BioCatalytics expands enzyme product range and reach

Published: 12-Oct-2006

California-based enzyme developer BioCatalytics has agreed a distribution and product development deal with Novozymes, of Denmark, as well as a technology agreement with Ciba Specialty Chemicals, of Basel, Switzerland.


California-based enzyme developer BioCatalytics has agreed a distribution and product development deal with Novozymes, of Denmark, as well as a technology agreement with Ciba Specialty Chemicals, of Basel, Switzerland.

Novozymes is a leading manufacturer of industrial enzymes, many of which can provide a more environmentally friendly means of producing pharmaceutical compounds and intermediates. This deal enables BioCatalytics to offer a broadened range of enzymes for chiral synthesis applications, including new enzymes not previously available for chemical synthesis.

Under the agreement, BioCatalytics will contribute the formulation and r&d expertise, while Novozymes will handle the manufacturing of commercial quantities.

BioCatalytics has already developed novel biocatalysts and patented methods for the production of a range of pharmaceutical intermediates, including non-natural amino acids, beta-amino acids, chiral alcohols, carboxylic acids, esters, and other chiral materials.

'This agreement allows Novozymes to expand its product offerings in the rapidly growing biocatalysis field,' said Hans Christian Holm, senior manager for Novozymes in Bagsvaerd, Denmark. 'As a world-leading company in this area, BioCatalytics is ideally suited to develop new markets for Novozymes' products in chemical synthesis applications.'

Meanwhile, BioCatalytics has also entered into a new technology agreement with Ciba Specialty Chemicals that will lead to the development of new, more stable enzymes for use in ketone reduction chemistry. Ketoreductases are useful for enantiomeric resolutions, chemo- and regioselective reductions/oxidations, and synthesis of chiral alcohols from ketones, ketoacids, and ketoesters. They also catalyse the reduction of a number of aldehydes. These enzymes are stereoselective and exhibit a very broad substrate range.

The deal gives BioCatalytics the exclusive rights to the Rhodococcus ruber alcohol dehydrogenase (ADH) enzyme, an exceptionally solvent-stable enzyme not previously commercially available.

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