Rapid, Heterogeneous Biocatalytic Hydrogenation and Deuteration in a Continuous Flow Reactor
- Lisa A. Thompsona
- Jack S. Rowbothama
- Jake H. Nicholsona
- Miguel A Ramireza
- Ceren Zorb
- Holly A. Reevea
- Nicole Grobertb
- Kylie A. Vincenta*
- aDepartment of Chemistry, University of Oxford, Inorganic Chemistry Laboratory, South Parks Road, Oxford, OX1 3QR, UK
- bDepartment of Materials, University of Oxford, Parks Road, Oxford, OX1 3PH, UKRead the publication that featured this abstract
The high selectivity of biocatalysis offers a valuable method for greener, more efficient production of enantiopure molecules. Operating immobilised enzymes in flow reactors can improve the productivity and handling of biocatalysts, and using H2 gas to drive redox enzymes bridges the gap to more traditional metal‐catalysed hydrogenation chemistry. Herein, we describe examples of H2 ‐driven heterogeneous biocatalysis in flow employing enzymes immobilised on a carbon nanotube column, achieving near‐quantitative conversion in <5 min residence time. Cofactor recycling is carried out in‐situ using H2 gas as a clean reductant, in a completely atom‐efficient process. The flow system is demonstrated for cofactor conversion, reductive amination and ketone reduction, and then extended to biocatalytic deuteration for the selective production of isotopically labelled chemicals.
The Vapourtec R-Series is, quite simply, unrivalled for flow chemistry
- Flexible |
- Precise |
The R-Series is undoubtedly the most versatile, modular flow chemistry system available today.
The Vapourtec E-Series is the perfect introductory system for flow chemistry
- Robust |
- Easy to use |
The E-Series is a robust and affordable, entry level flow chemistry system designed for reliability and ease of use.