Microbiology examines microorganisms and their relationships with living systems and environments. Related subjects include bacteria, viruses and fungi, together with questions about microbial structure, function and applications.
Microorganisms and fundamental concepts
Microbial genetics, immunology and virology are further topics. The Cellular and Molecular Biology guide provides a related biological perspective.
Applied microbiology and related sciences
Clinical laboratories, the food industry and environmental monitoring are example application settings. The Veterinary Clinical Pathology guide explores one distinct animal-health context for laboratory evidence.
The subject also connects microbiology with biochemistry, genetics and ecology. Considering these perspectives together helps make the scope of a research question clearer and connects microbial study with wider scientific issues.
Research interests
Novel antimicrobials, bioremediation and microbial genomics are research interests.
A useful project account sets out the question, the approach and the limits of the evidence.
Scientific communication and professional interests
Scientific literacy, communication with different audiences and public understanding of microbiology are connected themes. These themes connect the explanation of a scientific idea with the context in which it is being communicated.
Research, pharmaceutical work, public-health-related science, agriculture and environmental science are professional interests.
Planning further study
For a particular course, request the current curriculum, entry requirements, award details and assessment arrangements. Confirm practical supervision, facilities, placements and any professional recognition directly for the intended programme.
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The ASM introduction to microbial sciences describes the study of microbes and illustrates research in health, food and the environment.
Questions about Microbiology
Which groups and relationships are introduced in microbiology?
Bacteria, viruses and fungi are groups within microbial study. Their structures, functions and relationships with health provide starting points for study. These foundations help organise questions about what is being observed and which microbial process or relationship is being examined.
How should practical microbiology methods be approached academically?
Microbial identification, culture methods and molecular biology connect an account of microorganisms with the evidence used to investigate them. Academic study considers how a method relates to a defined question and how its findings are interpreted. Practical biological work requires appropriate supervision and controls; no laboratory procedures are provided here.
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