Life Sciences
Principles of Neuronal Function
Module code: C1016
Level 5
15 credits in autumn semester
Teaching method: Workshop, Lecture
Assessment modes: Coursework, Multiple choice questions
This module provides you with detailed insight into the fundamental workings of the nervous system. You’ll focuses on the relationship between the structure and function of the cellular and sub-cellular components of neurons, and on mechanisms that underlie information signalling.
Examples of nervous system disorders illustrate the sensitivity of neurons and circuits, as well as the often-catastrophic consequences on brain function. You will learn to identify and communicate key principles that are essential to understanding neuroscience.
Topics include:
- signalling by neurons and synapses
- neurotransmission and information coding
- nervous system plasticity
- cellular and molecular basis of learning and memory
- fundamental disease mechanisms
- methodological approaches.
Module learning outcomes
- Systematically identify key principles of brain function such as: cellular, molecular, and biophysical processes of signalling within and between neurons, fundamental principles of nervous system plasticity, key mechanisms of disease-related neuronal dysfunction and methodological approaches used to study these topics.
- Implement problem solving, quantification, and interpretation of experimental evidence in classical and contemporary neuroscience.
- Critically assess and integrate ideas from primary literature and develop skills to present a convincing and original argument in written form.
- Create a well-structured and concise communication of a contemporary neuroscience topic, using presentation software or other relevant programs to create figures.