RT @BrumerLab: Fibre is your friend! https://t.co/ALPMvVesXN
RT @BrumerLab: Fibre is your friend! https://t.co/ALPMvVesXN
RT @ubcmsl: Did you know that microbes called #Bacteroidetes are a component of the gut #microbiota and able to digest many different types…
RT @ubcmsl: Did you know that microbes called #Bacteroidetes are a component of the gut #microbiota and able to digest many different types…
RT @BrumerLab: Fibre is your friend! https://t.co/ALPMvVesXN
Fibre is your friend!
RT @ubcmsl: Did you know that microbes called #Bacteroidetes are a component of the gut #microbiota and able to digest many different types…
RT @ubcmsl: Did you know that microbes called #Bacteroidetes are a component of the gut #microbiota and able to digest many different types…
Did you know that microbes called #Bacteroidetes are a component of the gut #microbiota and able to digest many different types of fibre. @BrumerLab in-depth characterized one step of how they use a fibre type called mixed-linkage glucans. https://t.co/eNy
RT @BrumerLab: In case you missed it, check out PhD candidate @TamuraKazune's recent work on SGBPs from Bacteroides ovatus. Kazune worked…
RT @BrumerLab: In case you missed it, check out PhD candidate @TamuraKazune's recent work on SGBPs from Bacteroides ovatus. Kazune worked…
In case you missed it, check out PhD candidate @TamuraKazune's recent work on SGBPs from Bacteroides ovatus. Kazune worked with @MattHFoley, recent alumni from @nkoropatkin's lab at @UMich, on this comprehensive study. https://t.co/qcyP3VErhs
Surface glycan-binding proteins are essential for cereal beta-glucan utilization by the human gut symbiont Bacteroides ovatus. https://t.co/nyU1RQNuM1
RT @MattHFoley: Honored to be involved with the @nkoropatkin and Brumer labs one last time! https://t.co/Qq2jc6Injz
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
Honored to be involved with the @nkoropatkin and Brumer labs one last time!
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
Surface glycan-binding proteins are essential for cereal beta-glucan utilization by the human gut symbiont Bacteroides ovatus. https://t.co/mkIF9CgIAA
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
Surface glycan-binding proteins are essential for cereal beta-glucan utilizat... - Tamura K et al. - https://t.co/GGxWvowmwP #microbiome
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
Part two of the mixed-linkage glucan PUL story starring surface glycan binding proteins!! Thanks to all co-authors and three different synchrotrons: @SSRLnews @advancedphoton @CanLightSource
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
RT @jmlgrondin: New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https:…
New work on SGBPs in B. ovatus by the Brumer and @nkoropatkin labs! Well done @TamuraKazune, @MattHFoley and team! https://t.co/NuVXqsimit