TWGFD

Welcome to FAR1 !

Most of the AtFHY3/FAR1 family proteins contain three functional domains: the N-terminal C2H2 zinc finger with a DNA-binding domain (FAR1 DNA-binding domain), which can recognize specific DNA motifs in the transposon terminal reverse repeat sequence; the central putative core transposase domain (MULE domain); and the C-terminal SWIM motif, which has a transcriptional activation domain, while FRS9 has no FAR1 protein-binding domain, and FRS7 and FRS12 have two FAR1 protein-binding domains. AtFHY3/AtFAR1 was reported to play important roles in light signal transduction, and plant growth and development, photomorphogenesis, the circadian clock, branching and flowering time, chlorophyll biosynthesis, chloroplast division, starch synthesis, the abscisic acid response, the oxidative stress response, plant immunity, the low phosphorus response, and the growth and defense response balance.