IndraLab

Statements

PKC phosphorylates KCNC3. 3 / 5
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reach
"Alternatively, endogenous PKC phosphorylation of N-terminal Kv3.3 could occlude the N-type inactivation (Desai et al., 2008)."
35510987
sparser
"Computer simulations of model neurons suggest that phosphorylation of Kv3.3 by PKC may allow neurons to maintain action potential height during stimulation at high frequencies, and may therefore contribute to stimulus-induced changes in the intrinsic excitability of neurons such as those of the auditory brainstem."
18539595
sparser
"Alternatively, endogenous PKC phosphorylation of N-terminal Kv3.3 could occlude the N-type inactivation ( xref )."
35510987