Have a group project on your syllabus this semester? It's great for teaching collaboration, but it can also be ripe with racism and terrible outcomes for students of color if you don't sufficiently support groups. Learn from my mistakes (and research) 🧵
Faculty search! @YaleMicroPath is looking to hire assistant professor(s) focused on the pathogenesis of viral, bacterial, parasitic, or fungal infections. Info: https://t.co/bUb0Boc23C. Q&A webinar in Sept. Please RT!
I am happy to share our latest review article on bile acids and the microbiota modulating host immunity. Great effort by Mike Lee, together with Sean-Paul Nuccio, Ipsita Mohanty, Lee Hagey, @Pdorrestein1, and @theChuLab. Here is a link with the full text: https://t.co/e5sVuzjO9X
Check out Marvic's 🧵on the latest preprint from the lab! Spearheaded by @oles_renee and @MarvicCT, this was the very first project we started when we established our lab: 813 Bacteroides fragilis strains! 💩 Truly a labor of love 😍
Biggest paper yet from the lab out now in @ImmunityCP! It is a massive #openscience resource on #tissueTregs, and what makes #Tregs tick in the #tissues. Spoiler-alert: Tissue Tregs are really different from what we all thought. 🧵 1/21
https://t.co/k8q7LhMewB
.@avayala14 et al @theChuLab show that commensal bacteria promote type I interferon signaling to maintain immune #tolerance in mice. https://t.co/UtFc1FyVWH
In our #Immunology collection: https://t.co/WusXhV8bbd
#AAI2024
If you're at #AAI2024, go check out @MarvicCT's poster to learn more about Bacteroides fragilis from healthy & IBD cohorts and its impact on immunomodulatory function!
Findings from @avayala14@theChuLab and colleagues demonstrate a critical role of commensal-mediated immune #tolerance via tonic type I IFN signaling. https://t.co/aKSQsFOr0S
From our collection on Innate Immune Signaling: https://t.co/cV7kDCnr6n
#TOLL2024