EC Number   |
Expression |
Reference |
|---|
    2.3.1.30 | down |
T-DNA insertion mutants lead to complete expression disruption of the respective enzyme genes and decreases in O-acetyl serine and cysteine contents in leaves and roots (cytosolic enzyme and double mutant), a significant gamma-glutamylcysteine decrease in double mutant leaves and cytosolic enzyme mutant roots, a reduction of glutathione content in cytosolic enzyme mutant roots, and sulfate reduction in cytosolic enzyme mutant leaves |
706161 |
| 2.3.1.30 | down |
T-DNA insertion mutants lead to complete expression disruption of the respective enzyme genes and decreases in O-acetyl serine and cysteine contents in leaves and roots (double mutant), a significant gamma-glutamylcysteine decrease in double mutant leaves, and sulfide reduction in plastidic enzyme mutant leaves |
706161 |
| 2.3.1.30 | more |
the isozyme expression of VvSERAT1-1 is not affected by sufate depletion |
736161 |
| 2.3.1.30 | more |
the isozyme expression of VvSERAT2-2 is not affected by sufate depletion |
736161 |
| 2.3.1.30 | more |
the isozyme expression of VvSERAT3-1 is not affected by sufate depletion |
736161 |
| 2.3.1.30 | up |
isoform-specific induction of VvSERAT2-1 in leaves upon drought,whereas highlight- or temperature-stress hardly trigger VvSERAT2-1 transcription. Prolonged sulfate depletion, which is accompanied with decreased cysteine levels, causes 3.9-4.5fold increase of VvSERAT2-1 mRNA steady state levels at day five and seven, respectively |
736161 |
