Marine Biotechnology

This new MSc has been developed to satisfy the growing needs of individuals interested in the fast developing area of marine biotechnology.  It is recognised that the biodiversity within the marine environment exceeds that of the terrestrial environment, containing an expansive array of organisms including those that can resist the extreme pressures of the deep sea and others that are capable of growth at temperatures in excess of 100°C.  Marine organisms display a broad range of biochemical properties and capabilities and it is the role of marine biotechnologists to improve our understanding of these adaptations and in turn to exploit this biological potential for the development of novel commercial products and services.  To date, interest has focused on new antibiotics, antiviral compounds, anti-tumour agents, enzymes, polymers, biofuels, single cell protein, surfactants and plasmids. However, the potential is much wider, ranging from bioremediation to bioengineering.

Course objectives

This course provides students with:

• An awareness of the diversity of marine organisms and the adaptations that enable them to survive in their natural environment.
• A thorough knowledge of the fundamental science and methodologies underpinning developments in marine biotechnology.
• An understanding of the latest advances and global opportunities in the burgeoning field of marine biotechnology.
• Training in practical, investigative and research skills important for pursuing a career in marine biotechnology.

Entrance requirements

A good second class honour degree or equivalent in a relevant subject. Consideration will be given to candidates with substantial professional experience providing that there is a willingness to work with scientific information.

A good second class honour degree or equivalent in a relevant subject. Consideration will be given to candidates with substantial professional experience providing that there is a willingness to work with scientific information.

Funding

Information on possible sources of funding

Modes of study

Full-time
one year

Part-time
two years

Course start date

September

Application procedure

Please contact Professor Brian Austin using the details opposite.

Structure and content

In the Semester 1 (September to December), students take two 30-credit foundation modules:

• Marine Biodiversity: Considers the range of macro-and micro organisms found in the marine environment. The key interactions between these different life forms in the oceans will be discussed.
• Culture of Marine Organisms: Examines approaches to growing organisms in captivity and harvesting their bioactive compounds. Emphasises aspects of reproduction and genetics.

In the Semester 2 (January to April) , students will take two 30-credit advanced course modules:

• Molecular Biotechnology: Explores genomics and gene discovery in marine organisms, and recombinant antigen production. Describes the development and implementation of diagnostic systems for the detection of pathogens of economically important species; toxic and invasive marine species; and environmental contaminants and toxins.
• Recent Advances in Marine Biotechnology: Considers the latest developments in the exploitation of marine organisms for commercial and industrial applications. Identifies the key challenges and future prospects for the discovery and development of new products from marine organisms. Case studies include the search for new pharmaceutical compounds (antibiotics, antiviral compounds and anti-tumour agents) as well as bioactive compounds, enzymes, polymers, biofuels, single cell protein, adhesives surfactants, plasmids, feeds and nutraceuticals.

Students, who successfully complete Semester 1 and 2 taught course will qualify for the Postgraduate Diploma in Marine Biotechnology and may then proceed to the MSc. This involves completion of a four-month research project.

Summer (April to August) - students will undertake a Marine Biotechnology research project module (60 credits) that will focus on a particular area of research expertise within the School of Natural Sciences.

Delivery and assessment

The course is taught primarily by marine biotechnology staff, who are located in the Institute of Aquaculture, but additional seminars are provided by leading figures from industry.

Assessment is continuous via coursework, and may include teamwork and presentations. Examinations are held in December and May, and the external examiner may meet and interview students at the end of the research project module.

Preparation

Contact the School for information on your timetable and reading lists.

Course Director

Professor Brian Austin

RAE rating

RAE rating 2.4

Find out more

http://www.sbes.stir.ac.uk/

Career opportunities

The course provides each student with the appropriate knowledge and practical experience important for a career in marine biotechnology.  The course content has been developed by academic staff and senior industrialists from the marine biotechnology sector, and is designed to meet the needs of potential employers in this fast developing industry.