@biocis.bsky.social
The organic laboratory of the Faculty of Pharmacy of the University Paris Saclay, involved in the discovery of new drugs !
https://www.biocis.universite-paris-saclay.fr/
@biocis.bsky.socialA great example of collaboration between @biocis.bsky.social and @institutgalien.bsky.social ! @cnrschimie.bsky.social @pharmaupsaclay.bsky.social @angewandtechemie.bsky.social doi.org/10.1002/anie...
@biocis.bsky.social[Fête de la Science], le bâtiment Henri Moissan de @pharmaupsaclay.bsky.social vous ouvre ses portes ! @cnrs.fr @biocis.bsky.social
Le programme complet est accessible à ce lien: ⤵️
l1nq.com/tpvz42a%F0%9...
@biocis.bsky.social@biocis.bsky.social, Félicitations à Biraveena SINNIAH KANDIAH pour sa soutenance de thèse intitulée "Assemblage biomimétique du motif central de l’alasmontamine A par photocatalyse" ! @cnrs.fr @pharmaupsaclay.bsky.social
@biocis.bsky.social[#job #postdoc] @biocis.bsky.social is recruiting a #Postdoctoral Combinatorial enzymatic and spontaneous reactions to unravel the emergence of structural diversity in #natural_product metabolism @cnrschimie.bsky.social e @pharmaupsaclay.bsky.social @cy-univ.bsky.social @mehdibeni.bsky.social
@julnicolas.bsky.socialReposted by @biocis.bsky.social💻In collaboration with Tâp Ha-Duong @biocis.bsky.social, we used CG MD simulations to investigate the thermosensitivity and degradability of different CKA-containing vinyl copolymers, and successfully reproduced their UCST behavior and rationalized their experimentally observed aqueous degradability
