D.A., Von Zglinicki T."	"Chronic inflammation induces telomere dysfunction and accelerates ageing in mice"	"2014"	"Nature Communications"	"2"	"507"	"10.chronicinflammationinducestelomeredysfunctionandacceleratesageinginmice"	"10.molecularinflammationunderpinningsofagingandagerelateddiseases; 10.inflammagingandantiinflammagingasystemicperspectiveonagingandlongevityemergedfromstudiesinhumans; 10.mechanismsofageinganddevelopment; 10.functionalgenomicsofagingiiizhangg; 10.hypothalamicprogrammingofsystemicageinginvolvingikkbetanfka; 10.motifmodulemaprevealsenforcementofagingbycontinualnfbactivity; 10.deacetylationtonfkbdependentgeneexpressionandorganismallifespan; 10.nuclearlaminadefectscauseatmdependentnfkbactivationandlinkacceleratedagingtoasystemicinflammatoryresponse; 10.nfkbinhibitiondelaysdnadamageinducedsenescenceandaginginmice; 10.geneticdeterminantsofhumanhealthspanandlifespanprogressandnewo; 10.adnadamagecheckpointresponseintelomereinitiatedsenescence; 10.adeletionimprovesstemcellfunctionandlifespanofmicewithdysfunctionaltelomereswithoutacceleratingcancerformation; 10.telomeresarefavouredtargetsofapersistentdnadamageresponseinageingandstressinducedsenescence; 10.andreactiveoxygenproductionisnecessaryforcellsenescence; 10.oncogeneinducedsenescencerelayedbyaninterleukindependentinflammatorynetwork; 10.persistentdnadamagesignallingtriggerssenescenceassociatedinflammatorycytokinesecretion; 10.controlofthesenescenceassociatedsecretoryphenotypebynfkbpromotessenescenceandenhanceschemosensitivity; 10.mapkisanoveldnadamageresponseindependentregulatorofthesenescenceassociatedsecretoryphenotype; 10.apositivesenescentcellsdelaysageingassociateddisorders; 10.activationofinnateimmunitysystemduringagingnfkbsignalingisthemolecularculpritofinflammaging; 10.repressorcomplexorchestratestranscriptionalinhibitionofmultipleproinflammatorygenes; 10.limitstheinflammatoryandfibrogenicresponsestochronicinjury; 10.limitsinflammationandpreventslunginjuryduringescherichiacolipneumonia; 10.americanjournalofrespiratoryandcriticalcaremedicine; 10.hepaticnuclearfactorbregulatesneutrophilrecruitmenttotheinjuredbrain; 10.journalofneuropathologyandexperimentalneurology; 10.fatmaintenanceisapredictorofthemurinelifespanresponsetodietaryrestriction; 10.bagoodtargetforcancertherapyhopesandpitfalls; 10.growthhormonestimulatesproliferationofoldagedregeneratingliverthroughforkheadboxm; 10.antagonisticcrosstalkbetweennfka; 10.intheregulationofinflammationandmetabolicdisorders; 10.intestinaltransportduringthelifespanofthemouse; 10.oxygensensitivityseverelylimitsthereplicativelifespanofmurinefibroblasts; 10.senescenceassociatedsecretoryphenotypesrevealcellnonautonomousfunctionsofoncogenicrasandthep; 10.bsignalingnemoandatmtakecenterstage; 10.inflammatorynetworksduringcellularsenescencecausesandconsequences; 10.telomeredysfunctioninducesmetabolicandmitochondrialcompromise; 10.cellularsenescenceinvolvesanintracrineprostaglandine; 10.biochimbiophysactamolcellbiollipids; 10.asenescentcellbystandereffectsenescenceinducedsenescence; 10.acomplexsecretoryprogramorchestratedbytheinflammasomecontrolsparacrinesenescence; 10.rolesoftelomeresandtelomeraseincancer; 10.telomericdnadamageisirreparableandcausespersistentdnadamageresponseactivation; 10.cellularsenescenceinagingprimates; 10.cellularsenescenceanditseffectorprograms; 10.quantitativeassessmentofmarkersforcellsenescence; 10.dnadamageresponseandcellularsenescenceinagingmice; 10.ibuprofenaugmentsproinflammatorycytokinereleaseinamousemodelofvibriovulnificusinfection; 10.theeffectofnonsteroidalantiinflammatoryagentsonbehaviouralchangesandcytokineproductionfollowingsystemicinflammationimplicationsforaroleofcox; 10.gainoffunctionmutationaggravatesnonalcoholicfattyliverdiseasebutdoesnotcauseinsulinresistanceinamurinemodel; 10.telomerasedirectlyregulatesnfka; 10.oxidativestressshortenstelomeres; 10.dependentsenescencelikephenotypedrivenbyadnadamageresponse; 10.representcooperatingcheckpointslimitingselfrenewalandchromosomalinstabilityofsomaticstemcellsinresponsetotelomeredysfunction; 10.deficienciesindnadamagerepairlimitthefunctionofhaematopoieticstemcellswithage; 10.adifferentiationcheckpointlimitshematopoieticstemcellselfrenewalinresponsetodnadamage; 10.factorsthatinfluencetelomericoxidativebasedamageandrepairbydnaglycosylaseogg; 10.preferentialaccumulationofsinglestrandedregionsintelomeresofhumanfibroblasts; 10.mitochondrialdysfunctionaccountsforthestochasticheterogeneityintelomeredependentsenescence; 10.nordihydroguaiareticacidandaspirinincreaselifespanofgeneticallyheterogeneousmalemice; 10.cellularsenescenceandthesenescentsecretoryphenotypetherapeutico; 10.renalfunctionasapredictorofoutcomeinabroadspectrumofpatientswithheartfailure; 10.identificationofametabolicsignatureformultidimensionalimpairmentandmortalityriskinhospitalizedolderpatients; 10.frailtyandtheroleofinflammationimmunosenescenceandcellularageingintheveryoldcrosssectionalfindingsfromthenewcastle; 10.malemiceretainametabolicmemoryofimprovedglucosetoleranceinducedduringadultonsetshorttermdietaryrestriction; 10.grossenergymetabolisminmiceunderlateonsetshorttermcaloricrestriction; 10.experimentalpathologyoftheliverirestorationoftheliverofthewhiteratfollowingpartialsurgicalremoval; 10.telomerasereversetranscriptasedelaysagingincancerresistantmice; 10.dnadamagefociinmitosisaredevoidof; 10.groupiiisecretedphospholipasea; 10.transgenicmicespontaneouslydevelopinflammation; 10.bodyconditionscoringarapidandaccuratemethodforassessinghealthstatusinmice; 10.aguidetodefiningandimplementingprotocolsforthewelfareassessmentoflaboratoryanimalseleventhreportofthebvaawfframerspcaufawjointworkinggrouponrefinement"
"Aydinonat D., Penn D.J., Smith S., Moodley Y., Hoelzl F., Knauer F., Schwarzenberger F."	"Social isolation shortens telomeres in African Grey parrots (Psittacus erithacus erithacus)"	"2014"	"PLoS ONE"	"9"	"48"	"10.socialisolationshortenstelomeresinafricangreyparrotspsittacuserithacuserithacus"	"Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.structureandfunctionoftelomeres; 10.telomerelengthstemcellsandaging; 10.cellularsenescencewhenbadthingsha; 10.determiningtheinfluenceoftelomeredysfunctionanddnadamageonstemandprogenitorcellagingwhatmarkerscanweuse; Sanders J.L. Newman A.B., 2013, Epidemiologic Reviews, 35, 402, DOI 10.telomerelengthinepidemiologyabiomarkerofagingagerelateddiseasebothorneither; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.longlifespaninwormswithlongtelomericdna; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.lifestyleimpactsontheagingassociatedexpressionofbiomarkersofdnadamageandtelomeredysfunctioninhumanblood; 10.psychologicalandmetabolicstressarecipeforacceleratedcellularaging; 10.telomeresoxidativestressandinflammatoryfactorspartnersincellularsenescence; 10.telomeresarefavouredtargetsofapersistentdnadamageresponseinageingandstressinducedsenescence; 10.oxidativedamageintelomericdnadisruptsrecognitionbytrf; 10.acceleratedtelomereerosionisassociatedwithadecliningimmunefunctionofcaregiversofalzheimersdiseasepatients; 10.chronicstresselevatestelomeraseactivityinrats; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.telomeraseisrequiredforzebrafishlifespan; 10.depressiongetsoldfastdostressanddepressionacceleratecellaging; 10.telomereshorteningandmooddisorderspreliminarysu; 10.rtforachronicstressmodelofacceleratedaging; 10.obesitycigarettesmokingandtelomerelengthinwomen; 10.tcellsenescenceaculpritofimmuneabnormalitiesinchronicinflammationandpersistentinfection; 10.telomereattritionduetoinfection; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.socialbufferingrelieffromstressandanxiety; 10.socialisolationinducedincreaseinthesensitivityofratstothesteroidogeniceffectofethanol; 10.behavioralneurochemicalandendocrinologicalcharacterizationoftheearlysocialisolationsyndrome; 10.parrotsaguidetoparrotsoftheworldp; 10.newhavenctyaleuniversitypressdaviscs; 10.parrotpsychologyandbehaviorproblems; 10.featherdamagingbehaviourinparrotsareviewwithconsiderationofcomparativeaspects; 10.environmentalenrichmentanddevelopmentofcagestereotypyinorangewingedamazonparrots; 10.stereotypiesincagedparrotsschizophreniaandautismevidenceforacommonmechanism; 10.geneticenvironmentalandneighboreffectsontheseverityofstereotypiesandfeatherpickinginorangewingedamazonparrots; 10.theinfluenceofthebreedingmethodonthebehaviourofadultafricangreyparrots; 10.longevityrecordsforpsittaciformesincaptivity; 10.telomeremeasurementbyquantitativepcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.dailytorporisassociatedwithtelomerelengthchangeoverwinterindjungarianhamsters; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.chasingtelomeresnotredherringsinevolutionaryecology; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.anewmathematicalmodelforrelativequantificationinrealtimertpcr; 10.influencesonthereductionofrelativetelomerelengthover; 10.yearsinthepopulationbasedbruneckstudyintroductionofawellcontrolledhighthroughputassay; 10.accurateandobjectivecopynumberprofilingusingrealtimequantitativepcr; 10.asimpleanduniversalmethodformolecularsexingofnonratitebirds; 10.modelselectionandmultimodelinferenceapracticalinformationtheoretica; 10.faststablerestrictedmaximumlikelihoodandmarginallikelihoodestimationofsemiparametricgeneralizedlinearmodels; 10.; 10.muminmultimodelinferencerpackage; 10.httprforgerprojectorgprojectsmuminversion; 10.telomeresandearlylifestressanoverview; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.telomerelengthandearlyseveresocialdeprivationlinkingearlyadversityandcellularaging; 10.rtisassociatedwithshorterleukocytetelomerelengthinlatelifemultiethnicstudyofatherosclerosis; 10.aconsensusendocrineprofileforchronicallystressedwildanimalsdoesnotexist; 10.interpretingindicesofphysiologicalstressinfreelivingvertebrates"
"Bauch C., Becker P.H., Verhulst S."	"Within the genome, long telomeres are more informative than short telomeres with respect to fitness components in a long-lived seabird"	"2014"	"Molecular Ecology"	"23"	"39"	"10.withinthegenomelongtelomeresaremoreinformativethanshorttelomereswithrespecttofitnesscomponentsinalonglivedseabird"	"10.adnadamagecheckpointresponseintelomereinitiatedsenescence; Angelier F. Vleck C.M. Holberton R.L. Marra P.P., 2013, Functional Ecology, 27, 72, DOI 10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts; 10.takingthestressoutofbloodcollectioncomparisonoffieldbloodsamplingtechniquesforanalysisofbaselinecorticosterone; 10.leukocytetelomeredynamicslongitudinalfindingsamongyoungadultsinthebogalusaheartstudy; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; Barrett E.L.B. Burke T.A. Hammers M. Komdeur J. Richardson D.S., 2013, Molecular Ecology, 22, 167, DOI 10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy; 10.breedingexperienceaffectsconditionbloodmetabolitelevelsoverthecourseofincubationinaseabird; 10.journalofcomparativephysiologyb; 10.telomerelengthreflectsphenotypicqualityandcostsofreproductioninalonglivedseabird; 10.populationdynamicsrecruitmentindividualqualityandreproductivestrategiesincommonternssternahirundomarkedwithtransponders; 10.anoninvasivetechniquetobleedincubatingbirdswithouttra; 10.ngabloodsuckingbuginahollowegg; 10.timingofinitialarrivalatthebreedingsitepredictsageatfirstreproductioninalonglivedmigratorybird; 10.proceedingsofthenationalacademyofsciences; 10.theloadofshorttelomeresestimatedbyanewmethoduniversalstelacorrelateswithnumberofsenescentcells; 10.trackingandfixedrankingofleukocytetelomerelengthacrosstheadultlifecourse; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.relativeeffectsofhatchingordereggsizevariationandparentalqualityonchicksurvivalincommonterns; 10.telomerelengthbehavesasbiomarkerofsomaticredundancyratherthanbiologicalage; 10.greattitsgrowingoldselectivedisa; 10.aranceandthepartitioningofsenescencetostageswithinthebreedingcycle; 10.metaanalysisoftelomerelengthin; 10.subjectsrevealshighheritabilitystrongermaternalinheritanceandapaternalageeffect; 10.europeanjournalofhumangenetics; Brümmendorf T.H. Mak J. Sabo K.M. Baerlocher G.M. Dietz K. Abkowitz J.L. Lansdorp P.M., 2002, Experimental Hematology, 30, 60, DOI 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo; 10.mathematicalmodelingconfirmsthelengthdependencyoftelomereshortening; 10.mechanismsofageinganddevelopment; 10.highthroughputtelomerelengthquantificationbyfishanditsa; 10.icationtohumanpopulationstudies; 10.proceedingsofthenationalacademyofsciences; 10.thenatureoftelomerefusionandadefinitionofthecriticaltelomerelengthinhumancells; 10.essentialroleoflimitingtelomeresinthepathogenesisofwernersyndrome; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.correlationsbetweenagephenotypeandindividualcontributiontopopulationgrowthincommonterns; 10.extentandvariabilityofinterstitialtelomericsequencesandtheireffectsonestimatesoftelomerelength; 10.stochasticmodelingoflengthdependenttelomereshorteningincorvusmonedula; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.individualvariationinreproductivecostsofreproductionhighqualityfemalesalwaysdobetter; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.sharedphenotypesamongsegmentalprogeroidsyndromessuggestunderlyingpathwaysofaging; 10.longlifespaninwormswithlongtelomericdna; 10.senescenceinducedbyalteredtelomerestatenottelomereloss; 10.leukocytesofexceptionallyoldpersonsdisplayultrashorttelomeresamericanjournalofphysiologyregulatory; 10.integrativeandcomparativephysiology; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.accumulationofshorttelomeresinhumanfibroblastspriortoreplicativesenescence; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerestelomeraseandagingoriginofthetheory; 10.reproductiveimprovementandsenescenceinalonglivedbird; 10.proceedingsofthenationalacademyofsciences; 10.cancerandagingtheimportanceoftelomeresingenomemaintenance; 10.theinternationaljournalofbiochemistrycellbiology; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.ternsintroubledemographicconsequencesoflowbreedingsuccessandrecruitmentonacommonternpopulationinthegermanwaddensea; 10.therateofincreaseofshorttelomerespredictslongevityinmammals; 10.heterogeneityinindividualqualityoverridescostsofreproductioninfemalereindeer; 10.effectsofparentalqualityandeffortonthereproductionofcommonterns; 10.parentalcareofthecommonternsternahirundo; 10.oxidativestressshortenstelomeres; 10.doesasentinelorasubsetofshorttelomeresdeterminereplicativesenescence"
"Zhdanova N.S., Draskovic I., Minina J.M., Karamysheva T.V., Novo C.L., Liu W.-Y., Porreca R.M., Gibaud A., Zvereva M.E., Skvortsov D.A., Rubtsov N.B., Londoño-Vallejo A."	"Recombinogenic telomeres in diploid Sorex granarius (Soricidae, Eulipotyphla) fibroblast cells"	"2014"	"Molecular and Cellular Biology"	"34"	"8"	"10.recombinogenictelomeresindiploidsorexgranariussoricidaeeulipotyphlafibroblastcells"	"10.replicationoftelomeresandtheregulationoftelomerase; 10.theroleoftelomereshorteninginsomaticstemcellsandtissueaginglessonsfromtelomerasemodelsystems; 10.controloftelomerelengthbyatrimmingmechanismthatinvolvesgenerationoftcirclesemboj; 10.mammaliantelomeresendinalargeduplexloop; 10.homologousrecombinationgeneratestloopsizeddeletionsathumantelomeres; 10.alternativelengtheningoftelomeresmodelsmechanismsandimplications; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.meioticdrivefavorsrobertsonianmetacentricchromosomesinthecommonshrew; 10.sorexaraneusinsectivoramammalia; 10.unusualdistributionpatternoftelomericrepeatsintheshrewssorexaraneusandsorexgranarius; 10.theverylongtelomeresinsorexgranarius; 10.telomericdnaallocationinchromosomesofcommonshrewsorexaraneuseulipotyphlatsitologiia; 10.probingpmlbodyfunctioninaltcellsrevealsspatiotemporalrequirementsfortelomererecombination; 10.specificdestructionofkinetochoreproteincenpcanddisruptionofcelldivisionbyherpessimplexvirusimmediateearlyproteinvmw; 10.alternativelengtheningoftelomeresischaracterizedbyhighratesofintertelomericexchangecancerres; 10.differencesintelomerelengthbetweenhomologouschromosomesinhumans; 10.telomericrepeatcontainingrnaandrnasurveillancefactorsatmammalianchromosomeends; 10.improvedtelomeredetectionusingatelomererepeatprobe; 10.studyingtelomerereplicationbyqcofishtheeffectoftelomestatinapotentgquadruplexligand; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.sybrgreenrealtimetelomericrepeatamplificationprotocolfortherapidquantificationoftelomeraseactivity; 10.lifeonaplanetofitsownregulationofrnapolymeraseitranscriptioninthenucleolus; 10.cellcycledependentregulationofrnapolymeraseitranscriptionthenucleolartranscriptionfactorubfisinactiveinmitosisandearlyg; 10.telomererecombinationandalternativetelomerelengtheningmechanisms; 10.telomeredynamicsinanimmortalhumancellline; 10.telomerasenegativeimmortalizedhumancellscontainanoveltypeofpromyelocyticleukemia; 10.dorganizationofinterphasefibroblastnucleiintwocloselyrelatedshrewspeciessorexgranariusands; 10.araneusdifferedbythestructureofchromosometerminitsitologiia; 10.centromericproteincenpbproteasomaldegradationinducedbytheviralproteinicp; 10.pmlnuclearbodiesassitesofepigeneticregulation; 10.telomericdnainaltcellsischaracterizedbyfreetelomericcirclesandheterogeneoustloops; 10.dnaccirclesarespecificandquantifiablemarkersofalternativelengtheningoftelomeresactivity; 10.spontaneousoccurrenceoftelomericdnadamageresponseintheabsenceofchromosomefusions; 10.fivedysfunctionaltelomerespredictonsetofsenescenceinhumancells; 10.shorttelomeresinitiatetelomererecombinationinprimaryandtumorcells; 10.mechanismofhumantelomeraseinhibitionbybibr; 10.asyntheticnonnucleosidicdrugcandidate; 10.thetelomerictranscriptomeofschizosaccharomycespombe; 10.rapidinductionofalternativelengtheningoftelomeresbydepletionofthehistonechaperoneasf; 10.essesformationofaltassociatedsinglestrandedtelomericccircles; 10.telomeremaintenancebytelomeraseandbyrecombinationcancoexistinhumancells; 10.effectsofreconstitutionoftelomeraseactivityontelomeremaintenancebythealternativelengtheningoftelomeres; 10.coexistenceofalternativelengtheningoftelomeresandtelomeraseinhterttransfectedgm; 10.alternativelengtheningoftelomeresinnormalmammaliansomaticcellsgenesdev; 10.subsenescenttelomerelengthsinfibroblastsimmortalizedbylimitingamountsoftelomerase; 10.breakinducedreplicationrepairofdamagedforksinducesgenomicduplicationsinhumancells; 10.breakinducedreplicationandtelomeraseindependenttelomeremaintenancerequirepol; 10.breakinducedreplicationandrecombinationaltelomereelongationinyeast; 10.migratingbubbleduringbreakinducedreplicationdrivesconservativednasynthesis; 10.segmentalpolymorphismsintheproterminalregionsofasubsetofhumanchromosomes; 10.thecomplexstructureanddynamicevolutionofhumansubtelomeres; 10.gorillagenomestructuralvariationrevealsevolutionaryparallelismswithchimpanzee; 10.theevolutionofafricangreatapesubtelomericheterochromatinandthefusionofhumanchromosome; 10.theheterochromaticchromosomecapsingreatapesimpacttelomeremetabolism; 10.pathwaysformitotichomologousrecombinationinmammaliancells; 10.mammaliantelomeresresemblefragilesitesandrequiretrf; 10.nucleolarorganizationribosomaldnaarraystabilityandacrocentricchromosomeintegrityarelinkedtotelomerefunction"
"Izzo C., Bertozzi T., Gillanders B.M., Donnellan S.C."	"Variation in telomere length of the common carp, cyprinus carpio (Cyprinidae), in relation to body length"	"2014"	"Copeia"	NA	"12"	"10.variationintelomerelengthofthecommoncarpcyprinuscarpiocyprinidaeinrelationtobodylength"	"10.telomeresandhumanageingfactsandfibs; 10.scienceofageingknowledgeenvironment; 10.theepidemiologyofhumantelomeresfaultsandpromises; 10.aldosteroneandtelomerelengthinwhitebloodcells; 10.journalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.structureandfunctionoftelomeres; 10.validatingotolithannuliforannualagedeterminationofcommoncarp; 10.transactionsoftheamericanfisheriessociety; 10.inthemidmurrayriverandbarmahforestwetlandsaustralia; 10.carppopulationbiologyinvictoria; 10.marineandfreshwaterresourcesinstitutedepartmentofprimaryindustriesreport; 10.realtimepcrassayformeasurementofmousetelomeres; 10.accuracyprecisionandqualitycontrolinagedeterminationincludingareviewoftheuseandabuseofagevalidationmethods; 10.otolithsincrementsandelementskeystoacomprehensiveunderstandingoffishpopulations; 10.canadianjournaloffisheriesandaquaticsciences; 10.ageandgrowthassessmentoffishfromtheircalcifiedstructurestechniquesandtools; 10.nationaloceanicandatmosphericadministrationtechnicalreportnmfs; 10.telomeremeasurementbyquantitativepcr; 10.telomeresasagemarkersinvertebratemolecularecology; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.mammaliantelomeresendinalargeduplexloop; 10.contrastbetweenextensivevariationof; 10.srdnaandtelomericrepeatsinthediploidpolyploidsqualiusalburnoidescomplexandinitsmaternalancestorsqualiuspyrenaicus; 10.basaldivergencesinbirdsandthephylogeneticutilityofthenuclearrag; 10.molecularphylogeneticsandevolution; 10.modellingandquantitativemethodsinfisheries; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; Hartmann N. Reichwald K. Lechel A. Graf M. Kirschner J. Dorn A. Terzibasi E. Wellner J. Platzer M. Rudolph K.L. Cellerino A. Englert C., 2009, Mechanisms of Ageing and Development, 130, 104, DOI 10.telomeresshortenwhiletertexpressionincreasesduringageingoftheshortlivedfishnothobranchiusfurzeri; 10.mechanismsofageinganddevelopment; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; 10.mechanismsofageinganddevelopment; 10.newstrategiesfortelomerebasedageestimation; 10.evolutionofcellulardnacontentinteleostfishes; 10.telomerelengthchangeineuropeanseabass; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.asapowerfulinvaderinaustralianwaterways; 10.nondestructiveageinginnotolabrustetricususingdorsalspineswithanemphasisonthebenefitsforprotectedendangeredandfishedspecies; 10.conservationofthehumantelomeresequence; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.dotelomeredynamicslinklifestyleandlifespa; 10.theoryoffishpopulationdynamicsasthebiologicalbackgroundforrationalexploitationandmanagementoffisheryresources; 10.oliverandboydedinburghocallaghannj; 10.aquantitativerealtimepcrmethodforabsolutetelomerelength; 10.karyotypiccharacterizationofbream; 10.proximatedeterminantsoftelomerelengthinsandlizards; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.fishparmamircocomptuerprogramforparameterestimationofnonlinearmodelsinfisherysciencesecondedition; 10.olddominionuniversityoceanographytechnicalreport; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. 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Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.agegrowthandcohortcompositionof; 10.ageandgrowthofthecommoncarpcyprinuscarpiointherivermurrayaustraliavalidationconsistencyofageinterpretationandgrowthmodels; 10.aquantitativetheoryoforganicgrowth; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts"
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"Yamada-Fukunaga T., Yamada M., Hamatani T., Chikazawa N., Ogawa S., Akutsu H., Miura T., Miyado K., Tarín J.J., Kuji N., Umezawa A., Yoshimura Y."	"Age-associated telomere shortening in mouse oocytes"	"2013"	"Reproductive Biology and Endocrinology"	"11"	"62"	"10.ageassociatedtelomereshorteninginmouseoocytes"	"10.pooroocytequalityratherthanimplantationfailureasacauseofagerelateddeclineinfemalefertility; 10.freeradicaltheoryofaginganupdateincreasingthefunctionallifespan; 10.oxidativedamageandmutationtomitochondrialdnaandagedependentdeclineofmitochondrialrespiratoryfunction; 10.mitochondrialcontrolofcelldeath; 10.oxidativedamageandmitochondrialdecayinaging; 10.cellularandmolecularaspectsofovarianfollicleageing; 10.involvementofmitochondriainoxidativestressinducedcelldeathinmousezygotes; 10.oocytemitochondrialbioenergypotentialandoxidativestresswithinbetweensubjectinvivoversusinvitromaturationandagerelatedvariationsinasheepmodel; 10.effectsofreproductiveagingandpostovulatoryagingonthemaintenanceofbiologicalcompetenceafteroocytevitrificationinsightsfromthemousemodel; 10.consequencesonoffspringofabnormalfunctioninageinggametes; 10.expressionoftheexocytoticproteinsyntaxininmouseoocytes; 10.oocyteagingcellularandmolecularchangesdevelopmentalpotentialandreversalpossibility; 10.rescueicsiofoocytesthatfailedtoextrudethesecondpolarbody; 10.hpostinseminationinconventionalivf; 10.faultyspindlecheckpointandcohesionproteinactivitiespredisposeoocytestoprematurechromosomeseparationandaneuploidy; 10.poorembryodevelopmentinmouseoocytesagedinvitroisassociatedwithimpairedcalciumhomeostasis; 10.impactofoxidativestressinagedmouseoocytesoncalciumoscillationsatfertilization; 10.aetiologyofageassociatedaneuploidyamechanismbasedonthefreeradicaltheoryofageing; 10.potentialeffectsofageassociatedoxidativestressonmammalianoocytesembryos; 10.ageassociatedalterationofgeneexpressionpatternsinmouseoocytes; 10.switchingandsignalingatthetelomere; 10.theputativehumantelomerasecatalyticsubunitgeneisupregulatedintumorcellsandduringimmortalization; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.changesintelomeraseactivityinexperimentallyinducedatreticfolliclesofimmaturerats; 10.resveratrolprotectsagainstageassociatedinfertilityinmice; 10.delayinoocyteaginginmicebytheantioxidantnacetyllcysteine; 10.oxidativestressshortenstelomeres; 10.mitochondrialdysfunctionleadstotelomereattritionandgenomicinstability; 10.telomerelengthsinhumanpronucleioocytesandspermatozoa; 10.anessentialroleforfunctionaltelomeresinmousegermcellsduringfertilizationandearlydevelopment; 10.manipulatingthemouseembryoalaboratorymanual; 10.newyorkcoldspringharborlaboratorycoticchiog; 10.whatcriteriaforthedefinitionofoocytequality; 10.useofchukasaninternalstandardsuitableforquantitativertpcrinmousepreimplantationembryos; 10.telomeraseactivityinswampbuffalo; 10.oocytesandembryosderivedfrominvitrofertilizationsomaticcellnucleartransferandparthenogeneticactivation; 10.maternaldietinducedobesityaltersmitochondrialactivityandredoxstatusinmouseoocytesandzygotes; 10.realtimepcrassayformeasurementofmousetelomeres; 10.telomerelengthsinhumanoocytescleavagestageembryosandblastocysts; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft; 10.irregulartelomeresimpairmeioticsynapsisandrecombinationinmice; 10.telomerelengthpredictsembryofragmentationafterinvitrofertilizationinwomentowardatelomeretheoryofreproductiveaginginwomen; 10.epigeneticinstabilityinescellsandclonedmice; 10.mitochondriatelomeresandcellsenescence; 10.immunoregulationoffollicularrenewalselectionpofandmenopauseinvivovsneooogenesisinvitropofandovarianinfertilitytreatmentandaclinicaltrial; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.requirementoffunctionaltelomeresformetaphasechromosomealignmentsandintegrityofmeioticspindles; 10.reproductiveagingisassociatedwithdecreasedmitochondrialabundanceandalteredstructureinmurineoocytes; 10.ageassociatedmetabolicandmorphologicchangesinmitochondriaofindividualmouseandhamsteroocytes; 10.mechanismsofpoorembryodevelopmentinagedfemalemice; 10.telomeredysfunctioninducesmetabolicandmitochondrialcompromise; 10.telomerednadeficiencyisassociatedwithdevelopmentofhumanembryonicaneuploidy; 10.telomericandextratelomericrolesfortelomeraseandthetelomerebindingproteins"
"Cedars M.I."	"Biomarkers of ovarian reserve-do they predict somatic aging?"	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10.typeandtimingofmenopauseandlaterlifemortalityamongwomenintheiowaestablishedpopulationsfortheepidemiologicalstudyoftheelderly; 10.agingatheorybasedonfreeradicalandradiationchemistry; 10.agingatheorybasedonfreeradicalandradiationchemistry; 10.oxidantsoxidativestressandthebiologyofageing; 10.oxidativestressshortenstelomeres; 10.hydrogenperoxidetriggersnuclearexportoftelomerasereversetranscriptaseviasrckinasefamilydependentphosphorylationoftyrosine; 10.cholinoceptivepropertiesofhumanprimordialpreantralandantraloocytesinsituhybridizationandbiochemicalevidenceforexpressionofcholinesterasegenes; 10.epidermalgrowthfactoranditsreceptorgeneexpressionandpeptidelocalizationinporcineovarianfollicles; 10.mtdnadeletionsonoocytesandreproductiveaginginwomen; 10.mitochondrialdnadeletioninhumanoocytesandembryos; 10.aetiologyofageassociatedaneuploidyamechanismbasedonthefreeradicaltheoryofageing; 10.cytochromecreleasefrommitochondriaintheagingheartapossiblemechanismforapoptosiswithage; 10.americanjournalofphysiologyregulatoryintegrativeandcomparativephysiology; 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10.arteriosclerosisthrombosisandvascularbiology; 10.independentassociationbetweenageatnaturalmenopauseandhypercholesterolemiahypertensionanddiabetesmellitusjapannurseshealthstudy; 10.earlymenopausepredictsfuturecoronaryheartdiseaseandstrokethemultiethnicstudyofatherosclerosis; 10.ageatnaturalmenopauseandtotalmortalityandmortalityfromischemicheartdiseasetheadventisthealthstudy; 10.ageatnaturalmenopauseandriskofcardiovasculardisease; 10.theassociationbetweenearlymenopauseandriskofischaemicheartdiseaseinfluenceofhormonetherapy; 10.prematuremenopauseisassociatedwithincreasedriskofcerebralinfarctioninjapanesewomen; 10.familyhistoryasapredictorofearlymenopause; 10.mothersanddaughtersmenopausalagesistherealink; 10.europeanjournalofobstetricsgynecologyandreproductivebiology; 10.heritabilityofmenopausalageinmothersanddaughters; 10.aretheeffectsofriskfactorsfortimingofmenopausemodifiedbyageresultsfromabritishbirthcohortstudy; 10.heartdiseaseriskdeterminesmenopausalageratherthanthereverse; 10.predictionoflifetimeriskforcardiovasculardiseasebyriskfactorburdenat; 10.prevalenceandprogressionofsubclinicalatherosclerosisinyoungeradultswithlowshorttermbuthighlifetimeestimatedriskforcardiovasculardiseasethecoronaryarteryriskdevelopmentinyoungadultsstudyandmultiethnicstudyofatherosclerosis; 10.lifetimerisksofcardiovasculardisease; 10.elevatedbasalfshinnormalcyclingwomenisassociatedwithunfavourablelipidlevelsandincreasedcardiovascularrisk; 10.implicationsofdiminishedovarianreserve; 10.extendwellbeyondreproductiveconcerns; 10.vasomotorsymptomsininfertilepremenopausalwomenahithertouna; 10.eciatedriskforlowbonemineraldensity; 10.expertopinionontherapeutictargets; 10.furtherevidencefordirectproresorptiveactionsoffsh; 10.fshreceptorisoformsandfshdependentgenetranscriptioninhumanmonocytesandosteoclasts; 10.blockingantibodytothesubunitoffshpreventsbonelossbyinhibitingboneresorptionandstimulatingbonesynthesis; 10.immunizationwithfshfusionproteinantigenpreventsbonelossinaratovariectomyinducedosteoporosismodel; 10.menopausaltransitionmoodandcognitionanintegratedviewtoclosethegaps; 10.theimpactofagerelatedovarianhormonelossoncognitiveandneuralfunction; 10.summaryofthenationalinstituteonagingsponsoredconferenceondepressivesymptomsandcognitivecomplaintsinthemenopausaltransition; 10.sexhormonesagingandalzheimersdisease; 10.menopauseandmitochondriawindowsintoestrogeneffectsonalzheimersdiseaseriskandtherapy; 10.alzheimersdiseaseoestrogenandmitochondriaanambiguousrelationship; 10.estrogenregulationofmitochondrialbioenergeticsimplicationsforpreventionofalzheimersdisease; 10.newevidenceofmitochondriadysfunctioninthefemalealzheimersdiseasebraindeficiencyofestrogenreceptor; 10.onsetofdementiaisassociatedwithageatmenopauseinwomenwithdownssyndrome; 10.earlyageatmenopauseisassociatedwithincreasedriskofdementiaandmortalityinwomenwithdownsyndrome; 10.reproductiveperiodandriskofdementiainpostmenopausalwomen; 10.journaloftheamericanmedicalassociation; 10.oophorectomymenopauseestrogentreatmentandcognitiveagingclinicalevidenceforawindowofo; 10.neuroprotectivemechanismconferredby; 10.betaestradiolonthebiochemicalbasisofalzheimersdisease; 10.estradiolregulatesinsulindegradingenzymeexpressionviaanerpi; 10.campusrelevancetoalzheimersprevention; 10.timingofhormonetherapyanddementiathecriticalwindowtheoryrevisited; 10.estrogenandcognitivefunctioninginwomenlessonswehavelearned; 10.thecosteffectivenessofhormonetherapyinyoungerandolderpostmenopausalwomen; 10.conjugatedequineestrogensandincidenceofprobabledementiaandmildcognitiveimpairmentinpostmenopausalwomenwomenshealthinitiativememorystudy; 10.journaloftheamericanmedicalassociation; 10.postmenopausalhormonetherapyandcognitiveoutcomesthewomenshealthinitiativememorystudy; 10.hormonalenvironmentaffectscognitionindependentofageduringthemenopausetransition; 10.riskfornewonsetofdepressionduringthemenopausaltransitiontheharvardstudyofmoodsandcycles; 10.associationsofhormonesandmenopausalstatuswithdepressedmoodinwomenwithnohistoryofdepression; 10.effectsofthemenopausetransitionandhormoneuseoncognitiveperformanceinmidlifewomen; 10.estrogenreplacementinperimenopauserelateddepressionapreliminaryreport; 10.americanjournalofobstetricsandgynecology; 10.efficacyofestradiolforthetreatmentofdepressivedisordersinperimenopausalwomenadoubleblindrandomizedplacebocontrolledtrial; 10.lackofefficacyofestradiolfordepressioninpostmenopausalwomenarandomizedcontrolledtrial; 10.memorycomplaintsandmemoryperformanceinthemenopausaltransition; 10.estrogenseffectsonthebrainmultiplesitesandmolecularmechanisms; 10.frommenarchetomenopauseexploringtheunderlyingbiologyofdepressioninwomenexperiencinghormonalchanges; 10.ovarianmorphologyinpremenstrualdysphoria; 10.depressedmoodthroughwomensreproductivecyclecorrelationtomoodatmenopause; 10.clusteringofcardiometabolicriskfactorsinasianindianwomensantiniketanwomenstudy; 10.depressivesymptomatologypsychologicalstressandovarianreservearoleforpsychologicalfactorsinovarianaging; 10.psychologicalstressandreproductiveagingamongpremenopausalwomen"
"Angelier F., Vleck C.M., Holberton R.L., Marra P.P."	"Telomere length, non-breeding habitat and return rate in male American redstarts"	"2013"	"Functional Ecology"	"27"	"72"	"10.telomerelengthnonbreedinghabitatandreturnrateinmaleamericanredstarts"	"10.howtocapturewildpasserinespeciestostudybaselinecorticosteronelevels; 10.shorttermchangesinbodyconditioninrelationtohabitatandrainfallabundanceinamericanredstartsduringthenonbreedingseason; 10.telomeressexreactiveoxygenspeciesandhumancardiovascularaging; 10.impartialcomparativeanalysisofmeasurementofleukocytetelomerelengthdnacontentbysouthernblotsandqpcr; 10.sexdifferencesintelomeresandlifespan; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.telomeremeasurementbyquantitativepcr; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.telomeresasagemarkersinvertebratemolecularecology; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciences; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedspecies; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; 10.telomereslinkingstressandsurvivalecologyandevolution; 10.telomeresandlongevitytestinganevolutionaryhypothesis; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciences; 10.theuseoftelomerelengthinecologyandevolutionarybiology; 10.telomereattritionduetoinfection; Juola F.A. Haussmann M.F. Dearborn D.C. Vleck C.M., 2006, Auk, 123, 37, DOI 10.telomereshorteninginalonglivedmarinebirdcrosssectionalanalysisandtestofanagingtool; 10.theroleofbehavioraldominanceinstructuringpatternsofhabitatoccupancyinamigrantbirdduringthenonbreedingseason; 10.linkingwinterandsummereventsinamigratorybirdusingstablecarbonisotopes; 10.corticosteronelevelsasindicatorofhabitatqualityeffectsofhabitatsegregationinamigratorybirdduringthenonbreedingseason; 10.consequencesofdominancemediatedhabitatsegregationinamericanredstartsduringthenonbreedingseason; 10.telomeresandlifehistoriesthelongandshortofit; 10.annalsofthenewyorkacademyofsciences; 10.crossingthegreatdividetelomeresandecology; 10.telomeredynamicslinkinglifestyleandlifespan; 10.proximatedeterminantsoftelomerelengthinsandlizards; 10.sexualdifferencesintelomereselectioninthewild; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.nonbreedingseasoneventsinfluencesexualselectioninalongdistancemigratorybird; 10.plumagebrightnesspredictsnonbreedingseasonterritoryqualityinalongdistancemigratorysongbirdtheamericanredstartsetophagaruticilla; 10.cancerandagingtheimportanceoftelomeresingenomemaintenance; 10.internationaljournalofbiochemicalcellbiology; 10.telomereshorteningandsurvivalinfrelivingcorvids; 10.shorttelomerelengthandbreastcancerriskastudyinsistersets; 10.nonbreedinghabitatoccupancyandpopulationprocessesanupgradeexperimentwithamigratorybird; 10.linkingfluctuationsinrainfalltononbreedingseasonperformanceinalongdistancemigratorybirdsetophagaruticilla; 10.rainfallinducedchangesinfoodavailabilitymodifythespringdepartureprogrammeofamigratorybird; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.oxidativestressshortenstelomeres; 10.whatareextremeenvironmentalconditionsandhowdoorganismscopewiththem"
"Sanders J.L., Newman A.B."	"Telomere length in epidemiology: A biomarker of aging, age-related disease, both, or neither?"	"2013"	"Epidemiologic Reviews"	"35"	"402"	"10.telomerelengthinepidemiologyabiomarkerofagingagerelateddiseasebothorneither"	"10.oxidativestressshortenstelomeres; 10.telomerelengthstemcellsandaging; 10.telomeresasbiomarkersforageingandagerelateddiseases; 10.istelomerelengthabiomarkerofagingareview; 10.biomarkersofagingfromprimitiveorganismstohumans; 10.biomarkersofaginganddiseaseintroductionanddefinitions; 10.dnasequencesoftelomeresmaintainedinyeast; 10.micewithbadendsmousemodelsforthestudyoftelomeresandtelomeraseincancerandaging; 10.functionalcharacterizationanddevelopmentalregulationofmousetelomeraserna; 10.restorationoftelomeraseactivityrescueschromosomalinstabilityandprematureagingintercmicewithshorttelomeres; 10.telomerasereactivationreversestissuedegenerationinagedtelomerasedeficientmice; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; 10.ngofamajorlocusthatdeterminestelomerelengthinhumans; 10.genecontributestotelomerelengthvariationinhumans; 10.agenomewideassociationstudyidentifiesanovellocusonchromosome; 10.influencingwhitecelltelomerelength; 10.commonvariantsneartercareassociatedwithmeantelomerelength; 10.genomewideassociationidentifiesobfc; 10.asalocusinvolvedinhumanleukocytetelomerebiology; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.leukocytetelomeresarelongerinafricanamericansthaninwhitesthenationalheartlungandbloodinstitutefamilyheartstudyandthebogalusaheartstudy; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.paternalageatbirthisanimportantdeterminantofoffspringtelomerelength; 10.offspringsleukocytetelomerelengthpaternalageandtelomereelongationinsperm; 10.humandiseasesoftelomerasedysfunctioninsightsintotissueaging; 10.theclinicalcharacteristicsofwernersyndromemolecularandbiochemicaldiagnosis; 10.modellingtelomereshorteningandtheroleofoxidativestress; 10.leukocytetelomeredynamicsandhumanhematopoieticstemcellkineticsduringsomaticgrowth; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts; 10.preferentialaccumulationofsinglestrandedregionsintelomeresofhumanfibroblasts; 10.acceleratedtelomereshorteninginfibroblastsafterextendedperiodsofconfluency; 10.roleofoxidativestressintelomerelengthregulationandreplicativesenescence; 10.mildhyperoxiashortenstelomeresandinhibitsproliferationoffibroblastsamodelforsenescence; 10.dependentcellcyclearrestviaaccumulationofgrichsinglestrandeddnafragments; 10.synchronyoftelomerelengthamonghematopoieticcells; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.telomeraseregulationcellcycleandtelomerestabilityinprimitivehematopoieticcells; 10.measurementoftelomerelengthbythesouthernblotanalysisofterminalrestrictionfragmentlengths; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.aquantitativepcrmethodformeasuringabsolutetelomerelength; 10.flowcytometryandfishtomeasuretheaveragelengthoftelomeres; 10.highthroughputtelomerelengthquantificationbyfishanditsa; 10.icationtohumanpopulationstudies; 10.extensiveallelicvariationandultrashorttelomeresinsenescenthumancells; 10.humantelomerebiologypitfallsofmovingfromthelaboratorytoepidemiology; 10.theloadofshorttelomeresestimatedbyanewmethoduniversalstelacorrelateswithnumberofsenescentcells; 10.socioeconomicstatusandtelomerelengththewestofscotlandcoronarypreventionstudy; 10.telomerelengthandcardiovascularriskfactorsinamiddleagedpopulationfreeofovertcardiovasculardisease; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.shorttelomeresareassociatedwithincreasedcarotidatherosclerosisinhypertensivesubjects; 10.whitecelltelomerelengthandriskofprematuremyocardialinfarction; 10.theassociationbetweenphysicalactivityinleisuretimeandleukocytetelomerelength; 10.insulinresistanceoxidativestresshypertensionandleukocytetelomerelengthinmenfromtheframinghamheartstudy; 10.leukocytetelomerelengthandcardiovasculardiseaseinthecardiovascularhealthstudy; 10.telomerelengthisassociatedwithobesityparametersbutwithagenderdifference; 10.raceethnicityandtelomerelengthinthemultiethnicstudyofatherosclerosis; 10.theeffectoftelomerelengthamarkerofbiologicalagingonbonemineraldensityinelderlypopulation; 10.leukocytetelomerelengthisassociatedwithhdlcholesterollevelsthebogalusaheartstudy; 10.leukocytetelomerelengthandcarotidarteryintimalmedialthicknesstheframinghamheartstudy; 10.obesitycigarettesmokingandtelomerelengthinwomen; 10.theassociationbetweentelomerelengthphysicalhealthcognitiveageingandmortalityinnondementedolderpeople; 10.noassociationbetweensocioeconomicstatusandwhitebloodcelltelomerelength; 10.oldermenwithhigherselfratedsocioeconomicstatushaveshortertelomeres; 10.educationalattainmentbutnotmeasuresofcurrentsocioeconomiccircumstancesareassociatedwithleukocytetelomerelengthinhealthyoldermenandwomen; 10.shorttelomeresandprognosisofhypertensioninachinesepopulation; 10.systemictelomerelengthandpreclinicalatherosclerosistheasklepiosstudy; 10.leukocytetelomerelengthandcoronaryarterycalcification; 10.leukocytetelomeredynamicslongitudinalfindingsamongyoungadultsinthebogalusaheartstudy; 10.telomereshorteninginatherosclerosis; 10.endothelialcellsenescenceinhumanatherosclerosisroleoftelomereinendothelialdysfunction; 10.vascularsmoothmusclecellsundergotelomerebasedsenescenceinhumanatherosclerosiseffectsoftelomeraseandoxidativestress; 10.telomerelengthriskofcoronaryheartdiseaseandstatintreatmentinthewestofscotlandprimarypreventionstudyanestedcasecontrolstudy; 10.leukocytetelomerelengthhypertensionandatherosclerosisaretherepotentialmechanisticexplanations; 10.homocysteinelevelsandleukocytetelomerelength; 10.higherserumvitamindconcentrationsareassociatedwithlongerleukocytetelomerelengthinwomen; 10.noassociationsbetweentelomerelengthandagesensitiveindicatorsofphysicalfunctioninmidandlaterlife; 10.telomerelengthinleukocytescorrelateswithbonemineraldensityandisshorterinwomenwithosteoporosis; 10.theassociationofcataractwithleukocytetelomerelengthinolderadultsdefininganewmarkerofaging; 10.telomerelengthversushormonalandbonemineralstatusinhealthyelderlymen; 10.leukocytetelomerelengthisassociatedwithcognitiveperformanceinhealthywomen; 10.shortertelomeresmaymarkearlyriskofdementiapreliminaryanalysisof; 10.participantsfromthenurseshealthstudy; 10.shorttelomeresinpatientswithvasculardementiaanindicatoroflowantioxidativecapacityandapossibleriskfactor; 10.telomerelengthisnotpredictiveofdementiaormciconversionintheoldestold; 10.cognitiveperformanceandleukocytetelomerelengthintwonarrowagerangecohortsapopulationstudy; 10.telomerelengthandcognitivefunctionincommunitydwellingeldersfindingsfromthehealthabcstudy; 10.shortertelomeresareassociatedwithmortalityinthosewithapoe; 10.aphysiologicindexofcomorbidityrelationshiptomortalityanddisability; 10.leukocytetelomerelengthisassociatedwithnoninvasivelymeasuredagerelateddiseasethecardiovascularhealthstudy; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.therateofleukocytetelomereshorteningpredictsmortalityfromcardiovasculardiseaseinelderlymen; 10.influencesonthereductionofrelativetelomerelengthover; 10.yearsinthepopulationbasedbruneckstudyintroductionofawellcontrolledhighthroughputassay; 10.leukocytetelomerelengthandmortalityinthecardiovascularhealthstudy; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.noassociationbetweentelomerelengthandsurvivalamongtheelderlyandoldestold; 10.associationbetweentelomerelengthspecificcausesofdeathandyearsofhealthylifeinhealthagingandbodycompositionapopulationbasedcohortstudy; 10.theindividualbloodcelltelomereattritionrateistelomerelengthdependent; 10.telomerelengthtrajectoryanditsdeterminantsinpersonswithcoronaryarterydiseaselongitudinalfindingsfromtheheartandsoulstudy; 10.fattyacidlevelswithtelomericaginginpatientswithcoronaryheartdisease; 10.telomerelengthandmortalityinelderlymenthezutphenelderlystudy; 10.longitudinalversuscrosssectionalevaluationsofleukocytetelomerelengthdynamicsagedependenttelomereshorteningistherule; 10.spuriousassociationbetweentelomerelengthreductionovertimeandbaselinetelomerelength; 10.oachtochronicdiseaseepidemiologyconceptualmodelsempiricalchallengesandinterdisciplinaryperspectives; 10.recurrentdenovopointmutationsinlaminacausehutchinsongilfordprogeriasyndrome; 10.phenotypeandcourseofhutchinsongilfordprogeriasyndrome; 10.tissuespecificacceleratedaginginnucleotideexcisionrepairdeficiency; 10.xerodermapigmentosumandotherdiseasesofhumanprematureaginganddnarepairmoleculestopatients; 10.exceptionalsurvivalinhumanpopulationsnationalinstituteonagingperspectivesandprograms; 10.associationoflongertelomereswithbetterhealthincentenarians; 10.ametaanalysisoffourgenomewideassociationstudiesofsurvivaltoage; 10.yearsorolderthecohortsforheartandagingresearchingenomicepidemiologyconsortium; 10.healthandfunctionofparticipantsinthelonglifefamilystudyacomparisonwithothercohorts; 10.tenyearsoflifeisitamatterofchoice; 10.theokinawandiethealthimplicationsofalowcalorienutrientdenseantioxidantrichdietarypatternlowinglycemicload; 10.siblingsofokinawancentenarianssharelifelongmortalityadvantages"
"Barrett E.L.B., Burke T.A., Hammers M., Komdeur J., Richardson D.S."	"Telomere length and dynamics predict mortality in a wild longitudinal study"	"2013"	"Molecular Ecology"	"22"	"167"	"10.telomerelengthanddynamicspredictmortalityinawildlongitudinalstudy"	"10.sexdifferencesintelomeresandlifespan; 10.absolutestandardsasausefuladditiontotheavianquantitativepcrtelomereassay; 10.oxidativestatusandtelomerelengthinalonglivedbirdfacingacostlyreproductiveevent; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietybiologicalsciencesseriesb; 10.journaloftheroyalstatisticalsocietyseriesb; 10.theroleofgroupsizeandenvironmentalfactorsonsurvivalinacooperativelybreedingtropicalpasserine; 10.mhcdependentsurvivalinawildpopulationevidenceforhiddengeneticbenefitsgainedthroughextrapairfertilisations; 10.themiqeguidelinesminimuminformationforpublicationofquantitativerealtimepcrexperiments; 10.cellularsenescenceandapoptosishowcellularresponsesmightinfluenceagingphenotypes; 10.telomeremeasurementsbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.adatabaseofvertebratelongevityrecordsandtheirrelationtootherlifehistorytraits; 10.telomeredynamicsinrelationtoearlygrowthconditionsinthewildinthelesserblackbackedgull; 10.onthemisuseofresidualsinecologyregressionofresidualsvsmultipleregression; 10.qpcrinhibitionandamplificationofdifficulttemplates; 10.pcrtroubleshootingandoptimizationtheessentialguidep; 10.caisteracademicpressnorfolkukgomesn; 10.comparativebiologyofmammaliantelomereshypothesesonancestralstatesandtherolesoftelomeresinlongevitydetermination; 10.allelespecificrelativetelomerelengthsandinheritance; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.agedependentterminaldeclinesinreproductiveoutputinawildbird; 10.telomeresandlongevitytestinganevolutionaryhypothesis; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomerelengthinearlylifepredictslifespan; 10.proceedingsofthenationalacademyofsciencesofunitedstatesofamerica; 10.telomerelengthassessmentbiomarkerofchronicoxidativestress; 10.mechanismsofageinganddevelopment; 10.importanceofhabitatsaturationandterritoryqualityforevolutionofcooperativebreedingintheseychelleswarbler; 10.whyseychelleswarblersfailtorecolonizenearbyislandsunwillingorunabletoflythere; 10.chronicoxidativestresscompromisestelomereintegrityandacceleratestheonsetofsenescenceinhumanendothelialcells; 10.measuringindividualdifferencesinreactionnormsinfieldandexperimentalstudiesapoweranalysisofrandomregressionmodels; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.annalsofthenewyorkacademyofsciences; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.iedlifedataanalysisjohnwileysonsinc; 10.americanstatisticalaamericanstatisticalassociation; 10.telomerelengthisassociatedwithobesityparametersbutwithagenderdifference; 10.theevolutionaryecologyofindividualphenotypicplasticityinwildpopulations; 10.measuringsenescenceinwildanimalpopulationstowardsalongitudinala; 10.patternsofbodymasssenescenceandselectivedisa; 10.arancedifferamongthreespeciesoffreelivingungulates; 10.aquantitativerealtimepcrmethodforabsolutetelomerelength; 10.telomerestelomeraseandagingoriginofthetheory; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.agespecificreproductivetactics; 10.parentageassignmentandextragrouppaternityinacooperativebreedertheseychelleswarbler; 10.grandparenthelperstheadaptivesignificanceofolderpostdominanthelpersintheseychelleswarbler; 10.amplificationefficiencylinkingbaselineandbiasintheanalysisofquantitativepcrdata; 10.telomeredysfunctioninducesmetabolicandmitochondrialcompromise; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietybiologicalsciencesseriesb; 10.hematopoieticstemcellheterogeneitysubtypesnotunpredictablebehavior; 10.geniccaptureandresolvingthelekparadox; 10.spatiotemporalvariationinterritoryqualityandoxidativestatusanaturalexperimentintheseychelleswarbler; 10.quantifyingindividualvariationinreactionnormshowstudydesignaffectstheaccuracyprecisionandpowerofrandomregressionmodels; 10.agedependenttraitsanewstatisticalmodeltoseperatewithinandbetweenindividualeffects; 10.asimplemethodfordistinguishingwithinversusbetweensubjecteffectsusingmixedmodels; Vleck C.M. Vleck D. Palacios M.G., 2011, Journal of Ornithology, 152, 11, DOI 10.evolutionaryecologyofsenescenceacasestudyusingtreeswallowstachycinetabicolor; 10.characterizationofoxidativeguaninedamageandrepairinmammaliantelomeres; 10.theecologicalcostsofavianfatstorage; 10.philosophicaltransactionsoftheroyalsocietyoflondonbbiologicalsciences; 10.telomeredysfunctionandatmdeficiencycompromisesorganhomeostasisandacceleratesageing; 10.thetelosomeshelterincomplexanditsfunctions"
"Fick L., Fick G., Li Z., Cao E., Bao B., Heffelfinger D., Parker H., Ostrander E., Riabowol K."	"Telomere Length Correlates with Life Span of Dog Breeds"	"2012"	"Cell Reports"	"2"	"47"	"10.telomerelengthcorrelateswithlifespanofdogbreeds"	"10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.telomerelengthmeasurementcaveatsandacriticalassessmentoftheavailabletechnologiesandtools; 10.extensiveallelicvariationandultrashorttelomeresinsenescenthumancells; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.noassociationbetweentelomerelengthandsurvivalamongtheelderlyandoldestold; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthisinheritedwithresettingofthetelomeresetpoint; 10.elongatesshorttelomeresandincreaseshealthspanofadultoldmicewithoutincreasingcancerincidence; 10.mortalityinnorthamericandogsfrom; 10.aninvestigationintoagesizeandbreedrelatedcausesofdeath; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.exploringgeneticsusceptibilitytocancerindiversepopulations; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerelengthinearlylifepredictslifespan; 10.wildderivedinbredmousestrainshaveshorttelomeres; 10.telomerelengthtelomerebindingproteinsanddnadamagesignaling; 10.sharedenvironmentalfactorsassociatedwithtelomerelengthmaintenanceinelderlymaletwins; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.accumulationofshorttelomeresinhumanfibroblastspriortoreplicativesenescence; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; McKevitt T.P. Nasir L. Devlin P. Argyle D.J., 2002, Journal of Nutrition, 132, 38, DOI 10.telomerelengthsindogsdecreasewithincreasingdonorage; 10.cellsenescenceinratkidneysinvivoincreaseswithgrowthandagedespitelackoftelomereshortening; 10.telomerelengthsandtelomeraseactivityindogtissuesapotentialmodelsystemtostudyhumantelomereandtelomerasebiology; 10.aquantitativepcrmethodformeasuringabsolutetelomerelength; 10.principleofmarginotomyintemplatesynthesisofpolynucleotides; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.geneticstructureofthepurebreddomesticdog; 10.mansbestfriendbecomesbiologysbestinshowgenomeanalysesinthedomesticdog; 10.oxygensensitivityseverelylimitsthereplicativelifespanofmurinefibroblasts; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.phenotypesinmtertandmtertmiceareduetoshorttelomeresnottelomereindependentfunctionsoftelomerasereversetranscriptase; 10.extensiveandbreedspecificlinkagedisequilibriumincanisfamiliaris; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.atmdependenttelomerelossinaginghumandiploidfibroblastsanddnadamageleadtotheposttranslationalactivationofp; 10.reconstitutionoftelomeraseactivityinnormalhumancellsleadstoelongationoftelomeresandextendedreplicativelifespan; 10.telomeredrivenreplicativesenescenceisastressresponse; 10.fifteenyearfollowupofassociationbetweentelomerelengthandincidentcancerandcancermortality"
"Pauliny A., Larsson K., Blomqvist D."	"Telomere dynamics in a long-lived bird, the barnacle goose"	"2012"	"BMC Evolutionary Biology"	"12"	"28"	"10.telomeredynamicsinalonglivedbirdthebarnaclegoose"	"10.agingisnolongeranunsolvedprobleminbiology; 10.annalsofthenewyorkacademyofsciences; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.blockinanaphasechromosomeseparationcausedbyatelomerasetemplatemutation; 10.telomerepositioneffectinhumancells; 10.telomeresinterstitialtelomericrepeatsequencesandchromosomalaberrations; 10.mutationresearchreviewsinmutationresearch; 10.longlifespaninwormswithlongtelomericdna; 10.theroleofoxidativedamageandstressinaging; 10.mechanismsofageinganddevelopment; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietybbiologicalsciences; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.americanjournalofhumangenetics; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.sexualdifferencesintelomereselectioninthewild; 10.sexdifferencesintelomeresandlifespan; 10.fromthehigharctictothebalticthesuccessfulestablishmentofabarnaclegoosebrantaleucopsispopulationongotlandsweden; 10.barnaclegoosebrantaleucopsisrussiabaltic; 10.goosepopulationsofthewesternpalearcticareviewofstatusanddistributionwetlandsinternationalpublno; 10.rndenationalenvironmentalresearchinstitutedenmarkmadsenjcracknellgfoxadblackjm; 10.wildgoosedilemmaspopulationconsequencesofindividualdecisionsinbarnaclegeese; 10.groningenbrantapressvanderjeugdhp; 10.keepingupwithearlyspringsrapidrangeexpansioninanavianherbivoreincursamismatchbetweenreproductivetimingandfoodsu; 10.thenumberofbarnaclegeeseineuropein; 10.currentestimatesofgoosepopulationsizesinthewesterneuropeagapanalysisandassessmentoftrends; 10.populationdynamicsofthebarnaclegoosebrantaleucopsisinthebalticareadensitydependenteffectsonreproduction; 10.bodysizedeclinesdespitepositivedirectionalselectiononheritablesizetraitsinabarnaclegoosepopulation; 10.molecularcloningalaboratorymanual; 10.coldspringharborcoldspringharborpressgrantjd; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegels; 10.newstrategiesfortelomerebasedageestimation; 10.randomizationandmontecarlomethodsinbiology; 10.leukocytetelomeredynamicslongitudinalfindingsamongyoungadultsinthebogalusaheartstudy; 10.mitochondrialoxygenradicalgenerationandleaksitesofproductioninstates; 10.organspecificityandrelationtoagingandlongevity; 10.journalofbioenergeticsandbiomembranes; 10.oxidativedamagetomitochondrialdnaisinverselyrelatedtomaximumlifespanintheheartandbrainofmammals; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.fightingforfitnesstelomeresoxidativestressandlifehistorytradeoffsinacolonialcorvidphdthesis; 10.universityofgroningendepartmentofbehaviouralbiologyhallme; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.telomeresandhumansomaticfitness; 10.journalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.exceptionalcellularresistancetooxidativedamageinlonglivedbirdsrequiresactivegeneexpression"
"Sabatino L., Picano E., Andreassi M.G."	"Telomere shortening and ionizing radiation: A possible role in vascular dysfunction?"	"2012"	"International Journal of Radiation Biology"	"88"	"20"	"10.telomereshorteningandionizingradiationapossibleroleinvasculardysfunction"	"10.telomereshorteningoccursinasianindiantype; 10.dnadamageasanewemergingriskfactorinatherosclerosis; 10.trendsincardiovascularmedicine; 10.dnadamagevascularsenescenceandatherosclerosis; 10.geneticsofleukocytetelomerelengthanditsroleinatherosclerosis; 10.agedependentaneuploidyandtelomerelengthofthehumanvascularendothelium; 10.telomereshallmarksofradiosensitivity; 10.telomeresandtelomerasefrombasicresearchtoclinicala; 10.newdevelopmentsintelomerelengthanalysis; 10.telomereshorteningmetabolicvasculardiseases; 10.indianjournalofmedicalresearch; 10.radiationinducedbystandereffectinhealthyg; 10.humanlymphocytesbiologicalandclinicalsignificance; 10.shorttelomeresareassociatedwithincreasedcarotidatherosclerosisinhypertensivesubjects; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.canlowdoseradiationincreaseriskofcardiovasculardisease; 10.switchingandsignalingatthetelomere; 10.telomeresandtelomerasethemeanstotheend; 10.angewandtechemieinternationaledition; 10.theepigeneticregulationofmammaliantelomeres; 10.telomerelengthdynamicsinvasculardiseaseareview; 10.europeanjournalofvascularandendovascularsurgery; 10.httpwwwfdagovradiationemittingproductsradiationsafetyradiationdosereductionucm; 10.htmcenterfordevicesandradiologicalhealthinitiativetoreduceunnecessaryradiationexposurefrommedicalimagingchange; 10.telomerelengthandreplicativeaginginhumanvasculartissues; 10.proceedingsofthenationalacademyofsciencesoftheusa; 10.proteincompositionofcatalyticallyactivehumantelomerasefromimmortalcells; 10.healthrisksfromexposuretolowlevelsofionizingradiation; 10.xcommitteetoassesshealthrisksfromexposuretolowlevelsofionizingradiationbeirviiphase; 10.washingtondcthenationalacademiespressconem; 10.presidentscancerpanelenvironmentallycausedcancersaregrosslyunderestimatedandneedlesslydevastateamericanlives; 10.httpwwwenvironmentalhealthnewsorgehsnewspresidentscancerpanelcongys; 10.humantelomeraseanditsregulation; 10.microbiologyandmolecularbiologyreviews; 10.functionallinksbetweentelomeresandproteinsofthednadamageresponse; 10.telomerelengthinhumanadultsandhighlevelnaturalbackgroundradiation; 10.httpwwwplosoneorgarticleinfodoi; 10.telomereshorteningaltersthekineticsofthednadamageresponseafterionizingradiationinhumancells; 10.agingtelomeresandatherosclerosis; 10.emergingevidenceforradiationinducedcirculatorydiseases; 10.proceedingsfromascientificseminarheldinluxembourgon; 10.httpeceuropaeuenergynuclearradiationprotectiondocpublication; 10.telomeraseregulationandstemcellbehavior; 10.molecularbiologyeffectsoftelomeraseandtelomerelengthonepidermalstemcellbehavior; 10.melanomagrowthandimpairedvascularizationintelomerasedeficientmicewithcriticallyshorttelomeres; 10.telomerelengthindifferenttissuesofelderlypatients; 10.mechanismsofageinganddevelopment; 10.telomerebiologyandcardiovasculardisease; 10.shorttelomeresresultsinorganismalhypersensitivitytoionizingradiationinmammals; 10.thejournalofexperimentalmedicine; 10.antioxidantsinhibitnuclearexportoftelomerasereversetranscriptaseanddelayreplicativesenescenceofendothelialcells; 10.telomeresshortenduringageingofhumanfibroblasts; 10.analysisofrelativetelomerelengthandapoptosisinhumansexposedtoionisingradiation; 10.consultationpdfinternationalcommissiononradiologicalprotection; 10.; 10.theroleofhomologousrecombinationinradiationinduceddoublestrandbreakrepair; 10.telomereshorteningwithaginginhumanthyroidandparathyroidtissue; 10.dnadoublestrandbreakssignalingrepairandthecancerconnection; 10.enhancedexpressionofmitochondrialgenesinsenescentendothelialcellsandfibroblasts; 10.mechanismsofageinganddevelopment; 10.degenerativeaorticvalvestenosisbutnotcoronarydiseaseisassociatedwithshortertelomerelengthintheelderly; 10.arteriosclerosisthrombosisandvascularbiology; 10.shortenedtelomeresjointodnabreaksinterferingwiththeircorrectrepair; 10.asystematicreviewofepidemiologicalassociationsbetweenlowandmoderatedosesofionizingradiationandlatecardiovasculareffectsandtheirpossiblemechanisms; 10.telomerelengthasariskmarkerforcardiovasculardiseasethenextbigthing; 10.expertreviewofmoleculardiagnostics; 10.heterozygoustelomerasernamutationsfoundindyskeratosiscongenitaandaplasticanemiareducetelomeraseactivityviahaploinsufficiency; 10.radiologicandnuclearmedicinestudiesintheunitedstatesandworldwidefrequencyradiationdoseandcomparisonwithotherradiationsources; 10.vascularcellsenescencecontributiontoatherosclerosis; 10.hypoxiaextendsthelifespanofvascularsmoothmusclecellsthroughtelomeraseactivation; 10.assessingcancerrisksoflowdoseradiation; 10.chromosomerearrangementsresultingfromtelomeredysfunctionandtheirroleincancer; 10.telomerebiologyinhealthyaginganddisease; 10.mitochondriatelomeresandcellsenescence; 10.sustainabilityofmedicalimaging; 10.theradiationissueincardiologythetimeforactionisnow; 10.accumulationofthecommonmitochondrialdnadeletioninducedbyionizingradiation; 10.telomerelengthmediatestheeffectsoftelomeraseonthecellularresponsetogenotoxicstress; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.cellularadaptiveresponsetochronicradiationexposureininterventionalcardiologists; 10.genomewideassociationanalysisofcoronaryarterydisease; 10.ahigherorderoftelomereregulationtelomereheterochromatinandtelomericrnas; 10.radiationinducedcardiovasculardiseasesistheepidemiologicevidencecompatiblewiththeradiobiologicdata; 10.internationaljournalofradiationoncologybiologyphysics; 10.irradiationinducedmodestchangesinmurinecardiacfunctiondespiteprogressivestructuraldamagetothemyocardiumandmicrovasculature; 10.telomeresandcardiovasculardiseasedoessizematter; 10.telomerestabilitycorrelateswithlongevityofhumanbeingsexposedtoionizingradiations; 10.regulationofdnadoublestrandbreakrepairpathwaychoice; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.americanjournalofhumangenetics; 10.theroleofdnadamageresponseproteinsattelomeresanintegrativemodel; 10.telomeresandradiationinducedchromosomebreakage; 10.radiationinducedheartdiseaseclinicalandexperimentalaspects; 10.radiologicclinicsofnorthamerica; 10.telomerelengthsarecharacteristicineachhumanindividual; 10.freeradicalsinpatientswithposttraumaticstressdisorder; 10.europeanarchivesofpsychiatryandclinicalneuroscience; 10.reportsourcesandeffectsofionizingradiation; 10.annexapdfunitednationsscientificcommitteeontheeffectsofatomicradiation; 10.annexaandannexbhttpwwwunscearorgdocsreports; 10.nitricoxideactivatestelomeraseanddelaysendothelialcellsenescence; 10.cancerriskfromprofessionalexposureinstaffworkingincardiaccatheterizationlaboratoryinsightsfromthenationalresearchcouncilsbiologicaleffectsofionizingradiationviireport; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts; 10.roleofoxidativestressintelomerelengthregulationandreplicativesenescence; 10.annalsofthenewyorkacademyofsciences; 10.oxidativestressshortenstelomeres; 10.telomeredrivenreplicativesenescenceisastressresponse; 10.telomerescellsenescenceandhumanageing; 10.andanoveldeletionofmitochondrialdnainducedbyionizingradiation; 10.internationaljournalofradiationbiology; 10.characterizationofoxidativeguaninedamageandrepairinmammaliantelomeres; 10.respiratoryfunctiondeclineanddnamutationinmitochondriaoxidativestressandalteredgeneexpressionduringaging; 10.theassociationoftelomerelengthandcancerametaanalysis; 10.cancerepidemiologybiomarkersandprevention; 10.telomeredysfunctionimpairsdnarepairandenhancessensitivitytoionizingradiation; 10.resultintumorpredispositionandgtotmutationsincodon; 10.thednadamageresponseputtingcheckpointsinperspectives"
"Voillemot M., Hine K., Zahn S., Criscuolo F., Gustafsson L., Doligez B., Bize P."	"Effects of brood size manipulation and common origin on phenotype and telomere length in nestling collared flycatchers"	"2012"	"BMC Ecology"	"12"	"52"	"10.effectsofbroodsizemanipulationandcommonoriginonphenotypeandtelomerelengthinnestlingcollaredflycatchers"	"10.oxforduniversitypressthedualroleofdnainlifeanddeathmeynej; 10.conservationofthehumantelomeresequence; 10.chromosomeendsdifferentsequencesmayprovideconservedfunctions; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.replicationandprotectionoftelomeres; 10.howtelomeressolvetheendprotectionproblem; 10.telomeresshortenduringagingofhumanfibroblasts; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.telomeraseactivityinnormalandmalignanthematopoieticcells; 10.essionandorganismalaginggoodcitizensbadneighbors; 10.cellularsenescencecancerandagingthetelomereconnection; 10.telomerelengthstemcellsandaging; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.telornerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewildproc; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.telomerelengthinearlylifepredictslifespan; 10.growthtelomeredynamicsandsuccessfulandunsuccessfulhumanaging; 10.theepigeneticregulationofmammaliantelomeres; 10.telomerelengthasaquantitativetraitgenomewidesurveyandgeneticma; 10.ngoftelomerelengthcontrolgenesinyeast; 10.nggeneticlocithatdetermineleukocytetelomerelengthinalargesampleofunselectedfemalesiblingpairs; 10.genomewideassociationidentifiesobfc; 10.asalocusinvolvedinhumanleukocytetelomerebiology; 10.variationintheheritabilityandevolvabilityofhumanlifespan; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; 10.theheritabilityoftelomerelengthamongtheelderlyandoldestold; 10.ngofamajorlocusthatdeterminestelomerelengthinhumans; Horn T. Robertson B.C. Will M. Eason D.K. Elliott G.P. Gemmell N.J., 2011, PLoS ONE, 6, 54, DOI 10.inheritanceoftelomerelengthinabird; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.stressexposureinintrauterinelifeisassociatedwithshortertelomerelengthinyoungadulthood; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.embryonicexposuretocorticosteronemodifiesthejuvenilestressresponseoxidativestressandtelomerelength; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.sharedenvironmentalfactorsassociatedwithtelomerelengthmaintenanceinelderlymaletwins; 10.telomeresandlifestylefactorsrolesincellularaging; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.rapidtelomereshorteninginchildren; 10.oxidativestressshortenstelomeres; 10.roleoffetalandinfantgrowthinprogramminglaterlife; 10.compensationforabadstartgrownowpaylater; 10.heritabilityofdispersalpropensityinapatchypopulation; 10.expressionofgeneticvariationinbodysizeofthecollaredflycatcherunderdifferentenvironmentalconditions; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.theindividualoptimizationoffitnessvariationinreproductiveoutputincludingclutchsizemeannestlingmassandoffspringrecruitmentinmanipulatedbroodsofgreattitsparusmajor; 10.publicinformationandbreedinghabitatselectioninawildbirdpopulation; 10.catchupgrowthstrategiesdifferbetweenbodystructuresinteractionsbetweenageandstructurespecificgrowthinwildnestlingalpineswifts; 10.thelifespanoftheredbloodcellandtheredbloodcellvolumeinthechickenpigeonandduckasestimatedbytheuseofna; 10.withobservationsonredcellturnoverrateinthemammalbirdandreptile; 10.telomeremeasurementbyquantitativepcr; 10.realtimepcrassayformeasurementofmousetelomeres; 10.theepidemiologyofhumantelomeresfaultsandpromises; 10.environmentalqualityandevolutionarypotentiallessonsfromwildpopulations; 10.telomeresinthechickengenomestabilityandchromosomeends; 10.themiqeguidelinesminimuminformationforpublicationofquantitativerealtimepcrexperiments"
"Plot V., Criscuolo F., Zahn S., Georges J.-Y."	"Telomeres, age and reproduction in a long-lived reptile"	"2012"	"PLoS ONE"	"7"	"56"	"10.telomeresageandreproductioninalonglivedreptile"	"10.whatisindividualqualityanevolutionaryperspective; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.oxidativestressshortenstelomeres; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.catchingupbuttelomerelosshalfopeningtheblackboxofgrowthandageingtradeoffinwildkingpenguinchicks; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.proximatedeterminantsoftelomerelengthinsandlizards; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.sexualdifferencesintelomereselectioninthewild; Olsson M. Pauliny A. Wapstra E. Uller T. Schwartz T. Blomqvist D., 2011, PLoS ONE, 6, 78, DOI 10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.sexdifferencesintelomeresandlifespan; 10.telomeresandlifehistoriesthelongandtheshortofit; 10.growthofcaptiveleatherbackturtlesdermochelyscoriaceawithinferencesongrowthinthewildimplicationsforpopulationdeclineandrecovery; 10.metabolismofleatherbackturtlesgigantothermyandthermoregulationofdinosaurs; 10.energybudgetcalculationsindicateresourcelimitationineasternpacificleatherbackturtles; 10.inlutzplmusickjaeditorseditorsfossettes; 10.theworldslargestleatherbackrookeriesconservationandresearchinfrenchguianasurinamandgabon; 10.tradeoffbetweencurrentreproductiveeffortanddelaytonextreproductionintheleatherbackseaturtles; 10.estimatingbodymassinleatherbackturtlesdermochelyscoriaceamarecolprogser; 10.annualvariationinclutchsizeandfrequencyforloggerheadturtlescarettacarettanestingatlittlecumberlandislandgeorgiausa; 10.estimatingclutchfrequencyintheseaturtledermochelyscoriaceausingstopoverduration; 10.leatherbackturtlesdermochelyscoriaceanestinginfrenchguiana; 10.plotvjenkinstrobinjpfossettesgeorgesjy; 10.areleatherbackturtlescapitalbreedersmorphometricandphysiologicalevidencesfromlongitudinalmonitoringcriscuolof; 10.realtimequantitativepcrassayformeasurementofaviantelomeres; 10.telomeremeasurementbyquantitativepcr; 10.chasingtelomeresnotredherringsinevolutionaryecology; 10.individualstateandsurvivalprospectsagesexandtelomerelengthinalonglivedseabird; 10.telomerelengthinearlylifepredictslifespan; 10.telomereslinkingstressandsurvivalecologyandevolution; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.oxidativestressasalifehistoryconstrainttheroleofreactiveoxygenspeciesinshapingphenotypesfromconceptiontodeath; 10.variationinreproductiveoutputofmarineturtles; 10.whereleatherbackturtlesmeetfisheries; 10.isotopeanalysisrevealsforagingareadichotomyforatlanticleatherbackturtles; Hatase H. Sudo R. Watanabe K.K. Kasugai T. Saito T. Okamoto H. Uchida I. Tsukamoto K., 2008, Genes and Genetic Systems, 83, 21, DOI 10.shortertelomerelengthwithageintheloggerheadturtleanewhopeforliveseaturtleageestimation; 10.telomeraseactivityinimmortalfish; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.dotelomeredynamiclinkslifestyleandlifespan"
"Sköld H.N., Obst M."	"Potential for clonal animals in longevity and ageing studies"	"2011"	"Biogerontology"	"12"	"27"	"10.potentialforclonalanimalsinlongevityandageingstudies"	"10.evolutionofsexwhydoorganismsshuffletheirgenotypes; 10.withobligateasexualreproduction; 10.regenerationinthemetazoanswhydoesitha; 10.princetonuniversitypressprincetonanthonykrn; 10.effectsofflowhabitatonbodysizeandreproductivepatternsintheseaanemonemetridiumsenile; 10.effectsofsubstratuminstabilityonlocomotionandpedallacerationinmetridiumsenile; 10.naturalapoptosisduringtheblastogeneticcycleofthecolonialascidianbotryllusschlosseriamorphologicalanalysis; 10.seasonalchangesinpopulationstructureofthefissiparousasteroidsallostichasterinsignis; 10.measuringthecostofreproductioniithecorrelationstructureofthelifetablesoffivefreshwaterinvertebrates; 10.sexualandasexualreproductioninanaturalpopulationofhydrapseudoligactis; 10.evolutionofanimalregenerationreemergenceofafield; 10.studiesintunicatedevelopmentivasexualreproduction; 10.waterbornespermtriggervitellogenicegggrowthintwosessilemarineinvertebrates; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.phylogeneticconsiderationsofclonalitycolonialityandmodeofgermlinedevelopmentinanimals; 10.journalofexperimentalzoologypartbmolecularanddevelopmentalevolution; 10.themanyfacesoftelomeraseemergingextratelomericeffects; 10.hydraandtheevolutionofstemcells; 10.studiesonthecomparativephysiologyofagingivageandmortalityofsomemarinecnidariainthelaboratory; 10.thecoevolutionofcellsenescenceanddiploidsexualreproductioninunicellularorganisms; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.longevityofclonalplantswhyitmattersandhowtomeasureit; 10.fissionandautotomyinechinoderms; 10.longevitysenescenceandthegenome; 10.universityofchicagopresschicagofinchcf; 10.updateonslowageingandnegligiblesenescenceaminireview; 10.studiesofcaenorhabditiselegansdaf; 10.insulinsignalingrevealtargetsforpharmacologicalmanipulationoflifespan; 10.whencanaclonalorganismescapesenescence; 10.fissioninseaanemonesintegrativestudiesoflifecycleevolution; 10.integrativeandcomparativebiology; 10.phylogeneticrelationshipswithinthelophophoratelineages; 10.ectoproctabrachiopodaandphoronida; 10.calorierestrictionandagingreviewoftheliteratureandimplicationsforstudiesinhumans; 10.americanjournalofclinicalnutrition; 10.assessingtherootofbilateriananimalswithscalablephylogenomicmethods; 10.possibilityofmixedprogenitorcellsinsea; 10.agerelatedmarkersassayedatdifferentdevelopmentalstagesoftheannualfishnothobranchiusrachovii; 10.lessonsinmodularitytheevolutionaryecologyofcolonialinvertebrates; 10.docoralslieabouttheiragesomedemographicconsequencesofpartialmortalityfissionandfusion; 10.telomericlengthandtelomeraseactivityvarywithageinperipheralbloodcellsobtainedfromnormalindividuals; 10.theecologyandgeneticsoffitnessinchlamydomonasxiirepeatedsexualepisodesincreaseratesofadaptationtonovelenvironments; 10.cellularandclonalaginginthesuctorianprotozoantokophryainfusionum; 10.mechanismsofageinganddevelopment; 10.establishmentofcelllinesfrommultipotentepithelialsheetinthebuddingtunicatepolyandrocarpamisakiensis; 10.telomeraseactivityinnormalovariesandprematureovarianfailure; 10.telomerasemaintainedinselfrenewingtissuesduringserialregenerationoftheurochordatebotryllusschlosseri; 10.stemcellsareunitsofnaturalselectioninacolonialascidian; 10.amorphologicalstudyofnonrandomsenescenceinacolonialurochordate; 10.evolutionarymedicinefromdwarfmodelsystemstohealthycentenarians; 10.mortalitypatternssuggestlackofsenescenceinhydra; 10.senescenceandrejuvenationinasexualmetazoans; 10.reproductivebiologyofinvertebratesprogressinasexualreproduction; 10.oxfordibhpublishingnewdelhimartnezde; 10.asexualmetazoansundergosenescence; 10.; 10.stemcellsinasexualreproductionofmarineinvertebrates; 10.telomerasedeficiencyinacolonialascidianafterprolongedasexualpropagation; 10.thepatternofcellproliferationduringbuddinginthecolonialascidiandiplosomalisterianum; 10.bilaterianphylogenyabroadsamplingof; 10.nucleargenesprovidesanewlophotrochozoaphylogenyandsu; 10.rtsaparaphyleticbasalacoelomorpha; 10.lophotrochozoainternalphylogenynewinsightsfromanuptodateanalysisofnuclearribosomalgenes; 10.improvedphylogenomictaxonsamplingnoticeablyaffectsnonbilaterianrelationships; 10.spindleorientationbiasingutepithelialstemcellcompartmentsislostinprecanceroustissue; 10.invitrodelayedsenescenceofextirpatedbudsfromzooidsofthecolonialtunicatebotryllusschlosseri; 10.uvincitesdiverselevelsofdnabreaksindifferentcellularcompartmentsofabranchingcoralspecies; 10.genderdifferencesandnonmendelianinheritanceofoxidativedamageinmarinecopepods; 10.thehomeodomaincomplementofthectenophoremnemiopsisleidyisuggeststhatctenophoraandporiferadivergedpriortotheparahoxozoa; 10.prevalenceofcrossfertilizationinthehermaphroditiccompoundascidiandiplosomalisterianum; 10.thepowerofregenerationandthestemcellkingdomfreshwaterplanarians; 10.telomerelengthisresetduringearlymammalianembryogenesis; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.reproductionofmarineinvertebrates; 10.reproductiveproteinprotectsfunctionallysterilehoneybeeworkersfromoxidativestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.spatialvariabilityinsexualandasexualreproductionofthefissiparousseastarcoscinasteriasmuricatatheroleoffoodandfluctuatingtemperature; 10.geneticsubdivisionofaseastarwithhighdispersalcapabilityinrelationtophysicalbarriersinafjordicseascape; 10.oxidativestresscaloricrestrictionandaging; 10.geneticstudiesonstenostomumincaudatum; 10.urochordatesaremonophyleticwithinthedeuterostomes; 10.intriguingasexuallifeinmarginalpopulationsofthebrownseaweedfucusvesiculosus; 10.rejuvenescenceandextensionofanurochordatelifespanfollowingasingleacuteadministrationofanantioxidantbutylatedhydroxytoluene; 10.mechanismsofageinganddevelopment; 10.immortalityandthebaseofmulticellularlifelessonsfromcnidarianstemcells; 10.essaysuponheredityandkindredbiologicalproblems; 10.clarendonpressoxfordwilliamsgc; 10.pleiotropynaturalselectionandtheevolutionofsenescence; 10.naturalselectionthecostsofreproductionandarefinementoflacksprinciple; 10.sirtuinactivatorsmimiccaloricrestrictionanddelayageinginmetazoans; 10.degenerationaftersexualdifferentiationinhydraanditsrelevancetotheevolutionofaging"
"Izzo C., Hamer D.J., Bertozzi T., Donnellan S.C., Gillanders B.M."	"Telomere length and age in pinnipeds: The endangered Australian sea lion as a case study"	"2011"	"Marine Mammal Science"	"27"	"15"	"10.telomerelengthandageinpinnipedstheendangeredaustraliansealionasacasestudy"	"10.realtimepcrdesignstoestimatenuclearandmitochondrialdnacopynumberinforensicandancientdnastudies; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.proceedingsofthenationalacademyofscience; 10.canonicalanalysisofprincipalcoordinatesausefulmethodofconstrainedordinationforecology; 10.amethodforcomparingtheprecisionofasetofagedeterminations; 10.canadianjournaloffisheriesandaquaticsciences; 10.growthofsouthernelephantsealsmiroungaleoninaduringtheirfirstforagingtrip; 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewildproceedingsoftheroyalsocietybblackburneh; 10.interphotoreceptorretinoidbindingprotein; 10.thejournalofbiologicalchemistry; 10.furtherscrutinyofscientificwhaling; Brümmendorf T.H. Mak J. Sabo K.M. Baerlocher G.M. Dietz K. Abkowitz J.L. Lansdorp P.M., 2002, Experimental Hematology, 30, 60, DOI 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo; 10.realtimepcrassayformeasurementofmousetelomeres; 10.islandsintheseaextremefemalenatalsitefidelityintheaustraliansealionneophocacinerea; 10.telomeremeasurementbyquantitativepcr; 10.astatisticalmethodforevaluatingthereproducibilityofagedetermination; 10.australianjournalofmarineandfreshwaterresearch; 10.agingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.naturalenvironmentalresearchcouncil; 10.plymouthmarinelaboratoryplymouthukcoviellomclaughlingm; 10.telomerelengthregulationduringpostnataldevelopmentandageinginmusspretus; 10.upregulationoftelomerasefunctionduringtissueregeneration; 10.experimentalbiologyandmedicine; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciences; 10.evidenceforaprolongedpostimplantationperiodintheaustraliansealion; 10.journalofreproductionandfertility; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirdsproceedingsoftheroyalsocietyoflondonbhastiend; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.thenonannualnonseasonalbreedingcycleoftheaustraliansealionneophocacinerea; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.reproductionfertilityanddevelopment; 10.animprovedmethodfordeterminingtelomerelengthanditsuseinassessingageinbloodandsaliva; 10.breedingandlongevityincaptiveaustraliansealionsneophocacinereaatzoosandaquariainaustralia; 10.lifehistoryandpopulationdemographicsoftheaustraliansealionphdthesislatrobeuniversitybundooravictoriaaustraliamckevitttp; McKevitt T.P. Nasir L. Devlin P. Argyle D.J., 2002, Journal of Nutrition, 132, 38, DOI 10.telomerelengthsindogsdecreasewithincreasingdonorage; McKevitt T.P. Nasir L. Wallis C.V. Argyle D.J., 2003, American Journal of Veterinary Research, 64, 23, DOI 10.acohortstudyoftelomereandtelomerasebiologyincats; 10.americanjournalofveterinaryresearch; 10.distributionofnontelomericsitesofthe; 10.ntelomericsequenceinvertebratechromosomes; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerelengthsandtelomeraseactivityindogtissuesapotentialmodelsystemtostudyhumantelomereandtelomerasebiology; 10.aquantitativerealtimepcrmethodforabsolutetelomerelength; 10.intraspecificvariationinthedistributionoftheinterstitialtelomeric; 10.nsequencesinmicoureusdemerarae; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.alternativelengtheningoftelomerestelomeraseandcancer; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.phylogeneticrelationshipsanddivergencetimesamongmustelids; 10.basedonnucleotidesequencesofthenuclearinterphotoreceptorretinoidbindingproteinandmitochondrialcytochromebgenes; 10.evidencefromnucleardnasequencesshedslightonthephylogeneticrelationshipsofpinnipediasingleoriginwithaffinitytomusteloidea; 10.aquantitativepcrassayfortheassessmentofdnadegradationinforensicsamples; 10.telomerelengthsarecharacteristicineachhumanindividual; 10.telomerelengthinwhitebloodcellsbuccalcellsandbraintissueanditsvariationwithageingandalzheimersdisease; 10.mechanismsofageinganddevelopment; 10.estimatingageofhumansbasedontelomereshortening; 10.lossoftelomericdnaduringagingofnormalandtrisomy; 10.americanjournalofhumangenetics; 10.telomerelengthandtelomeraseactivityincaninemammaryglandtumors; 10.americanjournalofveterinaryresearch; 10.rapidtelomereshorteninginchildren"
"Pauli J.N., Whiteman J.P., Marcot B.G., McClean T.M., Ben-David M."	"DNA-based approach to aging martens (Martes americana and M. caurina)"	"2011"	"Journal of Mammalogy"	"92"	"17"	"10.dnabasedapproachtoagingmartensmartesamericanaandmcaurina"	"10.quaternaryevolutionofthegenusmartes; 10.telomeressexreactiveoxygenspeciesandhumancardiovascularaging; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.evaluatingresourceselectionfunctions; 10.bodyfatdynamicsoftheamericanmarten; 10.realtimepcrassayformeasurementofmousetelomeres; 10.aretheretwospeciesofmarteninnorthamericageneticandevolutionaryrelationshipswithinmartes; 10.martestaxonomyecologytechniquesandmanagement; 10.gproulxhnbryantandpmwoodardeds; 10.provincialmuseumofalbertaedmontonalbertacanadacastilloe; 10.modelingprobabilisticnetworksofdiscreteandcontinuousvariables; 10.telomeremeasurementbyquantitativepcr; 10.telomerelengthmeasurementbyanovelmonochromemultiplexquantitativepcrmethod; 10.ageingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.reflectionsonanunsolvedproblemofbiologytheevolutionofsenescenceanddeath; 10.maximumlikelihoodfromincompletedataviatheemalgorithm; 10.journaloftheroyalstatisticalsocietybmethodological; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.guidelinesoftheamericansocietyofmammalogistsfortheuseofwildmammalsinresearch; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietybbiologicalsciences; Hatase H. Sudo R. Watanabe K.K. Kasugai T. Saito T. Okamoto H. Uchida I. Tsukamoto K., 2008, Genes and Genetic Systems, 83, 21, DOI 10.shortertelomerelengthwithageintheloggerheadturtleanewhopeforliveseaturtleageestimation; 10.newstrategiesfortelomerebasedageestimation; Haussmann M.F. Vleck C.M. Nisbet I.C.T., 2003, Experimental Gerontology, 38, 41, DOI 10.calibratingthetelomereclockincommonternssternahirundo; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietybbiologicalsciences; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomereattritionduetoinfection; Juola F.A. Haussmann M.F. Dearborn D.C. Vleck C.M., 2006, Auk, 123, 37, DOI 10.telomereshorteninginalonglivedmarinebirdcrosssectionalanalysisandtestofanagingtool; 10.universityofalaskapressfairbanksmacnultydr; 10.predatorysenescenceinageingwolves; 10.guidelinesfordevelopingandupdatingbayesianbeliefnetworksa; 10.iedtoecologicalmodelingandconservation; 10.canadianjournalofforestresearch; 10.distributionofnontelomericsitesofthe; 10.telomericsequenceinvertebratechromosomes; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.maximumentropymodelingofspeciesgeographicdistributions; 10.ageandsexdeterminationforamericanmartensandfishers; 10.martenssablesandfishersbiologyandconservation; 10.swbuskirkasharestadmgraphaelandrapowelleds; 10.cornelluniversitypressithacanewyorkpowellra; 10.fisherandmartenmartespennantiandmartesamericana; 10.wildmammalsofnorthamericabiologymanagementandconservation; 10.gafeldhammerbcthompsonandjachapmaneds; 10.johnshopkinsuniversitypressbaltimoremarylandramonim; 10.learningbayesiannetworksfromincompletedatabases; 10.uncertaintyinartificialintelligence; 10.morgankaufmannpublisherssanfranciscocaliforniasalomonshm; Salomons H.M. Mulder G.A. Van De Zande L. Haussmann M.F. Linskens M.H.K. Verhulst S., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 195, DOI 10.telomereshorteningandsurvivalinfreelivingcorvids; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.techniquesforwildlifeinvestigationsandmanagement; 10.wildlifesocietybethesdamarylandschwarzg; 10.estimatingthedimensionofamodel; 10.telomerelengthshortenswithbodylengthinalligatormississi; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.akineticmodeloftelomereshorteningininfantsandadults; 10.postglacialcolonizationofnorthwesternnorthamericabytheforestassociatedamericanmarten; 10.martesamericanamammaliacarnivoramustelidae; 10.associationoflongertelomereswithbetterhealthincentenarians; 10.journalsofgerontologyseriesabiologicalsciencesandmedicalsciences; 10.soboliphymebaturiniinfectiondoesnotaffectthenutritionalconditionofamericanmarten; 10.theclustalxwindowsinterfaceflexiblestrategiesformultiplesequencealignmentaidedbyqualityanalysistools; 10.estimatingageofhumansbasedontelomereshortening; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.proceedingsofthenationalacademyofsciencesoftheunitedstatesofamerica; 10.thetithonuserrorinmoderngerontology; 10.recentincreaseinbodysizeoftheamericanmartenmartesamericanainalaska; 10.biologicaljournalofthelinneansociety"
"Olsson M., Pauliny A., Wapstra E., Uller T., Schwartz T., Blomqvist D."	"Sex differences in sand lizard telomere inheritance: Paternal epigenetic effects increases telomere heritability and offspring survival"	"2011"	"PLoS ONE"	"6"	"78"	"10.sexdifferencesinsandlizardtelomereinheritancepaternalepigeneticeffectsincreasestelomereheritabilityandoffspringsurvival"	"10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.telomerepositioneffectinhumancells; 10.oxidativestressshortenstelomeres; 10.proximatedeterminantsoftelomerelengthinsandlizards; 10.anintroductiontoquantitativegenetics; 10.evolutionaryquantitativegenetics; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.telomerelengthandpossiblelinktoxchromosome; 10.acceleratedtelomereshorteninginthehumaninactivexchromosome; 10.theepigeneticregulationofmammaliantelomeresgenetics; 10.intollefsbolteditorsnyspringerverlagedodiernag; 10.furtherdataonsexchromosomesoflacertidaeandahypothesisontheirevolutionarytrend; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomeresandlongevitytestinganevolutionaryhypothesis; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.microsatellitemarkersdevelopedforaswedishpopulationofsandlizard; 10.tlprovidesanewtechniqueforaginganimals; 10.aharmlesstechniqueforsexinghatchlinglizards; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.newyorkcoldspringharborlaboratorypressnewyorkbecks; 10.icationsofdioxetanechemiluminescentprobestomolecularbiology; 10.chemiluminescentsubstratesfordetectionofrestrictionfragmentlengthpolymorphism; 10.nonradioactiveassaymethodsfortheassessmentoftelomeraseactivityandtelomerelength; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegels; 10.haldanerulescostsofoutbreedingatproductionofdaughtersinsandlizards; 10.theroleofhaldanesruleinsexallocation; 10.tyingitalltogethertelomeressexualsizedimorphismandthegendergapinlifeexpectancy; 10.usresearchersrecognizedforworkontelomeres; 10.malformedoffspringsiblingmatingsandselectionagainstinbreedinginthesandlizard; 10.populationsizeandgeneticdiversityinsandlizardslacertaagilisandaddersviperaberus; 10.; 10.estimatingheritabilitiesandgeneticcorrelationscomparingtheanimalmodelwithparentoffspringregressionusingdatafromanaturalpopulation; 10.telomerelengthisinheritedwithresettingofthetelomeresetpoint; 10.theevolutionofsexbiasedgenesandsexbiasedgeneexpression; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.haploinsuffiencyoftelomerasereversetranscriptaseleadstoanticipationinsutosomaldominantdyskeratosiscongenital; 10.therelativelengthsofindividualtelomeresaredefinedinthezygoteandstrictlymaintainedduringlife; Ujvari B. Madsen T., 2009, PLoS ONE, 4, 51, DOI 10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons; 10.lackofageassociatedtelomereshorteninginlongandshortlivedspeciesofseaurchins; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.geneticregulationofembryodeathandsenescence; 10.telomerasedeficiencypromotesoxidativestressbyreducingcatalaseactivity; 10.tlpredictssurvivalindependentofgeneticinfluences; 10.tlinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.tlpredictsembryofragmentationafterinvitrofertilizationinwomentowardatelomeretheoryofreproductiveaginginwomen"
"Horn T., Robertson B.C., Will M., Eason D.K., Elliott G.P., Gemmell N.J."	"Inheritance of telomere length in a bird"	"2011"	"PLoS ONE"	"6"	"54"	"10.inheritanceoftelomerelengthinabird"	"10.conservationofthehumantelomeresequence; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.telomeresinterstitialtelomericrepeatsequencesandchromosomalaberrations; 10.telomeresandhumansomaticfitness; 10.theuseoftelomerelengthinecologyandevolutionarybiology; 10.agenomewidescreenforsaccharomycescerevisiaedeletionmutantsthataffecttelomerelength; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; 10.telomerelengthandheredityindicationsofpaternalinheritance; 10.largescaleparentchildcomparisonconfirmsastrongpaternalinfluenceontelomerelength; 10.acelebrationofkakapoprogressintheconservationofaenigmaticparrot; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.theroleofgeneticsinkakaporecovery; 10.thirtypolymorphicmicrosatellitelocifromthecriticallyendangeredkakapo; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.asimulationofthefutureofkakapo; 10.telomerelengthandpossiblelinktoxchromosome; 10.aviansexchromosomesdosagecompensationmatters; 10.tandemlyrepeatedsequenceatterminiofextrachromosomalribosomalrnagenesintetrahymena; 10.telomeresinthechickengenomestabilityandchromosomeends; 10.estrogensynthesisandsecretioninthebrownheadedcowbird; 10.noninvasiveassessmentoftheannualgonadalcycleinfreelivingkakapo; 10.abirdseyeviewofsexchromosomedosagecompensation; 10.telomerebiologyofthechickenamodelforagingresearch; 10.minisatellitednaprofilingdetectslineagesandparentageintheendangeredkakapo; 10.despitelowmicrosatellitednavariation; 10.telomerelengthchangeineuropeanseabass; 10.ralanguageandenvironmentforstatisticalcomputing; 10.httpwwwrprojectorgrdevelopmentcoreteam"
"Anchelin M., Murcia L., Alcaraz-Pérez F., García-Navarro E.M., Cayuela M.L."	"Behaviour of telomere and telomerase during aging and regeneration in zebrafish"	"2011"	"PLoS ONE"	"6"	"105"	"10.behaviouroftelomereandtelomeraseduringagingandregenerationinzebrafish"	"10.animalmodelsofhumandiseasezebrafishswimintoview; 10.acalltofinszebrafishasagerontologicalmodel; 10.smalllaboratoryfishasmodelsforagingresearch; 10.thezebrafishasavertebratemodeloffunctionalagingandverygradualsenescence; 10.telomeresshortenduringageingofhumanfibroblasts; 10.thelongesttelomeresageneralsignatureofadultstemcellcompartments; 10.telomeresandhumandiseaseageingcancerandbeyond; 10.heterozygoustelomerasedeficiencyinmouseandmanwhenlessisdefinitelynotmore; 10.structureandfunctionoftelomeres; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.thetelomereterminaltransferaseoftetrahymenaisaribonucleoproteinenzymewithtwokindsofprimerspecificity; 10.atelomericsequenceinthernaoftetrahymenatelomeraserequiredfortelomererepeatsynthesis; 10.newwaysnottomakeendsmeettelomerasednadamageproteinsandheterochromatin; 10.telomeraseactivityinnormalandmalignanthematopoieticcells; 10.telomeraseactivityinnormalleukocytesandinhematologicmalignancies; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.alterationsintelomericrepeatlengthinlungcancerareassociatedwithlossofheterozygosityinp; 10.correlatingtelomeraseactivitylevelswithhumanneuroblastomaoutcomes; 10.axonalregrowthafterspinalcordtransectioninadultzebrafish; 10.talesofregenerationinzebrafish; 10.afishmodelofrenalregenerationanddevelopment; 10.regenerationofskeletalmuscleintwoteleostfishsparusaurataandbrachydaniorerio; 10.vertebratemarinespeciesasmodelsystemsforstudyingtelomeresandtelomerase; 10.upregulationoftelomerasefunctionduringtissueregeneration; 10.sybrgreenrealtimetelomericrepeatamplificationprotocolfortherapidquantificationoftelomeraseactivity; 10.nonradioactivedetectionoftelomeraseactivityusingthetelomericrepeatamplificationprotocol; 10.telomeraseregulationandstemcellbehaviour; 10.geneticandepigeneticmodulationoftelomeraseactivityindevelopmentanddisease; 10.chromatinstatesofdevelopmentallyregulatedgenesrevealedbydnaandhistonemethylationpatternsinzebrafishembryos; 10.telomerasereversetranscriptasegeneisadirecttargetofcmycbutisnotfunctionallyequivalentincellulartransformation; 10.cloningandcharacterizationofthepromoterregionofhumantelomerasereversetranscriptasegene; 10.cooperateswithcmyctoactivatetranscriptionofthehumantelomerasereversetranscriptasegene; 10.genomicorganizationandpromotercharacterizationofthegeneencodingthehumantelomerasereversetranscriptase; 10.cloningofhumantelomerasecatalyticsubunit; 10.genepromoterandidentificationofproximalcorepromotersequencesessentialsfortranscriptionalactivationinimmortalizedandcancercells; 10.mechanismsofcellimmortalizationmediatedbyebviralactivationoftelomeraseinnasopharyngealcarcinoma; 10.icationofthedualluciferasereporterassaytotheanalysisofpromoteractivityinzebrafishembryos; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; Lund T.C. Glass T.J. Tolar J. Blazar B.R., 2009, PLoS ONE, 4, 50, DOI 10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.telomerelengthmeasurementsusingdigitalfluorescencemicroscopy; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft; 10.highthroughputtelomerelengthquantificationbyfishanditsa; 10.icationtohumanpopulationstudiesprocnatlacadsci; 10.zebrafishasageneticmodelinbiologicalandbehavioralgerontologywheredevelopmentmeetsaginginvertebratesaminireview; 10.molecularcloningandcharacterizationofthezebrafish; 10.telomerasereversetranscriptasetert; 10.functionalagingandgradualsenescenceinzebrafish; 10.theproximalpromoterregionofmtertissufficienttoregulatetelomeraseactivityinescellsandtransgenicanimals; 10.reproductivebiologyandendocrinology; 10.haploinsufficiencyoftelomerasereversetranscriptaseleadstoanticipationinautosomaldominantdyskeratosiscongenita; 10.telomerasereversetranscriptasehaploinsufficiencyandtelomerelengthinindividualswith; 10.zebrafishdevelopmentandregenerationnewtoolsforbiomedicalresearch; 10.effectsoftelomeraseandtelomerelengthonepidermalstemcellbehavior; 10.telomerasedeficientmicewithshorttelomeresareresistanttoskintumorigenesis; 10.martncaballeroincreasedepidermaltumorsandincreasedskinwoundhealingintransgenicmiceoverexpressingthecatalyticsubunitoftelomerasemtertinbasalkeratinocytes; 10.thetelomerasernacomponenttercisrequiredforthetumourpromotingeffectsoftertoverexpression; 10.theidentificationofzebrafishmutantsshowingalterationsinsenescenceassociatedbiomarkers; 10.differentialeffectsofgenotoxicstressonbothconcurrentbodygrowthandgradualsenescenceintheadultzebrafishagingcell"
"Vleck C.M., Vleck D., Palacios M.G."	"Evolutionary ecology of senescence: A case study using tree Swallows, Tachycineta bicolor"	"2011"	"Journal of Ornithology"	"152"	"11"	"10.evolutionaryecologyofsenescenceacasestudyusingtreeswallowstachycinetabicolor"	"10.treeswallowstradeoffimmunefunctionandreproductiveeffortdifferentlyacrosstheirrange; 10.reproductiveeffortdecreaseslongtermimmunityinbreedingtreeswallows; 10.plumagebrightnessandagepredictextrapairfertilizationsuccessofmaletreeswallowstachycinetabicolor; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.therelationshipbetweenfitnessandbaselineglucocorticoidsinapasserinebird; 10.effectsofmercuryexposureonthereproductivesuccessoftreeswallows; 10.reducedfreeradicalproductionandextremelongevityinthelittlebrownbat; 10.thenakedmoleratanewlonglivedmodelforhumanagingresearch; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.testinghypothesesofaginginlonglivedpaintedturtles; 10.acceleratedtelomereerosionisassociatedwithadecliningimmunefunctionofcaregiversofalzheimersdiseasepatients; 10.cytokineinducedsicknessbehaviormechanismsandimplications; 10.timingofbreedingandenvironmentalfactorsasdeterminantsofreproductiveperformanceoftreeswallows; 10.extrapairpaternityintreeswallowswhydofemalesmatewithmorethanonemale; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.thecometassayacomprehensivereview; 10.exaggeratedneuroinflammationandsicknessbehaviorinagedmicefollowingactivationoftheperipheralinnateimmunesystem; 10.telomerasebiochemistryandregulation; 10.coldspringharborlaboratorypresscoldspringharborhamiltonwd; 10.themouldingofsenescencebynaturalselection; 10.biologicalbasisofthebehaviorofsickanimals; 10.humoralimmunocompetencecorrelateswithdateofegglayingandreflectsworkloadinfemaletreeswallows; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.cellmediatedimmunosenescenceinbirds; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.abirdseyeviewofagingwhatsinitforornithologists; 10.ageandplumagecolorinfemaletreeswallows; 10.longlifespaninwormswithlongtelomericdna; 10.theevolutionofageingandlongevity; 10.patternsofaginginthelonglivedwanderingalbatross; 10.phytohemagglutinininducedskinswellinginbirdshistologicalsu; 10.rtforaclassicimmunoecologicaltechnique; 10.capturestressandthebactericidalcompetenceofbloodandplasmainfivespeciesoftropicalbirds; 10.possibleeffectsofpcbcontaminationonfemaleplumagecolorandreproductivesuccessinhudsonrivertreeswallows; 10.conservationofthehumantelomeresequence; 10.theagingimmunesystemprimerandprospectus"
"Garde E., Frie A.K., Dunshea G., Hansen S.H., Kovacs K.M., Lydersen C."	"Harp seal ageing techniques-teeth, aspartic acid racemization, and telomere sequence analysis"	"2010"	"Journal of Mammalogy"	"91"	"14"	"10.harpsealageingtechniquesteethasparticacidracemizationandtelomeresequenceanalysis"	"10.agedeterminationofmarinemammalsbasedonasparticacidracemizationintheteethandlensnucleus; 10.agedeterminationoftoothedwhalesandsirenians; 10.reportoftheinternationalwhalingcommission; 10.asparticacidracemizationinnarwhalteeth; 10.marinesedimentsdatingbytheracemizationofaminoacids; 10.racemizationreactionofasparticacidanditsuseindatingfossilbones; 10.proceedingsofthenationalacademyofsciences; 10.aminoacidracemizationreactionsandtheirgeochemicalimplications; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; 10.structureandfunctionoftelomeres; 10.; 10.validationofageestimationintheharpseal; 10.canadianjournaloffisheriesandaquaticsciences; 10.telomeremeasurementbyquantitativepcr; 10.trendsinageatmaturityandgrowthparametersoffemalenortheastatlanticharpsealspagophilusgroenlandicus; 10.agespecificgrowthandremarkablelongevityinnarwhals; 10.fromwestgreenlandasestimatedbyasparticacidracemization; 10.ageandgrowthestimatesofbowheadwhales; 10.telomeraseandmammalianageingacriticala; 10.mechanismsofageinganddevelopment; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonbbiologicalsciences; Hatase H. Sudo R. Watanabe K.K. Kasugai T. Saito T. Okamoto H. Uchida I. Tsukamoto K., 2008, Genes and Genetic Systems, 83, 21, DOI 10.shortertelomerelengthwithageintheloggerheadturtleanewhopeforliveseaturtleageestimation; 10.newstrategiesfortelomerebasedageestimation; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedonesproceedingsoftheroyalsocietyoflondon; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.academicpresssandiegocaliforniareportofthejointicesnafoworkinggrouponharpandhoodedseals; 10.internationalcouncilforexplorationoftheseas; 10.internationalcouncilforexplorationoftheseas; 10.copenhagendenmarkreportofthejointicesnafoworkinggrouponharpandhoodedseals; 10.internationalcouncilforexplorationoftheseas; 10.internationalcouncilforexplorationoftheseas; Juola F.A. Haussmann M.F. Dearborn D.C. Vleck C.M., 2006, Auk, 123, 37, DOI 10.telomereshorteninginalonglivedmarinebirdcrosssectionalanalysisandtestofanagingtool; 10.factorsaffectingaccuracyofagedeterminationintheharpsealphocagroenlandica; 10.asparticacidracemizationinthehumanlensduringageingandincataractformation; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.comparativemitochondrialandnuclearquantitativepcrofhistoricalmarinemammaltissuebonebaleenandtoothsamples; 10.baseduponasparticacidracemizationinthelensnucleus; 10.reportoftheinternationalwhalingcommission; 10.aquantitativerealtimepcrmethodforabsolutetelomerelength; 10.usingtheasparticacidracemizationtechnique; 10.racemizationofasparticacidinhumancementumwithage; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.alanguageandenvironmentforstatisticalcomputing; 10.rfoundationforstatisticalcomputing; 10.ktkscientificpublishersdreidelpublishingtokyojapandordrechtnetherlandsscheffervb; 10.ofgrowthlayersintheteethofmarinemammals; 10.agedeterminationoftoothedwhalesandsirenians; 10.reportoftheinternationalwhalingcommission; 10.countsofgrowthlayergroupsincementumanddentineinringedseals; 10.thenaturalhistoryoftelomerestoolsforaginganimalsandexploringtheagingprocess; 10.racemizationofaminoacidsinmarinesediments; 10.racemizationofasparticacidfromhumandentinintheestimationofchronologicalage; 10.determinationofadialkylaminoacidsandtheirenantiomersingeologicalsamplesbyhighperformanceliquidchromatographyafterderivatizationwithachiraladductofophthaldialdehyde"
"Zhdanova N.S., Minina J.M., Karamysheva T.V., Rubtsov N.B., Londono-Vallejo J.-A."	"The structure of long telomeres in chromosomes of the Iberian shrew"	"2010"	"Russian Journal of Genetics"	"46"	"5"	"10.thestructureoflongtelomeresinchromosomesoftheiberianshrew"	"10.unusualdistributionpatternoftelomericrepeatsintheshrewssorexaraneusandsorexgranarius; 10.telomerelengthmeasurementinmousechromosomesbyamodifiedqfishmethod; 10.humantelomerestructureandbiology; 10.nucleolarlocalizationofthehumantelomericrepeatbindingfactor; 10.nucleolininteractswithtelomerase; 10.evolutionofrrnageneclustersandtelomericrepeatsduringexplosivegenomerepatterningintaterillusx; 10.humansubtelomeresarehotspotsofinterchromosomalrecombinationandsegmentalduplication; 10.mitochondrialdnaevolutioninshrews"
"Zhdanova N.S., Rogozina Y.I., Minina Y.M., Borodin P.M., Rubtsov N.B."	"Telomeric DNA allocation in chromosomes of common shrew sorex araneus, eulipotyphla"	"2009"	"Tsitologiya"	"51"	"4"	"10.telomericdnaallocationinchromosomesofcommonshrewsorexaraneuseulipotyphla"	"10.humanintrachromosomaltelomericlikerepeatssequenceorganizationandmechanismsoforigin; 10.telomeresinterstitialtelomericrepeatsequencesandchromosomalaberrations; 10.icationofpnaandlnaoligomerstochemotherapy; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.pericentromericorganizationatthefusionpointofmouserobertsoniantranslocationchromosomes; 10.mousetelocentricsequencesrevealahighrateofhomogenizationandpossibleroleinrobertsoniantranslocation; 10.lockednucleicacidsforoptimizingdisplacementprobesforquantitativerealtimepcr; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.telomereendreplicationproblemandcellaging; 10.distributionofnontelomericsitesofthe; 10.ntelomericsequencesinvertebratechromosomes; 10.standarddapikaryotypeofthecommonshrewsoresaraneusl; 10.insertionoftelomericrepeatsattelomericrepeatsatintrachromosomalsitesduringprimateevolution; 10.sequenceselectiverecognitionofdnabystranddisplacementwithathyminesubstitutedpolyamide; 10.icationsandpromiseforthefuture; 10.humantelomerestructureandbiology; 10.robertsonianmetacentricsofthehousemuskshrew; 10.suncusmurinusinsectivorasoricidae; 10.losethetelomericsequencesinthecentromericarea; 10.nomenclatureforthechromosomesofthecommonshrew; 10.chromosomalversusmitochondrialdnaevolutiontrackingtheevolutionaryhistoryofthesouthwesterneuropeanpopulationsofthesorexaraneusgroup; 10.chromosomalevolutionandphylogeneticrelationshipsofthesorexaraneusarcticusspeciesgroup; 10.thelistofthechromosomeracesofthecommonshrewsorexaraneus; 10.thechromosomecomplementofsorexgranariustheancestralkaryotypeofthecommonshrew; 10.telomerelengthmeasurementinmousechromosomesbyamodifiedqfishmethod; 10.crossspecieschromosomepaintingunveilscytogeneticsignaturesfortheeulipotyphlaandevidenceforthepolyphylyofinsectivora; 10.unusualdistributionpatternoftelomericrepeatsintheshrewssorexgranarius; 10.theverylongtelomeresinsorexgranarius; 10.bthedistributionoftelomericandribosomaldnaonthechromosomesoftwocloselyrelatedspeciessorexaraneusandsorexgranarius; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft"
"Lund T.C., Glass T.J., Tolar J., Blazar B.R."	"Expression of telomerase and telomere length are unaffected by either age or limb regeneration in Danio rerio"	"2009"	"PLoS ONE"	"4"	"50"	"10.expressionoftelomeraseandtelomerelengthareunaffectedbyeitherageorlimbregenerationindaniorerio"	"10.absenceofcancerassociatedchangesinhumanfibroblastsimmortalizedwithtelomerase; 10.humantelomerestructureandbiology; 10.roleoftelomeraseinnormalandcancercells; 10.functionalagingandgradualsenescenceinzebrafish; 10.kishisbaylisspeuchiyamajkoshimizueqijetal; 10.theidentificationofzebrafishmutantsshowingalterationsinsenescenceassociatedbiomarkersplosgenet; 10.thezebrafishasavertebratemodeloffunctionalagingandverygradualsenescence; 10.vertebratemarinespeciesasmodelsystemsforstudyingtelomeresandtelomerase; 10.cellularandmolecularprocessesofregenerationwithspecialemphasisonfishfins; 10.gettingtotheheartofregenerationinzebrafish; 10.zebrafishheartregenerationasamodelforcardiactissuerepair; 10.upregulationoftelomerasefunctionduringtissueregeneration; 10.developmentalregulationoftelomeraseactivityinhumanfetaltissuesduringgestation; 10.molecularcloningandcharacterizationofthezebrafish; 10.telomerasereversetranscriptasetert; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; Hartmann N. Reichwald K. Lechel A. Graf M. Kirschner J. Dorn A. Terzibasi E. Wellner J. Platzer M. Rudolph K.L. Cellerino A. Englert C., 2009, Mechanisms of Ageing and Development, 130, 104, DOI 10.telomeresshortenwhiletertexpressionincreasesduringageingoftheshortlivedfishnothobranchiusfurzeri; 10.mouseminorsatellitednageneticallymapstothecentromereandisphysicallylinkedtotheproximaltelomere; 10.beginningorendtelomerestructuregeneticsandbiology; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.telomereshorteninginmousestrainswithconstitutionalchromosomalaberrations; 10.hightelomeraseactivityinneutrophilsfromunstablecoronaryplaques; 10.haploinsufficiencyofmtrresultsindefectsintelomereelongation; 10.lowabundanceoftelomeraseinyeastimplicationsfortelomerasehaploinsufficiency"
"Ujvari B., Madsen T."	"Short telomeres in hatchling snakes: Erythrocyte telomere dynamics and longevity in tropical pythons"	"2009"	"PLoS ONE"	"4"	"51"	"10.shorttelomeresinhatchlingsnakeserythrocytetelomeredynamicsandlongevityintropicalpythons"	"10.theagingimmunesystemprimerandprospectus; 10.agingdependentlargeaccumulationofpointmutationsinthehumanmtdnacontrolregionforreplication; 10.structureandfunctionoftelomeres; 10.thetelomerehypothesisofcellularaging; 10.conservationofthehumantelomeresequence; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.telomeraseactivityinimmortalfish; 10.silverspoonsandsnakesizespreyavailabilityearlyinlifeinfluenceslongtermgrowthratesoffreerangingpythons; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.energyversusriskcostsofreproductioninfreerangingpythonsintropicalaustralia; 10.teleomerelengthandpossiblelinktoxchromosome; 10.evidencefordifferentoriginofsexchromosomesinsnakesbirdsandmammalsandstepwisedifferentiationofsnakesexchromosomes; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.agedependenttelomerelengthpredictsfitnessintwobirdspecies; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormartalityintheoldestoldapopulationbasedstudy; 10.senescenceinducedbyalteredtelomerestatenottelomereloss; 10.reptilesandamphibiansofaustralia; 10.molecularcloningalaboratorymanual; 10.coldspringharborcoldspringharborlaboratorypress"
"Salomons H.M., Mulder G.A., Van De Zande L., Haussmann M.F., Linskens M.H.K., Verhulst S."	"Telomere shortening and survival in free-living corvids"	"2009"	"Proceedings of the Royal Society B: Biological Sciences"	"276"	"195"	"10.telomereshorteningandsurvivalinfreelivingcorvids"	"10.likelihoodofamodelandinformationcriteria; 10.telomeressexreactiveoxygenspeciesandhumancardiovascularaging; 10.theepidemiologyofhumantelomeresfaultsandpromises; 10.leukocytetelomeredynamicslongitudinalfindingsamongyoungadultsinthebogalusaheartstudy; 10.longitudinaldataontelomerelengthinleukocytesfromnewbornbaboonssu; 10.rtamarkeddropinstemcellturnoveraround; 10.extensiveallelicvariationandultrashorttelomeresinsenescenthumancells; 10.telomerelengthpredictssurvivalindependentofgeneticinfluences; 10.thefreeradicaltheoryofagingmatures; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.noassociationbetweentelomerelengthandsurvivalamongtheelderlyandoldestold; Bize P. Criscuolo F. Metcalfe N.B. Nasir L. Monaghan P., 2009, Proceedings of the Royal Society B: Biological Sciences, 276, 228, DOI 10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild; 10.structureandfunctionoftelomeres; Brümmendorf T.H. Mak J. Sabo K.M. Baerlocher G.M. Dietz K. Abkowitz J.L. Lansdorp P.M., 2002, Experimental Hematology, 30, 60, DOI 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo; 10.thenatureoftelomerefusionandadefinitionofthecriticaltelomerelengthinhumancells; 10.chronicoxidativestressinducesatissuespecificreductionintelomerelengthincasteimice; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.adnadamagecheckpointresponseintelomereinitiatedsenescence; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.cellaginginrelationtostressarousalandcardiovasculardiseaseriskfactors; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegels; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.theassociationbetweentelomerelengthphysicalhealthcognitiveageingandmortalityinnondementedolderpeople; 10.telomeresandlongevitytestinganevolutionaryhypothesis; 10.newstrategiesfortelomerebasedageestimation; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.sequencespecificdnacleavagebyfe; 10.mediatedfentonreactionshaspossiblebiologicalimplications; 10.telomereattritionduetoinfection; 10.nutritionoxidativedamagetelomereshorteningandcellularsenescenceindividualorconnectedagentsofaging; 10.longlifespaninwormswithlongtelomericdna; 10.senescenceinducedbyalteredtelomerestatenottelomereloss; 10.telomerelengthandmortalityastudyofleukocytesinelderlydanishtwins; 10.telomeresandtelomeraseregulation; 10.sandiegocaelseviersciencelansdorppm; 10.heterogeneityintelomerelengthofhumanchromosomes; 10.shorttelomeresonhumanchromosome; 10.accumulationofshorttelomeresinhumanfibroblastspriortoreplicativesenescence; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.sexspecifictelomerelengthprofilesandagedependenterosiondynamicsofindividualchromosomearmsinhumans; 10.metabolicageinginindividualzebrafinches; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.theindividualbloodcelltelomereattritionrateistelomerelengthdependentplosgenet; 10.sitespecificdnadamageatthegggsequencebyuvainvolvesaccelerationoftelomereshortening; 10.mathematicalmodelingconfirmsthelengthdependencyoftelomereshortening; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.quantifyingtelomerelengthsofhumanindividualchromosomearmsbycentromerecalibratedfluorescenceinsituhybridizationanddigitalimaging; 10.nutritionandagingchangesintheregulationofenergymetabolismwithaging; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.strongbutvariableassociationsbetweensocialdominanceandclutchsexratioinacolonialcorvid; 10.telomeraseactivitycoevolveswithbodymassnotlifespan; 10.akineticmodeloftelomereshorteningininfantsandadults; 10.multilevelanalysisanintroductiontobasicandadvancedmultilevelmodeling; 10.londonuksagepublicationstchirkova; 10.roleofoxidativestressintelomereshorteninginculturedfibroblastsfromnormalindividualsandpatientswithataxiatelangiectasia; 10.associationoflongertelomereswithbetterhealthincentenarians; 10.agedependenttraitsanewstatisticalmodeltoseparatewithinandbetweenindividualeffects; 10.aviansenescenceunderlyingmechanisms; 10.oxidativestressshortenstelomeres; 10.telomeresasbiomarkersforageingandagerelateddiseases; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts; 10.rapidtelomereshorteninginchildren"
"Bize P., Criscuolo F., Metcalfe N.B., Nasir L., Monaghan P."	"Telomere dynamics rather than age predict life expectancy in the wild"	"2009"	"Proceedings of the Royal Society B: Biological Sciences"	"276"	"228"	"10.telomeredynamicsratherthanagepredictlifeexpectancyinthewild"	"10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.thefreeradicaltheoryofagingmatures; 10.telomerelengthasanindicatorofbiologicalagingthegendereffectandrelationwithpulsepressureandpulsewavevelocity; 10.melaninbasedcolorationisanondirectionallyselectedsexspecificsignalofoffspringdevelopmentinthealpineswift; 10.fecundityandsurvivalinrelationtoresistancetooxidativestressinafreelivingbird; 10.structureandfunctionoftelomeres; 10.telomerelengthstemcellsandaging; 10.realtimepcrassayformeasurementofmousetelomeres; 10.telomeremeasurementbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.ageingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.realtimepcrquantificationassayformeasurementsofbirdtelomeresjavianbiol; 10.telomeresinthechickengenomestabilityandchromosomeends; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.oxidantsoxidativestressandthebiologyofageing; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.telomeraseactivityismaintainedthroughoutthelifespanoflonglivedbirds; 10.cellularsenescenceinagingprimates; 10.shorttelomeresinshortlivedmaleswhatarethemolecularandevolutionarycauses; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.longlifespaninwormswithlongtelomericdna; 10.telomerelengthinheritanceandaging; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerelengthandpossiblelinktoxchromosome; 10.telomerelengthispaternallyinheritedandisassociatedwithparentallifespan; Pauliny A. Wagner R.H. Augustin J. Szép T. Blomqvist D., 2006, Molecular Ecology, 15, 139, DOI 10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies; 10.acontinuouscorrelationbetweenoxidativestressandtelomereshorteninginfibroblasts; 10.theevolutionofsenescencefromacomparativeperspective; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.telomerelengthsarecharacteristicineachhumanindividual; 10.replicationandprotectionoftelomeres; 10.oxidativestressshortenstelomeres"
"Hartmann N., Reichwald K., Lechel A., Graf M., Kirschner J., Dorn A., Terzibasi E., Wellner J., Platzer M., Rudolph K.L., Cellerino A., Englert C."	"Telomeres shorten while Tert expression increases during ageing of the short-lived fish Nothobranchius furzeri"	"2009"	"Mechanisms of Ageing and Development"	"130"	"104"	"10.telomeresshortenwhiletertexpressionincreasesduringageingoftheshortlivedfishnothobranchiusfurzeri"	"10.humantelomerasernaandtelomeraseactivityinimmortalcelllinesandtumortissues; 10.switchingandsignalingatthetelomere; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.agedeterminationandvalidationstudiesofmarinefishesdodeepdwellerslivelonger; 10.telomeraseredefinedintegratedregulationofhtrandhtertfortelomeremaintenanceandtelomeraseactivity; 10.realtimepcrassayformeasurementofmousetelomeres; 10.telomeremeasurementbyquantitativepcr; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.ageingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.actionsofhumantelomerasebeyondtelomeres; 10.telomerelengthregulationduringpostnataldevelopmentandageinginmusspretus; 10.shelterintheproteincomplexthatshapesandsafeguardshumantelomeres; 10.shortestrecordedvertebratelifespanfoundinacoralreeffish; 10.lifespandataforthesmallfishoryziaslatipes; 10.thernacomponentofhumantelomerase; 10.annualfishesofthegenusnothobranchiusasamodelsystemforagingresearch; 10.lifespansandsenescentphenotypesintwostrainsofzebrafish; 10.increasedepidermaltumorsandincreasedskinwoundhealingintransgenicmiceoverexpressingthecatalyticsubunitoftelomerasemtertinbasalkeratinocytes; 10.atelomericsequenceinthernaoftetrahymenatelomeraserequiredfortelomererepeatsynthesis; 10.telomeresshortenduringageingofhumanfibroblasts; 10.theteleostoryziaslatipesshowstelomereshorteningwithagedespiteconsiderabletelomeraseactivitythroughoutlife; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longlifespaninwormswithlongtelomericdna; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.advancesinquantificationandcharacterizationoftelomeraseactivitybythetelomericrepeatamplificationprotocol; 10.hypervariableultralongtelomeresinmice; 10.thezebrafishasavertebratemodeloffunctionalagingandverygradualsenescence; 10.telomeraseactivityinimmortalfish; 10.molecularcloningandcharacterizationofthezebrafish; 10.telomerasereversetranscriptasetert; 10.telomerelengthinwhitebloodcellsisnotassociatedwithmorbidityormortalityintheoldestoldapopulationbasedstudy; 10.conservationofthehumantelomeresequence; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.telomerasecatalyticsubunithomologsfromfissionyeastandhuman; 10.relativeexpressionsoftwaretool; 10.forgroupwisecomparisonandstatisticalanalysisofrelativeexpressionresultsinrealtimepcr; 10.tertexpressionandtelomeraseactivityingonadsandsomaticcellsofthejapanesemedaka; 10.telomerelengthmeasurementsusingdigitalfluorescencemicroscopy; 10.uncouplingoflongevityandtelomerelengthincelegans; 10.embosstheeuropeanmolecularbiologyopensoftwaresuite; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.hallmarksoftelomeresinageingresearch; 10.thestadensequenceanalysispackage; 10.largedifferencesinagingphenotypebetweenstrainsoftheshortlivedannualfishnothobranchiusfurzeri; 10.theshortlivedfishnothobranchiusfurzeriasanewmodelsystemforagingstudies; 10.adultonsetpulmonaryfibrosiscausedbymutationsintelomerase; 10.extremelyshortlifespanintheannualfishnothobranchiusfurzeri; 10.temperatureaffectslongevityandagerelatedlocomotorandcognitivedecayintheshortlivedfishnothobranchiusfurzeri; 10.resveratrolprolongslifespanandretardstheonsetofagerelatedmarkersinashortlivedvertebrate; 10.diseaseanticipationisassociatedwithprogressivetelomereshorteninginfamilieswithdyskeratosiscongenitaduetomutationsinterc; 10.structureandfunctionofthesmallestvertebratetelomerasernafromteleostfish; 10.mutationsintertthegenefortelomerasereversetranscriptaseinaplasticanemia; 10.cloningandexpressionofthereversetranscriptasecomponentofpufferfish"
"Hatase H., Sudo R., Watanabe K.K., Kasugai T., Saito T., Okamoto H., Uchida I., Tsukamoto K."	"Shorter telomere length with age in the loggerhead turtle: A new hope for live sea turtle age estimation"	"2008"	"Genes and Genetic Systems"	"83"	"21"	"10.shortertelomerelengthwithageintheloggerheadturtleanewhopeforliveseaturtleageestimation"	"10.comparativeskeletochronologicalanalysisofkempsridley; Bronikowski A.M., 2008, Age, 30, 61, DOI 10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata; 10.realtimepcrassayformeasurementofmousetelomeres; 10.telomeremeasurementbyquantitativepcr; 10.synopsisofthebiologicaldataontheloggerheadseaturtlecarettacaretta; 10.sizerelateddifferencesinfeedinghabitatuseofadultfemaleloggerheadturtlescarettacarettaaroundjapandeterminedbystableisotopeanalysesandsatellitetelemetry; 10.individualvariationinfeedinghabitatusebyadultfemalegreenseaturtles; 10.aretheyobligatelyneriticherbivores; 10.bottomormidwateralternativeforagingbehavioursinadultfemaleloggerheadseaturtles; 10.newstrategiesfortelomerebasedageestimation; 10.phenotypicallylinkeddichotomyinseaturtleforagingrequiresmultipleconservationa; 10.successivechangesofhematologiccharacteristicsandplasmachemistryvaluesofjuvenileloggerheadturtles; 10.ribosomalrnagenesanddeuterostomephylogenyrevisitedmorecyclostomeselasmobranchsreptilesandabrittlestarmolphylogenetevol; 10.complexityandvariationinloggerheadseaturtlelifehistory; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.comparativeanalysisoftelomerelengthsanderosionwithageinhumanepidermisandlingualepithelium; 10.telomerelengthshortenswithbodylengthinalligatormississi; 10.telomerelengthoftheskininassociationwithchronologicalagingandphotoaging; 10.telomerelengthsarecharacteristicineachhumanindividual"
"Bronikowski A.M."	"The evolution of aging phenotypes in snakes: A review and synthesis with new data"	"2008"	"Age"	"30"	"61"	"10.theevolutionofagingphenotypesinsnakesareviewandsynthesiswithnewdata"	"10.hamiltonsindicatorsoftheforceofselection; 10.thefreeradicaltheoryofagingmatures; 10.differentialavoidanceofcoralsnakebandedpatternsbyfreerangingavianpredatorsincostarica; 10.experimentalevidencefortheadaptiveevolutionofgrowthrateinthegartersnake; 10.theevolutionaryecologyoflifehistoryvariationinthegartersnakethamnophiselegans; 10.cytochromebphylogenydoesnotmatchsubspecificclassificationinthewesternterrestrialgartersnake; 10.evolutioninagestructuredpopulations; 10.cambridgeuniversitypresscambridgecongdonjd; 10.hypothesesofaginginalonglivedvertebrateblandingsturtle; 10.testinghypothesesofaginginlonglivedpaintedturtles; 10.oxidantsoxidativestressandthebiologyofageing; 10.assemblinganarsenaloriginandevolutionofthesnakevenomproteomeinferredfromphylogeneticanalysisoftoxinsequences; 10.themouldingofsenescencebynaturalselection; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.evolutionofagingtheoreticalandpracticalimplicationsfromrattlesnakes; 10.alligatorphysiologyandlifehistorytheimportanceoftemperature; 10.populationgeneticanalysisidentifiessourcesinkdynamicsfortwosympatricgartersnakespecies; 10.thamnophiselegansandthamnophissirtalis; 10.adaptivedivergencewithinandbetweenecotypesoftheterrestrialgartersnakethamnophiselegansassessedwithfstqstcomparisons; 10.growthversuslifespanperspectivesfromevolutionaryecology; 10.escapingsenescencedemographicdatafromthethreetoedboxturtle; Monaghan P. Haussmann M.F., 2006, Trends in Ecology and Evolution, 21, 263, DOI 10.dotelomeredynamicslinklifestyleandlifespan; 10.doesreproductivesuccessincreasewithageorwithsizeinspecieswithindeterminategrowthacasestudyusingsandlizards; 10.longtelomeresmayminimizetheeffectofaginginthepaintedturtle; 10.universityoflondonpresslondonpromislowdel; 10.theevolutionarygeneticsofsenescence; 10.evolutionarygeneticsconceptsandcasestudies; 10.agedeterminationusingaveragetelomerelengthandbonegrowthringsinthewesternterrestrialgartersnake; 10.effectofextrinsicmortalityontheevolutionofsenescenceingu; 10.testingthefreeradicaltheoryofaginghypothesisphysiologicaldifferencesinlonglivedandshortlivedcolubridsnakes; 10.theeffectsofmaternalcorticosteronelevelsonoffspringbehaviorinfastandslowgrowthgartersnakes; 10.telomerelengthshortenswithbodylengthinalligatormississi; 10.avertebratemodelofextremephysiologicalregulation; 10.rapidupregulationofsnakeintestineinresponsetofeedinganewmodelofintestinaladaptation; 10.asimpletechniqueforquantitationoflowlevelsofdnadamageinindividualcells; 10.anempiricaltestofevolutionarytheoriesforreproductivesenescenceandreproductiveeffortinthegartersnakethamnophiselegans; 10.thesinglecellgelcometassayamicrogelelectrophoretictechniqueforthedetectionofdnadamageandrepairinindividualcells; 10.ageparasitesandconditionaffecthumoralimmuneresponseintropicalpythons; 10.determiningtheageofgartersnakesbymeansofskeletochronology; 10.antagonisticpleiotropymortalitysourceinteractionsandtheevolutionarytheoryofsenescence"
"Baerlocher G.M., Rice K., Vulto I., Lansdorp P.M."	"Longitudinal data on telomere length in leukocytes from newborn baboons support a marked drop in stem cell turnover around 1 year of age"	"2007"	"Aging Cell"	"6"	"67"	"10.longitudinaldataontelomerelengthinleukocytesfromnewbornbaboonssupportamarkeddropinstemcellturnoveraround1yearofage"	"10.effectoftertoverexpressiononthelongtermtransplantationcapacityofhematopoieticstemcells; 10.telomereshorteninginleukocytesubpopulationsfrombaboons; 10.hematopoieticstemcellsproliferateuntilafterbirthandshowareversiblephasespecificengraftmentdefect; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; 10.developmentalchangesinthefunctionofhematopoieticstemcells; 10.ontogenyrelatedchangesinproliferativepotentialofhumanhematopoieticcells; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.telomerelengthdynamicsinhumanlymphocytesubpopulationsmeasuredbyflowcytometry; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.diseaseanticipationisassociatedwithprogressivetelomereshorteninginfamilieswithdyskeratosiscongenitaduetomutationsinterc; 10.mutationsintertthegenefortelomerasereversetranscriptaseinaplasticanemia"
"Scott N.M., Haussmann M.F., Elsey R.M., Trosclair III P.L., Vleck C.M."	"Telomere length shortens with body length in Alligator mississippiensis"	"2006"	"Southeastern Naturalist"	"5"	"35"	"10.telomerelengthshortenswithbodylengthinalligatormississippiensis"	"10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.proceedingsofthenationalacademyofsciences; 10.switchingandsignalingatthetelomere; 10.growthratesofamericanalligatorsinlouisiana; 10.telomerelengthandreplicativeaginginhumanvasculartissues; 10.proceedingsofthenationalacademyofscience; 10.effectoftemperatureonredcellsurvivalinthealligator; 10.proceedingsofthesocietyforexperimentalbiologyandmedicine; 10.testinghypothesesofaginginlonglivedpaintedturtles; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.growthratesandbodyconditionfactorsofalligatormississi; 10.ensisincoastallouisianawetlandsacomparisonofwildandfarmreleasedjuveniles; 10.comparativebiochemistryandphysiology; 10.evidenceofacceleratedsexualmaturityandnestinginfarmreleasedalligatorsinlouisianapp; 10.ingcgriggfseebacherandcefranklin; 10.crocodilianbiologyandevolutionsurreybeattyandsonschi; 10.telomeraseanddifferentiationinmulticellularorganismsturnitoffturnitonandturnitoffagain; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciences; 10.alligatormanagementofthesabinenationalwildliferefuge; 10.senescenceandlongevityinturtleswhattelomerestellus; 10.thextraordinarymeetingofthesocietaseuropaeaherpetologica; 10.pprguytantandcmiaudedsuniversitdesavoielebourgetdulacfrancehastiend; 10.telomerereductioninhumancolorectalcarcinomaandwithaging; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietyoflondonb; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.wildderivedinbredmousestrainshaveshorttelomeres; 10.nestingecologyofalligatorsinlouisiana; 10.rdannualconferenceofthesoutheasternassociationofgameandfishcommissioners; 10.reproductivebiologyoftheamericanalligatorinsouthwestlouisianapp; 10.ssarcontributionstoherpetologynumber; 10.societyforthestudyofamphibiansandreptilesmeseraullprintinginc; 10.hypervariableultralongtelomeresinmice; 10.longtelomeresmayminimizetheeffectofaginginthepaintedturtle; 10.integrativeandcomparativebiology; 10.agedeterminationusingaveragetelomerelengthandbonegrowthringsinthewesternterrestrialgartersnake; 10.integrativeandcomparativebiology; 10.growthratesofamericanalligatorsinestuarineandpalustrinewetlandsinlouisiana; 10.telomerelengthisresetduringearlymammalianembryogenesis; 10.proceedingsofthenationalacademyofsciences; 10.validationandinterpretationofannualskeletalmarksinloggerhead; 10.estimatingageofhumansbasedontelomereshortening; 10.validationofskeletochronologytodetermineageoffreshwatercrocodiles; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.proceedingsofthenationalacademyofsciences; 10.thenaturalhistoryoftelomerestoolsforaginganimalsandexploringtheagingprocess; 10.roleofoxidativestressintelomerelengthregulationandreplicativesenescence; 10.annalsnewyorkacademyofsciences; 10.determiningtheageofgartersnakes; 10.telomeraseactivityinbovineembryosduringearlydevelopment; 10.anatomyofthecrocodilianspinalvein"
"Johnson T.E."	"Recent results: Biomarkers of aging"	"2006"	"Experimental Gerontology"	"41"	"195"	"10.recentresultsbiomarkersofaging"	"10.telomereattritionasageingbiomarker; 10.thequestforgeneticdeterminantsofhumanlongevitychallengesandinsights; 10.dobiomarkersofstressmediatetherelationbetweensocioeconomicstatusandhealth; 10.mitochondrialdnadeletionsserveasbiomarkersofagingintheskinbutaretypicallyabsentinnonmelanomaskincancers; 10.invivospectrofluorimetryrevealsendogenousbiomarkersthatreporthealthspananddietaryrestrictionincaenorhabditiselegans; 10.associationbetweenserumbetacarotenelevelsanddeclineofcognitivefunctioninhighfunctioningolderpersonswithorwithoutapolipoproteine; 10.allelesmacarthurstudiesofsuccessfulaging; 10.hypothesisinterventionsthatincreasetheresponsetostressofferthepotentialforeffectivelifeprolongationandincreasedhealth; 10.reductioninallostaticloadinolderadultsisassociatedwithlowerallcausemortalityriskmacarthurstudiesofsuccessfulaging; 10.markersofinflammationvascularendothelialdysfunctionandagerelatedcataract; 10.oachtotheconceptandcomputationofbiologicalage; 10.therelationshipbetweentestosteroneandmolecularmarkersofinflammationinoldermen; 10.inagingandchronicdiseaseamagnificentpathway; 10.lifelongcorticosteroneleveldeterminesagerelateddeclineinneurogenesisandmemory; 10.moleculardeterminantsofhumanlongevity; 10.astresssensitivereporterpredictslongevityinisogenicpopulationsofcaenorhabditiselegans; 10.inflammatorymarkersandlossofmusclemass; 10.consensuspaperofthewfsbptaskforceonbiologicalmarkersofdementiatheroleofcsfandbloodanalysisintheearlyanddifferentialdiagnosisofdementia"
"Libertini G."	"Evolutionary explanations of the actuarial senescence in the wild and of the state of senility"	"2006"	"TheScientificWorldJournal"	"6"	"15"	"10.evolutionaryexplanationsoftheactuarialsenescenceinthewildandofthestateofsenility"	"10.anadaptivetheoryoftheincreasingmortalitywithincreasingchronologicalageinpopulationsinthewild; 10.birdsasanimalmodelsforthecomparativebiologyofagingaprospectus; 10.pleiotropynaturalselectionandtheevolutionofsenescence; 10.brocklehurststextbookofgeriatricmedicineandgerontology; 10.edschurchilllivingstonenewyorkhayflickl; 10.theserialcultivationofhumandiploidcellstrains; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.controloftelomerelengthbythehumantelomericproteintrf; 10.invivoalterationoftelomeresequencesandsenescencecausedbymutatedtetrahymenatelomerasernas; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.forbetterorworsetelomeraseinhibitionandcancer; 10.quantitativeanalysisoftheagingofhumanglialcellsinculture; 10.intramitoticvariationinproliferativepotentialstochasticeventsincellularaging; 10.refiningthetelomeretelomerasehypothesisofagingandcancer; 10.dysregulationofapoptosisincancer; 10.apoptosisabasicbiologicalphenomenonwithwiderangingimplicationsintissuekinetics; 10.celldeaththesignificanceofapoptosis; 10.evidenceforsolublefactorsregulatingcelldeathandcellproliferationinprimaryculturesofrabbitendometrialcellsgrownoncollagen; 10.hormonalregulationofphysiologicalcellturnoverandapoptosis; 10.regulationofadiposecellnumberinman; 10.distributionofapoptoticcellsandexpressionofapoptosisrelatedproteinsalongtheintrahepaticbiliarytreeinnormalandnonbiliarydiseasedliver; 10.theactionsandinteractionsofsexsteroidsandgrowthfactorscytokinesontheskeletonmol; 10.apoptosisinnormalandosteoarthritichumanarticularcartilage; 10.agerelatedcellproliferationandapoptosisinthekidneyofmalefischer; 10.ratswithobservationsonaspontaneoustubularcelladenoma; 10.aquantitativeevaluationofapoptoticbodiesinratliver; 10.muscleapoptosisinhumansoccursinnormalanddenervatedmusclebutnotinmyotonicdystrophydystrophinopathiesorinflammatorydisease; 10.apoptosisandagingroleofthemitochondria; 10.cellproliferationdifferentiationandapoptosis; 10.bcdeckerhamiltonontariomarciniakr; 10.myocyterenewalandventricularremodelling; 10.skeletalmusclesatellitecellschangesinproliferationpotentialasafunctionofage; 10.muscletransplantationbetweenyoungandoldratsageofhostdeterminesrecovery; 10.regeneratingthedamagedcentralnervoussystem; 10.aisalofaugustweissmannandareviewofmodernprogress; 10.thecellularbasisforbiologicalaging; 10.edsvannostrandreinholdnewyorkkirkwoodtbl; 10.dyskeratosiscongenitainallitsforms; 10.lessonsfromhumanprogeroidsyndromes; 10.brocklehurststextbookofgeriatricmedicineandgerontology; 10.edschurchilllivingstonenewyorkwebstersgp; 10.thegastrointestinalsystemcthepancreasandthesmallbowel; 10.brocklehurststextbookofgeriatricmedicineandgerontology; 10.edschurchilllivingstonenewyorkhilljm; 10.circulatingendothelialprogenitorcellsvascularfunctionandcardiovascularrisk; 10.circulatingendothelialprogenitorcellsandcardiovascularoutcomes; 10.humanlenscellshaveaninvitroproliferativecapacityinverselyproportionaltothedonorage; 10.lifetablesfornaturalpopulationsofanimals; 10.recentstudiesonelephantpopulationsineastafrica; 10.populationdynamicsoftheugandadefassawaterbuck; 10.evolutionarytheoriesofagingconfirmationofafundamentalpredictionwithimplicationsforthegeneticbasisandevolutionoflifespan; 10.reprintedmethuenlondonhamiltonwd; 10.themouldingofsenescencebynaturalselection; 10.evolutionofsenescenceandspecificlongevity; 10.evolutionofacceleratedsenescenceinlaboratorypopulationsofdrosophila; 10.optimalitymutationandtheevolutionofageing; 10.oxforduniversitypresskirkwoodtbl; 10.theevolutionofageingandlongevity; 10.aminireviewoftheevolutionarytheoriesofagingisitthetimetoacceptthem; 10.thegeneticalevolutionofsocialbehaviouriii; 10.selfishandspitefulbehaviourinanevolutionarymodel; 10.harvarduniversitypresscambridgebellg; 10.themasterpieceofnaturetheevolutionandgeneticsofsexuality; 10.churchilllivingstoneedinburghandlondonpearlr; 10.experimentalstudiesonthedurationoflifexivthecomparativemortalityofcertainlowerorganisms; 10.mortalitypatternssuggestlackofsenescenceinhydra; 10.edsvannostrandreinholdnewyorkfinchce; 10.historyandprospectssymposiumonorganismswithslowaging; 10.agedeterminationandvalidationstudiesofmarinefishesdodeepdwellerslivelonger; 10.thestructureofscientificrevolutions"
"Pauliny A., Wagner R.H., Augustin J., Szép T., Blomqvist D."	"Age-independent telomere length predicts fitness in two bird species"	"2006"	"Molecular Ecology"	"15"	"139"	"10.ageindependenttelomerelengthpredictsfitnessintwobirdspecies"	"10.diseasesusceptibilityincaliforniasealions; 10.chronologyversusbiologytelomeresessentialhypertensionandvascularaging; 10.switchingandsignalingatthetelomere; 10.; 10.maleaerialdisplayandreversedsexualsizedimorphisminthedunlin; 10.functionreplicationandstructureofthemammaliantelomere; 10.telomereshorteningassociatedwithchromosomeinstabilityisarrestedinimmortalcellswhichexpresstelomeraseactivity; 10.thebirdsofthewesternpalearctic; 10.thebirdsofthewesternpalearctic; 10.organizationoftelomeresequencesinbirdsevidenceforarraysofextremelengthandforinvivoshortening; 10.cellcycleregulatedgenerationofsinglestrandedgrichdnaintheabsenceoftelomerase; 10.proceedingsofthenationalacademyofsciencesusa; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.proceedingsofthenationalacademyofsciencesusa; 10.theevolutionofsexrolereversalandmonogamyinshorebirds; 10.universityofwashingtonseattleusaphdthesisfoersterk; 10.femalesincreaseoffspringheterozygosityandfitnessthroughextrapairmatings; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciencesusa; 10.handbuchdervgelmitteleuropasband; 10.aulaverlaggmbhwiesbadengermany; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegelsgreidercw; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietyoflondonseriesbbiologicalsciences; 10.theserialcultivationofhumandiploidstrains; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.nutritionoxidativedamagetelomereshorteningandcellularsenescenceindividualorconnectedagentsofaging; 10.moleculargeneticsandmetabolism; 10.longlifespaninwormswithlongtelomericdna; 10.theadaptivesignificanceofparentalroledivisionandsexualsizedimorphisminbreedingshorebirds; 10.biologicaljournalofthelinneansociety; 10.thestabilityofbrokenendsofchromosomesinzeamays; 10.compensationforabadstartgrownowpaylater; 10.exceptionalcellularresistancetooxidativedamageinlonglivedbirdsrequiresactivegeneexpression; 10.journalsofgerontologyabiologicalsciencesandmedicalsciences; 10.themeasurementofoverallbodysizeinbirds; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.molecularcloningalaboratorymanual; 10.coldspringharborlaboratorypresscoldspringharbornewyorkusaseuting; 10.preservationofavianbloodandtissuesamplesfordnaanalyses; 10.akineticmodeloftelomereshorteningininfantsandadults; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.americanjournalofhumangenetics; 10.mortalityandreproductiveratesinafinnishpopulationofdunlincalidrisalpina; 10.sexualsizedimorphisminshorebirdsgullsandalcidstheinfluenceofsexualandnaturalselection; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.proceedingsofthenationalacademyofsciencesusa; 10.telomeraseexpressioninchickensconstitutiveactivityinsomatictissuesanddownregulationinculture; 10.proceedingsofthenationalacademyofsciencesusa; 10.mildhyperoxiashortenstelomeresandinhibitsproliferationoffibroblastsamodelforsenescence; 10.invivoalterationoftelomeresequencesandsenescencecausedbymutatedtetrahymenatelomerasernas; 10.angelapaulinyanddonaldblomqvistareresearchersattheuniversityofgothenburgandhaveabroadinterestinbehaviouralandmolecularecologycurrentprojectsincludepopulationgeneticslifehistoryandreproductivebehavioursinshorebirdsrichardhwagnerisresearcheratthekonradlorenzinstituteforethologyinviennaandhisworkfocusesontheevolutionofcolonialityinbirdsandfishestiborszpisprofessoratthecollegeofnyfregyhzaandstudiesmanyaspectsofecologybehaviourandconservationofbirdsjakobaugustinrecentlyfinishedhismscthesisattheuniversityofviennaandispresentlyworkingasresearchassistantatthekonradlorenzinstitute"
"Juola F.A., Haussmann M.F., Dearborn D.C., Vleck C.M."	"Telomere shortening in a long-lived marine bird: Cross-sectional analysis and test of an aging tool"	"2006"	"Auk"	"123"	"37"	"10.telomereshorteninginalonglivedmarinebirdcrosssectionalanalysisandtestofanagingtool"	"10.telomerereductioninhumanlivertissueswithageandchronicinflammation; 10.biologyofagingobservationandprinciples; 10.sinauerassociatessunderlandmassachusettsaviva; 10.chronologyversusbiologytelomeresessentialhypertensionandvascularaging; 10.structureandfunctionoftelomeres; Brümmendorf T.H. Mak J. Sabo K.M. Baerlocher G.M. Dietz K. Abkowitz J.L. Lansdorp P.M., 2002, Experimental Hematology, 30, 60, DOI 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.demographyandreproductiveecologyofgreatfrigatebirds; 10.telomeresinneonatesnewinsightsiinfetalhematopoiesis; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.proceedingsofthenationalacademyofsciencesusa; 10.genestelomeresandmammalianageing; 10.mechanismsofageinganddevelopment; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegels; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.proceedingsoftheroyalsocietyoflondonseriesb; 10.telomerelengthdynamicsandchromosomalinstabilityincellsderivedfromtelomerasenullmice; 10.thetelomerehypothesisofcellularaging; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.proceedingsoftheroyalsocietyoflondonseriesb; 10.theserialcultivationofhumandiploidcellstrains; 10.theevolutionofaviansenescencepatternsimplicationsforunderstandingprimaryagingprocesses; 10.blockinanaphasechromosomeseparationcausedbyatelomerasetemplatemutation; 10.thestabilityofbrokenendsofchromosomesinzeamays; 10.birdsofnorthamericaphiladelphiameynej; 10.conservationofthehumantelomeresequence; 10.proceedingsofthenationalacademyofsciencesusa; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.developmentalandtissuespecificregulationofmousetelomeraseandtelomerelength; 10.proceedingsofthenationalacademyofsciencesusa; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.molecularcloningalaboratorymanual; 10.coldspringharborlaboratorypressnewyorksmogorzewskaa; 10.dnaligaseivdependentnhejofdeprotectedmammaliantelomeresing; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.proceedingsofthenationalacademyofsciencesusa; 10.thenaturalhistoryoftelomerestoolsforaginganimalsandexploringtheagingprocess; 10.accumulationofsinglestrandbreaksisthemajorcauseoftelomereshorteninginhumanfibroblasts; 10.telomeresbeginningtounderstandtheend; 10.rsaddlerivernewjerseyzeichnersl; 10.rapidtelomereshorteninginchildren"
"Monaghan P., Haussmann M.F."	"Do telomere dynamics link lifestyle and lifespan?"	"2006"	"Trends in Ecology and Evolution"	"21"	"263"	"10.dotelomeredynamicslinklifestyleandlifespan"	"10.oxforduniversitypressbeckmankb; 10.thefreeradicaltheoryofagingmatures; 10.compensationforabadstartgrownowpaylater; 10.growthversuslifespanperspectivesfromevolutionaryecology; 10.telomeresandtelomerasetheirmechanismsofactionandtheeffectsofalteringtheirfunctions; 10.telomerepositioneffectinhumancells; 10.telomerepositionaleffectsandtheregulationofcellularsenescence; 10.longlifespaninwormswithlongtelomericdna; 10.cancerandagingtheimportanceoftelomeresingenomemaintenance; 10.newdevelopmentsintelomerelengthanalysis; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.doesasentinelorasubsetofshorttelomeresdeterminereplicativesenescence; 10.livingforeveranddyingintheattempt; 10.oxidativestressshortenstelomeres; 10.replicativesenescenceandtheartofcounting; 10.telomerasetelomeraseinhibitionandcancer; 10.essionandorganismalaginggoodcitizensbadneighbors; 10.beginningtounderstandtheendofthechromosome; 10.telomeredysfunctioninagingandcancer; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; Brümmendorf T.H. Mak J. Sabo K.M. Baerlocher G.M. Dietz K. Abkowitz J.L. Lansdorp P.M., 2002, Experimental Hematology, 30, 60, DOI 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo; 10.rapidtelomereshorteninginchildren; 10.telomerelossinrelationtoageandearlyenvironmentinlonglivedbirds; 10.longertelomeresassociatedwithhighersurvivalinbirds; 10.evidenceforarelationshipbetweenlongevityofmammalianspeciesandlifespansofnormalfibroblastsinvitroanderythrocytesinvivo; 10.replicativesenescenceacriticalreview; 10.associationbetweentelomerelengthinbloodandmortalityinpeopleaged; 10.replicativesenescenceintheimmunesystemimpactofthehayflicklimitontcellfunctionintheelderly; 10.willtelomereerosionleadtoalossoftcellmemory; 10.telomerebasedtherapyforimmunosenescence; 10.telomeresandtelomerasemorethantheendoftheline; 10.telomeraseandmammalianageingacriticala; 10.telomeresandtelomeraseamodernfountainofyouth; 10.humanisauniquespeciesamongprimatesintermsoftelomerelength; 10.telomerebiologyandcellularaginginnonhumanprimatecells; 10.thenaturalhistoryoftelomerestoolsforaginganimalsandexploringtheagingprocess; 10.hypervariableultralongtelomeresinmice; 10.wildderivedmousestrainshaveshorttelomeres; 10.effectsofdomesticationontelomerelengthinmusmusculusandperomyscusmaniculatus; 10.influencesofinbreedingandgeneticsontelomerelengthinmice; 10.analysisoftelomerelengthandtelomeraseactivityintreespeciesofvariouslifespansandwithageinthebristleconepinepinuslongaeva; 10.telomeresshortenmoreslowlyinlonglivedbirdsandmammalsthaninshortlivedones; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.telomeraseexpressionisdifferentiallyregulatedinbirdsofdifferinglifespan; 10.telomerasedifferentiationinmulticellularorganismsturnitonturnitoffandturnitoffagain; 10.earlygrowthdetermineslongevityinmaleratsandmayberelatedtotelomereshorteninginthekidney; 10.acceleratedtelomereshorteninginresponsetolifestress; 10.obesitycigarettesmokingandtelomerelengthinwomen; 10.growthtelomeredynamicsandsuccessfulandunsuccessfulhumanaging; 10.organismalstressandtelomericaginganunexpectedconnection; 10.paternalageispositivelylinkedtotelomerelengthofchildren; 10.engineeringtheenddnaprocessingathumantelomeres; 10.chromosomeendsdifferentsequencesmayprovideconservedfunctions; 10.functionreplicationandstructureofthemammaliantelomere; 10.synchronyintelomerelengthofthehumanfetus; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.telomereshorteninginbirdsvarieswithlifespan; 10.telomeraseactivityinhumanintestine; 10.telomerelengthsarecharacteristicineachhumanindividual; 10.telomeresandtelomeraseinagingregenerationandcancer; 10.stressdnadamageandageinganintegrativea; 10.telomerelengthmediatestheeffectsoftelomeraseonthecellularresponsetogenotoxicstress; 10.telomeredrivenreplicativesenescenceisastressresponse; 10.drosophilatelomeresthenontelomerasealternative; 10.telomerelengthisresetduringearlymammalianembryogenesis; 10.telomerevariationinxenopuslaevis"
"Akbar A.N., Fletcher J.M."	"Memory T cell homeostasis and senescence during aging"	"2005"	"Current Opinion in Immunology"	"17"	"171"	"10.memorytcellhomeostasisandsenescenceduringaging"	"10.decreaseofthelymphoproliferativeresponsetovaricellazostervirusantigenintheaged; 10.seroepidemiologicalevidenceofepsteinbarrvirusreactivationinaveteransnursinghome; 10.tuberculosisinthegeriatricpatient; 10.immunologicevidenceforfrequentagerelatedcytomegalovirusreactivationinseropositiveimmunocompetentindividuals; 10.willtelomereerosionleadtoalossoftcellmemory; 10.agerelatedchangesinlymphocytedevelopmentandfunction; 10.theroleofthethymusinimmunereconstitutioninagingbonemarrowtransplantationandhiv; 10.ifnalphaandifnbetaalinkbetweenimmunememoryandchronicinflammation; 10.tcellresponsetoepsteinbarrvirusduringprimaryandpersistentinfection; 10.tcellsvaryindifferentiationphenotypeindifferentpersistentvirusinfections; 10.tlymphocytesubpopulationsandanassociationwithcytomegalovirusseropositivityintheelderlytheswedishnonaimmunestudy; 10.animmuneriskphenotypecognitiveimpairmentandsurvivalinverylatelifetheimpactofallostaticloadinswedishoctoandnonagenarianhumans; 10.agerelatedchangeinperipheralbloodtlymphocytesubpopulationsandcytomegalovirusinfectionintheveryoldtheswedishlongitudinaloctoimmunestudy; 10.centralmemoryandeffectormemorytcellsubsetsfunctiongenerationandmaintenance; 10.telomeresshortenduringageingofhumanfibroblasts; 10.tcellclonalexpansionisassociatedwithtelomeraseupregulationandtelomerelengthpreservationamechanismforrescuefromreplicativesenescence; 10.mechanismoftelomeraseinductionduringtcellactivation; 10.tcellsfollowingrepeatedencounterswiththesameantigenicstimulus; 10.raareapoptosisresistantmemorycellsthatretainreplicativepotential; 10.proliferationanddifferentiationpotentialofhumancd; 10.memorytcellsubsetsinresponsetoantigenorhomeostaticcytokines; 10.memorytcellsconstituteasubsetofthehumancd; 10.rapoolwithdistinctphenotypicandmigratorycharacteristics; 10.longtermcytomegalovirusinfectionleadstosignificantchangesinthecompositionofthecd; 10.tcellrepertoirewhichmaybethebasisforanimbalanceinthecytokineproductionprofileinelderlypersons; 10.quiescenceandfunctionalreprogrammingofepsteinbarrvirus; 10.tcellsduringpersistentinfection; 10.identificationofnaiveorantigenexperiencedhumancd; 10.tcellsbyexpressionofcostimulationandchemokinereceptorsanalysisofthehumancytomegalovirusspecificcd; 10.theimpactoftelomereerosiononmemorycd; 10.tcellsinpatientswithxlinkedlymphoproliferativesyndrome; 10.tcellimmunityinoldagecytomegalovirusimpairstheresponsetoacoresidentebvinfection; 10.rapidturnoverofeffectormemorycd; 10.directmeasurementoftcellsubsetkineticsinvivoinelderlymenandwomen; 10.differencesinphenotypeandfunctionbetweenspontaneouslyoccurringmelanatyrosinaseandinfluenzamatrixpeptidespecificctlinhlaa; 10.characterizationofvirusspecificcd; 10.effectortcellsinthecourseofhiv; 10.infectionlongitudinalanalysesinslowandrapidprogressors; 10.pervasiveinfluenceofhepatitiscvirusonthephenotypeofantiviralcd; 10.clonalpopulationsoftcellsinnormalelderlyhumansthetcellequivalenttobenignmonoclonalgammapathy; 10.tcellscontaingreatlyexpandedfunctionalvirusspecificmemoryctlclones; 10.cytomegalovirusseropositivitydrivesthecd; 10.tcellrepertoiretowardgreaterclonalityinhealthyelderlyindividuals; 10.ageassociatedaccumulationofcmvspecificcd; 10.tcellsexpressingtheinhibitorykillercelllectinlikereceptorg; 10.changingpatternsofdominanttcrusagewithmaturationofanebvspecificcytotoxictcellresponse; 10.dyskeratosiscongenitainallitsforms; 10.tcellclonalexpansionsconstrictcd; 10.tcellrepertoireandhavethepotentialtoimpairimmunedefense; 10.theeffectofvalaciclovironcytomegalovirusviremiaandviruriadetectedbypolymerasechainreactioninpatientswithadvancedhumanimmunodeficiencyvirusdiseaseaidsclinicaltrialsgroupprotocol; 10.internationalcmvprophylaxisstudygroup; 10.functionalheterogeneityandhighfrequenciesofcytomegalovirusspecificcd; 10.tlymphocytesinhealthyseropositivedonors"
"Flanary B.E., Streit W.J."	"Telomeres Shorten with Age in Rat Cerebellum and Cortex in vivo"	"2003"	"Journal of Anti-Aging Medicine"	"6"	"72"	"10.telomeresshortenwithageinratcerebellumandcortexinvivo"	"10.newyorkoxforduniversitypressshayjw; 10.attheendofthemillenniumaviewoftheend; 10.telomerepositionaleffectsandtheregulationofcellularsenescence; 10.chromatinstructureofthemolecularendsofoxytrichamacronucleardnaphasednucleosomesandatelomericcomplex; 10.ahighlyconservedrepetitivednasequence; 10.npresentatthetelomeresofhumanchromosomes; 10.principleofmarginotomyintemplatesynthesisofpolynucleotides; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymaticsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.telomerestelomeraseandagingoriginofthetheory; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.theserialcultivationofhumandiploidcellstrains; 10.intheregulationofhumancellularsenescence; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.telomeraseexpressionrestoresdermalintegritytoinvitroagedfibroblastsinareconstitutedskinmodel; 10.telomeresshortenduringagingofhumanfibroblasts; 10.cellsenescenceinhumanagingareviewofthetheory; 10.reversiblecellularsenescenceimplicationsforimmortalizationofnormalhumandiploidfibroblasts; 10.evidenceforacriticaltelomerelengthinsenescenthumanfibroblasts; 10.telomerelossmitoticclockorgenetictimebomb; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.thetelomerehypothesisofcellularaging; 10.abiomarkerthatidentifiessenescenthumancellsincultureandinagingskininvivo; 10.telomeraseandtheagingcellimplicationsforhumanhealth; 10.invivolossoftelomererepeatswithageinhumans; 10.telomereshorteningisaninvivomarkerofmyocytereplicationandaging; 10.historicalclaimsandcurrentinterpretationsofreplicativeaging; 10.tpeornottpeitsnolongeraquestion; 10.telomerepositioneffectinhumancells; 10.identificationofaspecifictelomereterminaltransferaseenzymewithtwokindsofprimerspecificity; 10.thehumantelomereterminaltransferaseenzymeisaribonucleoproteinthatsynthesizesttagggrepeats; 10.telomeraseisatruereversetranscriptaseareview; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.reconstitutionoftelomeraseactivityinnormalhumancellsleadstoelongationoftelomeresandextendedreplicativelifespan; 10.telomeraseactivityabiomarkerofcellproliferationnotmalignanttransformation; 10.telomeraseexpressioninhumansomaticcellsdoesnotinducechangesassociatedwithatransformedphenotype; 10.absenceofcancerassociatedchangesinhumanfibroblastsimmortalizedwithtelomerase; 10.autoradiographischeuntersuchungberdiebeteiligungvongliazellenanderaxonalenreaktioninfacialiskernderratte; 10.microglialcellsbutnotastrocytesundergomitosisfollowingfacialnerveaxotomy; 10.colonystimulatingfactorsaspromotersofameboidmicroglia; 10.effectsofcolonystimulatingfactorsonisolatedmicrogliainvitro; 10.progressivetelomereshorteningoccursinculturedratmicrogliabutnotastrocytes; 10.telometricatoolprovidingsimplifiedreproduciblemeasurementsoftelomericdnafromconstantfieldagarosegels; 10.ageingandtelomeresastudyintoorganandgenderspecifictelomereshortening; 10.developmentalandtissuespecificregulationofmousetelomeraseandtelomerelength; 10.telomerelengthregulationduringpostnataldevelopmentandageinginmusspretus; 10.differentialregulationoftelomeraseactivityandtertexpressionduringbraindevelopmentinmice; 10.thecatalyticsubunitoftelomeraseisexpressedindevelopingbrainneuronsandservesacellsurvivalpromotingfunction; 10.telomeraseandoligodendrocytedifferentiation; 10.subsenescenttelomerelengthsinfibroblastsimmortalizedbylimitingamountsoftelomerase; 10.neurogenesisinthedentategyrusoftheadultratagerelateddecreaseofneuronalprogenitorproliferation; 10.oxidativestressshortenstelomeres"
"McKevitt T.P., Nasir L., Wallis C.V., Argyle D.J."	"A cohort study of telomere and telomerase biology in cats"	"2003"	"American Journal of Veterinary Research"	"64"	"23"	"10.acohortstudyoftelomereandtelomerasebiologyincats"	"10.mammaliantelomeresendinalargeduplexloop; 10.structureandfunctionoftelomeres; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymaticsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.telomeresshortenduringageingofhumanfibroblasts; 10.oxidativestressshortenstelomeres; 10.agingclockthewatchmakersmasterpiece; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.senescentfibroblastspromoteepithelialcellgrowthandtumorigenesisalinkbetweencancerandaging; 10.fromcellstoorganismscanwelearnaboutagingfromcellsinculture; 10.telomerestelomeraseandcanceranupdate; 10.telomeraseenzymeactivationandhumancellimmortalisation; 10.telomeraseactivityasamarkerformalignancyinfelinetissues; 10.telomerelengthsandtelomeraseactivityindogtissuesapotentialmodelsystemtostudyhumantelomereandtelomerasebiology; McKevitt T.P. Nasir L. Devlin P. Argyle D.J., 2002, Journal of Nutrition, 132, 38, DOI 10.telomerelengthsindogsdecreasewithincreasingdonorage; 10.telomerelengthsandtelomeraseactivityincaninemammaryglandtumors; 10.ahighlyconservedrepetitivednasequence; 10.npresentatthetelomeresofhumanchromosomes; 10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhaematopoieticstemcellturnoverinvivo; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.telomeredynamicsincancerprogressionandpreventionfundamentaldifferencesinhumanandmousetelomerebiology; 10.micewithouttelomerasewhatcantheyteachusabouthumancancer; 10.influencesofinbreedingandgeneticsontelomerelengthinmice; 10.thereservecapacityhypothesisevolutionaryoriginsandmodernimplicationsofthetradeoffbetweentumorsu; 10.telomerelengthsarecharacteristicineachhumanindividual; 10.cellrenewalintheorgansandtissuesofthenongrowingadultmouse"
"Haussmann M.F., Vleck C.M., Nisbet I.C.T."	"Calibrating the telomere clock in common terns, Sterna hirundo"	"2003"	"Experimental Gerontology"	"38"	"41"	"10.calibratingthetelomereclockincommonternssternahirundo"	"10.telomeresshortenduringageingofhumanfibroblasts; Haussmann M.F. Vleck C.M., 2002, Oecologia, 130, 85, DOI 10.telomerelengthprovidesanewtechniqueforaginganimals; 10.telomeresshortenmoreslowlyinlongerlivedbirdsandmammalsthaninshortlivedones; 10.thebirdsofnorthamericaphiladelphiano; 10.breedingperformanceofveryoldcommonterns; 10.oxfordoxforduniversitypresswatsonjd"
"Haussmann M.F., Vleck C.M."	"Telomere length provides a new technique for aging animals"	"2002"	"Oecologia"	"130"	"85"	"10.telomerelengthprovidesanewtechniqueforaginganimals"	"10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.evolutionaryandnonevolutionarytheoriesofsenescence; 10.ageandgrowthinseaturtleslimitationsofskeletochronologyfordemographicstudies; 10.dominanceageandreproductivesuccessinacomplexsocietyalongtermstudyofthemexicanjay; 10.telomerelengthandreplicativeaginginhumanvasculartissues; 10.reproductiveeffortandterminalinvestmentiniteroparousanimals; 10.agesexdensitywinterweatherandpopulationcrashesinsoaysheep; 10.telomerelengthregulationduringpostnataldevelopmentandageinginmusspretus; 10.telomeraseregulationcellcycleandtelomerestabilityinprimitivehematopoieticcells; 10.conservationbiologyforthecomingdecade; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.telomerelengthindifferenttissuesofelderlypatients; 10.identificationofaspecifictelomereterminaltransferaseactivityintetrahymenaextracts; 10.telomeresshortenduringageingofhumanfibroblasts; 10.causesandcorrelatesoflifehistorydifferencesinmammals; 10.comparativesocioecologythebehaviouralecologyofhumansandothermammals; 10.telomerereductioninhumancolorectalcarcinomaandwithageing; 10.theserialcultivationofhumandiploidcellstrains; 10.prenticehallenglewoodcliffsnjmcclintockb; 10.thestabilityofbrokenendsofchromosomesinzeamays; 10.conservationofthehumantelomeresequence; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.developmentalandtissuespecificregulationofmousetelomeraseandtelomerelength; 10.identificationguidetonorthamericanbirds; 10.slatecreekpressbolinascalifrothvl; 10.dentalidentificationandagedeterminationinelephasmaximus; 10.coldspringharborlaboratorypressnewyorkslagboompe; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.oxforduniversitypressoxfordvazirih; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.telomeraseexpressioninchickensconstitutiveactivityinsomatictissuesanddownregulationinculture; 10.thezebrafinchasynthesisoffieldandlaboratorystudies; 10.oxforduniversitypressoxfordvonzglinickit; 10.mildhyperoxiashortenstelomeresandinhibitsproliferationoffibroblastsamodelforsenescence"
"Espejel S., Franco S., Sgura A., Gae D., Bailey S.M., Taccioli G.E., Blasco M.A."	"Functional interaction between DNA-PKcs and telomerase in telomere length maintenance"	"2002"	"EMBO Journal"	"21"	"111"	"10.functionalinteractionbetweendnapkcsandtelomeraseintelomerelengthmaintenance"	"10.dnadoublestrandbreakrepairproteinsarerequiredtocaptheendsofmammalianchromosomes; 10.strandspecificpostreplicativeprocessingofmammaliantelomeres; 10.switchingandsignalingatthetelomere; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.newwaysnottomakeendsmeettelomerasednadamageproteinsandheterochromatin; 10.deficiencyrescuestheadverseeffectsoftelomerelossandcooperateswithtelomeredysfunctiontoacceleratecarcinogenesis; 10.effectsofdnanonhomologousendjoiningfactorsontelomerelengthandchromosomalstabilityinmammaliancells; 10.protectionofmammaliantelomeres; 10.identificationoftelomeredependentsenescencelikearrestinmouseembryonicfibroblasts; 10.mediateschromosomalfusionsandapoptosiscausedbycriticallyshorttelomeres; 10.dnapkcsiscriticalfortelomereca; 10.telomerasedeficientmicewithshorttelomeresareresistanttoskintumorigenesis; 10.manywaystotelomeredysfunctioninvivostudiesusingmousemodels; 10.shorttelomeresresultinorganismalhypersensitivitytoionizingradiationinmammals; 10.absenceofdnapkcsinmiceresultsinanaphasebridgesandinincreasedtelomericfusionswithnormaltelomerelengthandgstrandoverhang; 10.mammaliantelomeresendinalargeduplexloop; 10.telomerelengthdynamicsandchromosomalinstabilityincellsderivedfromtelomerasenullmice; 10.telomeresshortenduringageingofhumanfibroblasts; 10.gstrandoverhangsontelomeresintelomerasedeficientmousecells; 10.telomeredysfunctiontriggersdevelopmentallyregulatedgermcellapoptosis; 10.theshortesttelomerenotaveragetelomerelengthiscriticalforcellviabilityandchromosomestability; 10.diseasestatesassociatedwithtelomerasedeficiencya; 10.arearlierinmicewithshorttelomeres; 10.kuisassociatedwiththetelomereinmammals; 10.kuactsinauniquewayatthemammaliantelomeretopreventendjoining; 10.dnadependentproteinkinaseisnotrequiredforthep; 10.senescenceinducedbyalteredtelomerestatenottelomereloss; 10.wernerproteinisatargetofdnapkinvivoandinvitroanditscatalyticactivitiesareregulatedbyphosphorylation; 10.hypervariableultralongtelomeresinmice; 10.essentialroleofmousetelomeraseinhighlyproliferativeorgans; 10.functionalinteractionbetweenkuandthewernersyndromeproteinindnaendprocessing; 10.telomerelengthanormalitiesinmammalianradiosensitivecells; 10.afunctionalinteractionofkuwithwemerexonucleasefacilitatesdigestionofdamageddna; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.preventstelomericfusionsindependentlyofthelengthofttagggrepeatsandthegstrandoverhang; 10.restorationoftelomeraseactivityrescueschromosomalinstabilityandprematureagingintercmicewithshorttelomeres; 10.targeteddisruptionofthecatalyticsubunitofthednapkgeneinmiceconfersseverecombinedimmunodeficiencyandradiosensitivity; 10.nucleaseactivitiesinacomplexofhumanrecombinationanddnarepairfactorsrad; 10.protectshumantelomeresfromendtoendfusions; 10.thecatalyticsubunitofdnadependentproteinkinaseselectivelyregulatesp; 10.dependentapoptosisbutnotcellcyclearrest; 10.dnadamageinducedapoptosisrequiresthednadependentproteinkinaseandismediatedbythelatentpopulationofp; 10.cellcycleregulatedassociationofrad; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft"
"Brümmendorf T.H., Mak J., Sabo K.M., Baerlocher G.M., Dietz K., Abkowitz J.L., Lansdorp P.M."	"Longitudinal studies of telomere length in feline blood cells: Implications for hematopoietic stem cell turnover in vivo"	"2002"	"Experimental Hematology"	"30"	"60"	"10.longitudinalstudiesoftelomerelengthinfelinebloodcellsimplicationsforhematopoieticstemcellturnoverinvivo"	"10.structureandfunctionoftelomeres; 10.humantelomerescontaintwodistinctmybrelatedproteinstrf; 10.atheoryofmarginotomytheincompletecopyingoftemplatemargininenzymicsynthesisofpolynucleotidesandbiologicalsignificanceofthephenomenon; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.accumulationofshorttelomeresinhumanfibroblastspriortoreplicativesenescence; 10.telomerelengthandreplicativeaginginhumanvasculartissues; 10.transductionofmurinebonemarrowcellswithanmdr; 10.vectorenablesexvivostemcellexpansionbuttheseexpandedgraftscauseamyeloproliferativesyndromeintransplantedmice; 10.nonclonalhemopoieticprogenitors; 10.pdheterozygotewithchronicgranulocyticleukemia; 10.thetelomerehypothesisofcellularaging; 10.telomeraseactivityinhumangermlineandembryonictissuesandcells; 10.thelimitedinvitrolifetimeofhumandiploidcellstrains; 10.ontogenyrelatedchangesinproliferativepotentialofhumanhematopoieticcells; 10.agerelateddeclineinproliferativepotentialofpurifiedstemcellcandidates; 10.evidenceforamitoticclockinhumanhematopoieticstemcellslossoftelomericdnawithage; 10.developmentalchangesinthefunctionofhematopoieticstemcells; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.mildhyperoxiashortenstelomeresandinhibitsproliferationoffibroblastsamodelforsenescence; 10.oxidativestressshortenstelomeres; 10.geneticdeterminationoftelomeresizeinhumansatwinstudyofthreeagegroups; 10.telomerelengthinverselycorrelateswithpulsepressureandishighlyfamilial; 10.hypervariableultralongtelomeresinmice; 10.shorttelomeresonhumanchromosome; 10.rapidtelomereshorteninginchildren; 10.telomerelengthdynamicsinhumanlymphocytesubpopulationsmeasuredbyflowcytometry; 10.regulatedexpressionoftelomeraseactivityinhumantlymphocytedevelopmentandactivation; 10.telomeraseactivityinnormalandmalignanthematopoieticcells; 10.differentialexpressionoftelomeraseactivityinhematopoieticprogenitorsfromadulthumanbonemarrow; 10.telomeraseactivityincandidatestemcellsfromfetalliverandadultbonemarrow; 10.telomeresandtelomeraseinhematologicneoplasia; 10.prognosticimplicationsofdifferencesintelomerelengthbetweennormalandmalignantcellsfrompatientswithchronicmyeloidleukemiameasuredbyflowcytometry; 10.telomerelengthinleukocytesubpopulationsofpatientswithaplasticanemia; 10.invivotelomeredynamicsofhumanhematopoieticstemcells; 10.polyclonalhematopoiesiswithvariabletelomereshorteninginhumanlongtermallogeneicmarrowgraftrecipients; 10.acceleratedtelomereshorteninginhematologicallineagesislimitedtothefirstyearfollowingstemcelltransplantation; 10.evidenceforthemaintenanceofhematopoiesisinalargeanimalbythesequentialactivationofstemcellclones; 10.telomereshorteningisproportionaltothesizeofthegrichtelomeric; 10.; 10.behaviorofhematopoieticstemcellsinalargeanimal; 10.evidencethathematopoiesismaybeastochasticprocessinvivo"
"Difilippantonio M.J., Petersen S., Chen H.T., Johnson R., Jasin M., Kanaar R., Ried T., Nussenzweig A."	"Evidence for replicative repair of DNA double-strand breaks leading to oncogenic translocation and gene amplification"	"2002"	"Journal of Experimental Medicine"	"196"	"201"	"10.evidenceforreplicativerepairofdnadoublestrandbreaksleadingtooncogenictranslocationandgeneamplification"	"10.frequentchromosomaltranslocationsinducedbydnadoublestrandbreaks; 10.interstitialdeletionsandintrachromosomalamplificationinitiatedfromadoublestrandbreaktargetedtoamammalianchromosome; 10.themechanismandregulationofchromosomalv; 10.esseschromosomalaberrationsandmalignanttransformation; 10.thenonhomologousdnaendjoiningpathwayisimportantforchromosomestabilityinprimaryfibroblasts; 10.thenonhomologousendjoiningpathwayofdnarepairisrequiredforgenomicstabilityandthesu; 10.dnaligaseivdeficiencyinmiceleadstodefectiveneurogenesisandembryoniclethalityviathep; 10.intumorigenesisgenomicstabilityanddevelopment; 10.dependentdnadamagecheckpointinscidlymphocyteprecursors; 10.mutantmiceandcellswithdeficientlevelsofp; 10.andscidgenescooperateintumorigenesis; 10.geneticpathwaytorecurrentchromosometranslocationsinmurinelymphomainvolvesv; 10.impairednonhomologousendjoiningprovokessofttissuesarcomasharboringchromosomaltranslocationsamplificationsanddeletions; 10.variantexpressionandfunctioninmultiplemyelomacellsisassociatedwithincreasedsensitivitytodnadamage; 10.identificationofadefectindnaligaseivinaradiosensitiveleukaemiapatient; 10.dnaligaseivmutationsidentifiedinpatientsexhibitingdevelopmentaldelayandimmunodeficiency; 10.growthretardationandleakyscidphenotypeofku; 10.aredevelopmentallynormalbutsusceptibletospontaneoustumours; 10.isrequiredforradiationinducedapoptosisinmousethymocytes; 10.reducesionizingradiationresistanceandhomologousrecombination; 10.abnormalrearrangementwithinthealphadeltatcellreceptorlocusinlymphomasfromatmdeficientmice; 10.quantitationofimmunoglobulinmg; 10.heavychainswitchregionrecombinationbyadigestioncircularizationpolymerasechainreactionmethod; 10.atmdeficientmiceaparadigmofataxiatelangiectasia; 10.essorencodedatthemousescidlocus; 10.geneticinteractionbetweenparpanddnapkinv; 10.jrecombinationandtumorigenesis; 10.isrequiredfordnarepairbutnotfortcellantigenreceptorgenerecombinationinvivo; 10.affectsdnadoublestrandbreakrepairandsisterchromatidexchange; 10.translocationofthecmycgeneintotheimmunoglobulinheavychainlocusinhumanburkittlymphomaandmurineplasmacytomacells; 10.amplificationofoncogenesrevisitedfromexpressionprofilingtoclinicala; 10.chromosometranslocationsinmultiplemyeloma; 10.chromosomaldoublestrandbreakrepairinku; 10.jrecombinationindoublestrandbreakrepairmutants; 10.jrecombinationisnotessentialfortumorigenesisinatmdeficientmice; 10.anditsimplicationsfortheevolutionoftheimmunesystem; 10.proteinsapossiblesourceofoncogenictranslocations; 10.regulationofcellsurvivalduringblymphopoiesissu; 10.chromosomebreakinduceddnareplicationleadstononreciprocaltranslocationsandtelomerecapture; 10.breakcopyduplicationamodelforchromosomefragmentformationinsaccharomycescerevisiae; 10.independentbreakinducedreplicationrepairofachromosomaldoublestrandbreak; 10.regulationandmechanismsofgeneamplification; 10.expressionoffragilesitestriggersintrachromosomalmammaliangeneamplificationandsetsboundariestoearlyamplicons; 10.coldspringharborlabpressplainviewny; 10.alteredcellcyclearrestandgeneamplificationpotentialaccompanylossofwildtypep; 10.restorescellcyclecontrolandinhibitsgeneamplificationincellswithmutantp; 10.stimulationofmethotrexateresistanceanddihydrofolatereductasegeneamplificationbycmyc; 10.chromosomeorganizationandgeneticexpression; 10.telomerecapturestabilizeschromosomebreakage; 10.anontransgenicmousemodelforbcelllymphomainvivoinfectionofp; 10.nullbonemarrowprogenitorsbyamycretrovirusissufficientfortumorigenesis"
"Lee W.-W., Nam K.-H., Terao K., Yoshikawa Y."	"Age-related telomere length dynamics in peripheral blood mononuclear cells of healthy cynomolgus monkeys measured by Flow FISH"	"2002"	"Immunology"	"105"	"27"	"10.agerelatedtelomerelengthdynamicsinperipheralbloodmononuclearcellsofhealthycynomolgusmonkeysmeasuredbyflowfish"	"10.regulationoftelomerelengthandtelomeraseintandbcellsamechanismformaintainingreplicativepotential; 10.telomerelengthagingandsomaticcellturnover; 10.telomeresshortenduringageingofhumanfibroblasts; 10.invivoreductionoftelomerelengthinhumanantigenreactivememorytcells; 10.tcellslargelyexplaintheshortertelomeresdetectedinthissubsetanalysisbyflowfish; 10.cellsareinducedbyantigenandevolvethroughextensiveroundsofdivision; 10.humannaiveandmemorytlymphocytesdifferintelomericlengthandreplicativepotential; 10.telomerefluorescencemeasurementsingranulocytesandtlymphocytesubsetspointtoahighturnoverofhematopoieticstemcellsandmemorytcellsinearlychildhood; 10.lineagespecifictelomereshorteningandunalteredcapacityfortelomeraseexpressioninhumantandblymphocyteswithage; 10.telomerelengthdynamicsinhumanlymphocytesubpopulationsmeasuredbyflowcytometry; 10.cytotoxictlymphocytesspecificforthesimianimmunodeficiencyvirus; 10.prophylacticandtherapeuticeffectsofahumanizedmonoclonalantibodyagainsttheil; 10.experimentalallergicencephalomyelitisincynomolgusmonkeysquantitationoftcellresponsesinperipheralblood; 10.agerelatedchangesinmajorlymphocytesubsetsincynomolgusmonkeys; 10.agedependentremodelingofperipheralbloodcd; 10.tlymphocytesincynomolgusmonkeys; 10.thejapanesetsukubaprimatecenterformedicalscience; 10.telomeredynamicsinmonkeysincreasedcellturnoverinmacaquesinfectedwithchimericsimianhumanimmunodeficiencyviruses; 10.tcellsprovidesnewinsightsonimmunodeficiencyinaging; 10.tcellsinhealthyageingpeopleincludingcentenarians; 10.tcellssubsetsageassociatedexpansionandshiftfrommemorytonaivephenotype; 10.comparativeanalysisofcytotoxictlymphocytesinlymphnodesandperipheralbloodofsimianimmunodeficiencyvirusinfectedrhesusmonkeys; 10.ageingoflymphocytesandlymphocytesintheaged; 10.shortenedtelomeresinclonallyexpandedcd; 10.tcellsimplyareplicativehistorythatisdistinctfromtheircd; 10.characterizationofexpandedtcellclonesinhealthymacaquesontogenydistributionandstability; 10.tcellsisassociatedwiththelossofgenespecificnuclearfactorbindingactivity; 10.dulltcellsareassociatedwithdefectsinapoptoticpathways; 10.controloflymphocyterecirculationinmanidifferentialregulationoftheperipherallymphnodehomingreceptorlselectinontcellsduringthevirgintomemorycelltransition; 10.lymphocytesincynomolgusmonkeysareofrestingmemorytlineage"
"McKevitt T.P., Nasir L., Devlin P., Argyle D.J."	"Telomere lengths in dogs decrease with increasing donor age"	"2002"	"Journal of Nutrition"	"132"	"38"	"10.telomerelengthsindogsdecreasewithincreasingdonorage"	"10.telomerelengthsandtelomeraseactivityindogtissuesapotentialmodelsystemtostudyhumantelomereandtelomerasebiology; 10.telomeresinthemousehavelargeinterchromosomalvariationsinthenumberoft; 10.telomeresshortenduringageingofhumanfibroblasts; 10.invivolossoftelomericrepeatswithageinhumans; 10.structureandfunctionoftelomeres; 10.thegeneticsofcellularsenescence; 10.senescenthumandiploidcellsinculturesurvivaldnasynthesisandmorphology; 10.cellularaginginwernerssyndromeauniquephenotype; 10.dnadamageandrepairintelomeresrelationtoaging; 10.telomereshorteninginrenalcellcarcinoma; 10.thebiologyofreplicativesenescence; 10.hypervariableultralongtelomeresinmice; 10.telomereanalysisbyfluorescenceinsituhybridizationandflowcytometry"
"Blackburn E.H."	"Telomere states and cell fates"	"2000"	"Nature"	"408"	"1112"	"10.expression_to_replace_strings_that_are_less_than_n1"	"10.invivoalterationoftelomeresequencesandsenescencecausedbymutatedtetrahymenatelomerasernas; 10.thetelomerasereversetranscriptasecomponentsandregulation; 10.extensionoflifespanbyintroductionoftelomeraseintonormalhumancells; 10.dissociationamonginvitrotelomeraseactivitytelomeremaintenanceandcellularimmortalization; 10.telomeresshortenduringageingofhumanfibroblasts; 10.telomereshorteningassociatedwithchromosomeinstabilityisarrestedinimmortalcellswhichexpresstelomeraseactivity; 10.telomereshorteningandtumorformationbymousecellslackingtelomeraserna; 10.longevitystressresponseandcancerinagingtelomerasedeficientmice; 10.developmentalandtissuespecificregulationofmousetelomeraseandtelomerelength; 10.relationshipbetweendonorageandthereplicativelifespanofhumancellsincultureareevaluation; 10.therateoftelomeresequencelossinhumanleukocytesvarieswithage; 10.regulationoftelomerelengthandtelomeraseintandbcellsamechanismformaintainingreplicativepotential; 10.telomerevariationinxenopuslaevis; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.telomerasernamutationsinsaccharomycescerevisiaealtertelomeraseactionandrevealnonprocessivityinvivoandinvitro; 10.specifictelomerasernaresiduesdistantfromthetemplateareessentialfortelomerasefunction; 10.coldspringharborsymposiaonquantitativebiologybiologicalresponsestodnadamage; 10.coldspringharborlaboratorypresscoldspringharborinthepress; 10.telomeraseextendsthelifespanofvirustransformedhumancellswithoutnettelomerelengthening; 10.humanendothelialcelllifeextensionbytelomeraseexpression; 10.telomeredynamicsendtoendfusionsandtelomeraseactivationduringthehumanfibroblastimmortalizationprocess; 10.cappreventedrecombinationbetweenterminaltelomericrepeatarrays; 10.maintainstelomeresinkluyveromyceslactislackingtelomerase; 10.yeastkuasaregulatorofchromosomaldnaendstructure; 10.kuisassociatedwiththetelomereinmammals; 10.telomeresanddoublestrandbreakstryingtomakeendsmeet; 10.definetwopathwaysthatcollaboratetomaintaintelomeresintheabsenceoftelomerase; 10.whichencodesthernasubunitoftelomerase; 10.inregulatingtelomerelengthintheyeastsaccharomycescerevisiae; 10.checkpointproteinisrequiredforgermlineimmortalityandtelomerereplicationincelegans; 10.normaltelomeremaintenanceinimmortalataxiatelangiectasiacelllines; 10.polymeraseincontrollingtelomerelengthandchromosomalstability; 10.ascomediatorsoftelomeraseaccess; 10.runawaytelomereelongationcausedbytelomerasernagenemutations; 10.aproteincountingmechanismfortelomerelengthregulationinyeast; 10.protectshumantelomeresfromendtoendfusions; 10.proteinregulatestelomereturnoverinyeast; 10.ngandderegulationoftelomeresleadtodetrimentalcellularconsequencesinyeast; 10.intramitoticvariationinproliferativepotentialstochasticeventsincellularaging; 10.aquantitativeanalysisoftheagingofhumanglialcellsinculture; 10.kineticsofinvitroageingofmouseembryofibroblasts; 10.embryosisassociatedwithfailuretoclosetheneuraltube; 10.essentialroleofmousetelomeraseinhighlyproliferativeorgans; 10.implicationsfortelomereevolution; 10.thetelomereandtelomerasehowdotheyinteract; 10.controloftelomeregrowthbyinteractionsofrap; 10.withthemostdistaltelomericrepeats; 10.andatmdependentapoptosisinducedbytelomereslackingtrf; 10.antisensetelomerasetreatmentinductionoftwodistinctpathwaysapoptosisanddifferentiation"
"Banks D.A., Fossel M."	"Telomeres, cancer, and aging: Altering the human life span"	"1997"	"JAMA"	"278"	"39"	"10.telomerescancerandagingalteringthehumanlifespan"	"10.newyorknyballantinebooksfinchce; 10.longevitysenescenceandthegenome; 10.chicagoilluniversityofchicagopressjazwinskism; 10.inparisfranceworldsoldestwomandiesat; 10.bethesdamdnationalinstituteonagingnationalinstitutesofhealthsmithdwe; 10.newyorknyoxforduniversitypressfriesjf; 10.vitalityandagingimplicationsoftherectangularcurve; 10.sanfranciscocalifwhfreemanlakowskib; 10.determinationoflifespanincaenorhabditiselegansbyfourclockgenes; 10.structuralandfunctionalconservationofthecaenorhabditiseleganstiminggeneclk; 10.genesthatregulatebothdevelopmentandlongevityincaenorhabditiselegans; 10.theretardationofaginganddiseasebydietaryrestriction; 10.springfieldillcharlescthomaspublisherincsohalrs; 10.oxidativestresscaloricrestrictionandaging; 10.beyondtherodentmodelcalorierestrictioninrhesusmonkeys; 10.thebiologicclockthemitochondria; 10.extensionoflifespanbyoverexpressionofsuperoxidedismutaseandcatalaseindrosophilamelanogaster; 10.telomeresandtelomeraseasimplepicturebecomescomplex; 10.regulationoftelomeraseactivityinimmortalcelllines; 10.agingatheorybasedonfreeradicalandradiationbiology; 10.oxidativestresscaloricrestrictionandaging; 10.newyorknywilliammorrowcodimrigp; 10.abiomarkerthatidentifiessenescenthumancellsincultureandinagingskininvivo; 10.replicativesenescenceimplicationsforinvivoagingandtumorsu; 10.dochangesinchromosomescauseaging; 10.replicativesenescenceanoldlivestale; 10.positionalcloningofthewernerssyndromegene; 10.telomerelengthpredictsreplicativecapacityofhumanfibroblasts; 10.nodetectablemutationsatwernerhelicaselocusinprogeria; 10.viableoffspringderivedfromfetalandadultmammaliancells; 10.proteinsyntheticerrorsdonotincreaseduringagingofculturedhumanfibroblasts; 10.telomeresshortenduringagingofhumanfibroblasts; 10.dochangesinchromosomescauseaging; 10.specificassociationofhumantelomeraseactivitywithimmortalcellsandcancer; 10.asurveyoftelomeraseactivityinhumancancer; 10.telomerasecatalyticsubunithomologsfromfissionyeastandhuman; 10.theputativehumantelomerasecatalyticsubunitgeneisupregulatedintumorcellsandduringimmortalization; 10.targetsforcancertherapyinthecellcyclepathway; 10.telomeraseintheearlydetectionofcancer; 10.thernacomponentofhumantelomerase; 10.molecularandgeneticstrategiesfortreatmentofagerelateddiseases; 10.nationalmanagedhealthcarecongressbiotechnologyconferences; 10.seattlewashscanningtheresearchhorizon; 10.experimentalelongationoftelomeresextendsthelifespanofimmortalxnormalcellhybrids; 10.cellcyclecontrolanditswatchman; 10.agingglobalpopulationacallforpapers; 10.longevityrequirespolicyrevolution; 10.intheunitedstatesswedenfranceenglandandjapan; 10.longevityandmedicareexpenditures; 10.theagingofamericaimpactonhealthcarecosts; 10.chronicdisabilitytrendsintheelderlyunitedstatespopulations; 10.sevendeadlymythsuncoveringthefactsaboutthehighcostofthelastyearoflife; 10.washingtondcallianceforagingresearchmayvandewallee; 10.thesocialimpactofaidsinsubsaharanafrica; 10.statisticalabstractoftheunitedstates; 10.washingtondcusbureauofthecensusmantonkg; 10.forecastsofactivelifeexpectancypolicyandfiscalimplications; 10.asingleindexofmortalityandmorbidity; 10.deathandtaxeslongerlifeconsumptionandsocialsecurity; 10.retirementagainstthedemographictrendmoreolderpeoplelivinglongerworkinglessandsavingless; 10.statisticalabstractoftheunitedstates; 10.washingtondcusbureauofthecensusokamotoy; 10.healthcarefortheelderlyinjapanmedicineandwelfareinanagingsocietyfacingacrisisinlongtermcare"
