EC Number |
Expression |
Reference |
---|
1.3.7.7 | down |
DPOR gene transcripts are down-regulated 2-5fold in the dark |
700718 |
1.3.7.7 | down |
DPOR gene transcripts are down-regulated 2-5fold in the dark. After a brief increase at 30 min the transcript level of DPOR subunit N drops precipitously, and within 4 h in the dark the DPOR subunit N transcript levels are just under 20% of those of green light-grown cells |
700718 |
1.3.7.7 | down |
DPOR gene transcripts are down-regulated 2-5fold in the dark. Within 30 min in the dark the DPOR subunit B transcript abundance drops to approximately 70% that of green light-grown cells and remains at that level before dropping to approximately 40% that of green light-grown cells at 4 h |
700718 |
1.3.7.7 | up |
the expression of NADPH:protochlorophyllide oxidoreductase A (PorA), PorB, and PorC, which catalyze a key step in chlorophyll biosynthesis, is increased in the BRM mutants, defective in a SWI2/SNF2 chromatin-remodeling ATPase. BRM physically interacte with the bHLH transcription factor phytochrome-interacting factor PIF1 through its N-terminal domains |
743315 |
1.3.7.7 | up |
the highest levels of the three plastid gene transcripts chlL, chlN, and chlB encoding subunits of the light-independent protochlorophyllide reductase are detected within the top one-third of the stem and decrease gradually towards the stem/root transition zone in dark-grown seedlings |
713293 |
1.3.7.7 | up |
the level of theLIPOR subunit L mRNA of Chlorella protothecoides strain CS-41 is much higher in the light than in the dark |
672764 |
1.3.7.7 | up |
the transcript level of DPOR subunit B is up-regulated approximately 2fold in green light relative to levels in red light |
700718 |
1.3.7.7 | up |
transcripts levels of all DPOR genes are up-regulated approximately 2fold in green light relative to levels in red light |
700718 |