HIGHLIGHTS
SUMMARY
Depending on the support on which they are immobilized, enzymes often improve their biochemical and kinetic properties, and, being recyclable, they can also be used in the scale-up of synthetic Int. For quite a long time, successful immobilization of biocatalysts has been largely confined to hydrolytic enzymes, but this scenario is changing with the development of enzymes for a wider range of biotransformations, including asymmetric reduction, carbon-carbon bond formation, and oxidation. Typically, immobilization improves the overall catalytic performance, allowing enzyme recycling, and a reduction in the overall process costs. Among the different . . .
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