Check out the latest episode of the @PharmToTablePod which just dropped! We feature fantastic academic-industrial collaboration with with @MPWatsonLab! #MerckChemistry https://t.co/5KmzTN1y7G
This paper has literally everything? Electrochemistry? Nickel catalysis? Pyridinium salts? Merck? @SevovLab@MPWatsonLab and @jesstheligand ? Cannot wait to dive in! Congrats to the whole team! 🔋⚡️
https://t.co/bJRek8KXFi
Congratulations to Mary P. Watson @MPWatsonLab, winner of the 2023 ACS Catalysis Lectureship for the Advancement of Catalytic Science.
Learn more about what inspires Prof. Watson's research and her advice for chemists just entering the field here ➡️ https://t.co/D0vqEnRK1P
Congratulations to Mary P. Watson @MPWatsonLab, winner of the 2023 ACS Catalysis Lectureship for the Advancement of Catalytic Science.
Learn more about what inspires Prof. Watson's research and her advice for chemists just entering the field here ➡️ https://t.co/VHd44oIpCg
Announcing Professor Mary P. Watson is the recipient of the 2023 ACS Catalysis Lectureship for the Advancement of Catalytic Science.
Congratulations @MPWatsonLab! @ChemistryUD
Co-Sponsor @ACSCATLDivision
See you at #ACSFall2023!
About: https://t.co/GBcFkYsTfZ
@DrMikeG83 @MPWatsonLab Thanks Dr. G! Thought about your research program a lot during this project. Maybe it could find some use if you have any lysine in your peptides!
HTE meets peptides meets deamination meets industry/academia collaboration 🤩. Very cool stuff! Congrats to @MPWatsonLab her team and the folks at Merck!
@danithechemist@MPWatsonLab@Bria_Garcia_@DipaKalyani1@Merck Thanks Dani! It’s been an awesome experience to work with the entire team at Merck! We have learned so much from this collaboration and are very delighted to know we have developed methods that are being used outside of our lab.
Our 9th speakers were @MPWatsonLab and Amelie Dion (#MerckChemistry) who shared their collaboration w/ @DipaKalyani1 on “Cross electrophile coupling to access non-canonical AA’s.�� This work JUST dropped on @ChemRxiv and shows the power of HTE to explore scope! 12/
👩🔬 @MPWatsonLab from the University of Delaware (@UDelaware) describes the Ni-catalyzed deaminative #cyanation of alkyl amines. This new method offers an alternative class of starting materials to access highly valuable nitrile products. Have a look 🧐
👉https://t.co/Xq16TnswoH