Jean-Guy Berrin

Happy to have this deep dive into polysaccharide family 33 out: pnas.org/doi/10.1073/pn… We define features driving substrate specificity, catalytic mechanism, and evolutionary links with multiple lyases and epimerises #glycotime @PNASNews

🔥🔥Hot off the press ! CAZymes power💪💪 #Glycotime So glad and honored I contributed to the study of this new class of enzymes ! Congrats to the whole team, especially to first author Clelton A. Santos and to project leader @Murakami_LNBR nature.com/articles/s4158…

👏👏👏👍

Check out our new collaborative review. supported by @doescience Enzymatic Routes to Designer Hemicelluloses for Use in Biobased Materials | JACS Au #glycotime pubs.acs.org/doi/full/10.10…

Prêt(e)s pour la @FeteScience à Marseille avec @BBF_lab Venez découvrir la biodiversité des champignons, et leurs applications @INRAE_PACA @INRAE_DPT_MICA @INRAE_TRANSFORM @univamu @PolytechMars

#RP_INRAE Et si les champignons détenaient la clé du recyclage des plastiques ? Les champignons filamenteux possèdent des enzymes spécifiques pour dégrader le bois, une matière naturelle très récalcitrante comme les plastiques. Les scientifiques ont réussi à reprogrammer ces enzymes pour qu’elles reconnaissent différents types de plastiques. Un premier pas vers le bio-recyclage de cette matière omniprésente dont la gestion des déchets est un problème à l’échelle mondiale. Des résultats publiés dans @ACSPublications ➡️ url.inrae.fr/3BuVxRb 📷Pixabay - Viviane M.

Design of Plastic Binding Lytic Polysaccharide Monooxygenases via Modular Engineering By Bastien Bissaro et al @BastienBissaro @univamu #ACSEditorsChoice Open access in Chem & Bio Engineering 👉 go.acs.org/b1G

Kinetic and Substrate Specificity Determination of Bacterial LPMOs | ACS Catalysis pubs.acs.org/doi/abs/10.102…

@MarionBerrin Ahahah 😂

@dnavarro75 @shingomiyauchi I come with you

@shingomiyauchi OMG ! Beautiful, I'm coming now

This is my institute. The cafeteria has an ineffably beautiful sea view. I sometimes lose track of time while sipping coffee and enjoying the view.😀

@shingomiyauchi 🤩 amazing shingo Almost as beautiful as Marseille 😉

The sea view from the cafeteria. I usually have meetings here.

A cellulose-binding domain specific for native crystalline cellulose i... sciencedirect.com/science/articl…

A time-course analysis of Aspergillus terreus secretomes reveals the importance of pectin-degrading enzymes to increase the digestibility of soybean meal | Applied and Environmental Microbiology journals.asm.org/doi/full/10.11…

📢 Still time to register for this year's @FASEBMicroGlyco ! ECRs: don't miss this chance for learning, networking, and career development. #glycotime #DiversifyCAZymes

Last chance on Thursday 15 to meet @BBF_lab and @CirmFungi at @IMC12NL! After the poster SHIFT01-001 Agar Fungi-Bacteria coculture for new bacterial activities, there are still SHIFT02-368 Fungal bioremediation of creosote-treated wood, SHIFT02-172 Adaptation of wood decay fungi.

We're hiring! I have a new position open to investigate carbohydrate barriers to bioprocessing at UGA's Complex Carbohydrate Research Center. #glycotime #plantbio #bioprocessing #cazymes

@KrFrandsen @protein_artist @BHenrissat @TandrupTobias 😂

@protein_artist @BHenrissat @TandrupTobias True. I’ve always considered @jgberrin the Paul Cézanne of the LPMO field

🚨New paper! Great collaboration between @FARE_Reims @INRAE_BIA @BBF_lab and BIBS platform to image oxidative products at the cell scale as a result of #LPMO action on cellulose! @INRAE_France ▶️shorturl.at/7nBid

📣Two new publications with @INRAE colleagues #LPMO @BBF_lab @FARE_Reims @INRAE_TRANSFORM @_3BCAR In situ imaging of LPMO action on plant tissues sciencedirect.com/science/articl… Action of AA9 LPMOs on different cellulose allomorphs sciencedirect.com/science/articl…

A PhD position is available @BBF_lab in the frame of @OxyMiST_NNF Please contact me if interested.