Grant winners ¨C 7 July 2016

A round-up of recent recipients of research council cash

July 7, 2016
Grant winners tab on folder

Arts and Humanities Research Council

Research grants

Editing Aphra Behn in 바카라사이트 digital age (E-ABIDA)


Language acts and worldmaking


Leverhulme Trust

Research Project Grants
Sciences

Data-driven discovery of correlations between genes and ageing-related changes


New frontiers in lipoprotein analysis: small molecules, big questions?


Unravelling photoprotection pathways in plant sunscreens


National Institute for Health Research

Efficacy and Mechanism Evaluation Programme

GEM3: A multi-centre double-blind placebo-controlled randomised trial of a combination of methotrexate and gefitinib versus methotrexate alone as a treatment for ectopic pregnancy

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Screening programme for pre?eclampsia (SPREE)


Health Technology Assessment Programme

Investigating 바카라사이트 effectiveness and cost-effectiveness of using FITNET to treat paediatric CFS/ME in 바카라사이트 UK


MRC/BBSRC/ EPSRC/ESRC

Joint awards by 바카라사이트 Medical Research Council, 바카라사이트 Biotechnology and Biological Sciences Research Council, 바카라사이트 Engineering and Physical Sciences Research Council and 바카라사이트 Economic and Social Research Council

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Cross-council awards to tackle antibiotic resistance

Accelerating development of infection diagnostics for patient management and reduction of antibiotic misuse


Optimising innate host defence to combat AMR


In detail

Award winner: Andrew Bailey
Institution: University of Bristol
Value: ?2.2 million

Exploring nature¡¯s silent pharmacy

Penicillin, 바카라사이트 first antibiotic, was derived from fungi in 1941, and 바카라사이트 organisms have continued to be an important source of antimicrobial drugs ever since. This project will use contemporary technology to revisit old compounds in 바카라사이트 hope of discovering new benefits that might have been missed first time around. Cutting-edge computing methods will allow researchers to sequence 바카라사이트 entire genome of a fungus, which was not possible before with traditional drug discovery methods. This could point researchers to a wide range of undiscovered natural compounds that, if bioactive, could lead to much-needed new types of antibiotics.

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