studies neuro-immune interactions and the neural circuits underlying sickness symptoms.
All in Cell / Molecular
studies neuro-immune interactions and the neural circuits underlying sickness symptoms.
studies the roles of mechanotransduction in gastrointestinal function
studies the gene regulatory mechanisms that underlie psychiatric disease using rodents models of drug use and chronic stress
studies the epigenetic and molecular basis of long-term memory, particularly how these mechanisms are altered in the aging brain and how epigenetic regulation of circadian genes might contribute to age-related memory decline.
studies the role of RNA splicing in synaptic plasticity
studies the neurobiology of aging, senescence, and death
studies the molecular and neural mechanisms of pain perception in the amygdala
studies the synaptic and circuit mechanisms underlying maternal behavior and physiology
studies neural circuits of aggression and their perturbations in neuropsychiatric and neurodegenerative diseases
studies Menke's diesease and neurodevelopment using molecular approaches.
studies the molecules that control gene expression and their roles in learning and memory in the brain
studies how the body and brain percieve and respond to internal stimuli
studies the neural circuits basis of motivation, reward learning and habit formation
studies cerebrospinal fluid signaling in health and disease
studies how single molecules control complex behaviors related to addiction, depression, feeding and learning
studies how cell biophysics and network dynamics interact to mediate spatial memory and navigation
studies blood-based biomarkers for Alzheimer's Disease
studies links between genes and brain dysfunction in psychiatric illness
studies astrocytes and their influence on neuronal vulnerability to stroke