New from the Bullman Lab in Cancer Cell!
Tumor-infiltrating bacteria, including Fusobacterium, disrupt cell-cell contacts & trigger quiescence, uncovering a pathway of bacteria-induced therapy resistance
🔗 cell.com/cancer-cell/fulltex…
Thanks to @MDAndersonNews, @FredHutch, @UTEPnews
Bacteria can impact cancer progression and treatment.
A new study shows how a particular bacteria can induce a reversible state in cancer epithelial cells, which allows tumors to evade the immune system and resist chemotherapy: bit.ly/4olyzz4 @BullmanLab #EndCancer
Beautiful work on Fusobacterium and CRC by @JessicaRQueen1, Drewes & Sears teams. “Biofilms were prevalent on colon tumors visualized in 68.8% ….more frequently observed on right-sided tumors (91.7%)”.
biorxiv.org/content/10.1101/…
🚨 We’re hiring! 🚨
Join the Bullman Lab at MD Anderson’s James P. Allison Institute as a Postdoctoral Fellow!
☀️ 📍Houston, TX
Interested in advancing research on tumor microbes, cancer cell biology, & the TME? Reach out 📩 : [email protected]
🔗: jobs.mdanderson.org/Search/J…
Exploring host-bacterial interactions? 🦠 Discover our INVADEseq approach @NatureProtocols! nature.com/articles/s41596-0… We unravel cell-invasive bacteria identities, the host cell types they infect & impact on transcriptional programs in vivo. 🧪🧬 Full text: rdcu.be/dnCkK






