
Scott France
@scottfrance10
Merck Associate Principal Scientist - Biocatalysis 🧬🧪🧫. Figure Skater ⛸
ID: 920185491537920000
17-10-2017 07:11:32
101 Tweet
305 Followers
179 Following

Congratulations @drgauthi, collaborators Merck and our team for work out in Nature Chemistry showing functional group metathesis between in situ chlorinated carboxylic acids can offer a straightforward approach to carbon isotope labelling McGill Chemistry nature.com/articles/s4155…


With smart engineering techniques, we boosted ketoreductase activity for ipatasertib precursor synthesis by 64-fold. Algorithmic help shrunk library size, ensuring efficiency. Result? ≥98% conversion rate with 99.7% de!🌿🧪 👉rdcu.be/dzTZN Communications Chemistry NCCR Catalysis







Really great work by the team to avoid issues around byproduct removal associated with transaminases and develop lysine as a smart donor, plus a great scope of noncanonical branched arylalanines! #MerckChemistry Noah Dunham chemrxiv.org/engage/chemrxi…




Excited that the final version of our work using lysine as a smart donor to prepare branched arylalanines is in J. Am. Chem. Soc. today! Amazing work by Noah Dunham and everyone who worked on this! #MerckChemistry RITWIKA RAY Matt Winston Yining Mikhail Reibarkh pubs.acs.org/doi/10.1021/ja…

Wild-type transaminases, a lysine smart donor, and a great scope of noncanonical amino acids, out today in J. Am. Chem. Soc. (pubs.acs.org/doi/10.1021/ja…). All thanks to a crack team! Steven Silverman, Matt Winston, RITWIKA RAY, Yining, Mikhail Reibarkh



Thoroughly enjoyed the 2024 #Biocatalysis #GRC! Great job Sabine Flitsch and Carlos Martinez. Bring on the 2026 meeting with me and Dörte Rother as vice-chairs! Very excited to work with chairs Mélanie Hall and Radka Snajdrova as well as GRS chairs @hairofthehogg and Maximilian Gantz!


Check out our new work led by the amazing Dr. Ye Wang in J. Am. Chem. Soc.! We are so proud of this wonderful team and their investigation into the PLP radical! pubs.acs.org/doi/10.1021/ja…

Accelerating enzyme engineering: In Nature Chemical Biology we show that by removing destabilizing mutations from sequence space we generated a🚀Kemp eliminase in only 5 evolution cycles! Recombination charts the designer enzyme's fitness landscape🏔️. 👉nature.com/articles/s4158… NCCR Catalysis


