Tom Elliot retweeted
Salmonella could be engineered to help fight bowel cancer after research found the bacteria stops the body's own immune cells attacking the disease.
🔗 Read more
trib.al/uGiqsQU
Tom Elliot retweeted
We're hiring! 3year post-doc available in the lab on fungal adaptation to the host. Funded by @wellcometrust and working closely with @BECKS_182 team. Further details in link below, informal enquiries welcome!
uk.indeed.com/m/viewjob?jk=e…
Tom Elliot retweeted
Very excited to share our latest work, out today in @ScienceMagazine, on the serendipitous finding that vitamin D ☀️ regulates the gut microbiome to promote cancer immunity🦠 science.org/doi/10.1126/scie… 🧵👇 @ReiseSousaLab @TheCrick
Tom Elliot retweeted
✨New preprint ✨
So pleased to share my first ever paper from @DrMicroMandroid’s lab at @IMIBirmingham. Here, we used multiplex imaging to show a correlation between H. pylori and invasion of gastric microbiota during gastric cancer development 🧫 doi.org/10.1101/2024.04.22.5…
Tom Elliot retweeted
Paper publication day! Our latest work online now in @NatureComms on the role of microglia in cryptococcal meningitis. Turns out these cells help the fungus more than us. Short thread of the main findings.
nature.com/articles/s41467-0… – at Birmingham, England
Our review is out now in Essays in Biochemistry. T-cell response to checkpoint blockade immunotherapies: from fundamental mechanisms to treatment signatures. doi.org/10.1042/EBC20220247 (1/2)
@BendingLab @DavidLeckyBio
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Tom Elliot retweeted
Looking forward to present at #BSI22 my poster 466 this afternoon and discuss how combination therapy of anti-Lag3 and anti-PD-L1 can increase TCR signalling duration.
Come check out my poster 432 at #BSI22 today. Talking about regulation of TCR signalling. Also interested in discussing post doc work (graduating in about a year)
Tom Elliot retweeted
💥 A new tool to assess rapid changes in TCR & BCR signalling dynamics #InVivo
@TomAshEmElliot & colleagues relay a new transgenic reporter of antigen receptor signalling that expresses Fluorescent Timer protein under the regulation of Nur77 👉bit.ly/3gCvX2U 1/
Glad to see this out! Thanks for support of @BendingLab and co-authors. In lymphocytes, expression of Nr4a family genes is controlled by antigen receptor signalling - making them great biomarkers of antigen detection. 1/
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Differences in sensitivity between the two systems could well be due to much higher number of Nr4a1 transcripts over Nr4a3 in activated T cells. Please reach out to @BendingLab if you are interested in using Tempo mice! 12/
CC @MaslowskiLab @LozanSheriff @DavidLeckyBio @GillianMackie_ @LisaScarfe2 @SophieRouvray Thanks for work on this project!
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