Summary
Understanding changes in the spinal cord sensori-motor apparatus is highly relevant in our understanding of neurodegenerative diseases that affect motor control in humans, and IS essential for well working prostheses with a neural interface. This project focuses on the role of interneuron populations in spinal cord during development. The developmental change in these populations clearly affects behaviour, but the local neural interactions between these populations resulting in behaviour changes are unclear. Chakrabarty lab in the Faculty of Biological Sciences has obtained accurate population level data on these changing interneuron populations, while Marc de Kamps of the School of Computing has developed innovative methods for modelling neural populations. You will model the neural circuits that control motor behaviour at THE population level in order to gain an understanding of the role of different populations of interneurons in different stages of development. Good mathematical and analytical skills are required, as well as programming experience. A background in computational neuroscience is desirable, but not essential.
