WOS: 000253188700015In this study, the relation between the additional heat capacities of proteins have been obtained. The expressions for the increments of enthalpy Delta H, entropy Delta S and Gibbs energy Delta G which are encountered in the dissolving of the proteins in water, have been calculated. Partition functions of proteins are related to the macrothermodynamical quantities with the help of free energies. In order to endeavour the structure of the proteins, the theoretical calculations of thermostatistical mechanics are fitted to the data of experimental results. (c) 2007 Elsevier B.V. All rights reserved
An analysis of the thermodynamics of protein stability reveals a general tendency for proteins that ...
We present a statistical mechanics formalism for theoretical description of the process of...
[[abstract]]We developed a technique to compute structural entropy directly from protein sequences. ...
WOS: 000235533200019In this study variations with respect to temperature of entropy increment AS, ar...
WOS: 000243623700018In this study additional heat capacity of the proteins in water dissociation hav...
WOS: 000243623700018In this study additional heat capacity of the proteins in water dissociation hav...
Treatment of protein unfolding in aqueous solutions as a thermodynamic equilibrium involving water m...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Classification of existent theoretical approaches for investigating protein thermal stability is per...
Classification of existent theoretical approaches for investigating protein thermal stability is per...
An analysis of the thermodynamics of protein stability reveals a general tendency for proteins that ...
For a large number of protein it has now been stablishcd that their na-tives structures are thermody...
The physics of self-organization and complexity is manifested on a variety of biological scales, fro...
An analysis of the thermodynamics of protein stability reveals a general tendency for proteins that ...
We present a statistical mechanics formalism for theoretical description of the process of...
[[abstract]]We developed a technique to compute structural entropy directly from protein sequences. ...
WOS: 000235533200019In this study variations with respect to temperature of entropy increment AS, ar...
WOS: 000243623700018In this study additional heat capacity of the proteins in water dissociation hav...
WOS: 000243623700018In this study additional heat capacity of the proteins in water dissociation hav...
Treatment of protein unfolding in aqueous solutions as a thermodynamic equilibrium involving water m...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Small monomeric proteins from mesophilic and thermophilic organisms were studied. They have close st...
Classification of existent theoretical approaches for investigating protein thermal stability is per...
Classification of existent theoretical approaches for investigating protein thermal stability is per...
An analysis of the thermodynamics of protein stability reveals a general tendency for proteins that ...
For a large number of protein it has now been stablishcd that their na-tives structures are thermody...
The physics of self-organization and complexity is manifested on a variety of biological scales, fro...
An analysis of the thermodynamics of protein stability reveals a general tendency for proteins that ...
We present a statistical mechanics formalism for theoretical description of the process of...
[[abstract]]We developed a technique to compute structural entropy directly from protein sequences. ...