Mechanisms of Activation of Voltage- Gated Potassium Channels

A. V. Grizel; G. S. Glukhov; O. S. Sokolova

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Mechanisms of Activation of Voltage- Gated Potassium Channels

机译：电压门控钾通道的激活机制

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Kv – voltage-gated potassium channel; aa – amino acid residue; VSD, voltage-sensing domain; SHM – sliding-helix model; TM – transport model; PM, paddle model; CMH, model of coordinated movement of helices; CM – consensus model; MCT – model of charge transfer; MKD – model of Kv deactivation; MMd – mechanistic model of Kv activation/deactivation; FRET – Förster resonance energy transfer; MM – molecular modeling; СTС – charge transfer center, MD – molecular dynamics; GC – gate channel.

机译：Kv –电压门控钾离子通道; aa –氨基酸残基; VSD，电压感应域; SHM –滑动螺旋模型; TM –运输模型; PM，桨型; CMH，螺旋协调运动模型; CM –共识模型; MCT –电荷转移模型; MKD – Kv停用模型; MMd – Kv激活/停用的机械模型; FRET –福斯特共振能量转移; MM –分子建模; СTС–电荷转移中心，MD –分子动力学; GC –门通道。

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《Acta Naturae》 |2014年第4期|共页
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A. V. Grizel; G. S. Glukhov; O. S. Sokolova;
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中图分类生物工程学（生物技术）;
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Mechanisms of Activation of Voltage- Gated Potassium Channels

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