Stephanie Ann White

Stephanie Ann White, Ph.D., is a Professor in the Department of Integrative Biology and Physiology at the University of California Los Angeles, where she holds the prestigious William Scheibel Chair in Neuroscience. Her research focuses on the neural and genetic mechanisms of vocal learning, using songbirds as a model system to understand human speech and language development.

Dr. White's research interests center on vocal learning and the neural circuits that support this complex behavior. Her work investigates the role of specific genes, particularly FOXP2, in vocal learning and communication. She examines how neural circuits in songbirds develop and function during vocal learning, with implications for understanding human speech disorders. Her research bridges molecular genetics, systems neuroscience, and behavioral analysis to uncover fundamental principles of vocal communication across species.

Analysis of Dr. White's recent publications reveals a consistent focus on vocal learning mechanisms, with particular emphasis on FOXP2 gene regulation and its role in neural circuits for vocal communication. Her work spans multiple levels of analysis from molecular genetics to systems neuroscience and behavior, often using zebra finches as a model system. Recent publications show increasing integration of genomic approaches with behavioral analysis, and expansion into related areas such as neurodevelopmental disorders and the effects of environmental factors on vocal learning.

Dr. White has received significant recognition for her work, most notably through her appointment to the William Scheibel Chair in Neuroscience. Her research has been supported by multiple NIH grants as Principal Investigator, including projects on spatial transcriptomics of basal ganglia, genetic mechanisms in Klinefelter Syndrome, Synaptotagmin 4 in vocal motor function, Cntnap2 in autism models, and the formation of circuitry for vocal learning.

As Principal Investigator of The White Lab at UCLA, Dr. White leads a research team investigating the neural and genetic basis of vocal learning. Her laboratory combines molecular, genetic, neurophysiological, and behavioral approaches to study how vocal communication develops and is maintained in songbirds, with implications for human speech and language disorders.