ChemBioNAC (@chembionac) 's Twitter Profile
ChemBioNAC

@chembionac

Chemical Biology and Nucleic Acid Chemistry Group at #IBMM @umontpellier @chimiebalard Group leader @Smietana_M

ID: 1075090872629366784

linkhttp://www.chembionac.com calendar_today18-12-2018 18:10:13

236 Tweet

535 Followers

291 Following

Jean-Yves WINUM (@jeanyveswinum) 's Twitter Profile Photo

After several years of collaborative research, we prove the binding mode of boronic acid inside the carbonic anhydrase active site. IBMM - Institut des Biomolécules Max Mousseron ChemBioNAC Université de Montpellier Exploring the binding mode of phenyl and vinyl boronic acids to human ... sciencedirect.com/science/articl


Pauline Adler (@pauline_adler_) 's Twitter Profile Photo

📣 Master 2 internship in #ChemBioNAC team at IBMM in UniversitĂ© de Montpellier Starting from january / february 2025. website : chembionac.com

📣 Master 2 internship in #ChemBioNAC team at IBMM in UniversitĂ© de Montpellier
Starting from january / february 2025.
website : chembionac.com
Jean-Yves WINUM (@jeanyveswinum) 's Twitter Profile Photo

TrĂšs honorĂ© d’ĂȘtre laurĂ©at du Prix Michel Delalande 2024 dĂ©cernĂ© par AcadĂ©mie nationale de Pharmacie Ce prix rĂ©compense plus de 20 ans de recherche dans le domaine de la chimie thĂ©rapeutique sur les inhibiteurs de l’anhydrase carboniques. UniversitĂ© de Montpellier Fac des Sciences UM IBMM - Institut des BiomolĂ©cules Max Mousseron ChemBioNAC

TrĂšs honorĂ© d’ĂȘtre laurĂ©at du Prix Michel Delalande 2024 dĂ©cernĂ© par  <a href="/AcadPharma/">AcadĂ©mie nationale de Pharmacie</a> Ce prix rĂ©compense plus de 20 ans de recherche dans le domaine de la chimie thĂ©rapeutique sur les inhibiteurs de l’anhydrase carboniques. <a href="/umontpellier/">UniversitĂ© de Montpellier</a>  <a href="/FacsciencesUM/">Fac des Sciences UM</a>  <a href="/IBMM_Balard/">IBMM - Institut des BiomolĂ©cules Max Mousseron</a>  <a href="/ChemBioNAC/">ChemBioNAC</a>
Université de Montpellier (@umontpellier) 's Twitter Profile Photo

🏆 Jean-Yves WINUM, Professeur IBMM - Institut des BiomolĂ©cules Max Mousseron, conçoit & synthĂ©tise des inhibiteurs enzymatiques des anhydrases carboniques, cible intĂ©ressante pour des traitements anti-cancĂ©reux & contre diffĂ©rents pathogĂšnes. Une carriĂšre rĂ©compensĂ©e par le prix Michel Delalande AcadĂ©mie nationale de Pharmacie 👏

🏆 <a href="/JeanyvesWinum/">Jean-Yves WINUM</a>, Professeur <a href="/IBMM_Balard/">IBMM - Institut des BiomolĂ©cules Max Mousseron</a>, conçoit &amp; synthĂ©tise des inhibiteurs enzymatiques des anhydrases carboniques, cible intĂ©ressante pour des traitements anti-cancĂ©reux &amp; contre diffĂ©rents  pathogĂšnes. Une carriĂšre rĂ©compensĂ©e par le prix Michel Delalande <a href="/AcadPharma/">AcadĂ©mie nationale de Pharmacie</a> 👏
Chemistry Europe (@chemeurope) 's Twitter Profile Photo

#EurJOC Recent Development of DNA-based Biohybrid Systems Driven by Light (Michael Smietana and co-workers) Michael Smietana Olivier BaslĂ© @Chembionac ‱ onlinelibrary.wiley.com/doi/10.1002/ej


G. Berionni Group (@dr_berionni) 's Twitter Profile Photo

Mini-symposium this Friday at the chemistry department of UNamur. Three invited speakers: Prof. Smietana (Michael Smietana), Grimaud (Laurence Grimaud) and McGarrigle (Eoghan McGarrigle). Looking forward to welcome you and talk about chemistry!

Mini-symposium this Friday at the chemistry department of <a href="/UNamur/">UNamur</a>. Three invited speakers: Prof. Smietana (<a href="/Smietana_M/">Michael Smietana</a>), Grimaud (<a href="/GrimaudLaurence/">Laurence Grimaud</a>) and McGarrigle (<a href="/McGarrigleGroup/">Eoghan McGarrigle</a>). Looking forward to welcome you and talk about chemistry!
G. Berionni Group (@dr_berionni) 's Twitter Profile Photo

Fantastic lectures on photo-biocatalysis, transition-metal catalysis and organocatalysis at UNamur chemistry department. Great dissussions with Laurence Grimaud (ENS Paris), Michael Smietana (Univ Montpellier ChemBioNAC), E McGarrigle (Eoghan McGarrigle, UCDublin) and TeamRiant.

Fantastic lectures on photo-biocatalysis, transition-metal catalysis and organocatalysis at <a href="/UNamur/">UNamur</a> chemistry department. Great dissussions with <a href="/GrimaudLaurence/">Laurence Grimaud</a> (ENS Paris), <a href="/Smietana_M/">Michael Smietana</a> (Univ Montpellier <a href="/ChemBioNAC/">ChemBioNAC</a>), E McGarrigle (<a href="/McGarrigleGroup/">Eoghan McGarrigle</a>, UCDublin) and <a href="/OlivierRiant/">TeamRiant</a>.
IBMM - Institut des Biomolécules Max Mousseron (@ibmm_balard) 's Twitter Profile Photo

🚹 Looking for a stimulating environment where your expertise in chemical biology can shine ? The Institute IBMM Balard invites applications for two CNRS tenure-track positions. -> Glycochemistry -> RNA Chemistry Contact : [email protected]

🚹 Looking for a stimulating environment where your expertise in chemical biology can shine ? The Institute IBMM Balard invites applications for two CNRS tenure-track positions.
-&gt; Glycochemistry
-&gt; RNA Chemistry
Contact : pascal.dumy@umontpellier.fr
Hollenstein group (@hollensteinlab) 's Twitter Profile Photo

Very happy to share out new pre-print on the enzymatic GalNAc-labelling of oligonucleotides. Big congrats to undergraduate student Elisa and graduate student Pierre Nicolas Bizat ! chemrxiv.org/engage/chemrxi
 Institut Pasteur, since 1887 CNRS Chimie

IBMM - Institut des Biomolécules Max Mousseron (@ibmm_balard) 's Twitter Profile Photo

🚹 Looking for a stimulating environment where your expertise in chemical biology can shine ? The Institute IBMM invites applications for 2 CNRS tenure-track positions. -> Glycochemistry -> RNA Chemistry contact : [email protected] To apply : carrieres.cnrs.fr/recrutement-po


🚹 Looking for a stimulating environment where your expertise in chemical biology can shine ? The Institute IBMM invites applications for 2 CNRS tenure-track positions. 
-&gt; Glycochemistry 
-&gt; RNA Chemistry
contact : du-ibmm@umontpellier.fr 
To apply : carrieres.cnrs.fr/recrutement-po

Michael Booth (@drmikebooth) 's Twitter Profile Photo

We have developed an entirely new mechanism of action for gene knockdown -> trafficking of targeted mRNAs to the lysosomal, using lysosomal trafficking oligonucleotides (LyTONs)! Published in Chemical Science Led by Disha Kashyap, with Tom Milne pubs.rsc.org/en/content/art


Michael Smietana (@smietana_m) 's Twitter Profile Photo

Very pleased to share our latest publication on the Synthesis and Base-Pairing Properties of Oligonucleotides Containing 5â€Č-(R)- and 5â€Č-(S)-C-Aryl-thymidine now in JOC pubs.acs.org/doi/10.1021/ac
 Debart Françoise Vasseur Jean-Jacques Marcel Hausdorff CNRS Chimie UniversitĂ© de Montpellier ChemBioNAC

Very pleased to share our latest publication on the Synthesis and Base-Pairing Properties of Oligonucleotides Containing 5â€Č-(R)- and 5â€Č-(S)-C-Aryl-thymidine now in JOC pubs.acs.org/doi/10.1021/ac

<a href="/DebartFrancoise/">Debart Françoise</a> <a href="/VasseurJeanJacq/">Vasseur Jean-Jacques</a> <a href="/HausdorffMarcel/">Marcel Hausdorff</a> <a href="/CNRSchimie/">CNRS Chimie</a> <a href="/umontpellier/">Université de Montpellier</a> <a href="/ChemBioNAC/">ChemBioNAC</a>