skip to main content

Our lab studies how the gut microbiome influences the brain, behavior, and disease through its interactions with the nervous and immune systems.

  1. Animal Behavior
    Using mouse models, we explore how microbial metabolites and gut-brain signaling pathways shape stress responses, social behavior, and neurodevelopment.
  2. Enteric Nervous System (ENS)
    We apply neurobiological tools to study how gut neurons impact microbiome composition, host physiology, and gene expression, revealing new roles for the ENS in gut-brain communication.
  3. Parkinson's Disease and the Microbiome
    Our work links gut microbes to Parkinson's-like symptoms in mice, showing that microbial metabolites and patient-derived microbiota can drive neuroinflammation and motor dysfunction.






Microbes As Medicine | Dr. Sarkis Mazmanian X Rich Roll

Podcast Episode #831

WHY THE MICROBIOME MIGHT HOLD THE KEY TO TREATING PARKINSON'S & MORE


Tedmed 2018 branding

Why Science Says to Listen to your Gut

Watch Sarkis' TEDMED 2018 Talk to learn how the gut-brain pathway may lead us to discover causes behind, and even treatments for, life-altering conditions like Autism Spectrum Disorder and Parkinson's Disease. By understanding communication between the gut and the brain, we may be able to change the course of neurological disease for generations.


NOVA Wonders What's Living in You?

Whether they make you fat, fart, or freak out, microbes play a central role in your life. Right beneath your nose—on your face, in your gut, and everywhere in between—trillions of bacteria, viruses, and fungi are so abundant in your body, they outnumber your human cells. But these aren't just nasty hitch-hikers. Many are crucial to your survival.

Season 45 Episode 102 | 53m 40s