The course provides state-of-the-art knowledge on the cellular mechanisms used by the brain for communication with itself and our bodies. This course describes how neurons in the brain communicate with other neurons and with our bodies. This involves the role of different classes of ion channels in electrical and chemical transmission, the integration of signals in single neurons and across networks, as well as how changes in transmission between neurons may underlie learning and memory. There will be examples of how this basic knowledge leads to insights into disease states such as epilepsy, stroke and Alzheimers Disease, as well how neurotoxins work, and brain-based machines. In the final 4 weeks of the course students with spend time in working laboratories in the JCSMR and RSBS.

On completion of the course students would be expected to be able to

1) demonstrate knowledge about the neuroscience systems discussed in the course;

2) demonstrate proficiency in the practical skills that they are exposed to during the course;

3) interpret, synthesise and critically analyse published literature, at a graduate level, on neuroscience.

Postgraduate assessment: laboratory/tutorial reports 40%, final exam 40%, essay 20%.

Undergraduate assessment: laboratory/tutorial reports 40% and final exam 60%.

Three lectures per week, up to five 3-hour laboratory classes, tutorials and visits to research laboratories on campus

Bachelor degree; knowledge of Cellular Biology and Molecular Biology/Biochemistry to second year undergraduate level or behavioural psychology