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Lysenin Channel Selectivity for Monovalent Metal Cations
Zoe E. Hutchinson
, Jason Ward
, Maddelyn Jackson
, Malyk Walker
, Daniel Fologea
Physics Department
Boise State University
Research output
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Dive into the research topics of 'Lysenin Channel Selectivity for Monovalent Metal Cations'. Together they form a unique fingerprint.
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Keyphrases
Lysenin
100%
Ion Channels
100%
Metal Cations
100%
Monovalent Metal
100%
Channel Selectivity
100%
Na +
25%
Transport Rate
25%
Lipid Membrane
25%
Transport Regulation
25%
Transportion
25%
Biological Membranes
25%
Regulatory Function
25%
Transmembrane
25%
Transmembrane Voltage
25%
Channel Conductance
25%
Natural Lipids
25%
Large Conductance
25%
Artificial Lipids
25%
Artificial Membrane
25%
Electrochemical Gradient
25%
Ionic Selectivity
25%
Ionic Permeability
25%
Chemical Gradient
25%
Protein Channels
25%
Ionic Solutes
25%
Excitable Cells
25%
Cation Selectivity
25%
Transport Molecules
25%
Excitability
25%
Biochemistry, Genetics and Molecular Biology
Ion Channel
100%
Membrane Lipid
25%
Biomembrane
25%
Artificial Membrane
25%
Electric Potential
25%
Conductance
25%
Channel Protein
25%
Ion Permeability
25%
Electrochemical Gradient
25%
Ion Transport
25%
Excitability
25%