Postdoc at Stowers Institute for Medical Research investigating the relationship between microbes, mucus, the enteric nervous system, and immune responses
Millions of villi work to sense their local environment and indirectly talk to the brain. Two-way communication is done via the enteric nervous system — a vast network of neurons and glia that regulate, motility, fluid exchange, and tell your brain what’s for breakfast. Pics mine
From lab bench to classroom. 🧪📚
@braingutaxis, a postdoc in the Li Lab, studies how gut cells shape immune responses — and mentors the next generation through the @StowersGrad Summer Scholars program, university lectures, and local #STEM programs.
🔗Learn more about his #research and outreach opportunities available to postdocs here: https://t.co/CbmNQuTeHP
#MicroscopyMonday | Bacteria as a protein delivery system! Engineered glowing bacteria to secrete protein (red) inside the gut of a C. elegans worm. Green is the worm’s natural digestive processes. Worms are used to screen secretion before testing in mice. @braingutaxis (Li Lab)
#MicroscopyMonday | Bacteria as a protein delivery system! Engineered glowing bacteria to secrete protein (red) inside the gut of a C. elegans worm. Green is the worm’s natural digestive processes. Worms are used to screen secretion before testing in mice. @braingutaxis (Li Lab)
@ATinyGreenCell Would love to help or provide my own examples of model failure. Or advocate for a “verified user” system.
Or “community notes for biosafety” Lol
@jeremy_r_cole Is "elegant theory" truly dead though? if brute compute scaling plateaus, won't some elegance be beneficial? Keep in mind I'm in biological sciences so not privy to the high level&recent developments here. Just discussing.