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Past Placements - 2008

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Daily life in old age

Supervisor: Prof Christina Victor

School: Health and Social Care
Department: Health and Social Care, Health and Social Care

This placement will explore through both a literature review and the analysis of ‘activity diaries’ kept by older people for a week the experience of old age

Design of a rapid assay to enrich recovery of encapsulated bacteria

Supervisor: Dr Sheila MacIntyre

School: Biological Sciences
Department: Biological Science, Biological Sciences

An assay will be designed to selectively enrich live encapsulate bacteria and tested using a PCR based mutagenesis assay.

Developing polymeric materials mimicking mucosal tissues

Supervisor: Dr Vitaliy Khutoryanskiy

School: Chemistry, Food BioSciences and Pharmacy
Department: Pharmacy, Chemistry, Food BioSciences and Pharmacy

Hydrogel coatings will be developed on a surface of glass slides to mimic adhesive properties of mucosal tissues

Development of novel visualisation tools for the study of DNA-metal interactions

Supervisor: Dr Katja Strohfeldt

School: Chemistry, Food BioSciences and Pharmacy
Department: Pharmacy, Chemistry, Food BioSciences and Pharmacy

The placement is an interdisciplinary project between the Schools of Pharmacy, Biological Sciences and Computer Sciences aiming towards the development of scientific and educational tools visualizing newest research in the area of metal-based drugs.

Development of rural history bibliographies for the library at the Museum of English Rural Life

Supervisor: Lucy Atkinson

School: University Museums and Collections Services
Department: MERL, University Museums and Collections Services

University Museums, Archives and Collections Placement (Non-UROP)

Development of skin treatments for non-healing ulcerative wounds

Supervisor: Dr Clare Rawlinson

School: Chemistry, Food BioSciences and Pharmacy
Department: Pharmacy, Chemistry, Food BioSciences and Pharmacy

Influence of drug compounds on skin repair in wound healing; formulation, cytotoxicity, cell proliferation and cell migration.

Do bacterial pathogens target host nitric oxide during pathogenesis?

Supervisor: Robert Jackson

School: Biological Sciences
Department: Biological Science, Biological Sciences

Nitric oxide (NO) is a key signalling molecule produced by eukaryotes when attacked by pathogens. Some bacteria harbour nitric oxide reductases to break down NO, so this project will test the hypothesis that pathogenic bacteria break down NO to promote pathogenicity.

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