Read the latest #SMIMemberReview by @KathyDMcCoy in Mucosal Immunology on interaction of microbiota, mucosal malignancies, and immunotherapy - mechanistic insights: https://t.co/p7XO7Psckg
The search for authentic microbiome–disease relationships.
A new study challenges the validity of previously reported microbial markers and serves as a wake-up call for the #microbiome research field. News and Views from @zhu_ruixin & colleagues
https://t.co/IPSwgbud9n
The lack of fiber can be detrimental to IBD.
.@EricCMartens1 et al. suggest a fiber-rich diet decreases mucolytic bacteria, increases mucus layer thickness, and decreases inflammation (exclusive enteral nutrition shares some of these mechanisms):
https://t.co/dx1AwBEv0j
This Cell paper on the 'cancer microbiome' repeats all the mistakes that gave us the so-called 'fetal microbiome'. Inadequate contamination controls, no culture data, no microscopy. And is it really ecologically plaucible that 165 genera colonize tumors?
https://t.co/Kiwl1rIWl1
Our feedback on the #preprint “Cytotoxic CD4+ T cells in the bone marrow compromise healthy ageing by enhancing granulopoiesis” is out now! 👵
You can read it here 🥺👇
https://t.co/SCgsPic8KL
"Establishment of a non-Westernized gut microbiota in Men-who-have-sex-with-men is associated with sexual practices"
@StrowigLab@UniklinikEssen Jan Kehrmann
Read more from @CellRepMed https://t.co/ogGI0z3BcL
Interested in tumour immunity, dendritic cells and immunotherapy? Excited to share our study on CCR7+ dendritic cells (DCs) in cancer out today, a joint effort between @LabWithers and @ClatworthyLab. (🧵 1/8)
https://t.co/DspJiAl5vf
New issue online! Cover summarizes the Review article from @arif_uzz_aman, David Artis &co on the nutritional regulation of #microbiota-derived metabolites. Image by Mohammad Arifuzzaman & David Artis, created with @BioRender https://t.co/yYCe6Xsldg
Our detailed protocol on how to test for direct effects of xenobiotics on gut bacteria in monocultures or communities! We hope our instructions will help you to set up similar approaches in your lab. Thanks to Patrick, Jacobo & @SarSarela for their effort!
https://t.co/e2kDgmlG9l
It has been 2 years since we started the Preprint Club 🤓📚 We have now collected data about what we have learned and the value of our community-based approach.
Here,a tweetorial🧵about our functioning and summary of main findings (1/10)👇
The #preprint
https://t.co/auxXsWhffU
It's finally out! Our story on Crypto, AHR, and dietary indoles is in the December issue of CHM. We are particularly excited about our study's findings on using I3C as a potential anti-Cryptosporidial prophylactic.
https://t.co/5N3zL4cB84
Open postdoctoral position in my lab! 🚨
Goal: to study the transcriptomic landscape of intestinal tissue regeneration, with clear implications for intestinal diseases such as inflammatory bowel diseases (IBD) and colorectal cancer (CRC).
we look for... 👇🏿👇🏽👇🏻👇
You can increase your life expectancy by up to 10 years eating a healthy diet. Interestingly, food groups associated with longevity also influence your gut microbiome. If interested how that impact healths, read our review in @cellhostmicrobe from 2022. https://t.co/PnFqzDhYjw
A new study from @ljiresearch involving humans and mice evaluates how the environment has lasting effects on microbial metabolite sensing-T cells.
Learn more: https://t.co/5Gx49azq80
to human microbiome researchers interested in SCFA: quantify them in serum/plasma! we found circulating SCFA levels reflect microbiome-mediated SCFA production better than stool SCFA levels: https://t.co/X7piFXMxtQ