Cell Biology Reagents

Application Carbonic anhydrase from bovine erythrocytes (BCA) has been used to study the effect of removal of enzyme-bound metal ion, Zn 2+ , on aggregation behavior of the enzyme. Removal of metal ion by a chelator such as EDTA enhances the

Application Carbonic anhydrase from bovine erythrocytes (BCA) has been used to study the effect of removal of enzyme-bound metal ion, Zn 2+ , on aggregation behavior of the enzyme. Removal of metal ion by a chelator such as EDTA enhances the

Application This product is used as a marker to determine the molecular mass of an unknown protein in non-denaturing electrophoresis systems. In such systems, proteins often retain their biological activity, thus allowing in-gel detection using

Application Carbonic Anhydrase from bovine erythrocytes is a bioreagent used in gel filtration chromatography, protein chromatography and plasma and blood proteins. Carbonic anhydrase has been used to study compounds widely known to have anticancer

Application Carbonic anhydrase from sigma has been used for the analysis of thermodynamic stability of the enzyme by measuring the binding affinity and stoichiometry. The enzyme has also been used to generate CD 4 + T cell lines specific for

Application Carbonic anhydrase from sigma has been used for the analysis of thermodynamic stability of the enzyme by measuring the binding affinity and stoichiometry. The enzyme has also been used to generate CD 4 + T cell lines specific for

Application Carbonic anhydrase from sigma has been used for the analysis of thermodynamic stability of the enzyme by measuring the binding affinity and stoichiometry. The enzyme has also been used to generate CD 4 + T cell lines specific for

Application Carbonic anhydrase from sigma has been used for the analysis of thermodynamic stability of the enzyme. The enzyme has also been used to generate CD 4 + T cell lines specific for carbonic anhydrase during the study of autoimmune

Preparation Note Dissolve in 0.25mL of deionized water.

Research area: Cell Signaling Human catalase is a member of the monofunctional heme-containing catalases. It is an intracellular enzyme located at higher concentrations in the liver, erythrocytes, and kidney.

Catalase, along with superoxide dismutase and glutathione peroxidase, controls the levels of oxygen-derived free radicals in mammalian cells. Together these molecules may function as a somatic oxidant defense.

Caveolin-1 scaffolding domain peptide (C1-SD 82-101 ) fused at the N-terminus to the cell-permeable Antennapedia internalization sequence (43-58). This peptide is reported to block eNOS activity and cellular NO release in vitro and reduce