SUBJECT-SPECIFIC TAUGHT MODULES
Please note that this is a provisional list. The selection of modules will not be made until the start of the course. Advice will be given by the Subject Tutors on selection taking into account the interest of the student, relevance to the Research Project and the previous academic experience of the student. Some modules may be appropriate for more than one subject stream.
Biotechnology - Taught modules (Select one of the following)
Computational and Systems Biology : In Silico Analysis of Genes and Proteins and their Biological Roles
Molecular Mechanisms of Gene Expression and Regulation
Genes to Disease
Subject Stream Tutor
Prof Ivan Gout
firstname.lastname@example.org, tel +44 20 7679 4482
Please note that you only choose your Research Project at the start of the course following advice from the subject tutor. The information given here is just to give you a "flavour" of the options and for you to think about the topic that particularly interests you.
Recent advances in genetics and genome projects in microorganisms, plants and animals offer huge potential benefits on every aspect of human life, including healthcare, agriculture and the environment, through the development of novel therapeutic and diagnostic approaches, the enhancement of food production and increasing biodiversity. The contribution of biotechnology, which is one of the most rapidly growing fields within applied biosciences, to the health and economic prosperity is immense and constantly growing.
The Division of Biosciences is well placed to exploit emerging research opportunities in the field of biotechnology. A wide variety of active research programs embark on generating transgenic organisms, production of recombinant proteins in various expression systems, structure/function analysis and the development of novel drugs and healthcare products. The links below represent just a few examples of research topics in the field of biotechnology.
Successful candidates will have the opportunity to enhance their knowledge in modern biotechnology and to gain hands-on research experience in diverse techniques and methodologies, including molecular cloning, expression and affinity purification of recombinant proteins, molecular modeling and docking, confocal microscopy, DNA microarrays and mass spectrometry.
Dr. Lazaros Foukas
Professor Ivan Gout
Professor Elizabeth Shephard
Professor Kaila Srai
Dr. Emmanuel Boucrot
Professor Geraint Thomas
Example Project titles include:
A - Assay development for nutrient overload-induced cellular ageing
B - The use of nanofiber/microfiber scaffolds for developing 3D cancer cell models
C - Proving G-proteins are phosphorylated - creating and benchmarking new FRET probes for in vivo use.
D – Trafficking of transferrin receptor in iron sensing and intracellular signalling
Page last modified on 16 sep 15 15:23