Pharmacology

The aim of this module is to introduce you to the science behind biology. You'll learn about the molecular biology of the cell through to the level of the whole organism. You'll also gain theoretical knowledge and practical experience of common biological techniques.

Introducing you to the concepts of chemistry as well as the relevant mathematical manipulations. You will develop your knowledge in literature searching, the application of databases, scientific communication, ethics, and health and safety. You will also get the necessary knowledge and skills to support the understanding of biosciences as a discipline and a profession.

The module introduces the professional roles in biosciences. You will study different disciplines within bioscience through lectures and practicals. You will leave with analytical and written skills to present laboratory data. You will explore employability within haematology, clinical biochemistry, clinical microbiology, and cellular pathology, as well as physiology, pharmacology, genetics, and the wider healthcare environment.

During this module, you'll develop your experimental skills and learn about various proteins. You'll examine cell biology, molecular biology, and immunological techniques. You'll also explore biological samples, cellular components, and interactions with external factors.

On this module you'll learn how genomes are maintained, copied and inherited. You'll also learn how gene expression is regulated, how mutations are acquired and the effects mutations have on protein function, maturation and trafficking. Intracellular signalling pathways, the cell cycle and cell death will also be studied.

The aim of this module is to develop an understanding and knowledge of some of the main organ systems of the body. You'll be introduced to the pathophysiology and pharmacological treatment of diseases that involve organ systems. You'll also understand the normal functioning of body system and different methodologies to see the effects of therapeutic intervention.

In this module you will complete a piece of independent scientific research and will use a range of laboratory and research skills to analyse, interpret and present scientific data. As an outcome you will also gain both personal and professional development.

This module aims to enable you to discuss the process of releasing drugs onto the market through animal testing to clinical trials. You will experience a range of pharmacological and biochemical techniques when investigating drugs and the mechanism of action, efficacy of drugs and their removal from the body.

This module will introduce advanced and experimental therapies for various diseases. You will study the immunology underlying these treatments for disorders. This will include cancer (especially brain cancer), where you will explore the pharmacokinetics, diagnostics and targeting of treatment strategies. Other areas of exploration include nanotechnology, personalised medicines, modelling (including AI/bioinformatics) and regenerative medicine.

This module will help you understand the complexity of various neuronal pathophysiological conditions and how these can be treated by drug intervention. It will cover the molecular mechanisms of drug action in the peripheral and central nervous systems, and how these can contribute to various disorders. It will also help you understand the risk involved in their use.