Congrats to @gloganb, @SojungKim20, Yusuke and collaborators @BarnerKowollik, @GileadSciences, @Merck on our indazole to benzimidazole conversion https://t.co/qiry103DEp coordinated with @LeonoriLab https://t.co/Jugs3Nm4aY
We investigated an old nitrogen atom synthon in a new context, and we found some pretty cool results! Huge thanks to @nikki_keramati, Kate Kaplin, @TessaColameta, James Phelan, and @LevinChem without whom this work would not have been possible.
Excited to share our newest strategy to access carbenes from aldehydes - now via radicals!
Young & Jake found this highly practical, efficient, & selective way to make triangles - that even works in the presence of air or water!
@J_A_C_S
https://t.co/l57mWvRQIx
My latest research at @GBDlab, in collaboration with @pengliu_group has just been published @Nature ! Check it out to see how we realized an SN2-type reaction on sp2-carbon! https://t.co/8BSkdvjKMl
Cyclopropanate nearly *ANY* alkene with a non-stabilized alkyl carbene … using our new 2nd Gen Carbene Strategy! @Chem_CP
Kudos Bethany, Lumin, and Emma!
https://t.co/gZFSa676FD
This is my first paper @GBD_Lab , and finally published in Nature Synthesis! I feel every efforts pay off at this moment. I'm thrilled that we've taken another small step toward our long-term goal. Grateful for @GuangbinDong 's guidance and my colleagues' supports.
My lab's 2nd paper is out in @NatureCatalysis!
What is happening at the electrified interface during electroorganic reactions? Here is our first taste of revealing how it's organized to enable fragment-based electrophile coupling!
w QC, Sarah, Rocco
https://t.co/2CzKLh5Z1P
So excited to share that my undergrad research with @UMLehnertgroup is now available!! A huge thank you to @MichaelOLengel, Hai, and Nicolai for their help! Check it out here https://t.co/jQbzd0hIiS