Your ability to scroll through this page relies on the precise perception of sensory information arriving through your eyes and fingers, the integration of these inputs to make appropriate decisions, and the generation of motor commands to execute the resulting actions. This seamless transformation of sensory inputs into motor outputs, along with their reciprocal modulation, is a fundamental basis of all behavior. Computations governing these mechanisms are orchestrated by intricate neuronal circuits that span the brain and spinal cord. At the Mohan Lab, we leverage state-of-the-art techniques in molecular and systems neuroscience, neuroanatomy, genetics, behavior analysis, machine learning, and AI to uncover the neural circuit mechanisms and principles driving this sensorimotor transformation process. To learn more about our research click HERE.