Programme/Approved Electives for 2026/27
None
Available as a Free Standing Elective
No
This module is a detailed exploration of Clinical Biochemistry and Immunology. As such, you will explore the laboratory tests and analyses conducted in these key areas. You will learn to critically evaluate each technique and understand how it relates to the diagnosis and monitoring of disease states. You will also investigate the clinical and research implications of Clinical Biochemistry and Immunology in the field of Biomedical Science.The emphasis of this module is on examining health and disease from a patient- or population-oriented, case-study-driven perspective. The multidisciplinary approach encourages you to think outside the box and integrate diverse information to gain a more holistic understanding.This module will be delivered through a combination of guided independent study, weekly optional drop-in sessions, and the option of a week-long residential programme that will further develop and enhance your academic, practical, and professional skills.
Aims
This module aims to enhance student understanding of both the clinical and technical roles of Clinical Biochemistry and Medical Immunology. They will develop key analytical skills to assess, investigate, and evaluate pathobiology and patient pathways, as well as develop evidence-based arguments to support clinical decision-making.
Intended Learning Outcomes
make evidence-based decisions using current research and technical trends in diagnostic Clinical Biochemistry and Immunology: 3use detailed knowledge of metabolism, pathology and clinical findings to assess, investigate and evaluate pathobiology related to patient pathways and tackle current problems faced by health professionals: 3critically discuss current issues within the role of practising health care scientists in Blood Sciences, particularly Clinical Biochemistry and Immunology: 1,3critically appraise scientific publications: 2,3critically appraise test methodologies principally within Clinical Biochemistry and Immunology: 2analyse complex scientific data to accurately interpret and validate clinical findings in Clinical Biochemistry and Immunology: 2discuss the importance of a multi-disciplinary approach to assessing patient health and clinical need: 1
Active Learning Hours:10 x 1-hour optional drop-in online sessions, including supporting introduction to the module, assessments, asynchronous topics and student Q&As8 x 8hr engagement with weekly asynchronous content, including note-taking, further reading and research on the topicIndependent Study Hours:4 x 20hrs SAQ assessment completion65 hrs lab report writing81 hrs completion of group taskOptional Residential hours:5 x 3 hours of activities, which may include meetings with the programme team and practical, academic and professional skills sessions
Description of Module Assessment
1: Group Assessment weighted 30%Student group projectIn groups of approx 4-5, students will produce one of the following: a 20-minute narrated PowerPoint (or equivalent) presentation, a 20-minute podcast or a 10-minute video (video to require audio plus visual content beyond presentation slides).
In addition to the group project (50% weighting), students will be required to include a 500-
word personal reflection on their performance (30%) and complete a peer review (20%) for
other group members.
Bespoke marking criteria will be prepared for each recorded output option with clear criteria to
distinguish between each. Guidance will be provided for reflective writing and peer evaluation.
Students will be provided with topic options, which the student group can further refine with the tutor's approval.
2: Laboratory Report weighted 30%Lab report componentAcross the programme, students will be required to complete an introduction, methods (or SOP), results and discussion. In this module, students will be provided with options for each component, all of which relate to the laboratory diagnosis of Clinical Biochemistry and Immunology. This will support student choice and accommodate different start dates.
Each component will be approximately 1500 words (+/- 10%).
3: Assignment weighted 40%Series of short answer questionsStudents will be provided with four short-answer questions that cover the module content. Each question will require a 500 (+/-10%) word answer plus an annotated reference list justifying the use of each included source. There is no word count for the annotated reference list. Examples of this element will be provided to demonstrate the level of detail expected.
The SAQs will be released throughout the module, aligned with the content. There will be a single deadline for each SAQ; however, students may elect to submit a single SAQ to an earlier drop-box to receive feedback that supports the completion of further SAQs within the module.