Immobilized enzymes: an introduction and applications in biotechnology |
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Contents
The Effect of Immobilization on Enzyme Activity | 11 |
Applications of Immobilized Enzymes | 56 |
Model Systems | 104 |
Copyright | |
2 other sections not shown
Common terms and phrases
acid alkaline alkaline phosphatase aminoacylase arginine biological bulk phase catalyst catalytic activity cell cellulose cellulose nitrate chemical coenzyme column concentration gradient continuous flow stirred cost cross-linked DEAE-Sephadex dehydrogenase diffusional dilute solution entrapment enzyme activity enzyme immobilization enzyme molecules enzyme reaction enzyme's example factors fibre Figure flow stirred tank free solution fructose glucose oxidase glucose-6-phosphate glutaraldehyde H+ion hexokinase hydrogen ions hydrolysis immobilized enzyme immobilized enzyme particle immobilized enzyme preparation immobilized enzyme system increase industrial inhibitor intrinsic ionic strength kinetic Kmax lactose membrane method microbial microenvironment mol 1_1 packed bed packed bed reactor papain parameters partitioning effects pH optimum pH/activity profile phosphatase phosphate polyanionic polymer matrix polymer support possible potential present problem product concentration product inhibition protein proton reaction rate Schematic representation soluble enzyme solvent stability stirred tank reactor substrate concentration substrate diffusion limitation substrate inhibition surface temperature trypsin urease uricase vivo xanthine xanthine oxidase