Our study on discovering cooperative catalysis is in print @Nature! With @JacobsenLab@eugene_e_kwan@Merck@RichrdLiu we use simple math-based pooling/deconvolution to uncover useful catalyst combinations with minimal experiments
Read for free! https://t.co/TqrgAStfqN
My first GS project! Against SN2 dogma, a H-bond-donor catalyst accelerates ion-pair collapse by positioning the Nu/Ephile precisely on the SN2 trajectory. Couldn't have done this without the inimitable @GabrielLovinger https://t.co/hoEGP4ubKL
We are happy to share our studies using metallopeptides to catalyze asymmetric benzylic aminations, now out in @J_A_C_S. Nice job Naudin and Savannah!
https://t.co/LekTuuQx03
Getting this fast to an effective real antiviral and with a large scale synthesis ready was a truly Herculean accomplishment, which should not be unsung.
https://t.co/Rak1dt8cxw
Our recently published paper on cis-cis-dihydroxycarbene https://t.co/VIAHhaqztJ has been highlighted in @J_A_C_S. We are excited about such great feedback. Well done, Henrik, Bastian, and Frederik!
https://t.co/0FNhfSR2A9
Scientists at @Stanford used single cell RNA sequencing to study changes in RNA expression levels in blood cells in control and #COVID19 patients. The researchers identified a new type of immune cells called “developing neutrophils.” @NatureMedicine
https://t.co/9pkPRdOi5O
A new study published by researchers at @JohnsHopkins and @uclaprisondata analyzed data from federal prisons and proved that the #coronavirus case and death rates for federal and state prisons were much higher than US population rates. #COVID19
https://t.co/IEkfDD3NC0