Biochemistry explores the chemical processes that allow our cells to function. It is a fascinating degree and Oxford has one of the largest Biochemistry departments in Europe. In their first year, students will build on their existing knowledge, studying various aspects of biochemistry.
Students attend tutorials, lectures and practicals delivered by expert researchers in the field. In their final year, students will undertake their own research project. This gives them valued experience and an opportunity to reflect on a career in research.
| UCAS Code | C700 |
|---|---|
| Minimum Entrance Requirements for Oxford Biochemistry Course | A-levels – A*AA including Chemistry and another Science or Mathematics, with the A* in one of these subjects Advanced Highers – AAB including an A in Chemistry and an A or B in another Science and Mathematics for those taking three Advanced Highers. For those doing two Advanced Highers and one Higher, AAA, including an A in Advanced Higher Chemistry and A in another Science or Mathematics at Advanced Higher or Higher level IB – 39 with 7 in Higher Level Chemistry and 6 in two other relevant subjects at Higher Level or Standard Level |
| Admission Test for Oxford Biochemistry Course | Interview |
| Subject Requirements for Biochemistry at Oxford | Oxford requires Chemistry and another Science or Mathematics. Oxford also recommends Mathematics and Biology. |
| Extras things admission tutors look for | At interview, Oxford Biochemistry Admission Tutors mainly look for: Your interest and passion for Biochemistry Your ability to take in new information, describe it and analyse its potential uses Your ability to discuss topics you are particularly interested in Your problem-solving skills and means of communicating |
| Duration | 4 years. Students will graduate with a MBiochem qualification |
| Admissions Statistics Oxford Biochemistry Course | Interviewed: 52% Successful: 14% Intake: 104 students per year |
| What is Biochemistry Course at Oxford? | Biochemistry at Oxford involves the study of both molecular and cellular processes. This helps to dissect where life came from, how diseases can affect us and also how organisms can develop. With this understanding, students develop their knowledge on the relationship between cell biology, medicine, physics and chemistry Due to there being both a theoretical and a practical element on this course, students will also develop their knowledge and be able to implement this on a real world scale. This will also help develop problem solving skills and expand their ability to conduct research. |
| Oxford Colleges that offer Biochemistry Course | Brasenose College, Christ Church, Corpus Christi College, Exeter College, Hertford College, Lincoln College, LMH College, Magdalen College, New College, Oriel College, Pembroke College, The Queen’s College, Somerville College, St Anne’s College, St Catz College, St Hilda’s College, St Hugh’s College, St John’s College, St Peter’s College, Teddy Hall College, Trinity College, University (Univ) College, Wadham College, Worcester College |
| Structure of Biochemistry Course at Oxford | First Year – Students take 5 courses in Cellular biochemistry, Molecular biochemistry, Mechanic biochemistry, Physical biochemistry and Quantitative biochemistry. Finally, students take assessments in five written papers at the end of the year and must have a satisfactory practical record. Year 2 and 3 – Teaching on themes of: Tool boxes for biochemistry, Information transfer in biological systems, Molecular processes in the cell, Cellular chemistry and The cell in time and space. There are four summative assessments, as well as seven written papers in total. Year 4 – Research project- Carry out an in-depth research project for 25 weeks. This happens alongside learning advanced skills within the first three weeks of the project. This will culminate in the production of a dissertation highlighting the research project. There is also coursework in the form of a review article. During years 1-3, the timetable is split between lectures (between 8-10 per week) and tutorials (between 1-3 per week). There are also practicals (normally one full day per week). Students will also have independent study to complete in between sessions. |
| Common Careers for Oxford Biochemistry Students | Examples of common careers include: Academic researcher Analytical chemist Clinical scientist Biotechnologist Medicinal chemist |
Recommended to read: Tips for an Oxford Biochemistry personal statement.
FAQs
Biochemistry is the study of the chemical processes within living organisms. At Oxford, studying biochemistry means gaining a comprehensive understanding of the molecular basis of life. It involves a combination of lectures, practical lab work, and independent research. Students will develop a wide range of skills, including critical thinking, problem-solving, and data analysis.
The entry requirements for studying biochemistry at Oxford vary depending on the course and college. Typically, students are required to have A-levels in chemistry and biology, with most colleges asking for an A* in one or both of these subjects. Students are also expected to have a strong academic record, with most successful applicants achieving at least AAA at A-level.
Studying biochemistry at Oxford provides students with a strong foundation in the fundamental principles of the subject. This, coupled with the opportunity to participate in research projects and work closely with leading researchers, prepares students well for postgraduate study in biochemistry or related fields.
Biochemistry research at Oxford covers a wide range of topics, including protein structure and function, DNA replication and repair, and cellular metabolism. The university has state-of-the-art research facilities and world-class researchers, and students have the opportunity to participate in cutting-edge research projects as part of their degree.
Biochemistry graduates from Oxford are in high demand, with many going on to work in a wide range of industries, including pharmaceuticals, biotechnology, and healthcare. Some graduates choose to continue their studies and pursue postgraduate research or further qualifications, while others opt for careers in finance, management, or law.
Biochemistry students at Oxford have access to a wide range of academic and pastoral support, including tutorial support, career advice, and student welfare services. The university also has a dedicated Biochemistry Society, which organizes social and academic events throughout the year.
