IndraLab

Statements

KCNE5 binds KCNQ1. 2 / 4
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sparser
"From biochemical studies, KCNE2 to KCNE5 each can bind KCNQ1 and alter its channel properties ( xref ; xref )."
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sparser
"This is also consistent with the more gradual decline in the ML277 effect with increasing KCNE3 expression ( xref ) that has the sequence 54 DDNS 57 at this location, and the results showing a doubling of peak tail currents with a KCNE5-KCNQ1 construct ( xref ) that contains the sequence 56 GDDA 59 ( xref )."
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