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哇巴因对晶状体赤道电流的影响。

Effect of ouabain on lens equatorial currents.

作者信息

Wind B E, Walsh S, Patterson J W

机构信息

Department of Physiology, University of Connecticut Health Center, Farmington 06032.

出版信息

Invest Ophthalmol Vis Sci. 1988 Nov;29(11):1753-5.

PMID:3182208
Abstract

The equatorial potassium current measured with the vibrating probe is a segment of the potassium electrical loop. The equatorial current, J, was measured simultaneously with the PD and with the response to an injected current, I. The injection of sufficient inward current, I, made the PD more negative and increased the electrical gradient so that the current J became zero. The PD at which this occurs (PDJ-0) is the reversal potential. Following treatment with ouabain, the PD and PDJ-0 both become less negative. Since the driving force for the current, J, is equal to the difference between PD and PDJ-0, J may increase, stay the same or decrease depending on the relative changes in PD and PDJ-0. In the presence of ouabain, the PDJ-0 changes in parallel with or more rapidly than the PD.

摘要

用振动探针测量的赤道钾电流是钾电回路的一部分。赤道电流J与跨膜电位(PD)以及对注入电流I的响应同时进行测量。注入足够的内向电流I会使PD更负,并增加电势梯度,从而使电流J变为零。发生这种情况时的PD(PDJ-0)就是反转电位。用哇巴因处理后,PD和PDJ-0都变得不那么负。由于电流J的驱动力等于PD与PDJ-0之间的差值,J可能会增加、保持不变或减少,这取决于PD和PDJ-0的相对变化。在存在哇巴因的情况下,PDJ-0与PD平行变化或比PD变化更快。

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