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/ ) at Durham University (Chemistry Department). Most chemistry is assumed to occur under thermal control. However, when a bond breaks, energy is released causing the products of the reaction to recoil from each
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Class UK Bachelor (Honours) or equivalent Subject Area: Chemical Toxicology, Environmental Chemistry, Geochemistry Keywords: Bioenergy, Carbon Capture and Storage, Chemistry
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A Ph.D. studentship (3.5 years) is available under the supervision of Dr Ian Crossley, Department of Chemistry, School of Life Sciences, starting September 2024. Deadline: April 30th 2024 BRIEF
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novel small antibody fragments that can penetrate much deeper into tissues for treatment of solid tumours. The successful applicant will be a talented biochemist or chemist with enthusiasm for chemistry
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Dr Enzo Liotti, Prof Andrew Watt & Dr Sion Richards (STFC) A fully-funded DPhil Studentship is available for this exciting project on novel manufacturing methods for X-ray imaging scintillator materials. The project will be carried out in collaboration with the Rutherford Appleton Laboratory...
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for imaging and therapy in medicine Applications are invited from suitably qualified and motivated candidates for an EPSRC CASE PhD studentship based in Chemistry at the University of Southampton, in
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View All Vacancies Chemistry Location: UK Other Closing Date: Monday 06 May 2024 Reference: SCI272 UoN Supervisor Neil Oldham A 4-year fully funded BBSRC PhD CASE studentship is available
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Application deadline: All year round (as long as possible) Research theme: Chemistry (Physical and Analytical Chemistry) How to apply: https://uom.link/pgr-apply-fap This studentship is funded
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in a wide range of techniques, from synthetic chemistry, biophysical, chemical biology, and cell biology. Led by Dr Rianne Lord at UEA and co-supervised by Professor Mark Webber at the Quadram
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these techniques to investigate the molecular basis of cataract formation, focusing on UV induced structural changes and REDOX chemistry in the eye lens. This model system will form the basis of methods development