RT @LyssiotisLab: This is an absolutely phenomenal study from @nupurkanti, @YatrikShahLab. They found a bacterial metabolite that binds a n…
RT @UMPhysiology: A new study in @Cell_Metabolism by @nupurkanti, @AndrewJSchwartz in the @YatrikShahLab shows gut microbiota help sense ir…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
A new study in @Cell_Metabolism by @nupurkanti, @AndrewJSchwartz in the @YatrikShahLab shows gut microbiota help sense iron and release metabolites that help regulate host intestinal iron absorption. New targets identified for treating iron overload. htt
RT @FrezzaLab: Microbial Metabolite Signaling Is Required for Systemic Iron Homeostasis https://t.co/mjT9Mp9n1M
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
RT @LyssiotisLab: This is an absolutely phenomenal study from @nupurkanti, @YatrikShahLab. They found a bacterial metabolite that binds a n…
This is an absolutely phenomenal study from @nupurkanti, @YatrikShahLab. They found a bacterial metabolite that binds a novel pocket in Hif2a and regulates iron, with important therapeutic implications. One of the coolest I’ve read in a long time. Check it
RT @FrezzaLab: Microbial Metabolite Signaling Is Required for Systemic Iron Homeostasis https://t.co/mjT9Mp9n1M
Microbial Metabolite Signaling Is Required for Systemic Iron Homeostasis https://t.co/mjT9Mp9n1M
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
Our work on Gut microbial regulation on HIF2 and iron metabolism is just out! @YatrikShahLab @AndrewJSchwartz @UMPhysiology @UMich @Cell_Metabolism Microbial Metabolite Signaling Is Required for Systemic Iron Homeostasis https://t.co/cuL4YDftyH
RT @YatrikShahLab: Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped in…
Great working with my U of M collaborators! #GoBlue @UMMicroImmuno @UMPIBS
Microbiota signal to HIF2 for iron regulation! Great work by @nupurkanti and @AndrewJSchwartz. An awesome team helped integrate microbiota, microbial metabolites and enteroids. @a2binny, #Nunez and #Sun lab,@TheSpenceLab, @DRHill_PhD, @PSUmetabolomics
RT @DanielJDrucker: Intestine-microbiota metabolic crosstalk that is essential for systemic iron homeostasis @Cell_Metabolism https://t.co…
RT @DanielJDrucker: Intestine-microbiota metabolic crosstalk that is essential for systemic iron homeostasis @Cell_Metabolism https://t.co…
Intestine-microbiota metabolic crosstalk that is essential for systemic iron homeostasis @Cell_Metabolism https://t.co/EUyRuUrxaO