The Gastronauts Podcast Gastronauts

The 2023 Bite Size Summit, featuring four amazing early career scientists, Drs. Servin-Vences, Scavuzzo, Lough and Biswas, who study biological sensors for stretch, the functions of glial cells and the fascinating development of senses or lack thereof!

Dr. Greg Suh explores the fascinating world of how brains process external stimuli and generate behavioral responses. Using the fruit fly and advanced genetic tools, his group at KAIST investigates the neural substrates behind innate behaviors. They're also delving into the identification of internal sensors for nutritional value in both fruit flies and mice, shedding light on how mammals perceive and respond to nutrients.

Emily Liman, Ph.D., is a Professor of Biological Sciences at the University of Southern California. Dr. Liman is a world-renowned sensory neurobiologist who has advanced our understanding of taste perception through her groundbreaking discoveries including that of the OTOP channel—a key player in our ability to perceive the sour taste of a juicy lemon.

Andrea Gomez, Ph.D., is an Assistant Professor at the University of California Berkeley. Andrea’s laboratory seeks to understand the mysteries of the mind at the intersection of psychedelics and plasticity. The laboratory uncovers how these trippy compounds shake up our synaptic playground by using a combination of molecular biology, functional imaging, and slice electrophysiology to understand neural plasticity in neural degeneration and the potential therapeutic use of the active components...

Join our conversation with Ilya Raskin, famous for his work on plant growth regulation, plant immunity to diseases, phytoremediation, and, in the last decade, for his research in plant-derived functional foods and medicines. He is also actively involved in international bioexploration, conservation and is an amazing photographer!

Join us in our chat with Dr. Brian Gulbransen, from Michigan State University. His laboratory studies how inflammation in the nervous system leads to long-term changes in gastrointestinal function; and how glia, immune cells and the neurons in the gut communicate.