Timothy J. Mosca

Timothy J. Mosca, Ph.D., is an Associate Professor in the Department of Neuroscience at the College of Life Sciences. His research investigates molecular mechanisms of synapse formation and neural circuit organization, linking genetic pathways to neurodevelopmental disorders using multidisciplinary approaches including genetics, advanced microscopy, and behavioral analysis.

Research interests center on:

• Synapse construction and organizational logic in neural circuits
• Genetic basis of neurodevelopmental and intellectual disabilities
• Drosophila as a model system for neural development
• Integration of microscopy, biochemistry, and genetics in neuroscience

Publications emphasize synapse development, molecular signaling (e.g., ESCRT, LRP4, Wnt), and innovative genetic tools in Drosophila, revealing insights into synaptic dysfunction and neurodevelopmental disorders.

Dr. Mosca leads a research laboratory focused on synapse formation mechanisms, though specific grant, student, or team details are not provided.