studies the development of hippocampal circuits
All in Associate Professor
Dr. Kajana Satkunendrarajah
studies the cerebro-spinal networks driving breathing and movement
Dr. Angelina Kakooza Mwesige
studies neurodevelopmental disorders in low-resource communities
Dr. Elizabeth Heller
studies the gene regulatory mechanisms that underlie psychiatric disease using rodents models of drug use and chronic stress
Dr. Donna Calu
studies how neural systems encode for motivation and behavioral flexbility using in vivo recordings of neural activity within rat based reward-learning tasks.
Dr. Jyoti Mishra
Dr. Jyoti Mishra integrates neuroimaging, digital health and clinical translation approaches for next-generation mental healthcare solutions
Dr. Camilla Bellone
studies molecular, synaptic and circuit level mechanisms underlying social behaviors and reward processing
Dr. Bing Brunton
studies how the brain gives rise to natural behaviors using computational tools
Dr. Lakiesha Williams
Dr. Williams uses engineering principles to understand mechanistic changes in the brain resulting from repetitive head impacts.
Dr. Abha Gupta
researches the neurogenetic underpinnings of autism within understudied populations of the broader ASD community
Dr. Farah Lubin
studies the molecules that control gene expression and their roles in learning and memory in the brain
Dr. Maria Lehtinen
studies cerebrospinal fluid signaling in health and disease
Dr. Lisa Giocomo
studies how cell biophysics and network dynamics interact to mediate spatial memory and navigation
Dr. Susanne Ahmari
studies circuit mechanisms underlying compulsive behaviors in mouse models of OCD
Dr. Elizabeth Tunbridge
studies links between genes and brain dysfunction in psychiatric illness
Dr. Dayu Lin
studies the generation and modulation of social behaviors
Dr. Brenda Bloodgood
studies how brain circuitry changes in response to experience
Dr. Julie Siegenthaler
studies the interaction between the brain, the meninges, and the brain vasculature
Dr. Jess Cardin
studies how neurons in the cortex act flexibly across different behavioral states