Microorganisms and viruses are studied to gain insights into basic molecular and cellular processes and as probes of the host cell, as well as for their disease-causing potential. The control of gene expression at the transcriptional, post-transcriptional and translational levels are all important areas of investigation in different systems. The response of the host cell to a pathogen often provides insights into broader issues relating to pathogenesis. How do these organisms invade and survive in their chosen host? How do they deal with the host's potent immune response? What properties are involved in their pathogenesis? What is responsible for latency and re-activation of infection? How can we use results to improve prevention, diagnosis and treatment? Microbes have an enormous influence on our lives and this is covered from environmental, medical and industrial viewpoints. Viruses are studied for the diseases they cause, including their role in cancer, and the problem of developing vaccines and anti-viral drugs.

The Microbiology / Virology programmes draw on two major areas of research expertise at Warwick. The programmes include modules covering principles of biological techniques, microbial physiology and biochemistry, immunology, medical virology, and pharmaceutical microbiology. The choice of programmes allows students to emphasise aspects of the subject that they find most interesting. The practical elements of the courses makes for friendly, interactive classes. Students entering these degrees have the flexibility to switch to any of the Biological Science degrees (C100), Environmental Biology (C150) or Biomedical Science (B900) up to the end of Year1.

Prospectus entry for C520 Microbiology / Virology degrees

An Influenzavirus particle, as seen by electron microscopy.	Diagram of respiratory syncytial virus, which can cause severe infections of the lower respiratory tract.	Visualizing virus infection: centres of adenovirus replication in the nuclei (green) and proteins to form new particles (red).	Antibiotic-resistant strains such as (MRSA) are becoming increasingly common.

Find out more about learning VIROLOGY@WARWICK