Authorised by Academic Registrar, April 1996
Objectives On completion of this subject students should understand the molecular biology of gene structure, expression and regulation at a detailed level; comprehend macromolecular structure and function and cell-matrix interactions; achieve a broad view of the importance of biochemistry and molecular biology to current advances in biology, biotechnology, medicine and agriculture; develop skills in the use of routine biochemistry laboratory equipment and in advanced biochemical and molecular biological techniques; manipulate and interpret biochemical data; develop skills in the communication of scientific information by verbal, written and poster displays.
Synopsis This subject is presented in four main themes: (i) molecular biology - gene structure, expression and regulation together with aspects of molecular virology; (ii) macromolecular structure and interaction in relation to biological activity - details of protein structure in relation to evolution, regulation of enzyme activity, the extracellular matrix, and dynamic interactions of proteins; (iii) biotechnology - the use of immobilised enzymes, recombinant DNA technology and genetic engineering; (iv) genetic disease - the molecular biology of genetic disease and gene therapy. Practical training extends the student's skill in modern and advanced techniques in biochemistry and molecular biology.
Assessment Examinations (2x2 hours): 80% + Laboratory: 20%