About this course
Major research projects include: cancer biology; transmembrane signalling; control of cellular metabolism, growth, differentiation and apoptosis using nuclear magnetic resonance, molecular biology and biochemical methodology; bacterial virulence; biosynthesis, regulation and mode of action of antibiotics; protein folding and protein engineering; macromolecular assemblies; nuclear magnetic resonance and x-ray studies of protein structure and protein-DNA interactions; protein targeting to organelles; function of clathrin-coated vesicles; molecular biology and evolution of photosynthetic bacteria; bacteriophage biology; toxin-antitoxin systems; chemical biology; synthetic biology; systems biology; enzymology; molecular embryology; chromatin structure and activation of transcription; molecular biology of cell adhesion and of spermatogenesis and mRNA translation and splicing.
Study Options
This course is available in 2 study options:
Full-time Shown above
Duration: 4 Years
Qualification: PhD
Location: Cambridge
Part-time
Duration: 7 Years
Qualification: PhD
Location: Cambridge
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Course Details
- Qualification
- Doctor of Philosophy - PhD
- Study Mode
- Full-time
- Duration
- 4 Years
- Start Date
- 2025
- Academic Year
- 2025
- Campus / Location
- Cambridge
- Scheme
- Undergraduate