| SiLEA 14 |
It enhances tolerance in Arabidopsis plants to drought stress |
[40] |
| SiARDP |
Increased drought and salt tolerance in transgenic Arabidopsis |
[41] |
| SiCDPK24 |
Improved drought resistance in transgenic Arabidopsis |
[51] |
| SiLTP |
Enhanced drought and salt tolerance in transgenic tobacco |
[52] |
| SiATG8a |
It enhances tolerance in Arabidopsis plants to drought stress and nitrogen starvation |
[53] |
| SiNF-YA1, SiNFYB8 |
Increased drought, salinity and osmotic stress tolerance in tobacco |
[54] |
| SiASR1 |
Improved tolerance to drought and oxidative stress tolerance in transgenic tobacco |
[55] |
| SiASR4 |
Increased drought and salt stress tolerance in transgenic foxtail millet and Arabidopsis |
[56] |
| SiMYB56 |
It enhances drought tolerance in transgenic rice plants |
[57] |
| Finger millet |
| EcDehydrin7 |
Overexpression of EcDehydrin7 increased drought tolerance in transgenic tobacco |
[42] |
| Ec-apx1 |
Enhanced drought tolerance in plant |
[43] |
| EcbHLH57 |
Conferred drought, salt and oxidative tolerance in transgenic tobacco plants |
[44] |
| EcbZIP60 |
Displayed tolerance to drought stress with enhanced photosynthesis in tobacco |
[45] |
| EcGBF3 |
Enhanced drought, Osmotic and salinity tolerance in Arabidopsis |
[46] |
| EcbZIP17 |
Improved tolerance to various environmental stresses via ER signalling pathways |
[47] |
| Mt1D |
Overexpression of mt1D in finger millet showed better osmotic adjustment and chlorophyll retention under drought |
[48] |
| Metallothionein |
Increased drought tolerance |
[49] |
| Farnesylated protein ATFP6 |
Improved tolerance to drought stress |
[49] |
| Farnesyl pyrophosphate synthase |
Enhanced tolerance to drought stress |
[49] |
| Protein phosphatase 2A |
Improved tolerance to drought stress |
[49] |
| RISBZ4 |
Improved tolerance to drought stress |
[49] |
| Pearl millet |
| PgCA |
Upregulate PgCA when it exposed to drought condition |
[50] |
| PgGPx |
Improved drought and salt in transgenic rice |
[58] |
| PgRab7 |
Transgenic rice plants displayed to drought and salinity stress |
[59] |
| PgeIF4A |
Enhanced tolerance to drought, salinity and oxidative stress in groundnut |
[60] |