Alcohol dehydrogenase, chirality

Biocatalysis breakthrough: new potential in chiral Intermediates

Technology

The enzymatic way for your products

10 enzyme-libraries, and more than 40 Catalogue enzymes of NAD(P)H dependent S- and R-selective biocatalysts with a broad substrate specifity and high stability, have been successfully overexpressed based on the patented X-Zyme’s CTP - Technology. Additionally to the enzyme collection and libraries, 13 patents secure a stable and innovative technology platform for the commercial development and synthesis of new chiral compounds.

1. Alcohol dehydrogenase for enzymatic production of

chiral hydroxy compounds

2. (R)-specific alcohol dehydrogenases

3. Selective S-alcohol prodn. from ketone

4. Ketoester reductase for prod. hydroxy acid esters

5. Keto reductase

6. Diacetyl Reductase

7. Production of hexandien

8. Enzymatic production of chiral hydroxy compounds

9. FAD-dependent Sulfhydryl Oxidase

10. Peptide amidase

11. Carboligation enzymes

12. Saccharose-synthase

13. Method for the production of NDP-Sugar

CTP - Colour-Tag-Protein® for screening of new biocatalysts

NEWS

The Colour-Tag-Protein CTP exhibits an intensive yellow colour. Modifications by genetechnology resulted in interesting new colour variants that allow new applications for protein expression, purification and screening technology. The unique stability of CTP, its high solubility and the compact structure of the colour domain (only about 100 amino acids) are ideal for new applications. A patent protected technology secures the commercial development.

>> Recombinant and mutagenized amine dehydrogenase has been developed with the help of genetic modification for reductive amination of ketones

>> NADH-dependent carbonyl reductase from candida parapsilosis CPCR has been successfully overexpressed...

>>CTP– Colour- Tag-Protein, Modifications by genetechnology resulted in interesting new colour....

>>First commercially available recombinant Sulfhydryl Oxidase

>>A novel and improved oxidoreductase catalyzing the reduction of a variety of carbonyl compounds especially keto esters has been...