The Yale Neuroscience Department aims to understand the fundamental mysteries of the nervous system, identify the neural underpinnings of psychiatric and neurological disorders, and develop novel diagnostic, treatment, and prevention approaches to improve human health. Our research explores the function of molecules and organelles, computation and communication by chemical and electrical signals, representation of the environment by neural circuits, and the generation of complex behaviors. We develop and apply a wide variety of experimental systems and approaches. Current interdisciplinary areas within the Department include neuronal cell biology, sensory processing, the development and function of the cerebral cortex, and neurodegeneration. We strive to facilitate connections between all aspects of neuroscience, including molecules/cells, circuits/systems, and disease/translation.
Neurons perform highly complex and dynamic functions, are highly diverse, and are connected into precise networks that enable information processing. Researchers in the department seek to understand the biological mechanisms that enable neurons to function, differentiate, and wire together into networks.
Faculty specializing in this research area include:
The nervous system is highly susceptible to developmental disorders, neurodegenerative diseases, and injuries. The goal of some of our researchers is to understand the genetic and cellular basis of these pathologies, and to identify intrinsic mechanisms and novel therapies that can restore normal function.
Faculty specializing in this research area include:
Systems of neurons working together form the basis of all nervous system function, from sensory perception to consciousness. Our researchers endeavor to understand how systems of neurons process and remember information and how information is organized in the brain.
Faculty specializing in this research area include: