Module Applied Microbiology
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Location Penrith - Newton Rigg
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Duration 1 year/s
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Mode of study Full-time, Part-time
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Start date September 2012
Why study with us?
Please note: Existing University of Cumbria students need to email absadmissons@cumbria.ac.uk in order to apply. They do not need to go through the full application process.
To develop an understanding of the distinguishing features and key characteristics of the major types of micro-organisms and gain practical experience in the safe handling and growth of microbes within the laboratory. The factors that commonly lead to the emergence or re-emergence of infectious diseases will be examined as will bacterial genetics, methods of identification, the application of micro-organisms to biotechnology and their role in genetic engineering.
This module can be studied as stand-alone and can achieve a Certificate of Achievement.
What can this course lead to?
1. Demonstrate knowledge of microbial diversity and evaluate the key concepts behind microbial adaptation.
2. Apply and evaluate microbial identification and handling techniques.
3. Evaluate the role of micro-organisms in both biotechnological processes and the health sector.
4. Demonstrate knowledge and critical understanding of the development and application of genetically modified organisms.
5. Effectively communicate information in a variety of forms.
Course Summary
Lectures 40hrs
Practicals 20hrs
Student centred learning 140hrs
Method of Assessment
Practical write-ups x 2 - Approx 750 words each.
Examination - 2 hours.
Modules
Introduction to microbiology:
What are micro-organisms and where are they found. The historical and current importance of micro-organisms. The structure, metabolic diversity and evolution of bacteria, viruses and eukaryotic microbes.
Industrial and Environmental Microbiology:
Soil microbiology: Predator / prey interactions of microbes, Bio-films/microbial habitats.
Biotechnology: the role of micro-organisms in agriculture, food production, beverages, pharmaceuticals, gene screening and therapy, cloning and reproductive technology and drug discovery.
Medical microbiology: the role of micro-organisms in health and disease.
Aseptic Techniques:
Basic microbiological techniques: cultivation and purification of micro-organisms, the formulation of growth medium and application of laboratory-based methods of identification and analysis.