Gene name | Transgenic plant | Effect | References |
---|---|---|---|
GhWRKY91 | Arabidopsis | Drought stress | [59] |
OsWRKY23 | Arabidopsis | Leaf senescence | [59] |
GhWRKY42 | Arabidopsis | Leaf senescence | [59] |
GhWRKY27 | Arabidopsis | Leaf senescence | [59] |
TaWRKY10 | Tobacco | Mediating osmotic balance, the production of reactive oxygen species (ROS) | [33] |
TaWRKY42-B | Arabidopsis | Facilitates initiation of leaf senescence by promoting jasmonic acid biosynthesis | [62] |
AtWRKY42 | Arabidopsis | Leaf senescence through modulating SA and ROS synthesis | [63] |
AtWRKY25 | Arabidopsis | No accelerate senescence and tolerance to oxidative stress and the intracellular H2O2 level | [61] |
ZmVQ52 | Arabidopsis | Premature leaf senescence | [64] |
CpWRKY71 | Arabidopsis | Promotes flowering and leaf senescence | [65] |
GhWRKY17 | Arabidopsis | Accelerated leaf senescence | [59] |
NtNAC080 | Arabidopsis | Early senescence in leaves | [56] |
TaNAC2 | Arabidopsis | Enhanced tolerances to drought, salt, and freezing stresses, senescence | [66] |
OsNAC2 | Tobacco | Early senescence leaves | [30] |
AtNAC075 | Arabidopsis | Delays senescence in Arabidopsis | [67] |
MlNAC5 | Arabidopsis | Drought and cold tolerance and leaf senescence | [68] |
AtMYBLÂ (At1g49010), | Arabidopsis | as a putative novel transcriptional factor in leaf senescence, and responses to stress caused by exposure to ABA and salt | [69] |
PheNAC3 | Arabidopsis | Precocious senescence and abiotic stress tolerance | [70] |
ScMYBAS1 | Rice | Biomass accumulation and drought tolerance | [71] |
MYBH | Arabidopsis | Leaf senescence | [72] |
ANAC083 (VNI2), ANAC042 | Arabidopsis | Tolerance to abiotic stresses, including heat and salt, and delays natural senescence negative regulator of senescence | [73] |
GmNAC081 | Arabidopsis | Enhanced senescence, a phenotype associated with accelerated leaf yellowing, reduced photosynthesis rate | [74] |