The interaction between protein and water is of fundamental importance for processes ranging from protein folding and enzymatic activity to anhydrobiosis. In this letter we bring together results from diverse types of measurements to give a unified picture of the hydration process for lysozyme. The data come principally from experiments with protein films and powders. The principal aim is to examine the relationship between the sites of water interaction, the extent of coverage, and the enzymatic activity, thus providing a better understanding of the relationship between water and enzyme dynamics
Water is “the matrix of life” for its fascinating properties. The well-known simple water molecule c...
Water sorption isotherms of proteins are usually interpreted with such models as BET or GAB that imp...
Earlier studies involving water-mediated transformations in lysozyme and ribonuclease A have shown t...
The interaction between protein and water is of fundamental importance for processes ranging from pr...
By a combined gravimetric and ir technique, spectra of protein films are recorded during sorption is...
The role the solvent plays in determining the biological activity of proteins is of primary importan...
AbstractThe role the solvent plays in determining the biological activity of proteins is of primary ...
© the Owner Societies 2016.Water is of fundamental importance for life since it plays a critical rol...
Proteins undergo a dynamic transition at approximately 220 K, also called protein ’glass’ transition...
Proteins, with the large variety of chemical groups they present at their molecular surface, are a c...
The rate of exchange of the labile hydrogens of lysozyme was measured by out-exchange of tritium fro...
The aim of this study is to simultaneously monitor the excess partial Gibbs energies, enthalpies, an...
[EN] Differential scanning calorimetry (DSC) and two dielectric techniques, broadband dielectric rel...
Isothermal batch calorimetry was applied to study the hydration of proteins. The hydration process w...
High precision densitometry was applied to study the hydration of proteins. The hydration process wa...
Water is “the matrix of life” for its fascinating properties. The well-known simple water molecule c...
Water sorption isotherms of proteins are usually interpreted with such models as BET or GAB that imp...
Earlier studies involving water-mediated transformations in lysozyme and ribonuclease A have shown t...
The interaction between protein and water is of fundamental importance for processes ranging from pr...
By a combined gravimetric and ir technique, spectra of protein films are recorded during sorption is...
The role the solvent plays in determining the biological activity of proteins is of primary importan...
AbstractThe role the solvent plays in determining the biological activity of proteins is of primary ...
© the Owner Societies 2016.Water is of fundamental importance for life since it plays a critical rol...
Proteins undergo a dynamic transition at approximately 220 K, also called protein ’glass’ transition...
Proteins, with the large variety of chemical groups they present at their molecular surface, are a c...
The rate of exchange of the labile hydrogens of lysozyme was measured by out-exchange of tritium fro...
The aim of this study is to simultaneously monitor the excess partial Gibbs energies, enthalpies, an...
[EN] Differential scanning calorimetry (DSC) and two dielectric techniques, broadband dielectric rel...
Isothermal batch calorimetry was applied to study the hydration of proteins. The hydration process w...
High precision densitometry was applied to study the hydration of proteins. The hydration process wa...
Water is “the matrix of life” for its fascinating properties. The well-known simple water molecule c...
Water sorption isotherms of proteins are usually interpreted with such models as BET or GAB that imp...
Earlier studies involving water-mediated transformations in lysozyme and ribonuclease A have shown t...