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The aperture works as a regulator of light intensity in PS-DSPI mode and a filter of spatial frequency in SC-DSPI mode.
ENV1 is a PAS/LOV domain containing regulator of light responses and cellulase gene expression [ 22, 28, 29].
The COP1/SPA complex is a key negative regulator of light signaling in the well-studied dicot Arabidopsis thaliana.
MYC2 acts as a negative regulator of light induced gene expression such as CAB1 and RBCS-1A.
COL3 was previously identified as a constitutive photomorphogenetic 1 (COP1 -interacting protein and was suggested to be a positive regulator of light signaling [ 47].
On the other hand, MYC2 which acts as a negative regulator of light signaling, acts as a positive regulator of JA-mediated VSP2 expression Figure 5; [ 35].
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Despite the ubiquity of cellular clocks in the body, the suprachiasmatic nucleus (SCN) of the anteroventral hypothalamus acts as a master regulator of light-entrained circadian rhythms, a role facilitated by a number of remarkable properties unique to its cells.
This observation is particularly interesting because Group H includes HY5 and HYH that are important regulators of light responses and anthocyanin biosynthesis (Table S4).
DE-ETIOLATED1 (DET1) and CONSTITUTIVE PHOTOMORPHOGENIC1 (COP1) are negative regulators of light development which interact with DDB1-CUL4 complexes.
COP1 thereby targets several positive regulators of light responses for proteasomal degradation, particularly in darkness [ 17].
The DET/COP/FUS genes are negative regulators of light signaling, acting downstream of the photoreceptors but upstream of HY5 (Chen and Chory 2011).
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