@BrumerLab

Our group at the @ubcmsl is focused on fundamental and applied carbohydrate enzymology.

 Vancouver, British Columbia
msl.ubc.ca/people/dr-harry-brumer/
Joined September 2019
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  • Following100
  • Followers573
7Media
Join us next week to hear from the next invited speaker in our MSL seminar series, Dr. Eric Martens! April 17: 3-4pm MSL lecture theatre (room 102) & Zoom Hosted by: Dr. Harry Brumer (@BrumerLab) Event details: msl.ubc.ca/event/msl-seminar… @UBCMicroImmuno
Dr. Eric Martens, from the Department of Microbiology and Immunology at the University of Michigan Medical School, will deliver a talk titled: Opposing roles of commensal bacterial mucus degradation and metabolite production in inflammatory bowel disease.

ALT Dr. Eric Martens, from the Department of Microbiology and Immunology at the University of Michigan Medical School, will deliver a talk titled: Opposing roles of commensal bacterial mucus degradation and metabolite production in inflammatory bowel disease.

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BrumerLab retweeted
Neil Ranson@naranson9 Jun 2023
Bert & his team called this a pedal bin mechanism... because of the SusD lid opening and closing - as Simon Newstead (@inwardopen) said in @JBR_White's viva "It's more like a flushing toilet!" @Nature rdcu.be/dd0dy @AstburyCentre @nubiosciences @wellcometrust
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Applications OPEN for a great conference! Carbohydrate-Active Enzymes for Glycan Conversions grc.org/carbohydrate-active-… Lots of opportunities for talks from grad students and postdocs! Don't forget to apply to the associated GRC as well!
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#enzyme_engineering on Fungal Copper Radical Oxidases Work led by @LafondMichael3 @RKoncitikova in collab with @BrumerLab @VictorGuallar FEBS Press febs.onlinelibrary.wiley.com… #ANR @BBF_lab @univamu @INRAE_TRANSFORM @_3BCAR

FEBS Press

Fungal copper radical oxidases (CROs) from the AA5_2 subfamily can oxidize a wide panel of natural compounds including galactose-containing saccharides or primary alcohols, but the molecular determ...

febs.onlinelibrary.wiley.com
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#PR_INRAE🧐A pathogenic fungus which smells of lemon? 🍄🍋This unlikely duo is the basis for a major discovery on the toxicity of a crop pest #agroecology ▶️url.inrae.fr/3vzuTk9
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Our new paper is out! 植物病原糸状菌の形態形成と感染適応戦略 : Science Advances 2022 blog.livedoor.jp/beachan_/ar…

Science Advances 2022 : 植物病原糸状菌の形態形成と感染適応戦略

最新の論文です！Science Advances (2022)に掲載されました。"Tandem metalloenzymes gate plant cell entry by pathogenic fungi"http://www.science.org/doi/10.1126/sciadv.ade9982 Bastien Bissaro†, Sayo Kodama†, Takumi...

blog.livedoor.jp
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How can we protect food crops from #fungal diseases? Researchers including @jgberrin and @KbYasuyuki have identified a pair of enzymes that primes fungal pathogens for plant infection that could open new avenues for preventing disease and protecting crops. scim.ag/Yy
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Recently published work 👇by us @BBF_lab together with @BrumerLab for those interested in characterizing/dectecting galactose oxydase activity ! Special Thanks to first authors Eden Kaddouch and Maria Cleveland ! @INRAE_Intl @INRAE_PACA @_3BCAR @ubcmsl pubs.rsc.org/en/content/arti…

A simple and direct ionic chromatography method to monitor galactose oxidase activity†

Galactose oxidase (GalOx, EC.1.1.3.9) is one of the most extensively studied copper radical oxidases (CROs). The reaction catalyzed by GalOx leads to the o

pubs.rsc.org
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Lead researcher Matthias Kretschmer & team from the @KronstadLab & @BrumerLab are cracking the code for a cure to “corn smut” (Ustilago maydis). 🌽🔬 Learn more about their groundbreaking research and recent publication in @ScienceMagazine: bit.ly/3mC3F7Z
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BrumerLab retweeted
Kai Heimel@KaiHeimel9 Jun 2022
The diet of biotrophs! Sweet with a pinch of acid... Congrats to Matthias Kretschmer @james_kronstad @KronstadLab and collabs incl. @BrumerLab @dji_science @danielcroll for this remarkable and elegant paper. science.org/doi/10.1126/scie… @UBCMicroImmuno @ubcmsl @IRTG_PRoTECT

Organic acids and glucose prime late-stage fungal biotrophy in maize

Plant pathogens such as corn smut fungus read the host plant’s physiological signals to support their own lifestyles.

science.org
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Thank you @BrumerLab and @Wisnovsky_Lab for the fascinating talks this morning! Also thank you to @sweetmicrobe and @CCapicciotti for chairing this joint @euroglyco / @glyconet_nce webinar. #glycotime
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Congratulations are in order for another successful PhD defense from the @BrumerLab! Way to go Dr. Hila Behar! 🎉🥂
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Our June newsletter is out! In this issue, we featured several GlycoNet Investigators who are making an impact using glycomics, including solving blood supply shortage, finding new treatments for rare autoimmune disease, and more. Read more: mailchi.mp/e281d3501bc3/june… #glycotime
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Anyone interested in optimized chemical modification of carbohydrates (especially sulfation)? Here is our latest work published in Carbohydrate Polymers. Many thanks to @BrumerLab @ubcmsl @arcmeddev for their help and support. authors.elsevier.com/c/1dDl5…
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On the occasion of Special Issue of Molecules on CAZymes, a webinar with Nico Terrapon (CAZy) and Liz Ficko-Blean (CAZypedia) will be held on 23 JUN 2021 at 15:00 CET; please retweet, join us and submit a manuscript; thanks! 😉 molecules-12.sciforum.net/

Molecules Webinar | Recent Advances in Carbohydrate-Active Enzymes, Online - 23 June 2021

Molecules Webinar | Recent Advances in Carbohydrate-Active Enzymes

sciforum.net
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Yessss so well deserved! 🙌
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We are happy to announce that the world leading #enzyme researcher @BHenrissat is moving his research to DTU Bioengineering where he will become part of our thriving protein & enzyme research environment. Thanks to @novonordiskfond for funding. @DTUtweet bioengineering.dtu.dk/englis…
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First publication of David Ribeaucourt PhD ! 👏 Thanks to @LafondMichael3 @BastienBissaro @BrumerLab and all coworkers! Production of Long Chain Aliphatic Aldehydes Using Copper-Radical Alcohol Oxidases pubs.acs.org/doi/10.1021/acs… @INRAE_France @BBF_lab @_3BCAR @INRAE_TRANSFORM
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Explore in 3D at RCSB PDB: bit.ly/2M6iMbc
BrumerLab@BrumerLab17 Feb 2021
More from the #microbiota: Congratulations to @TamuraKazune on the publication of his epic paper on beta-glucan capture by Bacteroides in the human gut, which includes 9 new PDB entries. @ubcmsl @UBCBMBGSA @buildmodels @jbiolchem doi.org/10.1016/j.jbc.2021.1…
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Creating bio-based molecules with the help of fungal #enzyme. New paper out of @BrumerLab describes turning plant cell walls into bioplastics. msl.ubc.ca/creating-bio-base… @ACSCatalysis #cazy @UBCChem
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