Stream Representative
Dr Paola Vergani: p.vergani@ucl.ac.uk
Aims
Biomedical Science encompasses those subjects which provide much of the academic basis of modern medicine. With a particular emphasis on Human Biology and wherever possible with a quantitative perspective, this stream aims to provide a foundation in structure and function, together with an introduction to disease and therapeutics.
Objectives
Students who complete this stream will understand:
- the molecular structure of cells and how molecules interact
- the function and integration of the major organ systems of the body
- the operation, function and pharmacology of the nervous system, with opportunities to pursue this at cellular and/or systems levels
- Year 1
All Biomedical Sciences stream students take:
- Year 2
All Biomedical Sciences stream students take:
- Introductory Pharmacology (PHAR0007)
- Animal and Human Physiology: Integrative Physiology (PHOL0003)
- Structure and Function of Nervous Systems (PHOL0005)
and choose 0 - 15 credits from:
- Developmental Neurobiology (ANAT0002)
- Human Neuroanatomy (ANAT0003)
- Essential Protein Structure and Function (BIOC0006)
- Fundamentals of Molecular Biology (BIOL0008)
- Immunology (INIM0005)
- Introduction to Biophysics (MPHY0006)
Check the pre-requisites of the year 3/4 modules from these year 2 modules.
- Year 3
The Biomedical Sciences stream can be split into a Physiology pathway, a Pharmacology pathway or a combined pathway.
Students majoring should choose 60 - 75 credits and students minoring should choose 30 - 45 credits of the following:
Physiology pathway core:
Pharmacology pathway core:
Options for both pathways, choose 15 - 45 credits:
* Recommended modules
- Year 4
All Biomedical Sciences stream students majoring take:
- MSci Research Project in Life Sciences (BIOS0017) - MSci Research Project
Students majoring should choose 30 - 60 credits and students minoring should choose 0 - 30 credits of the following:
Physiology pathway:
Pharmacology pathway:
Options for both pathways:
- Immunodeficiency and Therapeutics (INIM0030)
- The Immune System, Cancer, and its Treatment (INIM0031)
- Metabolic Neuroscience (NEUR0009)
- The Control of Movement (NEUR0015)
- Neural Computation: Models of Brain Function (NEUR0016)*
- Foundations of Neuroinformatics (NEUR0019)*
- The Cellular Basis of Brain Function (PHOL0009)*
* Recommended modules
The Biomedical Stream combines with:
History, Philosophy and Social Studies of Science