Stephen G. Withers P.I.: Biochemist, Researcher & Professor @UBC, @UBCChem, #Glycomics, #Enzymes, #Glycobiology, #Healthresearch, #Canadianresearch.

Vancouver, British Columbia
Joined February 2019
Check out our recent @NatureComms paper! Aiko Kurimoto & colleagues in both the Berlinguette Group & @withlabb demonstrate bioelectrocatalysis with a palladium membrane reactor #electrochemistry #catalysis #hydrogenation @UBCChem @SBQMI_UBC rdcu.be/c83WX
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Check out our Christmas decorations @Glyconet_nce! We decided to go for a synthetic tree this year
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Researchers discovered an enzyme that synthesizes a biopolymer similar to chitin, but linked in a different way. The polymer is biodegradable and may be biocompatible, with potential applications ranging from medical therapeutics to plastic alternatives. als.lbl.gov/bacterial-enzyme…
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Interesting paper in the April 19 2022 issue of EMBO Journal reporting that alpha-glucans and malto-oligosaccharides can be ubiquitinated. May be a mechanism for removing polyglucosan accumulation
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Discovery of a Novel Biopolymer, Poly-β-1,3-N-acetylglucosamine, and its Companion Glycoside Phosphorylase. Check out #FirstRxns go.acs.org/KF by @seblumer @oaklandu on research go.acs.org/KG by Stephen Withers & team @withlabb @UBCChem
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Check out our latest review! @jacobwardman1 @rheabains @PRahfeld
Carbohydrate-active enzymes (CAZymes) in the gut microbiome rdcu.be/cJ4Qy Withers and colleagues discuss the vast diversity and activities of CAZymes and their potential applications.
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Withlab member @spencemacdon sat down with @azom to talk about the discovery of the new biopolymer, acholetin.
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Novel bacterial enzyme discovered by @withlabb makes new polysaccharide similar to the biopolymer chitin. The new molecule is biodegradable and could be useful for drug delivery, tissue engineering and other biomedical applications. @UBCchem @ubcscience bit.ly/3CYTW2I
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#ASAP by Stephen Withers & team @withlabb @UBCChem The identification of a novel glycoside phosphorylase enzyme led to the discovery of a new biodegradable polysaccharide named acholetin: go.acs.org/FZ
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A new study in @ACSCentSci describes a bacterial enzyme that can make a new type of polysaccharide with wide-ranging potential as a new type of biocompatible, biodegradable material. fal.cn/3n50G #Chemistry #Research @ACSPublications
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Congratulations to GlycoNet researcher Stephen Withers @withlabb & team on this discovery! Acholetin, a new type of biodegradable polysaccharide, could be useful for drug delivery, tissue engineering & other biomedical applications. #glycomics #glycotime
A bacterial enzyme that makes a new type of biodegradable polymer discovered by @withlabb might someday find use in drug delivery, tissue engineering or other applications. @UBCchem #UBC @jgi @jbei @LBNLBioSci @advlightsource via @AmerChemSociety bit.ly/34PPln8
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A bacterial enzyme that makes a new type of biodegradable polymer discovered by @withlabb might someday find use in drug delivery, tissue engineering or other applications. @UBCchem #UBC @jgi @jbei @LBNLBioSci @advlightsource via @AmerChemSociety bit.ly/34PPln8
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Time for some omelettes!
Good news🥳 spring is coming ! Asparagus acutifolius
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Replying to @FirstGenPhys
Dandelion must be the strongest base ever found WTF pH 22.7 ?
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Groan!
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I did the same with my Sciex API300 packing case many years ago...but for my son's tree house. He is now 33 and the tree house long gone!
Always chuffed for a fellow facility when they get a grant for new equipment. Even happier still when we get to recycle the shipping boxes in to our new chicken run’s roof! @Astbury_BSL @Bex_16 #fromfalconstochickens #reducereuserecycle #collaborations #corporatecoop
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