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Every living being, from animals and plants to microorganisms, is characterized by its genetic blueprint, which enables us to explore diverse biological processes and even modify life through genetic engineering. Our studies encompass all levels of biological organization, from gene regulation to entire ecosystems, employing cutting-edge tools, computational biology, and mathematical modeling across viruses, bacteria, fungi, plants, insects, animals, and humans.
Comparative genomics examines DNA sequences across species, revealing evolutionary divergence and individual variations.
This methodology supports research in evolutionary biology, population genetics, cancer genomics, and personalized medicine by pinpointing crucial genetic markers.
Functional genomics utilizes DNA data to decipher biological mechanisms, whether by identifying genes, tracking global gene activity (via transcriptomics and proteomics), or enabling targeted gene and protein manipulation.
We investigate how biological systems function cohesively within whole organisms using the latest genomic and post-genomic innovations.
Our team excels in Next-Generation Sequencing (NGS), bioinformatics, digital transcriptomics, proteomics, computational modeling, advanced imaging, molecular biology, and classical genetics.
These approaches help decode the evolution, physiology, biochemistry, and genetics of intricate biological networks.
As a hub for integrative biology, we bridge molecular-scale biomolecular studies with organism-wide genomic analyses and ecological research in natural habitats.
Supported by world-class facilities and strong academic-industry collaborations, we tackle foundational scientific questions and pressing modern challenges. Our graduate students' impactful work earned recognition in the 2011 BBSRC Excellence with Impact competition.
We maintain exceptional PhD completion rates, consistently ranking among the UK's top institutions in the Times Higher Education Supplement. Our training program received top marks in the QAA's postgraduate review, and we hold a prestigious Athena SWAN Gold Award for advancing gender equality in STEM.
Our doctoral program is funded by major UK research councils (BBSRC, NERC, MRC), charities like Wellcome Trust and North West Cancer Research, international governments, and industry partners.