Nothing in biology makes sense except in the light of context! Check out our new review on contextual factors shaping the mechanisms of intestinal colonization resistance. @marta_tita15 (co-first) @baerboletta @cellhostmicrobe

Microbial metabolite indole-3-propionic acid promotes mitochondrial respiration to suppress pro-inflammatory T cells, alleviating inflammatory bowel disease #IBD in humans and mice @h_sokol @NatMetabolism @Cyaner_Li @Inserm 🇫🇷 https://t.co/PbNg3CfnGW https://t.co/K98iiRd0xY

Our last paper on gut microbiota-derived cadaverine in intestinal inflammation is out in @cellhostmicrobe ! and it is FREE! https://t.co/KI5tjWSjGN Congratulations to @formigadc and thanks to all the contributors! @MedecineSU @Inserm @crsa_paris @APHP @INRAE_IDF #Thread 1/22

Professorship in Microbial Genetics @ University of Göttingen. Don't miss this chance to become my colleague! https://t.co/Swchaf3IiC

Please retweet! We hire PIs working in microbiome+metabolism+cancer+allergies+autoimmunity+neurological+infectious diseases. We offer SPF-, gnotobiotic- and wildling-models + top notch lab and equip. (e.g. SONY ID7000/10X Xenium/MACSima). Contact: stephan.rosshart@uk-erlangen.de

New paper! Combining epidemiology and experiments uncovers surprising drug-host-microbiome-pathogen interactions. Congrats @Aman_Kr25 @RobynTamblyn and the rest of the team. https://t.co/A6vr7JQx9r

Join us ! Open #Postdoc position in my lab (Paris, France), to work on the Role of the Gut #microbiota in Host Cells Energy Metabolism in Health and #IBD see details here 🔽🔽🔽🔽 https://t.co/nUv6slIV6k please RT

Please RT, our latest work just published @NatureComms „ONE MICROBIOTA TO RULE THEM ALL“ https://t.co/bweLHHtbeb A big THANK YOU to the entire team of great scientists! #wildlings https://t.co/V3lF3xHQgP @UniFAU @Hornegger #HTA

Please RT! Looking for PIs working in microbiome, metabolism, cancer, allergies, autoimmunity, neurological and infectious diseases. We offer SPF-, gnotobiotic- and wildling-models + top notch equip., e.g. SONY ID7000, 10X Xenium, MACSima. Contact: stephan.rosshart@uk-erlangen.de

The loss of TBK1, or both TBK1 and the related kinase IKKε, results in uncontrolled cell death–driven inflammation. We show that TBK1/IKKε prevent premature cell death by limiting the activity of multiple death pathways in myeloid cells.@FabiAlexFischer

Monosaccharides drive Salmonella gut colonization in a context-dependent or -independent manner | Nature Communications

IBD-associated small molecules @MoamenElmassry @donia_lab ID microbiome-encoded biosynthetic gene clusters that are enriched in Crohn’s disease patients & the small molecules they produce, which exacerbate disease when introduced to mouse models of colitis https://t.co/a3X3LEeQjB

Researchers at the Kennedy Institute @KIROxford have mapped the cellular dynamics of Inflammatory Bowel Disease and discovered why some patients benefit from anti-TNF treatment while others do not.

We are looking for a postdoc in bioinformatics interested in broad questions about the ecology and evolution of host-associated microbiomes using social bees as model. Please share with potential candidates and if interested apply here:

What a pleasure to see our bacterial-MERFISH work out in @ScienceMagazine this week! Congratulations to the talented team that led this effort--Ari, Yuanyou, and Nana! https://t.co/JN0G6AKp3P.

Please retweet. We are honored with the cover of Jan 2025 issue @TrendsImmuno https://t.co/Df441HcTni! We are all „Born to be Wild“! https://t.co/KbPNeCrZmr @CellPressNews #wildlings https://t.co/zDKitCyUbj https://t.co/mGgR3Ccxs7 @UniFAU @Hornegger #HTA

Yersiniabactin promotes profibrotic macrophages in Crohn’s E. coli yersiniabactin sequesters zinc & stabilizes HIF-1α in macrophages, promoting profibrotic gene expression. HIF-1α+ Macs are abundant in fibrotic strictures of CD patients @ArthurTorchio https://t.co/9girxdsEjF

Glial-immune interactions in barrier organs are reviewed by @franzeprogatzky and colleagues: https://t.co/YOwUMD9KRH

The gut microbiome signature from different diets in >20,000 individuals. Red meat intake correlated with reduced cardiometabolic health; the opposite for plant-based foods or in omnivores with enriched plant-based intake https://t.co/IWEOqUMcxB @NatureMicrobiol @nsegata

Intestinal E. coli-produced yersiniabactin promotes profibrotic macrophages in Crohn’s disease https://t.co/vCr453LRhf @cellhostmicrobe @ArthurTorchio

Please RT, because we are all „Born to be Wild“ and it really is time to think about reproducibility in biomedical research! A big THANK YOU to the brilliant Philipp Bruno and Thomas Schüler! @TrendsImmuno @CellPressNews #wildlings https://t.co/zDKitCyUbj @UniFAU @Hornegger #HTA