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Please select the level of study you wish to apply for. Level M indicates that you wish to study at Masters level, and Levels 1-3 indicate that you wish to study at Degree (Undergraduate) level.
19-20 Accredited 30 credits
Under the start date is shown: all attendance days and Apply for this course.
The Assessment Strategy has been designed to support and enhance the development of subject-based knowledge and skills, whilst ensuring that the Learning Outcomes are achieved.
The controlled assessment is one three hour examination comprising essay based questions and is an effective method of assessing your ability to utilise and apply knowledge gained at this level. Questions will allow an element of choice of subjects covered, with the paper as a whole
encompassing a representative cross-section of the syllabus and Learning Outcomes, which in combination with the assignments set will allow assessment of many of the main aspects of the module.
Formative feedback is available throughout the module using Q+A sessions in lectures, group discussions, particularly in tutorials/seminars, together with use of 'Turning Point Technologies' to enable you to gain an indication of your progress anonymously. The latter will also be used to give formative feed-forward on your understanding of how to give a good oral presentation
and write a good abstract, prior to undertaking of the assignment. Similarly, exam questions will be discussed throughout the course, combined with specific exam revision and preparation sessions prior to the exam.
The coursework consists of two integrated elements, designed to provide you with the opportunity to critically analyse a current area of literature. Specifically you will undertake a self selected literature search, read and digest some primary data, then present and explain the findings in several different scientific formats to other scientists. The first element is comprised
of an assessed seminar with oral presentation and the second element is comprised of the both lay and scientific summaries of the presentation. Together the coursework elements provide you with an opportunity to develop core science communication skills, which are vital to any future
scientist and are rarely used as assessment vehicles at any level. The coursework will be submitted outside of the exam period and will be time restricted rather than word restricted. Additionally, the seminars which are designed to align with the taught lecture topics and evenly cover the whole module content, will provide an additional and contemporary source of information, to build upon student understanding from the lectures.
Summative feedback will be provided after submission of the assignment, which will clearly identify areas of strength and will give constructive advice on areas for improvement. Both the contemporary content of the seminar series and the experience of searching for, summarising and presenting from a primary research article, will enhance the student appreciation of experimental design and interpretation of scientific data; and will provide a rich source of additional information, aligned with, but additional to, the taught content.
This course can contribute towards:
The structure of antibodies and the development of antibody specificity. Production of
cytokines and mode of action. Cytokine classification. T helper subpopulations. Role of
cytokines in T and B cell activation, humoral and cell mediated immunity.
Cell-cell interactions. Receptors involved in cell activation pathways. Induction of
tolerance; central and peripheral. Possible ways that tolerance can break down.
Autoimmune disease and allergy; induction and disease mechanisms. Transplantation
rejection and immunosurveillance. Cancer immunology.
Application of antibodies in immunodiagnostics and current technology. Antibody
engineering and use of monoclonal and other synthesized antibodies. Applications of
antibodies and cytokines in the treatment of disease.
On successful completion of this module, you will be able to:
Modules can be offered either individually or collectively if you have had your first degree evaluated by the IBMS and require further Top-up studies in order to complete the educational requirement for IBMS accreditation.
Learning and Teaching
You are expected to spend 72 hours on scheduled learning and 228 hours on independent study.
The module will be delivered using keynote lectures designed to highlight the important principles and concepts of each topic and to provide a framework for personal study. Where appropriate experimental evidence that underpins our current theoretical knowledge framework will be discussed, to allow you to develop an appreciation of how scientific theory becomes established and evolves.
Lectures will be supported by tutorials and seminars, case studies and guided reading. Interactive tutorials will be used to explore selected topics from the syllabus in more detail. You will be encouraged to utilise your existing knowledge to develop your understanding of immunology in both lecture and tutorial sessions.
The development of study skills will be supported by UWE's dedicated online study skills resources (via UWE library web site) which will be introduced at the start of the module (http://www1.uwe.ac.uk/students/studysupport/studyskills.aspx).
Your learning will be further supported through the University's Elearning environment, Blackboard, where a handbook, lecture slides/handouts, links to external websites, videos, quizzes, invitations to external seminars, journal articles and other resources will be available.
Guided reading will be provided to support or extend the lectures and will be used to direct you to preparative and/or supplementary information sources. An essential reading list will also be provided.
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BSc(Hons) Biomedical Top-up
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