Search for tag: "behavior"

3-Imane Elidrissi

Using Non-Invasive Ultrasound to Modulate Feeding Behavior in Mice

From  Kent Schnoeker

5-Lillian O'Shaungnessy

Exploring System Neuroscience from Pilot Publication

From  Kent Schnoeker

Lola Schettini

Exploring Psilocybin's Impact on Fear and Reward Processing

From  Kent Schnoeker

Arthur Mayo III

AI Pose Estimation and Early Identification of Disease

From  Kent Schnoeker

Sung Han - Following the path of the giant: Roger Guillemin’s insights into neuropeptide research

From  Mike Jeffs

Mora Ogando – Learning orthogonalizes cortical codes by reconfiguring inhibitory microarchitecture.

From  Mike Jeffs

Marielena Sosa – Flexible encoding of goals in the brain’s cognitive map

From  Mike Jeffs

Tara Raam – Neural basis of collective behavior during environmental challenge

From  Mike Jeffs

Renee Dale – Building mathematical models to understand plant adaptation to environmental stress

From  Mike Jeffs

Kay Tye - Rising Stars

From  Mike Jeffs

Wolfgang Busch - Rising Stars

From  Mike Jeffs

Talmo Pereira - Using Al to understand brains, diseases, and plants through motion

Teacher Symposium

From  Sara Sandoval

Music Series - Kay Tye

Neural Computations Underlying Social Homeostasis

From  Mike Jeffs

Associate Professor Eiman Azim - Podcast Season 1

Eiman Azim is an assistant professor at Salk. On this episode of Where Cures Begin, he speaks about how the brain controls skilled movements such as throwing a dart. Azim uses cutting-edge…

From  Alex Endsley

Research Professor Marga Behrens - Podcast Season 2

Salk research professor Marga Behrens is a member of Salk’s Computational Neurobiology Laboratory. She examines genes, environmental influences and the interplay between the two to determine…

From  Alex Endsley

Meet Our Scientists | Associate Professor Kenta Asahina

Kenta Asahina is an associate professor in the Molecular Neurobiology Laboratory and the Helen McLoraine Developmental Chair in Neurobiology. He is a neuroscientist who studies the neural mechanisms…

From  Liz Hincks