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We have 12 Structural Biology (light) PhD Projects, Programmes & Scholarships

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Structural Biology (light) PhD Projects, Programmes & Scholarships

We have 12 Structural Biology (light) PhD Projects, Programmes & Scholarships

Developing novel light-induced in-situ Electron Paramagnetic Resonance (EPR) methods

Light-induced in-situ Electron Paramagnetic Resonance (EPR) studies are a growing field in both continuous wave and pulsed EPR. It can be used to monitor photoactivated chemical and biochemical reactions involving radical reagents, projects or intermediates. Read more

Improving Photosynthetic Efficiency - Engineering and Evolution of Light-Harvesting Complexes via Synthetic Biology

Photosynthesis is the ultimate source of food and energy for almost all forms of life. Using sunlight as the energy input, photosynthesis removes carbon dioxide from the atmosphere generating the oxygen and carbohydrate that support complex life. Read more

Taking Light Induced Electron Paramagnetic Resonance In Cell for Biological Structural Determination

Studying the structure of proteins and other biological systems is an important step in understanding their function. Most structural studies are conducted in environments that are far away from native conditions, such as those found inside a cell. Read more

Self-funded PhD- Understanding Cell Biology through Imaging

We study the trafficking and interaction of molecules and structures inside cells. Extracellular signals need to be processed in a correct manner for a cell to function properly. Read more

Self-funded MSc R: Understanding Cell Biology Through Imaging

We study the trafficking and interaction of molecules and structures inside cells. Extracellular signals need to be processed in a correct manner for a cell to function properly. Read more

Fully Funded 4-Year Cheney Scholarship PhD Programme in In Situ Structural Biology

 Exciting new developments in imaging and structural methods, known as “in situ structural biology”, can reveal the structure and behaviour of biological macromolecules inside healthy and diseased cells and tissues. Read more

Understanding control of genome folding by cohesin

Our basic goal is to understand how chromatin structure influences gene regulation. Chromatin is generally repressive in nature but its structure is manipulated by cells in a regulated way to determine which genes are potentially transcriptionally active and which genes remain repressed in a given cell type. Read more

Chromatin remodelling complexes in human brain development

Chromatin regulators are a group of proteins that control the way the rest of the genome is opened up and “read” by the cellular machinery, with fundamental roles in development and disease. Read more
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