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Dependence of μ-conotoxin block of sodium channels on ionic strength but not on the permeating [Na+]. Implications for the distinctive mechanistic interactions between Na+ and K+ channel pore-blocking toxins and their molecular targets

机译：μ-芋螺毒素钠通道阻滞对离子强度的依赖性，但对渗透性[Na +]的依赖性。对Na +和K +通道孔隙阻塞毒素及其分子靶标之间独特的机制相互作用的影响

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Tomaselli, GF; Henrikson, CA; Li, RA; French, RJ; Sato, K; Hui, K; Marbán, E;
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年度 2003
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1. Interactions of protons with single open L-type calcium channels. pH dependence of proton-induced current fluctuations with Cs+, K+, and Na+ as permeant ions. [J] . D Pietrobon, B Prodhom, P Hess The Journal of general physiology . 1989,第1期

机译：质子与单个开放L型钙通道的相互作用。质子诱导的Cs +，K +和Na +作为渗透离子的电流波动的pH依赖性。
2. Structural basis of the KcsA K+ channel and agitoxin2 pore-blocking toxin interaction by using the transferred cross-satu ration method [J] . Takeuchi K., Yokogawa M., Matsuda T., Structure . 2003,第11期

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3. Scorpion model of influenza A/H1N1: Hemagglutinin (HA) contains a scorpion toxin, binding to voltage-gated sodium Na+ channel: Na+ channel inhibitors as therapy [J] . Guy Mong Ky Tran, Laurent Gerbaud, Adrien Caprani Retrovirology . 2010,第S1期

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4. mu-Conotoxins as modulators of electrical signaling in nerve and muscle: Molecular basis of sodium channel block and discrimination among closely related channels. [D] . McArthur, Jeffrey Robert. 2011

机译：mu-Conotoxins作为神经和肌肉中电信号的调节剂：钠通道阻滞的分子基础和密切相关的通道之间的区别。
5. Novel Interactions Identified between μ-Conotoxin and the Na+ Channel Domain I P-loop: Implications for Toxin-Pore Binding Geometry [O] . Tian Xue, Irene L. Ennis, Kazuki Sato, 2003

机译：μ-芋螺毒素和Na +通道域I P环之间确定的新型相互作用：毒素孔结合几何的影响。
6. Novel Interactions Identified between μ-Conotoxin and the Na+ Channel Domain I P-loop: Implications for Toxin-Pore Binding Geometry [O] . Xue Tian, Ennis Irene L., Sato Kazuki, 2003

机译：μ-芋螺毒素和Na +通道域I P环之间确定的新型相互作用：毒素孔结合几何的影响。

Dependence of μ-conotoxin block of sodium channels on ionic strength but not on the permeating [Na+]. Implications for the distinctive mechanistic interactions between Na+ and K+ channel pore-blocking toxins and their molecular targets

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