Development

Research in neural development examines the processes that shape the nervous system from embryo to adulthood. Faculty investigate how neural cells differentiate, migrate and form connections, as well as how environmental factors influence developmental pathways.

Using both model organisms and human systems, researchers seek to uncover the genetic and molecular mechanisms underlying brain development and the emergence of complex behaviors. This work provides critical insight into developmental and neurological disorders and advances our understanding of brain plasticity across the lifespan.

The mature nervous system comes into being during embryonic and post-embryonic development as a result of a series of developmental programs that include the birth of nerve cells and their supporting (glia) cells, the migration of these cells to defined locations within the developing nervous tissue, the establishment of connections of these cells to specific target areas, and selective neuronal cell death. Once established, we now know that the mature nervous system exhibits an amazing degree of plasticity, changing in response to experience and use. Information gained in studies of the factors that influence nervous system development and plasticity may provide a key toward unlocking the potential of the mature nervous system.

Faculty Mentors

Key Affiliations

Center for Addiction Research & Education

View the CARE website

Center for Autism and Neurodevelopment

View the CAN website

Center for NeuroGenetics

View the CNG website