AbstractRecent mutagenesis studies of the ion channel proteins have allowed us to identify amino acid residues critical in determining ion selectivity. Ion selectivity of a channel can be altered even by single animo acid substitutions. Functional analyses of mutants largely support views in classical biophysics that the pore size and the fixed charges are major determinants of ion selectivity. For full understanding of the molecular mechanism of ion selectivity, elucidation of the tertiary structure of channel proteins remains essential
Just lifting a finger involves the coordinated opening and closing of billions of ion channels. Thes...
AbstractThe ability of macrocycles, enzymes, ion channels, transporters, and DNA to differentiate am...
Abstract Voltage‐gated sodium channels are essential for electrical signalling across cell membranes...
AbstractRecent mutagenesis studies of the ion channel proteins have allowed us to identify amino aci...
Anion/cation selectivity is a critical property of ion channels and underpins their physiological fu...
Anion/cation selectivity is a critical property of ion channels and underpins their physiological fu...
Ion channels are integral membrane proteins found in all cells that mediate the selective passage of...
Ion channels mediate selective passive transport of ions across biomembranes. They participate in di...
AbstractThe proton-gated ion channel from Gloeobacter violaceus (GLIC) is a prokaryotic homolog of t...
Voltage‐gated sodium channels are essential for electrical signalling across cell membranes. They ex...
Voltage-sensitive sodium channels and calcium channels are homologous proteins with distinctly diffe...
The ability of macrocycles, enzymes, ion channels, transporters, and DNA to differentiate among ion ...
Membrane proteins fascinate at many levels, from their central functional roles in transport, energy...
A key driving force for ion channel selectivity is represented by the negative charge of the Selecti...
Voltage-dependent ion channels are presently thought to consist of several distinct functional regio...
Just lifting a finger involves the coordinated opening and closing of billions of ion channels. Thes...
AbstractThe ability of macrocycles, enzymes, ion channels, transporters, and DNA to differentiate am...
Abstract Voltage‐gated sodium channels are essential for electrical signalling across cell membranes...
AbstractRecent mutagenesis studies of the ion channel proteins have allowed us to identify amino aci...
Anion/cation selectivity is a critical property of ion channels and underpins their physiological fu...
Anion/cation selectivity is a critical property of ion channels and underpins their physiological fu...
Ion channels are integral membrane proteins found in all cells that mediate the selective passage of...
Ion channels mediate selective passive transport of ions across biomembranes. They participate in di...
AbstractThe proton-gated ion channel from Gloeobacter violaceus (GLIC) is a prokaryotic homolog of t...
Voltage‐gated sodium channels are essential for electrical signalling across cell membranes. They ex...
Voltage-sensitive sodium channels and calcium channels are homologous proteins with distinctly diffe...
The ability of macrocycles, enzymes, ion channels, transporters, and DNA to differentiate among ion ...
Membrane proteins fascinate at many levels, from their central functional roles in transport, energy...
A key driving force for ion channel selectivity is represented by the negative charge of the Selecti...
Voltage-dependent ion channels are presently thought to consist of several distinct functional regio...
Just lifting a finger involves the coordinated opening and closing of billions of ion channels. Thes...
AbstractThe ability of macrocycles, enzymes, ion channels, transporters, and DNA to differentiate am...
Abstract Voltage‐gated sodium channels are essential for electrical signalling across cell membranes...