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For example, microbes underpin processes such as industrial fermentation (which is used to make useful products such as alcohol, vinegar and dairy products) and antibiotic production. Though microbes often carry negative connotations due to the association of certain microbes with diseases, many other microbes carry several benefits. These microbes can differ dramatically in terms of size and characteristics. The different types of microbes studied by microbiologists include bacteria, archaea, viruses, eukaryotes, fungi, prions, protozoa and algae. Microbiology is a branch of biological science that studies microorganisms (also known as microbes), which are microscopic unicellular or cell-cluster organisms and infectious agents.
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Whether you’re seeking work as a lead microbiologist with a pharmaceutical giant or want to work in infection control with the NHS, microbiology is a rewarding career with plenty of opportunities for professional growth.īut what is it, exactly? To help your job search, we’ve put together this quick guide to microbiology jobs - and what it’s like to develop a career as a microbiologist.
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By analysing microorganisms up close, microbiologists play a crucial role in combating disease, creating chemical products for agriculture, and even helping to keep the planet healthy. Though it sounds niche, microbiology is actually one of the most important sub-sectors of biology.