Efficient Membrane-Based Affinity Separations for Chemical Applications by Gilles VAN EYGEN
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Efficient Membrane-Based Affinity Separations for Chemical Applications by Gilles VAN EYGEN
04 Jun
The role of chiral amines in the pharmaceutical and agrochemical industries is substantial, as they are present in 40 to 45 % of small pharmaceuticals and 20 % of agrochemicals. Synthesising chiral amines involves traditional chemical methods and novel enzymatic approaches, including the use of transaminase enzymes as catalysts.
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Efficient Membrane-Based Affinity Separations for Chemical Applications by Gilles VAN EYGEN
04 Jun
The role of chiral amines in the pharmaceutical and agrochemical industries is substantial, as they are present in 40 to 45 % of small pharmaceuticals and 20 % of agrochemicals. Synthesising chiral amines involves traditional chemical methods and novel enzymatic approaches, including the use of transaminase enzymes as catalysts.