Temperature dependent membrane potential changes in snail neurons and their relation to active ion transport.
作者信息
Zidek W, Speckmann E J
出版信息
Malacologia. 1979;18(1-2):539-41.
PMID:491758
Abstract
The mechanisms underlying the temperature response of the resting membrane potential (RMP) were investigated in 3 identified neurons of the buccal ganglion of Helix pomatia. Lowering the temperature evoked a decrease of the RMP and an increase in membrane resistance, and vice versa. The temperature response of the RMP had an equilibrium potential of ca, -60 mV. It is essentially evoked by changes in the potassium conductance. Indications of an electrogenic sodium transport were not detected.
摘要
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Temperature dependent membrane potential changes in snail neurons and their relation to active ion transport.
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