Rok and coworkers optimized the performance of the in situ formed iodine (III) - BF3 complexes with a metal and photocatalyst-free method @ChemCommun Congratulations to the team! @RNarobe@KathiravanMuru5
https://t.co/GuXJGmPUKU
Light can do it: Unnatural amino acids from C-H activation (10.1021/acs.orglett.2c01822). Happy to see Florence´s first paper published in great collaboration with Kathir and Rok!
@BarhamLab@ChemistryKoenig@ACSCatalysis@Sanford_Lab@RNarobe Thanks, Barham Lab. Yes, it could be, however, our reaction proceeded even in inorganic base K2CO3, in this case, the alpha-amino radical can be generated by oxidation followed by deprotonation.
A practically simple and sustainable process out now in @ACSCatalysis
Congratulations to @KathiravanMuru5 , Karsten - now in @Sanford_Lab, @RNarobe!
Photoredox-Catalyzed Site-Selective Generation of Carbanions from C(sp3)–H Bonds in Amines https://t.co/wxNg4v7xha
Collaborative Research Center (CRC) 325 „Assembly Controlled Chemical Photocatalysis“ accepts applications for doctoral researchers. For more information follow the links in the advertisement.
We are hiring!
Several fully funded PhD positions in chemical photocatalysis, photoswitches, synthesis of bioactive molecules and mechanistic studies available this year at @ChemistryKoenig.
Join our international team to shape your career on the bright side of chemistry!
A few tickets left for our webinar on Thursday - Heterogeneous Catalysis: The Future of Organic Synthesis? with Prof. Dr. Matthias Beller @likat_rostock at 3pm BST. Register for free at https://t.co/KbsozZhwJr