Table 1. Transcription factors and structural genes as transgenes for anti-freeze engineering. |
Gene/Source |
Function |
Target |
Phenotype and effects |
Reference |
CBF1,CBF3,CBF4/ |
TF |
Arabidopsis |
Freezing, salt and drought tolerance; constitutive expression of COR genes |
Jaglo-Ottosen et al. 1998; Liu et al. 1998; Gilmour et al. 2000; Haake et al. 2002 |
CBF1,CBF2,CBF3/ Arabidopsis |
TF |
B. napus |
Freezing and drought tolerance; constitutive expression of BN115 and BN28 |
|
CBF1/ |
TF |
Tomato |
Chilling and oxidative stress tolerance; CAT1 activity increase |
|
CBF1/ |
TF
|
Strawberry |
Freezing tolerance |
|
OsDREB1A/ |
TF |
Arabidopsis |
Drought, salt and freezing tolerance |
|
TaDREB1/ |
TF |
Arabidopsis |
Cold, dehydration stress tolerance |
|
SCOF1/ |
TF |
Arabidopsis |
Tolerant to chilling and freezing |
|
ICE1/ |
TF |
Arabidopsis |
Freezing tolerance |
|
FRS1/ |
TF |
Arabidopsis |
Freezing sensitive |
|
HOS2/ |
TF |
Arabidopsis |
Freezing sensitive |
|
ESK1/ |
TF |
Arabidopsis |
Constitutive freezing tolerance |
|
DREB1A/ |
TF |
Tobacco |
Freezing tolerance |
|
DREB1A/ |
TF |
Bread wheat |
Freezing tolerance
|
|
CAP 160 and |
Dehydrin and |
Tobacco |
Marginal increase of tolerance |
|
CuCOR19/Citrus |
Lea-like |
Tobacco |
Freezing tolerance |
|
WCOR410/Wheat |
Dehydrin |
Strawberry |
Freezing tolerance |
|
WCS19/Wheat |
Dehydrin |
Arabidopsis |
Freezing tolerance |
|
Mn-SOD/ Alfalfa |
AOS metabolism |
Alfalfa |
Modest increase on
freezing |
|
Fe-SOD / |
AOS metabolism |
Alfalfa |
Increased winter
survival, |
|
SbwAFP/Spruce |
AFP |
Tobacco |
Freezing tolerant |
|
Proline |
Amino acid |
Arabidopsis |
Enhanced freezing tolerance |
|