The programme provides specialist training in the field of pharmacology, as well as promoting skills for career and professional development. The MSc in Pharmacology is designed around a strong theoretical education in basic and advanced pharmacology with practical experience of pharmacological and neuropharmacological techniques in the laboratory. Students will gain insight into receptor theory, molecular pharmacology, neuropharmacology and pharmacokinetics /pharmacodynamics. Physiology will also be taught alongside these elements, facilitating crossover of students qualified in non-biological disciplines to the life sciences. This will allow students to offer skills that cross boundaries and provide an excellent foundation for studies at PhD level.
The course is based around the core Systems Pharmacology module which describes the basics of receptor theory, second messenger actions and autonomic pharmacology. Understanding of fundamental aspects of pharmacology of neuromuscular junction and synaptic function are also delivered via the physiological pharmacology module and the actions of drugs and the nature of receptors are then considered at the molecular level, with a focus on the exciting and important field of neuropharmacology. The Drug Discovery module gives an overview of the pharmaceutical industry; an introduction to receptors and drug action and chemical and biological aspects of evaluation and development of new compounds
The supervised research project will last for approximately four months, and will be at the level expected for first year PhD study. Topics might include, for example, the actions of cannabinoids in cortical synaptic plasticity.
The taught modular programme will consider various aspects of pharmaceutical sciences e.g. the biology of disease states, pharmaceutical analytical analysis, pharmaceutical formulation, research methods and exploiting your research. Modules are:
The supervised research project will last for four months and be at the level expected for the first year of PhD studies. Examples of potential topics include computer-based drug design of antimicrobial compounds and chemical synthesis of compound libraries for screening and assay development.
There is a clear focus on neuromodulators / neuropeptides using isolated tissue preparations