Professor Thomas Jessell FMedSci FRS
Thomas Jessell is a biochemist and molecular biophysicist who is renowned for his studies of the mechanisms that control the assembly and function of neural circuits in the spinal cord. Thomas has worked to understand how nerve cells in the developing spinal cord assemble into functional circuits that control sensory perception and motor actions, with a focus on locomotion and skilled reaching.
He has used insight into the molecular origins of neuronal subtypes to devise genetic methods to monitor and manipulate the activity of selected interneuron classes, permitting a clearer view of the design of systems and circuits involved in the planning and execution of movement. Ultimately, his research may provide a more thorough understanding of how the central nervous system is constructed and suggest new ways to repair diseased or damaged neurons in the human brain and spinal cord.
Thomas is an Editor of the influential textbook, Principles of Neural Science. He has received the Kavli Prize for Neuroscience, as well as the Canada Gairdner International and Gruber prizes.
Interest and expertise
Motor Control, Neural Connectivity, Synapses