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SPOT this new paper about SPOTall 👀 read all about how these novel tools are being used as a platform to map GPCR agonists. pnas.org/doi/10.1073/pn…

A Michigan Research team has developed a chemical tool to detect how signaling molecules travel within the brain to reach and interact with GPCRs in mice. The new tool can detect molecules across brain regions without sacrificing spatial resolution. news.umich.edu/chemical-tool-…

The 2024 Saltiel Life Sciences Symposium is just three weeks away! This year's two-day event will celebrate 20 years of impact at the LSI, with presentations by current faculty, former faculty and alumni. View the full schedule: myumi.ch/lsi-symposium-…

Session 4 of the Saltiel Life Sciences Symposium will explore the extraordinary complexity of the nervous system, its roles in regulating processes from breathing to sensory perception, and new tools for studying neuromodulation. myumi.ch/lsi-symposium-…

In a new Nature Neuroscience study, the Peng Li lab reveals a genetically defined neural circuit that connects the airways to the brainstem to control cough-like behaviors in mice: nature.com/articles/s4159…

Excited to announce our Nature Neuroscience paper on the cough circuit! Huge thanks to all the authors for their incredible contributions!👏 Karin Uchima A. Bilge Ozel, Ph.D. 🧬👩🏻‍💻 Dr. Johnny Lloyd Tomer Stern nature.com/articles/s4159…

A vagal–brainstem interoceptive circuit for cough-like defensive behaviors in mice Peng Li UMLifeSciences nature.com/articles/s4159…

Researchers from Peng Li's lab have mapped the neural circuit that produces coughs in mice—resolving questions of not only how mice cough, but whether they even exhibit this behavior. The study is featured on the cover of the new issue of Nature Neuroscience. nature.com/neuro/volumes/…

Decades of studies demonstrated that mice don’t cough, but a new study offers evidence that they can—and points to the cell population that coordinates it. By Calli McMurray thetransmitter.org/physiology/cel…

Thank you for your support! Dan Michele