Altering the Open vs. Closed State Balance of the GLIC Ligand-Gated Ion Channel through Mutagenesis Enables Molecular Simulation of the Reversible Gating Process

Pouya, Iman; Klement, G.; Murail, Samuel; Kasson, Peter M.; Yoluk, Özge; Lindahl, Erik

doi:10.1016/j.bpj.2013.11.1959

Biophysical Journal

2014

DOI: 10.1016/j.bpj.2013.11.1959

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Altering the Open vs. Closed State Balance of the GLIC Ligand-Gated Ion Channel through Mutagenesis Enables Molecular Simulation of the Reversible Gating Process

Iman Pouya

G. Klement

Samuel Murail

et al.

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Altering the Open vs. Closed State Balance of the GLIC Ligand-Gated Ion Channel through Mutagenesis Enables Molecular Simulation of the Reversible Gating Process

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