Oxford requirement to study Biochemistry (Molecular and Cellular); www.ox.ac.uk

Please be aware that if only a small number of people took the course, there may not be any data available.

Utilizing molecular techniques, biochemistry investigates, explains, and manipulates biological processes. The molecular study of life continues to grow at a rapid rate, providing new insights into a wide range of topics, including the origin of life, the nature of disease, and the development of individual organisms. We are now able to analyze biological phenomena in more and more precise molecular terms thanks to potent new methods like NMR spectroscopy and molecular genetics. The design and synthesis of drugs, forensic science, environmental monitoring, and a plethora of other fields have all benefited from these studies. Furthermore, the traditional divisions between cell biology, medicine, physics, and chemistry have been torn down as a result of advancements in biochemistry.

Check

• OXFORD Admission requirements for entry
• oxford requirement to study Archaeology and Anthropology
• SAT Test Centers and Dates in Gambia
• SAT Test Centers and Dates in Ghana
• SAT Test Centers and Dates in Kenya
• SAT Test Centers and Dates in Liberia
• SAT Test Centers and Dates in Madagascar

One of the largest departments in Europe, Oxford’s Biochemistry Department focuses on the following areas of study: Biology of cells; Genetics and development; Biology of RNA and the genome; Processes of Disease and Infection; Systems biology and microbiology; furthermore, Primary Science and Sub-atomic Biophysics. The division is very dynamic in research, with around 300 postgraduate understudies and exploration staff. The undergraduate course’s scope and teaching are based on the breadth and excellence of these activities. In addition to having access to a wide variety of printed and online journals, the department has excellent facilities for research and teaching as well as excellent digital resources.

Research placements/international opportunities

The fourth-year project, which lasts for 23 full-time weeks and is an important part of the Oxford Biochemistry course, allows students to conduct in-depth research under the guidance of an academic instructor. You select a project, design your experiments, plan your research schedule, and present your findings to other researchers in the field. Employers place a high value on the acquired work experience. Additionally, the project gives you a chance to consider your interest in and aptitude for a career in research.

The Biochemistry Department and related departments like Molecular Medicine, Clinical Biochemistry, Pathology, and Pharmacology offer a wide variety of fourth-year research projects. A self-organized project can also be carried out outside of the university or even the United Kingdom.

A typical week (Years 1-3)

During Years 1-3, your weekly timetable will be divided between lectures (typically eight to ten a week), tutorials and classes (1 to 3 a week) and practicals (averaging 1 full day a week). The remaining time will be spent on independent study (set reading or problem-solving exercises). Tutorials are usually 2-4 students and a tutor. Class sizes may vary depending on the topic but are usually no more than 10-12 students. The ratio of demonstrators to students during practical sessions is usually about 1:12.

Most tutorials and lectures are delivered by staff who are tutors in their subjects, many of whom are world-leading experts with years of experience in teaching and research. Some tutorials and lectures may be delivered by postdoctoral researchers, while tutorials are occasionally delivered by postgraduate students. Departmental classes and practicals are supervised by a senior member of staff and largely delivered by postdoctoral researchers or postgraduate students who are studying at doctoral level.

Year 4

In your fourth year, you will pick and finish a venture, enduring 23 full-time weeks (in addition to 2 for reviewing), which will permit you to investigate exhaustively, both lab based examination and explicit late advances in natural chemistry. Under the oversight of an examination bunch pioneer, you will plan your own tests, figure out how to design research projects and present your outcomes and thoughts – orally and written down – to different laborers in the field. In a format suitable for publication, the research project is presented in a dissertation.

Advanced skill training will be provided during the project’s first three weeks. In addition to the project, you will be required to write a review article-length essay. The first term will require you to be in Oxford for 12 weeks, with a two-week break over Christmas. You will proceed with your undertaking over the two months of the subsequent term and initial 3 weeks of the third term, presenting your task exposition from that point. Additionally, you will present your project in person.

Employers place a high value on the gained experience, but the project will also give you a chance to consider your aptitude and enthusiasm for a career in research. You will write a review article on a topic that interests you as part of the research project, with help from a subject matter expert.

A combination of grades from courses taken in the second and third years, the fourth-year assessment of the research project, and the review article are used to determine the final degree class. You will graduate with an MBiochem, a master’s degree, and invaluable research experience as a result of this additional work in your final year. This will provide you with excellent preparation for further study or a variety of careers. A combination of scores from assessments of work completed in the second, third, and fourth years determines the final degree class.

Visit our Academic Year page to learn more about the structure of our teaching year.

Course structure