Application of the H Infinity Control Principle to the Sodium Ion Selective Gating Channel on Biological Excitable Membranes |
Hirayama, Hirohumi (Department of Public Health Asahikawa Medical College) |
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The effect of N-bromacetamide on sinhie sodium channel currents in escised membrane patches
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DOI ScienceOn |
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Inactivation of the sodium permeability in squid giant nerve fibers
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Sodium channel gating models mimic and modifiers
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DOI ScienceOn |
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Statistical properrties of single sodium channels
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DOI ScienceOn |
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Quantitative description of membrane current and its application to conductance and excitation in nerve
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Sodium channels need not open before they inactivate
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DOI ScienceOn |
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A molecular link between activation and inactivation of sodium channel
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DOI ScienceOn |
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A sodium channel gating model based on single channel macroscopic ionic and gating currents in the squid giant axon
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DOI ScienceOn |
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Optimal control of active transport across a biological membrane
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DOI ScienceOn |
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On the voltage dependence of inactivation in the sodium channel of the squid gigant axon
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DOI ScienceOn |
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Activation kinetics of sodium channels
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Sodium channels and gating currents
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DOI |
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Inactivation of the sodium channel II Gating current experiments
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DOI ScienceOn |
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Inactivation of cloned Na channels expressed in Xenopus oo-cytes
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DOI ScienceOn |
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Voltage-dependent open-state inactivation of cardiac sodium channels
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DOI ScienceOn |
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Primarily structure of electrophorus electricus sodium channel deduced from cDNA sequence
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DOI ScienceOn |
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Models of Voltage and Transmitter Activated Membrane Channel
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H2 Control strategy for Na ion channels on the neural cellular membrane
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A reinterpretation of Na channel gating
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