EC Number |
Expression |
Reference |
---|
1.14.14.137 | down |
application of abscisic acid suppresses the expression of CYP707A2. Expression of CYP707A2 is not significantly altered in dehydrated fruits compared to control fruits |
-, 712862 |
1.14.14.137 | down |
drought represses CsCYP707A expression 11.1 times with respect to control values. CsCYP707A1 expression slightly increases in roots of citrus subjected to soil flooding whereas it strongly decreases in response to water deficit |
746096 |
1.14.14.137 | down |
expression of ABA8ox genes, especially ABA8ox2 and ABA8ox3, is sensitively suppressed in the presence of exogenously supplied glucose, leading to delay of germination |
706181 |
1.14.14.137 | down |
transcription decreases to a lower level after 12 h of imbibition |
705948 |
1.14.14.137 | more |
susceptibility to osmotic stress and the resistance to salt ions in peanut seedlings of CYP707A isozymes. The osmotic stress instead of ionic stress affects the expression of those genes and the biosynthesis of abscisic acid in peanut. No effect by Li+ |
746269 |
1.14.14.137 | up |
3 h after tuber wounding, expression of isoforms CYP707A1 and CYP707A3 is increased more than 6fold and more than 69fold, respectively |
728206 |
1.14.14.137 | up |
ABA8'OH-1 is up-regulated in after-ripened tissues, highest expression in after-ripened coleorhiza |
706301 |
1.14.14.137 | up |
application of abscisic acid induces the expression of CYP707A1. Expression of CYP707A1 is strongly increased by water stress |
-, 712862 |
1.14.14.137 | up |
application of abscisic acid induces the expression of CYP707A2. Expression of CYP707A2 is not significantly altered in dehydrated fruits compared to control fruits |
-, 712862 |
1.14.14.137 | up |
application of abscisic acid induces the expression of CYP707A3. Expression of CYP707A3 is strongly increased by water stress |
-, 712862 |