Cellular and molecular biology of voltage-gated sodium channels
WA Catterall - Physiological reviews, 1992 - journals.physiology.org
WA Catterall
Physiological reviews, 1992•journals.physiology.orgC. Reconstitution of sodium channel function from purified components........................ V.
Structure and Function............................................................................ A. Primary structures of
sodium channel o-subunits............................................ B. Primary structures of sodium channel
p-subunits............................................. C. Functional expression of sodium channel
subunits............................................ D. Functional map of sodium channel a-
subunits................................................ VI. Physiological Modulation of Sodium Channel …
Structure and Function............................................................................ A. Primary structures of
sodium channel o-subunits............................................ B. Primary structures of sodium channel
p-subunits............................................. C. Functional expression of sodium channel
subunits............................................ D. Functional map of sodium channel a-
subunits................................................ VI. Physiological Modulation of Sodium Channel …
C. Reconstitution of sodium channel function from purified components........................ V. Structure and Function............................................................................ A. Primary structures of sodium channel o-subunits............................................ B. Primary structures of sodium channel p-subunits............................................. C. Functional expression of sodium channel subunits............................................ D. Functional map of sodium channel a-subunits................................................ VI. Physiological Modulation of Sodium Channel Function........................................... A. Modulation of brain sodium channels by adenosine 3’, 5’-cyclic monophosphate-dependent protein phosphorylation...................................................................
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