Two studentships are available within the Centre for Molecular Nanometrology at the University of Strathclyde.

1 - Development of a new approach to DNA sequence identification for disease diagnosis. The main aim of the work is to use the inherent sensitivity of surface enhanced resonance Raman scattering (SERRS) coupled with an innovative probe design to analyse genomic DNA samples without a target amplification step such as PCR. The studentship is multi-disciplinary and will involve training in various aspects of modern bioanalytical techniques with a strong emphasis on spectroscopic detection methods.

2 – Investigation of protein-protein interactions. This project will examine a new approach to analysing protein interactions based on functionalised nanoparticles. Specific protein partners will be tagged with unique nanoparticles bearing a signature for that protein and the interactions assessed based on the nanoparticles interactions. The studentship is part of a large program of research and is collaborative with the University of Glasgow.
A background in chemistry, life sciences or physics would be suitable.

The Centre for Molecular Nanometrology has state-of-the-art equipment for molecular manipulation, spectroscopy, chemical biology and nanotechnology and is housed in 6 specifically designed and modern laboratories. Candidates should expect to obtain a degree in chemistry or an equivalent subject with a 2.1 as the minimum level of award that will be considered. Interested candidates are urged to contact Dr Karen Faulds () or Professor Duncan Graham () for further details.
These are research council funded positions and details on stipend and eligibility are available on the EPSRC website (http://www.epsrc.ac.uk).