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The Neuroscience Program

Neuroscience Research Video
Video Length: 07:23  

Director:  Richard B. Simerly, PhD

How the brain functions depends on the organization of complex arrays of neuronal circuits that are established during development. We now know that a variety of neurological and psychiatric diseases have their origins in development, but we need to learn more about how the brain develops in order to identify effective therapies. The Neuroscience Program of The Saban Research Institute is focused on understanding basic developmental neurobiological events by using a combined molecular genetic and cellular imaging approach. Combined with in vivo imaging studies, this approach promises to provide novel mechanistic insights into the developmental origins of such devastating disorders as autism, fragile X syndrome, and juvenile obesity.

By focusing on key developmental critical periods and incorporating insight gained from clinical observation, the scientists of the Neuroscience Program work to understand the relationship between abnormal brain development and disease. The long-term goal of the Program is to exploit the inherent plasticity of the neonatal central nervous system to rescue normal function of affected brain circuitry and restore the full range of learning and experience that is the essential component of childhood.


Program Members

Investigator

Title

Interest

Bouret, Sebastien, Ph.D.

Asst. Professor

Neurodevelopmental aspects of obesity and diabetes

Makita, Takako, Ph.D.

Asst. Professor

Axon guidance in developing nervous system

McGee, Aaron, Ph.D.

Asst. Professor

Regulation of functional and anatomical plasticity in the developing and injured Central Nervous System

Simerly, Richard B. Ph.D.

Professor

Axon targeting in limbic and hypothalamic neural pathways; Leptin receptor signaling in developing hypothalamic circuitry; Development of sexually dimorphic forebrain regions

 
Affiliate Members

Investigator

Title

Interest

Boles, Richard MD

Asst. Professor Pediatrics

Mitochondrial abnormalities - genetic neurology

Borchert, Mark MD

Assoc. Professor, Ophthalmology

Non-Invasive technology in neuroophthalmology

Mitchell, Wendy MD

Professor, Neurology

Genetic neurology; antiepileptic drug evaluation

Moats, Rex A., PhD

Asst. Professor,
Pathology and Radiology

Cellular, functional and molecular imaging

Nelson, Marvin D. Jr., MD

Professor Radiology

Molecular and functional imaging