Table III.
ERF genes whose biological function has been reported
Group | Genes | Functions | Method | Speciesa | Referencesb |
---|---|---|---|---|---|
Ia | WXP1 | Wax accumulation | Overexpression | Mt | 1 |
IIIc | CBF1 to 4/DREB1A to D | Freezing, drought, salt tolerance | Overexpression | At | 2, 3, 4 |
DDF1 | Salt tolerance, GA biosynthesis regulation | Activation tagging | At | 5 | |
IIIe | TINY | Growth regulation | Activation tagging | At | 6 |
IVb | ABI4 | Abscisic acid response, sugar signaling | Knockout mutant | At | 7, 8, 9 |
Va | WIN1/SHNs | Wax accumulation | Overexpression | At | 10, 11 |
VI | Pti6 | Disease resistance | Overexpression | Le | 12, 13 |
Tsi1 | Salt tolerance, disease resistance | Overexpression | Nt | 14 | |
CaERFLP1 | Salt tolerance, disease resistance | Overexpression | Ca | 15 | |
VII | JERF3 | Salt tolerance | Overexpression | Le | 16 |
CaPF1 | Freezing tolerance, disease resistance | Overexpression | Ca | 17 | |
VIIIa | AtERF4 | Ethylene, jasmonic acid, and abscisic acid response | Overexpression, knockout mutant | At | 18, 19 |
AtERF7 | Abscisic acid response | Overexpression, RNAi | At | 20 | |
VIIIb | ESR1/DRN | Organ identity | Activation tagging | At | 21, 22 |
BD1 | Floral meristem identity | Knockout mutant | Zm | 23 | |
FZP | Floral meristem identity | Knockout mutant | Os | 24 | |
LEP | Leaf petiole development | Activation tagging | At | 25 | |
IXc | ERF1 | Disease resistance | Overexpression | At | 26, 27 |
Pti5 | Disease resistance | Overexpression | Le | 13, 28 | |
NtERF5 | Disease resistance | Overexpression | Nt | 29 | |
TERF1 | Salt tolerance | Overexpression | Le | 30 | |
IXa | ORCA3 | Indole alkaloid biosynthesis | Activation tagging | Cr | 31 |
OPBP1 | Salt tolerance, disease resistance | Overexpression | Nt | 32 | |
Pti4 | Disease resistance | Overexpression | Le | 12, 13 | |
Xa | ABR1 | Abscisic acid response | Knockout mutant | At | 33 |
Prefixes At, Ca, Cr, Le, Mt, Nt, Os, and Zm are Arabidopsis thaliana, Capsicum annuum, Catharanthus roseus, Lycopersicon esculentum, Medicago truncatula, Nicotiana tabacum, Oryza sativa, and Zea mays, respectively.
1, Zhang et al. (2005); 2, Liu et al. (1998); 3, Gilmour et al. (2000); 4, Haake et al. (2002); 5, Magome et al. (2004); 6, Wilson et al. (1996); 7, Finkelstein et al. (1998); 8, Arenas-Huertero et al. (2000); 9, Huijser et al. (2000); 10, Aharoni et al. (2004); 11, Broun et al. (2004); 12, Zhou et al. (1997); 13, Gu et al. (2002); 14, Park et al. (2001); 15, Lee et al. (2004); 16, Wang et al. (2004); 17, Yi et al. (2004); 18, Yang et al. (2005); 19, McGrath et al. (2005); 20, Song et al. (2005); 21, Banno et al. (2001); 22, Kirch et al. (2003); 23, Chuck et al. (2002); 24, Komatsu et al. (2003); 25, van der Graaff et al. (2000); 26, Solano et al. (1998); 27, Berrocal-Lobo et al. (2002); 28, He et al. (2001); 29, Fischer and Droge-Laser (2004); 30, Huang et al. (2004); 31, van der Fits and Memelink (2000); 32, Guo et al. (2004); 33, Pandey et al. (2005).