repolarization Resting potential depolarization hyperpolarization Nernsts equation Ko
![ネルンストの式 Nernst’s equation [K+]o RT log Ek= F [K+]i Ek：K+の平衡電位 equilibrium potential F：ファラデー定数 R:](https://slidetodoc.com/presentation_image_h/e9b35c4f8d9db86024fd6501c7e35556/image-9.jpg "ネルンストの式 Nernst’s equation [K+]o RT log Ek= F [K+]i Ek：K+の平衡電位 equilibrium potential F：ファラデー定数 R:")
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脱分極と再分極・過分極 再分極 repolarization 静止膜電位 Resting potential 脱分極 depolarization 過分極 hyperpolarization
ネルンストの式 Nernst’s equation [K+]o RT log Ek= F [K+]i Ek：K+の平衡電位 equilibrium potential F：ファラデー定数 R: 気体定数 T：絶対温度 Goldman’s equation: (自分で記入）
Na チャネルの構造 Each domain contains six membrane-spanning helical structures called segments. Each segment is referred to as S 1 - S 6. In each domain, S 5 and S 6 are always hydrophobic. S 1 and S 3 are negatively charged. S 4 is positively charged.
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