The UK has probably one of the most cosmopolitan societies within Europe and you will study with people from all over the world in this truly multicultural society. The variety of universities and degrees is broad and degrees will be accepted worldwide. Some of the world's best universities like Oxford or Cambridge are located in the United Kingdom as well. Read more about studying in United Kingdom
Besides Physics and Chemistry, Biology is one of the classical natural sciences. It is a very wide subject covering the study of all kinds of living organisms. The foundations of modern biology are cell theory, evolution, genetics, homeostasis and energy.
Find and compare 65 PhDs in Biology in United Kingdom. Below is a selection of the available study options. If you're interested in studying Biology in United Kingdom you can view all 65 PhD opportunities. You can also read more about the Biology discipline in general or about studying in United Kingdom.
The University of Manchester
PhD programmes are based on individual research projects that last 3 or 4 years, working with a specific academic supervisor (principle investigators). The Faculty of Life Sciences is home to one of the country's leading groups of bioinformaticians and functional genomics practitioners, with the largest concentration of bioinformaticians in any UK higher education institute.
The University of Manchester
PhD programmes are based on individual research projects that last 3 or 4 years, working with a specific academic supervisor (principle investigators). Manchester is a major centre for research in gene expression and intracellular signalling.
Cardiff University
This programme offers knowledge and expertise for a career in the pharmaceuticals and fine chemical sectors, teaching, biomedical research fields, research and managerial roles in general manufacturing industry (eg food, cosmetics, petrochemical etc).
The University of Manchester
Research programmes encompass: function and dysfunction in various ophthalmic conditions and how this can be measured; visual optics and determinants of optimal performance; ocular imaging through use of a diverse spectrum of techniques; psychophysics and electrophysiology; and the challenges relating to measurement and management of low vision
University of Birmingham
Research in Molecular and Cell Biology addresses the function of cells and tissues at the molecular level using biomolecular, systems biology, advanced microscopic, genetic and structural biology techniques.
The University of Manchester
PhD programmes are based on individual research projects that last 3 or 4 years, working with a specific academic supervisor (principle investigators). The Faculty has considerable breadth and expertise underpinned by state-of-the-art facilities in confocal, electron and light microscopy. Much of the research carried out is focussed on understanding the molecular basis of cell division, organelle biogenesis and protein targeting, differentiation, adhesion and secretion
The University of Manchester
Physiology seeks to addresses how the individual aspects of molecular, cellular, tissue and organ function relates to whole organism function and how perturbations from the external environment effect these processes. Research utilises emerging technologies in parallel with more traditional studies at whole organism level. This approach benefits from the sense of perspective gained from the application of a wide range of techniques to understanding physiological systems.
University of Portsmouth
Our research activities cover a wide range of interests from the molecular level to the environment, reflecting the complexity of the modern biological sciences.
The University of Manchester
PhD research in Optometry follows the five themes of the Eye & Vision Sciences Research Group which are: Function and Dysfunction, Visual Optics and Instrumentation, Ocular Imaging, Visual Psychophysics, Low Vision
University of Essex
This allows you to undertake research in the field of biostatistics.
The University of Manchester
The Plant Sciences group at The University of Manchester aim to understand the endogenous and extrinsic factors that regulate plant growth, development, evolution and adaptation. Experimental approaches range from studies of individual molecules through to the whole plant in its natural environment.
University of Bristol
Research in the Centre for Comparative and Clinical Anatomy (CCCA) is internationally recognised, and is funded by research councils, charities and private industry. CCCA has excellent facilities for both research and teaching. Its links with Clinical Medicine and Clinical Veterinary Sciences provide a wide range of opportunities for translational research.