Gut-Brain axis: Gut microbial factors, including microbial networks and bidirectional host-microbe interactions, predict severity of multiple sclerosis. Check out our new paper in @NatureMicrobiol https://t.co/jsOkSjeG8K.
Today we publish an (in my opinion) important paper in @NatureMicrobiol 🍾showing that gut physiology and environment are factors explaining substantial variations in human gut #microbiome composition and #metabolism🦠
Fantastic work @nicolaproch et al. 👏
https://t.co/a6yHpMquqv
🎉 Super excited to announce that our study "Colibactin-driven colon cancer requires adhesin-mediated epithelial binding" is now published in Nature! Huge congratulations to first authors @MaudeJans and @magdalenakolata for their fantastic work! 1/6🧵🎉
https://t.co/mhCUpxsKXX
Over the moon to be named among the #50ScientistsThatInspire across diverse fields by @CellCellPress!
A heartfelt thank you to my former and current lab members, mentors, collaborators, and friends—you are my daily inspiration!
https://t.co/NnQszWxgIu
Happy to have written a Preview (https://t.co/SHUrXcxEeW ) together with a graduate student in the lab, Elena Monzel @LIH_Luxembourg, of an excellent paper by @StrowigLab @MoualiYoussef in @cellhostmicrobe https://t.co/32HmYNMz1E
Bacterial small RNA makes a big impact for gut colonization
Monzel & Desai @LIH_Luxembourg highlight work of @MoualiYoussef @StrowigLab IDing SrcF, sRNA from S. copri that promotes colonization by regulating bacterial degradation of dietary carbohydrates
https://t.co/g9eGCrWuts
Check out our new paper in @MicrobiomeJ on how dietary fiber metabolism modulates microbial-produced B vitamin availability in the gut and impacts the immune system. https://t.co/oblNGn78wH
This work started during my time with @kodiravi, who is an amazing mentor. The work evolved and blossomed into a wonderful international collaboration with @MDesai_Lab and @LarsVereecke who are fantastic collaborators. Huge thanks to the entire Anderson Lab and all co-authors!
Very happy to share our latest work, out now @cellhostmicrobe:
https://t.co/q0Yjxl169T
We show that apoptosis-dependent expansion of the Enterobacteriaceae delays intestinal recovery following chemotherapy. @EdinUni_IRR@edin_EID