Microbiology Career Guide PDF
Microorganisms can be found almost everywhere on earth – the components of every ecosystem on Earth. Without microbes, humans wouldn’t be alive!
The lives of humans, plants, and animals are all intrinsically associated with the microorganisms that continuously recycle key nutrients like carbon and nitrogen, degrade organic matter and shape our day-to-day existence. Most microbes are beneficial, and some cause diseases. The study of these microbes is known as Microbiology – a comprehensive and multidisciplinary discipline that unites many other life science disciplines such as engineering, molecular biology, biochemistry, and genetics.
The objective of Microbiology is to gain in-depth knowledge on the fundamental aspects of microbes by exploring their genetics, propagation, physiology, metabolism, morphology, ecological role, microbe-human interaction, interactions with other living beings, and environmental interactions.
There is a myriad of applications of microorganisms. They are used in different sectors for the benefit of human welfare, some of which are outlined below.
- Food and dairy industries
- Chemical products
- Genetic engineering
- Combating disease
The COVID-19 pandemic has expedited the role of a microbiologist into the spotlight as knowledge shared by microbiologists will help in the effective control of the disease. As COVID-19 warriors, their roles include specimen collection and transportation, carrying out COVID-19 tests, confirming new cases, Biomedical Waste Management, conducting research, and many more.
This COVID-19 pandemic has highlighted the importance of microbiology in the healthcare sector, resulting in a significant boom in Microbiology Careers. The Microbiology Career Guide PDF from Biotecnika provides you a detailed guide on Microbiology careers.
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