Biochemistry (Molecular and Cellular)
The University of Oxford offers an undergraduate course in Biochemistry (Molecular and Cellular). The subject is about the study of things at molecular level. This study has undergone remarkable expansion in recent years, leading to growing insights into various topics such as the nature of disease, origin of life and the development of individual organism.
The advanced and powerful techniques such as NMR spectroscopy and those of molecular genetics enable us to analyze biological phenomena in more accurate molecular terms. This study has led to commercially valuable developments in environmental sensing, forensic science, drug design and synthesis and a complete range of other areas. Moreover, advances in biochemistry are widely accountable for the breakdown of conventional frontiers between medicine, chemistry, cell biology and physics as their applications become increasingly broad reaching.
Molecular and Cellular Biochemistry at Oxford
The Oxford Biochemistry Department is one of the biggest in Europe and comprises academic divisions of:
- Genes and Development
- Cell and Chromosome Biology
- Molecular and Systems Biochemistry
- Molecular Biophysics
- The Glycobiology Institute/Drug Discovery Research Unit
The Biochemistry Department is very active in the field like research with approximately three hundred postgraduate students and research staff. The excellence and width of these activities are reflected in the span of underpins of teaching and undergraduate course. The department is well-equipped with advanced research facilities, computer network, excellent teaching facilities and an easy access to a broad range of hard copy and online journals.
One of the important aspects of the Biochemistry course at Oxford is its fourth-year project. The duration of this project is eighteen weeks full-time that allows students to discover both specific advances in biochemistry and laboratory-based research. Students have to choose the project. Consequently, they learn to plan and present their ideas, results and research programme. Students will design their own experiments under the close direction of a group leader. This experience helps students to work efficiently on the job. The project equips students with the opportunity to unfold their aptitude and show their enthusiasm for a research career.
A Biochemist plays an important role in environmental, biological and clinical fields along with employment areas ranging from health care to agriculture. Biochemical analysis is used in forensic science and clinical science such as DNA fingerprinting, pharmaceutical and food industries. Other areas of employment may comprise bioinformatics and biotechnology. Generally, sixty percent of biochemistry graduates get into research and or further study. Some of the students get into biochemistry field whereas others find employment in commerce, industry and finance. Students may get the further information about careers in biochemistry on the UK Biochemical Society website.
Students who have completed Biochemistry recently include a market research executive, a financial analyst, a PhD researcher in clinical medicine and a research assistant at a Chinese University.