Course overview
This course aims to provide knowledge of advanced molecular, cellular, and system-level processes underlying nervous system development and function. Learners will extend their understanding of ion channels, receptors, and cell signalling in the context of functional neuronal networks. They will develop their understanding of how the nervous system processes and represents information and how neuronal processes contribute to sensory perception, cognition, behaviour, and the integrative control of body systems. By analysing nervous system development, diseases and novel neural technologies, learners will apply critical thinking and problem-solving skills to leading-edge topics in neuroscience. The course will also develop research skills essential for generating expertise in cellular and systems neurobiology.
- Cellular Signalling
- Sensory systems
- Development and Behaviour
Course learning outcomes
- Explain advanced molecular and cellular mechanisms underlying neuronal signalling and their contribution to neural network function.
- Compare processing mechanisms and representation of information across diverse sensory systems, including the role of neuroimmune biology and the application of neural technologies.
- Assess the mechanisms of neurogenesis and axon outgrowth in the context of nervous system development and analyse the pathology of various neurological diseases.
- Evaluate neurobiological and evolutionary foundations of complex behaviours, such as learning, memory, emotion, and motivation.
- Integrate knowledge of molecular, cellular and systems-level neural processes to explain the integrative control of body systems, including bidirectional communication between the gastrointestinal tract and central nervous system.
- Evaluate scientific research, synthesising relevant information on experimental techniques and new discoveries in neuroscience.