Proteins

product description：GLPG0187 is a broad spectrum integrin receptor antagonist with antitumor activity: inhibits αvβ1-integrin with an IC50 of 1.3 nM.

product description：GLPG0187 is a broad spectrum integrin receptor antagonist with antitumor activity: inhibits αvβ1-integrin with an IC50 of 1.3 nM.

APPLICATIONS :This enzyme is used for the enzymatic determination of glucosc in serum  by coupling with mutarotase in clinical diagnosis.PACKING:Polybottle in carton-casePRESERVATION:Below 5℃ in a dry placc Fig. 5.

APPLICATIONS :This enzyme is used for the enzymatic determination of glucosc in serum  by coupling with mutarotase in clinical diagnosis.PACKING:Polybottle in carton-casePRESERVATION:Below 5℃ in a dry placc Fig. 5.

APPLICATIONS :This enzyme is used for the enzymatic determination of glucosc in serum  by coupling with mutarotase in clinical diagnosis.PACKING:Polybottle in carton-casePRESERVATION:Below 5℃ in a dry placc Fig. 5.

Immobilized glucose isomerase produced from a selected strain of Streptomyces murinus.Immobilized glucose isomerase produced from Streptomyces murinus was used for the isomerization of xylose. Glucose isomerase is used in the food industry to

Immobilized glucose isomerase produced from a selected strain of Streptomyces murinus.Immobilized glucose isomerase produced from Streptomyces murinus was used for the isomerization of xylose. Glucose isomerase is used in the food industry to

Product IntroductionGlucose oxidase is a well-characterised flavoprotein that catalyses oxidation of β-D-Glucose at its first hydroxyl group, utilizing molecular oxygen as the electron acceptor, to produce D-glucono-delta-lactone and hydrogen

Product IntroductionGlucose oxidase is a well-characterised flavoprotein that catalyses oxidation of β-D-Glucose at its first hydroxyl group, utilizing molecular oxygen as the electron acceptor, to produce D-glucono-delta-lactone and hydrogen

Product IntroductionGlucose oxidase is a well-characterised flavoprotein that catalyses oxidation of β-D-Glucose at its first hydroxyl group, utilizing molecular oxygen as the electron acceptor, to produce D-glucono-delta-lactone and hydrogen

The Leuconostoc GPDH exhibits dual coenzyme specificity, namely NAD and NADP (Olive and Levy, Biochem., 6, 730 730, 1967). When assayed under conditions that are optimal for the particular coenzyme, the ratio of observed catalytic activity is

The Leuconostoc GPDH exhibits dual coenzyme specificity, namely NAD and NADP (Olive and Levy, Biochem., 6, 730 730, 1967). When assayed under conditions that are optimal for the particular coenzyme, the ratio of observed catalytic activity is