Using Urry's gramicidin A (GA) atomic coordinates and ab into calculations, the interaction energies of a K+ ion with GA are examined. From these energies the values of the fitting parameters are obtained for 6–12-1 atom-atom pair potentials. The potential of the GA channel as experienced by the ion is analyzed in detail. An energy profile of the K+ ion in the GA channel is obtained by analyzing iso-energy maps. Using Monte Carlo simulations, the energy profiles of the K+ ion with the solvated GA channel are analyzed and the hydration structures in the presence of the K+ ion are studied
The free energy profiles for four organic cations in right-handed single-helix gramicidin A dimers w...
The influence of a gramicidin-like channel former on ion free energy barriers is studied using Monte...
A model calculation is carried out to study the potential energy profile of a sodium ion with severa...
A 6-12-1 atom-atom pair potential for the interaction of a Na+ion with gramicidin A (GA) has been de...
The free energy governing K+ conduction through gramicidin A channels is characterized by using over...
The structural and thermodynamic factors responsible for the singly and doubly occupied saturation s...
The valence selectivity of the gramicidin channel is examined using computer simulations based on at...
The potential of mean force for Na+ and K+ ions as a function of position in the interior of a perio...
Empirical energy function calculations were used to evaluate the effects of minimization on the stru...
Calculations of the solvation energetics for a Na+ ion inside the Gramicidin A channel and in water ...
AbstractThe energy profile for Na+ in the channel formed by the gramicidin A β-helical dimer backbon...
Molecular dynamics calculations in which all atoms were allowed to move were performed on a water-fi...
Calculations contrasting the channel solvation energy for cesium ions and chloride ions associated w...
We use the well-known structural and functional properties of the gramicidin A channel to test the a...
Proton translocation (PTL) is studied in the ion channel gramicidin A (gA). Non-dissociable and full...
The free energy profiles for four organic cations in right-handed single-helix gramicidin A dimers w...
The influence of a gramicidin-like channel former on ion free energy barriers is studied using Monte...
A model calculation is carried out to study the potential energy profile of a sodium ion with severa...
A 6-12-1 atom-atom pair potential for the interaction of a Na+ion with gramicidin A (GA) has been de...
The free energy governing K+ conduction through gramicidin A channels is characterized by using over...
The structural and thermodynamic factors responsible for the singly and doubly occupied saturation s...
The valence selectivity of the gramicidin channel is examined using computer simulations based on at...
The potential of mean force for Na+ and K+ ions as a function of position in the interior of a perio...
Empirical energy function calculations were used to evaluate the effects of minimization on the stru...
Calculations of the solvation energetics for a Na+ ion inside the Gramicidin A channel and in water ...
AbstractThe energy profile for Na+ in the channel formed by the gramicidin A β-helical dimer backbon...
Molecular dynamics calculations in which all atoms were allowed to move were performed on a water-fi...
Calculations contrasting the channel solvation energy for cesium ions and chloride ions associated w...
We use the well-known structural and functional properties of the gramicidin A channel to test the a...
Proton translocation (PTL) is studied in the ion channel gramicidin A (gA). Non-dissociable and full...
The free energy profiles for four organic cations in right-handed single-helix gramicidin A dimers w...
The influence of a gramicidin-like channel former on ion free energy barriers is studied using Monte...
A model calculation is carried out to study the potential energy profile of a sodium ion with severa...