The result of a fantastic collaboration started a few years back with Olivier (@obasle.bsky.social), Michael (@smietana-m.bsky.social), Laurent (@laurent-evanno.bsky.social), Yves Canac, Erwan Poupon, and Steve (@hiltonlab.bsky.social) under the auspice of the ANR (@agencerecherche.bsky.social)

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Our work on the synthesis of sceptrin, ageliferin, nigramide R, chabamide and others by photo(flow)catalysis are now on ChemRxiv. urlr.me/aJfu4r Congratulations to Mohammed Latrache & Amina Sesay @univparissaclay.bsky.social. Great collaboration with @arseniyadis.bsky.social @hiltonlab.bsky.social

Our work on Enantioselective Artificial PhotoDNAzyme now live on ChemRxiv
tinyurl.com/mwtpd96u
Our work merges synthetic transition-metal photocatalysis with the chiral environment of DNA to achieve visible-light-driven, enantioselective [2+2] cycloadditions.

urls.fr/IxBfDz 🙏Florent Edde👍It all started during undergraduate laboratory teachings with @emmanuelle-drege.bsky.social. We wanted to replace the benzylic brominations in CCl4 with photocat but solution is simpler. teaching through research @pharmaupsaclay.bsky.social @univparissaclay.bsky.social

How annoying it is to no longer be able to do benzylic bromination because it is traditionally done in the ozone-depleting CCl4, which is fortunately banned. New conditions would be useful... (spoiler) @emmanuelle-drege.bsky.social @chemistryeurope.bsky.social

When you have access to #3Dprinting, working from home is easy