RT @DanielWefers: Happy that I was able to contribute to this project during my stay at the University of Illinois. Detailed insights into…
Gut bacteria help digest dietary fiber, release important antioxidant https://t.co/IuUIKupHdK https://t.co/J0dpCxWqYh https://t.co/q7xFQ56cHZ
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/Wo1BoGWuVU #Polysaccharides #Microbiome #Nature #ListLabs https://t.co/Q4QfAvtdrQ
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @NatureComms: Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co…
RT @gvpereira2: Proud of being part of this work, specially with these wonderful people. https://t.co/rNEqZD1wmx
RT @gvpereira2: Proud of being part of this work, specially with these wonderful people.
RT @gvpereira2: Proud of being part of this work, specially with these wonderful people.
Proud of being part of this work, specially with these wonderful people.
Happy that I was able to contribute to this project during my stay at the University of Illinois. Detailed insights into enzymes from Bacteroides spp. that allow degradation of complex arabinoxylans. Multiple esterases lead to the release and accumulation
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
AX breakdown by B. intestinalis
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
RT @UMMicroImmuno: Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!htt…
Collaborative work from @nkoropatkin on Bacteroidetes degradation of complex arabinoxylans with some nice structures!https://t.co/FGepyzfRWX
RT @NatureComms: Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co…
RT @NatureComms: Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co…
RT @NatureComms: Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co…
RT @NatureComms: Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co…
Degradation of complex arabinoxylans by human colonic Bacteroidetes @gvpereira2 @ahmedhetta @SoumajitDutta5 https://t.co/zar8LJv5BO https://t.co/0Z7dt1VpQy
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Oatmeal for the win https://t.co/fGcPj6gMDG
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Definitely need more work like this to understand the complex microbial metabolism that occurs when animals eat fiber! There is more than SCFA to influence health 👍 #microbiome #fiber #uiuc https://t.co/y18uDljgpu
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @andreuprados: Aún estamos descubriendo nuevos mecanismos por los que la fibra de los alimentos es buena para la salud. No solo iban a s…
Aún estamos descubriendo nuevos mecanismos por los que la fibra de los alimentos es buena para la salud. No solo iban a ser los protagonistas los ácidos grasos de cadena corta 😉 https://t.co/b2FEiIGg0b 👇
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @erlesen: Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/el5LUPSxAj Growth of 4 different colonic Bact…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Degradation of complex arabinoxylans by human colonic Bacteroidetes | Nature Communications https://t.co/3xRxXJCGak
Ferulic acid which has antioxidant properties is a product of microbiota metabolism. https://t.co/jTWlb2A3bd
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
And maybe this finding, that arabinoxylans convert into ferulic acid, is partly why oats, esp steel cut oats, benefits the microbiome in IBD patients using the UMass #IBDAID diet @BarbaraOlendzki and PRODUCE study (a modified version of Specific Carbohydra
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/el5LUPSxAj Growth of 4 different colonic Bacteroidetes members on complex arabinoxylans results in accumulation of ferulic acid, a compound known to have antioxidative and imm
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Degradation of complex arabinoxylans by human colonic Bacteroidetes | Nature Communications https://t.co/ntu9CnciqX
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Degradation of complex arabinoxylans by human colonic Bacteroidetes | Nature Communications https://t.co/rsp7QGozoN
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
RT @bykriscampbell: Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial br…
Not only short-chain fatty acids are produced when bacteria break down dietary fiber. This group looked at bacterial breakdown of complex arabinoxylans in fiber & found bacteria with the genes to degrade these arabinoxylans into ferulic acid. https://t
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/An4XF0gNMB #microbiome
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/FrBTgBPySJ
@HeidiHmoretti
@exceedhergrasp1 @GemzME @Tweet_Nutrition @KendaRigdon Degradation of complex arabinoxylans by human colonic Bacteroidetes results into accumulation of ferulic acid, a compound known to have antioxidative and immunomodulatory properties. https://t.co/rN
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/DszNTcHOYx
RT @jcamthrash: Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/8lkEJFFHhl
RT @ShuklaGroup: How human gut microbiome members are able to acquire energy from glycans undegradable by the host? Check out this collabo…
Degradation of complex arabinoxylans by human colonic Bacteroidetes | Nature Communications https://t.co/pS5wlM2jEQ
RT @ShuklaGroup: How human gut microbiome members are able to acquire energy from glycans undegradable by the host? Check out this collabo…
RT @ShuklaGroup: How human gut microbiome members are able to acquire energy from glycans undegradable by the host? Check out this collabo…
RT @ShuklaGroup: How human gut microbiome members are able to acquire energy from glycans undegradable by the host? Check out this collabo…
How human gut microbiome members are able to acquire energy from glycans undegradable by the host? Check out this collaborative work from Cann Lab @IGBIllinois. @SoumajitDutta5 from our group answers this question from a structural perspective! #glycotime
RT @jcamthrash: Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/8lkEJFFHhl
Degradation of complex arabinoxylans by human colonic Bacteroidetes https://t.co/8lkEJFFHhl