Applied Microbiology


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To progress onto the BSc Hons , a new application will need to be made. As a Applied Microbiology graduate, you can choose to enter a range of professions, potentially seeking employment as a:. Successful graduates may choose to undertake these and other roles in a wide range of areas, including the Food industry, Health and Pharmaceuticals industry, Cosmetic industry, Environmental and Waste industry, Fermentation and Brewing industry.

Subject to eligibility, students can apply for a tuition fee loan from the Government to cover the full cost of tuition fees. UK students may also be eligible to apply for additional funding to help with living costs.. This could be a specific gift, such as a laptop, or subject specific equipment, extra qualifications or trips and visits. For comprehensive information about the financial support available to students joining this course, together with details of how to apply can be found on our finance page..

Should you accept an offer of a place to study with us and formally enrol as a student, you will be subject to the provisions of the regulations, rules, codes, conditions and policies which apply to our students. For more in-depth help on the application process visit our guidance page. We hold open days and evenings throughout the year.

You can view dates and book your place in our Open Day section.. Get an overview of the benefits of studying at University Centre St Helens and explore our full range of degrees before you apply, you can view or order an undergraduate prospectus by visiting our prospectus section.. If you have any questions about this course or what it's like to study at University Centre St Helens, please contact:. More information about Science. All Rights Reserved.

Water St. Tel: 99 66 Modules BI Principles of Microbiology 20 credits Principles of microbiology introduces students to microbiology as an applied science. It provides a foundation in good microbiology practice and allows a basic understanding in the principles of microbial morphology, nutrition, growth and the control of growth. BI Basic Biochemistry 20 credits Basic biochemistry provides a chemistry foundation for the study of biochemistry. It also provides practical experience of fundamental techniques in biochemistry.

BI Data Analysis 20 credits Data analysis provides an essential background in the important aspects of data analysis and interpretation.

Special features

It also allows confidence in the use of general mathematical techniques. BI Biology of Disease 20 credits Biology of disease develops understanding of fundamental concepts of aetiology, pathology and epidemiology. BI Microbiological Laboratory Techniques 20 credits Microbiological laboratory techniques provides students with the basic skills required to work in a microbiology laboratory. BI Parasitology 20 credits Parasitology aims to provide the student with knowledge of important parasites of human disease. Course in-depth - Year 2 In your second year, you will be introduced to industrial microbiology enabling you to identify microbiological mediated industrial problems.

Modules BI Food and Industrial Microbiology 20 credits Food and industrial microbiology introduces students to industrial microbiology. It provides students with a basic understanding of the processes importance of microorganisms in food production, food spoilage and food poisoning. BI Microbial Physiology 20 credits Microbial physiology gives you theoretical and practical microbial physiology with particular reference to ecology, immunology and metabolism.

MCR101- -Applied Microbiology - Topic 13 part 1

BI Microbial Genetics 20 credits Microbial genetics introduces students to fundamental principles, considering mechanisms of mutation and DNA repair. It introduces students to the methods, benefits and potential hazards of genetic engineering. BI Medical Microbiology 20 credits Medical microbiology introduces an insight into the diversity of pathogenic microorganisms. BI Work-based Learning 20 credits Work-based learning provides students with the opportunity to gain accreditation for work experience in their chosen field.

Allowing the development of transferable employability skills. Students will also evaluate the effectiveness of their work-based organisation in achieving at least one of its aims. BI Project 20 credits The project provides students with the opportunity to develop skills in independent study in an appropriate manner under the guidance of a tutor in the field of microbiology.

It also allows students to present the finding in the form of a written report and an oral presentation. How will I study and be assessed? How will I study? How will I be assessed? Who will be teaching me? The required total can be attained from various credit combinations. Additional Entry Requirements All suitably qualified applicants will be invited to attend an interview.

Prior Learning and Experience University Centre St Helens intends to recruit students from a varied range of backgrounds and experience onto its courses.

Careers and Progression Routes Career Prospects On completion of this Foundation degree you will be equipped to work in a microbiology related role in a wide range of industries. Progression routes Upon successful completion of the FdSc Applied Microbiology, you have the opportunity to top-up your degree to a full BSc Hons degree through additional study at the University of Chester Medical School.

Financial support Subject to eligibility, students can apply for a tuition fee loan from the Government to cover the full cost of tuition fees. UK students may also be eligible to apply for additional funding to help with living costs. For comprehensive information about the financial support available to students joining this course, together with details of how to apply can be found on our finance page.

Additional Costs Optional Items Estimated Costs Travel to course related work placements, work experience, voluntary work or site visits. Variable dependent on the distance travelled and the method of transportation Printing costs eg.

Progress in Applied Microbiology

Printing of posters as part of course assessment Journal access is provided through The University of Chester. Trips Various travel costs to laboratories and employers.. Scientific calculator.


  • Journal articles;
  • Applied Microbiology | Lund University;
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  • Society for Applied Microbiology (UK-SfAM).
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Visit Us We hold open days and evenings throughout the year. You can view dates and book your place in our Open Day section. Request a Prospectus Get an overview of the benefits of studying at University Centre St Helens and explore our full range of degrees before you apply, you can view or order an undergraduate prospectus by visiting our prospectus section.

Science Manufacturing Technician Apprenticeship Level 3. Consultant Microbiologist inspires students. Claire awarded for her outstanding achievement. Healthcare science event inspires next generation. Brewery Masterclass for Microbiology Connoisseurs. Andrew on course to become a scientist. Joanne dreams of a job in Tropical Medicine.

Applied Microbiology

Emily secures place at Uni to follow her dream career. St Helens Town Centre Campus. Download the programme specification. This email address is being protected from spambots. Dead vegetation, human and animal wastes, and dead animals are deposited in or on soil. In time they all decompose into substances that contribute to soil, and microbes are largely responsible for these transformations. Two great pioneer soil microbiologists were Martinus W.

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Beijerinck — , a Dutchman, and Sergey N. Winogradsky — , a Russian. These researchers isolated and identified new types of bacteria from soil, particularly autotrophic bacteria, that use inorganic chemicals as nutrients and as a source of energy. The relationship between legumes and bacteria in the nodules of legume roots was discovered by other scientists in The nodules contain large numbers of bacteria Rhizobium that are capable of fixing atmospheric nitrogen into compounds that can be used by plants.

The ecology of fertile soil consists of plant roots, animals such as rodents, insects, and worms, and a menagerie of microorganisms—viruses, bacteria, algae , fungi , and protozoa. In the nitrogen cycle , for example, microorganisms capture nitrogen gas from the atmosphere and convert it into a combined form of nitrogen that plants can use as a nutrient; the plant synthesizes organic nitrogen compounds that are consumed by humans and animals; the consumed nitrogen compounds eventually reach the soil; microorganisms complete the cycle by decomposing these compounds back to atmospheric nitrogen and simple inorganic molecules that can be used by plants.

In similar cycles for other elements such as carbon, sulfur, and phosphorus, microbes play a role; this makes them essential to maintaining life on Earth. Long before the establishment of microbiology as a science , water was suspected of being a carrier of disease-producing organisms. But it was not until , when an epidemic of cholera was proved to have had its origin in polluted water, that contaminated water was considered more seriously as a source of disease.

FdSc Applied Microbiology (Full-time) - Entry

Since that time there has been continuous research on the microbiology of public water supplies, including the development of laboratory procedures to determine whether the water is potable, or safe for human consumption. At the same time, purification procedures for these supplies have emerged. A highly standardized and routine laboratory procedure to determine the potability of water is based upon detecting the presence or absence of the bacterium Escherichia coli.

The principal operations employed in a municipal water-purification plant are sedimentation, filtration, and chlorination. Each of these operations removes or kills microorganisms, and the microbiological quality of the treated water is monitored at frequent intervals. The used water supply of a community , commonly referred to as sewage , is microbiologically significant in two ways. First, sewage is a potential carrier of pathogenic microorganisms, so measures such as chlorination must be implemented to prevent these microbes from contaminating drinking-water supplies.

Second, sewage-treatment plants purify water by exploiting the biochemical abilities of microbes to metabolize contaminants. Raw sewage is processed through large tanks, first for anaerobic degradation of complex substrates and later for aerobic oxidation of soluble products. Another aspect of the microbiology of water pertains to natural bodies of water such as ponds, lakes, rivers, and oceans. Aquatic microbes perform a host of biochemical transformations and are an essential component of the food chain in these environments.

For example, the microbial flora of the sea comprises bacteria, algae, fungi, and protozoa.

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