The regulations of functioning of water soluble and membrane forms of enzymes in the systems of reversed micelles of surfactants in organic solvents are compared. By an examples of gamma-glutamyltransferase (in AOT reversed micelles in octane) and amino-peptidase (in Brij 96 reversed micelles in cyclohexane) the principal difference in the catalytic activity regulation of water soluble and membrane forms is demonstrated. The catalytic activity of the membrane form depends largely on the surfactant concentration at the constant hydration degree, whereas the activity of the water soluble form is constant under these conditions. The catalytic activity dependence on the surfactant concentration is regarded as a >
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...
Hydrolytic enzymes are combined with surfactants in many types of formulations, for instance deterge...
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...
The regulations of functioning of water soluble and membrane forms of enzymes in the systems of reve...
AbstractThe regularities of their functioning of enzyme, water-soluble and membrane forms, in the sy...
AbstractThe Phenomenon of the regulation of the catalytic activity of enzymes via changing their oli...
A heterodimeric enzyme (γ-glutamyltransferase) was studied in the reversed micellar medium of Aeroso...
The catalytic efficiency of trypsin was estimated in cationic reverse micelles as a function of the ...
Influence of unsaturation present at the surfactant head on the activity of interfacially located en...
Alkaline phosphatase was entrapped in reverse micelles formed in //-heptane with surfactants (bis(2-...
1041-1046The dependence of the catalytic activities of α-chymotrypsin on the concentration of organ...
Regulation of supra-macromolecular composition and catalytic activity of a heterodimeric enzyme, γ-g...
Department of Chemistry, Indian Institute of Technology, Kanpur-208 016 Manuscript received 31 Augu...
Reversed micelles are at the present time faced as common organic media to perform biocatalysis. The...
Enzyme catalysis in water-immiscible organic solvents is strongly influenced by the amount of water ...
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...
Hydrolytic enzymes are combined with surfactants in many types of formulations, for instance deterge...
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...
The regulations of functioning of water soluble and membrane forms of enzymes in the systems of reve...
AbstractThe regularities of their functioning of enzyme, water-soluble and membrane forms, in the sy...
AbstractThe Phenomenon of the regulation of the catalytic activity of enzymes via changing their oli...
A heterodimeric enzyme (γ-glutamyltransferase) was studied in the reversed micellar medium of Aeroso...
The catalytic efficiency of trypsin was estimated in cationic reverse micelles as a function of the ...
Influence of unsaturation present at the surfactant head on the activity of interfacially located en...
Alkaline phosphatase was entrapped in reverse micelles formed in //-heptane with surfactants (bis(2-...
1041-1046The dependence of the catalytic activities of α-chymotrypsin on the concentration of organ...
Regulation of supra-macromolecular composition and catalytic activity of a heterodimeric enzyme, γ-g...
Department of Chemistry, Indian Institute of Technology, Kanpur-208 016 Manuscript received 31 Augu...
Reversed micelles are at the present time faced as common organic media to perform biocatalysis. The...
Enzyme catalysis in water-immiscible organic solvents is strongly influenced by the amount of water ...
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...
Hydrolytic enzymes are combined with surfactants in many types of formulations, for instance deterge...
The spectroscopic characterization of some protein-containing reversed micellar systems has been inv...