Department of Life Sciences Programme Catalogue 2024/25
USSL-AFM01: MBiochem(Hons) Biochemistry
Route: MBiochem(Hons) Biochemistry
Leading to the award of MASTER OF BIOCHEMISTRY
Mode of Attendance: Full-time
Normal course duration: 4 Years
[Page last updated: 15 April 2024]
Please consult your course handbook or contact your Director of Studies for further information on assessment regulations
| This course is being replaced Years 1 and 2 of this version of the course are not available in 2024/25. |
Notes: - Courses and units may be changed in accordance with normal University procedures.
- This course catalogue is applicable for all years of study for the 2024/25 academic year only. Students continuing their studies into 2025/26 and beyond should not assume that this programme, or its component units, will be delivered in future years in the format displayed here.
- Assessment regulations are subject to review and update. Links given here will provide access to the latest versions of documentation. The regulations described in this documentation may not necessarily be those which applied in previous academic years. For detailed information on how assessment regulations were applied to this course in previous academic years, please contact the relevant Director of Studies.
- Availability of units is subject to constraints such as staff availability, minimum and maximum group sizes, and timetabling factors as well as a student's ability to meet any pre-requisite rules.
- Find out more about these and other important University terms and conditions here.
|
| Students must select 42 credits from the options available in Year 3 of this programme. |
Academic Year: Stage 3
Designated Essential Units:
Unit Code | Title | |
| SL30077 | Research design and project preparation (BB30259) | 12 Credits |
Semester 1: Stage 3
Compulsory Units:
Unit Code | Title | |
| SL30075 | Protein synthesis, folding and turnover (BB30162) | 6 Credits |
Optional Units: Select a minimum of 0 and a maximum of 4 units from the following list:
Unit Code | Title | |
| SL30051 | Cell membranes (BB30045) | 6 Credits |
| SL30069 | Molecular & medical neuroscience (BB30044) | 6 Credits |
| SL30080 | Sensory and signalling networks in plants (BB30129) | 6 Credits |
| SL40101 | Entrepreneurial biotechnology (BB40078) | 6 Credits |
| SL40115 | Molecular phylogenetics (BB40134) | 6 Credits |
| SL40118 | Pathogenesis and immune evasion by microbes (BB40139) | 6 Credits |
Optional Units: Select a minimum of 0 and a maximum of 2 units from the following list:
Unit Code | Title | |
| SL30065 | Genetic basis of inherited diseases (BB30229) | 6 Credits |
| SL40094 | Cell biology of metastasis (BB40184) | 6 Credits |
| SL40102 | Enzymes in biotechnology & medicine (BB40083) | 6 Credits |
| SL40104 | Frontiers of neuroscience (BB40082) | 6 Credits |
Semester 2: Stage 3
Optional Units: Select a minimum of 1 and a maximum of 5 units from the following list:
Unit Code | Title | |
| SL30044 | Advanced developmental genetics (BB30067) | 6 Credits |
| SL30054 | Concepts in systems biology (BB30169) | 6 Credits |
| SL30072 | Pharmacology of regenerative medicine (PA30252) | 6 Credits |
| SL30086 | The molecular biology and treatment of cancer (PA30157) | 6 Credits |
| SL30087 | Trends in molecular signalling (PA30169) | 6 Credits |
| SL30088 | Vaccines and other health interventions (BB30063) | 6 Credits |
| SL40103 | Enzymes: mechanisms, evolution and control in integrated biological systems (BB40048) | 6 Credits |
Optional Units: Select a minimum of 0 and a maximum of 2 units from the following list:
Unit Code | Title | |
| SL30049 | Cancer therapeutics (BB30230) | 6 Credits |
| SL40098 | Current topics in gene regulation and cell differentiation (BB40118) | 6 Credits |
| SL40108 | Medical biochemistry (BB40085) | 6 Credits |
| SL40111 | Modern methods of researching neurodegeneration (BB40164) | 6 Credits |
| SL40113 | Molecular immunology (BB40086) | 6 Credits |
| SL40130 | Structural biology in biotechnology & medicine (BB40109) | 6 Credits |
Notes: - Courses and units may be changed in accordance with normal University procedures.
- This course catalogue is applicable for all years of study for the 2024/25 academic year only. Students continuing their studies into 2025/26 and beyond should not assume that this programme, or its component units, will be delivered in future years in the format displayed here.
- Assessment regulations are subject to review and update. Links given here will provide access to the latest versions of documentation. The regulations described in this documentation may not necessarily be those which applied in previous academic years. For detailed information on how assessment regulations were applied to this course in previous academic years, please contact the relevant Director of Studies.
- Availability of units is subject to constraints such as staff availability, minimum and maximum group sizes, and timetabling factors as well as a student's ability to meet any pre-requisite rules.
- Find out more about these and other important University terms and conditions here.
|
Academic Year: Final Stage
Compulsory Units:
Unit Code | Title | |
| SL40091 | Advances in biosciences (BB40260) | 12 Credits |
| SL40107 | Masters research project (BB40261) | 48 Credits |
Notes: - Courses and units may be changed in accordance with normal University procedures.
- This course catalogue is applicable for all years of study for the 2024/25 academic year only. Students continuing their studies into 2025/26 and beyond should not assume that this programme, or its component units, will be delivered in future years in the format displayed here.
- Assessment regulations are subject to review and update. Links given here will provide access to the latest versions of documentation. The regulations described in this documentation may not necessarily be those which applied in previous academic years. For detailed information on how assessment regulations were applied to this course in previous academic years, please contact the relevant Director of Studies.
- Availability of units is subject to constraints such as staff availability, minimum and maximum group sizes, and timetabling factors as well as a student's ability to meet any pre-requisite rules.
- Find out more about these and other important University terms and conditions here.
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