Na+ and K+ effects on the resting cellular membrane potential of desheathed ganglia of the Bombix mori L. ventral nerve cord have been studied. The cells are depolarized by high concentrations of external potassium ions in the same way as in vertebrates, mollusca and crustacean cells. The possibility that the behaviour of the resting potential is not only influenced by the potassium equilibrium potential, but also by the conductances to other ions, is discussed.
Electrophysiological characteristics of Bombyx mori L. ventral nerve cord (effect of sodium and potassium on the membrane potential) / G. Monticelli, G. Depretto. - In: EXPERIENTIA. - ISSN 0014-4754. - 35:1(1979 Jan 01), pp. 62-63. [10.1007/BF01917878]
Electrophysiological characteristics of Bombyx mori L. ventral nerve cord (effect of sodium and potassium on the membrane potential)
G. MonticelliPrimo
;
1979
Abstract
Na+ and K+ effects on the resting cellular membrane potential of desheathed ganglia of the Bombix mori L. ventral nerve cord have been studied. The cells are depolarized by high concentrations of external potassium ions in the same way as in vertebrates, mollusca and crustacean cells. The possibility that the behaviour of the resting potential is not only influenced by the potassium equilibrium potential, but also by the conductances to other ions, is discussed.
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