Connexin 36 / GJA9 antibody, Connexin 36 antibody, Connexin-36 antibody, Cx36 antibody, CXD2_HUMAN antibody, Gap junction alpha-9 protein antibody, Gap junction delta-2 protein antibody, Gap junction protein alpha 9 antibody, gap junction protein, alpha 9, 36kDa antibody, JA9 antibody, GJD2 antibody, MGC138315 antibody, MGC138319 antibody, Connexin 35 antibody, Connexin-35 antibody, Cx35 antibody, Cx35.4 antibody
Connexin 35/36 is the most abundant gap junction protein in the central nervous system. Connexin gap junction coupling in the retina has been shown to be regulated by light exposure and neurotransmitter signaling, but more recently has been observed to also depend on direct phosphorylation of connexin (Ouyang et al., 2005, Patel et al., 2006). PKA phosphorylation of Ser110 in the intracellular loop and Ser276 in the C-terminal domain can cause uncoupling of connexin 35 gap junctions (Ouyang et al., 2005). The largest uncoupling effect is seen when both of these sites are phosphorylated, with a much smaller degree of uncoupling observed when only one is phosphorylated (Kothmann et al., 2007). C-terminal domain phosphorylation of connexin 35 at Ser276 is observed in teleost, amphibian, and avian species, with connexin 36 phosphorylation at Ser293 being the mammalian equivalent.
Connexin 35/36 is the most abundant gap junction protein in the central nervous system. Connexin gap junction coupling in the retina has been shown to be regulated by light exposure and neurotransmitter signaling, but more recently has been observed to al
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