Grant winners - 14 March 2013

March 14, 2013

Leverhulme Trust

Philip Leverhulme Prizes
Classics

The intersection between Graeco-Roman visual and literary cultures

The history and culture of pre-Islamic Turkey

Earth, Ocean and Atmospheric Sciences

The application of analytical chemistry to geochronology, archaeology and earth science

Major Research Fellowships

“Modern slavery” and the margins of freedom: debtors, detainees and children

The US and emerging powers: the transition to a new world order

Italian vernacular classics and textual scholarship, 10-1870

 

Economic and Social Research Council

Future Research Leaders Scheme

  • Award winner: David Vinson
  • Institution: University College London
  • Value: £156,077

Making sense from the hands and mouth: multimodal integration in spoken and signed languages

 

National Institute for Health Research

Health Technology Assessment Programme

Is whole colon investigation by colonoscopy, CT colonography or barium enema necessary for all patients with colorectal cancer symptoms, and for which patients would flexible sigmoidoscopy suffice?

 

Biotechnology and Biological Sciences Research Council

ERA-NET Grants

Tailor-made expression hosts depleted in protease activity for recombinant protein production

 

In detail

Leverhulme Trust Research Project Grants: Sciences

Award winner: Karen Faulds
Institution: University of Strathclyde
Value: £169,093

Assembly of nanoparticles for optimisation of enhanced Raman scattering

Surface-enhanced Raman scattering (SERS) is a technique of increasing importance in a range of fields including medical diagnostics and homeland security. It has the unique ability of being able to detect and identify many different species within a mixture and involves light of a particular wavelength being directed on to very small pieces of silver metal (nanoparticles), then some of the reflected light will have changed wavelength. Despite its sensitivity, its uptake for routine use as an analytical technique has been hampered by the difficulty in obtaining reprodu-cible signals from the metal surfaces used to provide the enhancement. This work proposes to experimentally quantify the relationship that the distance between nanoparticles has on the resultant SERS signal. It is hoped that this will allow greater understanding of the fundamental SERS process and allow the optimisation of SERS responses on a fundamental and a practical level.

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