EC Number   |
Expression |
Reference |
|---|
    1.23.5.1 | down |
activities of GUS driven by the CsVDE promoter fragments are increased when plants are exposed to high light for 4 h, but decreased by 8 h illumination. The high light responsive elements are defined in two positions. The normal-level light-responsive elements are also found in different regions |
745407 |
| 1.23.5.1 | down |
chilling conditions reduce the activity of the enzyme |
728500 |
| 1.23.5.1 | more |
the expression levels of cucumber violaxanthin de-epoxidase (CsVDE) can be regulated by high light, drought and cold stresses, response of the CsVDE promoter to high light and to normal light |
745407 |
| 1.23.5.1 | up |
activities of GUS driven by the CsVDE promoter fragments are increased when plants are exposed to high light for 4 h, but decreased by 8 h illumination. The high light responsive elements are defined in two positions. The normal-level light-responsive elements are also found in different regions |
745407 |
| 1.23.5.1 | up |
CsVDE is quickly induced by cold and drought stress |
726336 |
| 1.23.5.1 | up |
enzyme activation is triggered by a pH reduction in the thylakoids lumen occurring under saturating light |
726294 |
| 1.23.5.1 | up |
expression is pregulated under high light conditions |
732626 |
| 1.23.5.1 | up |
the expression of AhVDE is obviously upregulated by 4°C, 40°C and high light, NaCl, and abscisic acid. De-epoxidation ratio of the xanthophylls cycle pigments in transgenic tobacco is significantly increased during heat and high light stress |
746052 |
| 1.23.5.1 | up |
VDE activity increases in greenhouse (0.15-2 mM/m2/s), shade (0.6-0.8 mN/m2/s) and sun (1.2-2.2 mM/m2/s) grown plants after one day of sun exposure as compared to prior to transfer to direct sunlight |
712144 |
