Biological Sciences (Functional and Comparative Genomics)

Entry requirements

Please see the course page on the University website for full details.

Months of entry

Anytime

Course content

Each organism, whether animal, plant or microbe, is defined by its genome and this same information can be used by us to investigate wide ranging biological phenomena and even alter biology itself through the production of transgenic organisms.

Our research spans the biological sciences from genes and their regulation to whole organisms and ecosystems. We work with viruses, bacteria, fungi, animals, insects, plants and humans using state-of-the-art technologies, bioinformatics and mathematical models.

Comparative genomics represents the analysis of DNA sequences from different organisms, allowing us to understand how individuals differ or species have diverged.

This approach underpins studies ranging from evolutionary and population biology to the analysis of changes that result in cancer development or the identification of critical genetic factors relevant to personalised medicine.

Functional genomics is the application of DNA sequence data to determine how organisms and specific processes work, whether through the identification of specific genes, monitoring gene expression globally (transcriptomics and proteomics) or facilitating the direct analysis and manipulation of specific genes and proteins.

Our research aims to understand how biological systems are functionally integrated within the context of the whole organism using the most recent advances in genomic and post genomic technologies.

We have a proven track record and leading expertise in the use of Next Generation DNA sequencing (NGS) and bioinformatics, digital and array-based transcriptomics, proteomics, computational modelling, whole organism and cell imaging, conventional physiology and molecular biology and classical genetics.

These are combined to unravel the evolution, physiology, biochemistry and genetics of complex biological systems.

As an institute devoted to integrative biology, we span the range of biosciences from the fine-scale resolution of biomolecular structure through the genome-wide analysis of cells and organisms, to the evolution and ecology of organisms in their natural environment.

Underpinning this diversity, we offer world-class facilities and infrastructure for research, and superb links to internationally excellent partners in both the academic and industrial sectors.

Our research seeks to answer fundamental questions, and to address key issues of contemporary concern. We were awarded a prize in the UK-wide BBSRC 2011 ‘Excellence with Impact’ competition, which commended the work of our graduate students in impact activities.

Our PhD completion rates are ranked amongst the highest in the UK by the Times Higher Education Supplement, one of only two Universities to have repeatedly ranked in the top four institutions. Furthermore, our complementary training programme was awarded the highest grade in the QAA review of all HEI PGR training. In addition, the institute is one of only 10 organisations in UK universities in 2017 to hold a gold AthenaSWAN award for gender equality in science education and research.

Our PhD programme is financed by substantial training grants from the main UK government Research Councils, including the Biotechnology and Biological Sciences Research Council, the Natural Environment Research Council and The Medical Research Council, as well as charitable trusts, such as North West Cancer Research, Wellcome Trust, overseas governments and industrial collaborators.

We particularly welcome research proposals that match those of our researchers, including:

• Genomic analysis of pathogens
• Environmental microbiology and virology
• Gene expression, regulation and cell signalling mechanisms
• Animal physiology
• Molecular toxicology
• Bionanotechnology
• Plant breeding and biotechnology.