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Voltage-current relationship of a carbachol-induced potassium-ion pathway in Aplysia neurones.

机译:海胆神经元中卡巴胆碱诱导的钾离子途径的电压-电流关系。

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摘要

1. The electrical characteristics of a potassium ion selective pathway produced by the action of carbachol on Aplysia neurones (Kehoe, 1972b) has been studied. 2. The relationship between current and voltage has been found to be non-linear, the conductance increasing with depolarization and decreasing with hyperpolarization. The degree of rectification was reduced when the external potassium was raised to 50 mM from its normal value of 10 mM. 3. The direction of the rectification and the effect of increased potassium are as predicted by the 'constant field' theory, but the degree of rectification is somewhat larger.
机译:1.研究了卡巴胆碱对海Ap神经元的作用所产生的钾离子选择性途径的电学特性(Kehoe,1972b)。 2.已经发现电流和电压之间的关系是非线性的,电导随着去极化而增加,而随着超极化而减小。当外部钾离子从正常值10 mM升高到50 mM时,整流度降低。 3.精馏的方向和钾增加的作用如“恒定场”理论所预测,但精馏程度较大。

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