www.essex.ac.uk/bs | Biological Sciences
immunomagnetic beads in autologous cell-based cancer vaccines. The aim of this component of the module is to provide you with an understanding of cell separation techniques available for fractionating cell sub-sets. Applications of these techniques in clinical settings will be explored.
Spectroscopic Analysis of Tissue In Vitro and In Vivo The aim of this part of the module is to provide you with an understanding of optical and magnetic methods of disease diagnosis and therapy tracking in vitro and in vivo. The basic principles of the techniques will be described. Examples will be given of how a research result can lead to a new spectroscopic assay for clinical diagnosis. The attendant regulatory roles associated with the validation of the new assay and the differences/similarities between a specialist centre and a routine laboratory will be explored. Finally, you will explore the literature to devise new spectroscopic, diagnostic assays and discuss their feasibility with the group.
Molecular Imaging and Analysis This aspect of the module will introduce you to imaging techniques from a fundamental to an applications level.
To pass this module, you must be able to: demonstrate knowledge of the various cell sub-sets that occur in normal haematopoiesis;
identify cluster of differentiation (CD) markers expressed on cell subsets;
show knowledge and understanding of the various analytical and preparative methods used in cell separation;
deliver a written and verbal report on the topic of cell separation;
demonstrate knowledge of a spectroscopic technique for analysing tissue samples;
demonstrate knowledge of how to convert a research study into a validated clinical tool;
demonstrate knowledge of the different methods used to image cells and molecules;
demonstrate an understanding of the physical principles that underlie some imaging methodologies;
demonstrate knowledge of the applications of molecular imaging; and
demonstrate competence in written and oral communication.
How is the module structured? Ten, three-hour sessions comprising lectures, demonstrations, practicals, workshops, case studies and presentations.
How will I be assessed? This module is assessed by coursework.
Is there funding available? This module is included in our University’s CPD portfolio. Funding might be available from your employer and the NHS East of England.
What career opportunities are there? All practising biomedical scientists must be registered with the Health Professions Council (HPC). As a condition of HPC registration all members of the registered workforce have to provide evidence that they participate in a CPD scheme. Those who obtain a Masters via credit accumulation will have the chance to progress with their career as such a qualification is a requirement for moving into more senior positions within the NHS.
Research Methods, Validation and Development
Study mode: modular Module length: one term Number of credits: 15 Campus: Colchester
Typical entry requirements A relevant professional qualification and current registration with the HPC
Lower Second Class Honours degree (or equivalent) in a relevant subject or relevant professional experience and qualifications that demonstrate ability to study at Masters level
Currently employed in a relevant field of practice
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