Main research areas: analytical and inorganic chemistry: development of non-isotopic immunoassays and multi-analyse optical or electrochemical sensors; structure-fluorescence relationships, design of new fluorescence labels and probes; aspects of flow injection analysis; electro-analytical chemistry; synthesis and spectroscopic study of phenylene-mercurials and of substituted triptycenes incorporating antimony, silicone, arsenic and bismuth atoms; kinetics and mechanisms of reactions involving solids; computing methods for crystallography, application of microcomputers to statistics, learning and chemical problems; organic and medicinal chemistry: design and use of new reagents for organic synthesis; synthetic applications based on mechanistic studies of novel reactions; synthetic organic and medicinal chemistry in which target molecules include potential non-addictive analgesics; potential novel liquid crystalline polymers; relationship between chemical composition and morphology of pathogenic yeasts and bacteria and their resistance to chemotherapeutic agents; biochemical pharmacology; physical chemistry.
A good degree (usually 1st or 2.1) in chemistry or a closely related discipline.
Research Councils (EPSRC, MRC); charities; many chemicals companies; British Council.
|Qualification||Study mode||Start month||Fee||Course duration|
|PhD||Full-time||October 2016||-||3 years|
|PhD||Part-time||October 2016||-||5 years|
|MPhil||Full-time||October 2016||-||2 years|
|MPhil||Part-time||October 2016||-||3 years|
|Campus name||Town||Postcode||Region||Main campus||Campus||Partner|
|Loughborough University||Loughborough||LE11 3TU||East Midlands|
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