Mar 7, 2007

PhD Studentships, School of Pharmacy

The following projects are available within the School of Pharmacy:

HEU Students

1. Binding of small molecules to a tea leaf – BBSRC Case Studentship. Ref CR/002.
2. Characterisation of the physicochemical and solid-state behaviour of drugs in HFA-based propellants – 3M and BBSRC. Ref CR/001.
3. Nanoscale imaging of biological events. Ref. JA/001.
4. Single molecule investigations of DEAD-box helicases: understanding their role in cellular disease – BBSRC Studentship. Ref. SA/001.
5. The “Dewetting” phenomenon in protein-ligand recognition – BBSRC. Ref. CL/001.
6. Structural biology of human disease targets. Ref. JE/001.
7. Structural studies and medicinal chemistry of protein-ligand interactions - BBSRC – UK students only. Ref. MP/001.
8. Molecular interrogation of the Human Beta-1 Adrenoceptor Secondary Binding Site. Ref. BK/001.
9. Crystal prints and chaperones – BBSRC Studentship. Ref. CA/001.
10. A nuclear receptor-specific co-repressor complex implicated in Leukaemia and Lymphoma. Ref. DH/001.
11. Malodour and metabolomics – an investigation into apocrine sweat gland secretions. Ref. CD/001.

International Students

1. Metabolomics in life and health sciences. Ref. DAB1.
2. Yeast two hybrid identification of BCL11A interacting proteins. Ref. DH/003.
3. High resolution studies of biomolecular interactions and structure. Ref. LBSA 1.
4. The development pf surface engineered biomimetic systems for drug delivery/tissue engineering. Ref. LBSA2.
5. Nanoscale characterisation of pharmaceuticals. Ref. LBSA 3.
6. Modelling of protein structures for rational drug design. Ref. COMP1.
7. Advanced responsive polymers for drug delivery. Ref. CA.
8. Synthetic polymer-cell interactions. Ref. CA.
9. Tissue engineering – growing liver tissue for drug screening applications. Ref. TE 1.
10. Tissue engineering – growth factor release from biodegradable polymers. Ref. TE 2.
11. Oral polysaccharide delivery systems. Ref. DD1.
12. Interactions with HPMC. Ref. DD2.
13. Chemistry and macromolecular crystals. Ref. CDM/001.

Further details on the above projects are available at: http://www.nottingham.ac.uk/pharmacy/research/vacancies.php.

Reference : SCI153
Closing Date : Open until filled

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