Rahul Shinde

[Rahul Shinde @rahulsshinde19]

Shinde Lab at the University of South Florida in Tampa, Florida, invites applications for multiple Postdoc positions supported by #NCI funding. #USF #Microbiome

Postdoctoral Fellow — Microbiome, Immunity & Cancer Shinde Lab | Microbiomes Institute | USF https://t.co/x4qTsEn4Il

[Rahul Shinde @rahulsshinde19]

Small molecules, called #metabolites, from #microbes can have outsized effects on #inflammation.

Thrilled to share our new paper in @CellReports. Proud of @GauriMirji for driving this work forward—congratulations to the team!
@TheWistar
https://t.co/LqGECL3ZpM

[Rahul Shinde @rahulsshinde19]

@DrJashDatta @Cell_Metabolism @TheWistar @SciImmunology Thanks, Jash!

[Rahul Shinde @rahulsshinde19]

Great preview of our work just came out @Cell_Metabolism Absolutely gratifying! #PancreaticCancer
@ShindeLabWistar @TheWistar @SciImmunology

Microbiome-derived metabolites counteract tumor-induced immunosuppression and boost immune checkpoint blockade https://t.co/m84bQpbrel

[Science Immunology @SciImmunology]

New research in mice, supported in humans, spotlight the gut microbiome’s vast and largely unexploited potential to be harnessed in clinical settings. @TheWistar @ShindeLabWistar

https://t.co/6M6fpge3Yv

[Science Immunology @SciImmunology]

Gut microbial metabolite, TMAO could help amplify immune checkpoint blockade (ICB) success rates in resistant cancers, such as pancreatic #cancer, suggests a new study from @TheWistar @ShindeLabWistar.

https://t.co/6M6fpgdw8X

[The Wistar Institute @TheWistar]

In a paper published in @SciImmunology, @TheWistar’s Dr. Rahul Shinde shows a gut microbe metabolite boosts antitumor immunity in #PancreaticCancer. https://t.co/0Sw5mSDtUh

[Rahul Shinde @rahulsshinde19]

Happy to share our @ShindeLabWistar research findings @SciImmunology describing the anti-tumor immune effects of a gut microbe-derived metabolite, TMAO, in pancreatic cancer. #PancreaticCancer #microbiota #Immunotherapy https://t.co/wazpd2qsHN

[mcguiganlab @mcguiganlab]

Great images! Congrats on the great work @rashinde87 and the McGaha lab! #apoptosis #SLE https://t.co/Cfd23vh9pJ

[Nature Immunology @NatImmunol]

Apoptotic cell–induced AhR activity is required for immunological tolerance and suppression of #SLE in mice and humans https://t.co/gKU2AiHFyt

[Brad Wouters 🇨🇦 @bradwouters]

New study from @UHN's Dr. Tracy McGaha shows that body’s system for removing dead cells could be new therapeutic target for #lupus and #cancer https://t.co/WwtIFd0AxB