Urease enzyme was immobilized in photographic gelatin by chemical cross-linking using formaldehyde, glutaraldehyde and chromium (III) acetate. The effects of enzyme and cross-linker concentrations, temperature, incubation time and pH on urea hydrolysis were investigated. Effect of reuse on the activity of immobilized enzyme was also studied. Glutaraldehyde (0.004 M) was the most suitable cross-linker; relative activities within 2.5 months after 24 reuses were stable (about 78%)
PubMed ID: 15881595Urease was encapsulated within ?-carrageenan beads. Various parameters, such as a...
<p>The gelatin and glucoamylase were mixed together before the cross-linking step in the entrapment ...
A type of novel retention aid, cross-linked gelatin, was prepared using low-grade industrial gelatin...
In the present work carboxymethylcellulose (CMC) and CMC-gelatin were used as carrier systems for ur...
Glucose oxidase was immobilized into photographic gelatin hardened by chromium(III) sulphate. The en...
655-659Activity and stability of immobilized urease on different matrices (nylon-6, 6 beads, sepharo...
This article reports the cross linking of alpha-amylase enzyme to gelatin by using formaldehyde, chr...
Beta-Galactosidase (EC 3.2.1.23) was immobilised onto a gelatin carrier system by crosslinking. Glut...
Invertase was immobilized into photographic gelatin by chemical crosslinking with formaldehyde and c...
In this study, we presented a new approach for immobilizing JBU (Jack bean urease), by producing ure...
Urease was immobilized on commercial cotton and commercial cotton activated with glutaraldehyde. The...
357-360 Reusable strips of urease were prepared by covalently immobilizing it onto alkyl and arylami...
A method originally developed for entrapping invertase-active yeast cells (Saccharomyces cerevisiae)...
The immobilization of enzymes and microbial cells within insolubilized gelatin involves both physica...
NADH-cytochrome b5 reductase was isolated and partially purified from rabbit liver microsomes. It wa...
PubMed ID: 15881595Urease was encapsulated within ?-carrageenan beads. Various parameters, such as a...
<p>The gelatin and glucoamylase were mixed together before the cross-linking step in the entrapment ...
A type of novel retention aid, cross-linked gelatin, was prepared using low-grade industrial gelatin...
In the present work carboxymethylcellulose (CMC) and CMC-gelatin were used as carrier systems for ur...
Glucose oxidase was immobilized into photographic gelatin hardened by chromium(III) sulphate. The en...
655-659Activity and stability of immobilized urease on different matrices (nylon-6, 6 beads, sepharo...
This article reports the cross linking of alpha-amylase enzyme to gelatin by using formaldehyde, chr...
Beta-Galactosidase (EC 3.2.1.23) was immobilised onto a gelatin carrier system by crosslinking. Glut...
Invertase was immobilized into photographic gelatin by chemical crosslinking with formaldehyde and c...
In this study, we presented a new approach for immobilizing JBU (Jack bean urease), by producing ure...
Urease was immobilized on commercial cotton and commercial cotton activated with glutaraldehyde. The...
357-360 Reusable strips of urease were prepared by covalently immobilizing it onto alkyl and arylami...
A method originally developed for entrapping invertase-active yeast cells (Saccharomyces cerevisiae)...
The immobilization of enzymes and microbial cells within insolubilized gelatin involves both physica...
NADH-cytochrome b5 reductase was isolated and partially purified from rabbit liver microsomes. It wa...
PubMed ID: 15881595Urease was encapsulated within ?-carrageenan beads. Various parameters, such as a...
<p>The gelatin and glucoamylase were mixed together before the cross-linking step in the entrapment ...
A type of novel retention aid, cross-linked gelatin, was prepared using low-grade industrial gelatin...