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Smart Engineering Of Various Enzymes For Asymmetric Synthesis Of Chiral Molecules On Industrial Scale, Haibin Chen, Marco Bocola, Thomas Daußmann, Yong Koy Bong
Smart Engineering Of Various Enzymes For Asymmetric Synthesis Of Chiral Molecules On Industrial Scale, Haibin Chen, Marco Bocola, Thomas Daußmann, Yong Koy Bong
Enzyme Engineering XXV
The commercialization of sustainable enzymatic and microbial catalysis technology is gaining increasing priority for the synthesis of chiral compounds from achiral precursors that require high selectivity and high substrate load. Thus, the fast and cost-effective development of novel biocatalytic processes using an integrated platform offers significant opportunities to fine chemical, pharmaceutical, food & feed, material and related industries.
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Sustainable Biocatalytic Synthesis Of Β-Hydroxyl-Α-Amino Acids On An Industrial Scale, Haibin Chen, Haibin Chen, Yong Koy Bong, Marco Bocola, Thomas Daußmann
Sustainable Biocatalytic Synthesis Of Β-Hydroxyl-Α-Amino Acids On An Industrial Scale, Haibin Chen, Haibin Chen, Yong Koy Bong, Marco Bocola, Thomas Daußmann
Enzyme Engineering XXV
The development and commercialization of sustainable enzymatic and microbial catalysis technologies is gaining increasing priority to reduce the environmental impact of chemical and related industries.
Enzymes offer, as common platform, significant opportunities for innovations to enhance production capabilities to meet these new reduced impact demands, whilst retaining product quality and keeping costs down. To enable cost efficient biocatalytic processes, however, high selectivity, high activity, high substrate loadings and tolerance to organic solvents are required. This is in general not sufficiently displayed by natural enzymes, despite providing high selectivity and activity on native substrates under physiological conditions. As a solution, enzyme …