Faculty Member
Professor
Department of Opthalmology
David Geffen School of Medicine
University of California, Los Angeles
Jules Stein Eye Institute
100-Stein Plaza
Los Angeles, CA 90095
Faculty Member
Professor
Department of Opthalmology
David Geffen School of Medicine
University of California, Los Angeles
Jules Stein Eye Institute
100-Stein Plaza
Los Angeles, CA 90095
Faculty Member
Professor
Department of Microbiology, Immunology & Molecular Genetics
College of Life Sciences
University of California, Los Angeles
Gordon Neuroscience Research Building
635 Charles E. Young Drive South
Los Angeles, CA 90095
Office: 451
Lab: 455
Faculty Member
Assistant Professor
Department of Physiology
College of Life Sciences
University of California, Los Angeles
Franz Hall, Room 8611
502 Portola Plaza,
Los Angeles, CA 90095
Biography
Dr. Adhikari joined UCLA’s Psychology Department in 2016, following postdoctoral training at Stanford University with Prof. Karl Deisseroth and Ph.D. studies at Columbia University with Prof. Joshua A. Gordon and Prof. Rene Hen.
Dr. Adhikari’s lab investigates how the brain coordinates the constellation of changes related to emotional behaviors, with a focus on fear and anxiety. These multi-faceted changes involve complex and dynamic adaptations in hormonal, physiological and behavioral realms. Dr. Adhikari dissects how interactions between different brain structures control these processes, seeking insights that shed light on the neural basis of pathological anxiety disorders and adaptive aversion to danger. To do so we use a combination of powerful techniques, including electrophysiology, behavioral assays, optogenetics and calcium imaging to monitor and control neural activity and behavior.
Publications
A selected list of publications:
The primary research interests of our laboratory are how ion channels regulate the electrical excitability of cells and how defects in these channels lead to human disease. In the past two decades, mutations of ion channel genes have been found to be the primary cause for over 100 human diseases. Our research program is focused on the mechanistic basis for a group of inherited conditions that alter the electrical excitability of skeletal muscle, including periodic paralysis and myotonia. We have characterized the gating defects of mutant channels, generated computational models of muscle excitability, and produced genetically-engineered mice to gain insights on the pathomechanisms of these disorders and to explore therapeutic interventions.