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Roy Meyler

About Me - Current Projects - Supervisor - Academic History - Previous Projects - Honours & Awards

News

image Science Communication Course - Imperial College London

As part of my ongoing training and professional development, I recently attended Impreial College London's Science Communiction Course. The week long program provides a balance of technical and theoretical training regarding public engagement for scientists en…

image SWIG Conference Ethiad Stadium Manchester

On the 28th of January, the Sensors for Water interset Group (SWIG) held a conference on 'The role of sensors in disinfection and microbiological monitoring' in the Ethiad Stadium, Manchester. In attendance were representatives from sensor manufacturing compa…


About Me

My main interest lies in the development of novel sensors. In the past I have worked on projects dealing with Alzheimer’s, Parkinson’s, diabetes and environmental toxins.

I am currently based in the 'Electrochemical & Interfaces Group' at the University of Warwick where I am interested in using state-of-the-art carbon based materials in advanced analytical methodologies.


Current Project

"Carbon based electrochemical sensors for the detection of species in complex environments"

(Chemistry, Physics, Engineering)

Summary

Electrochemistry represents a low cost, potentially non-invasive means of sensing the solution environment, such as trace species in pharmaceutical processing e.g. potential genotoxic impurities (PGIs), process waters and biological environments such as neurotransmitters. Carbon electrodes (sp3 and sp2 hybridised) are particularly attractive electrodes due to their biocompatibility and low cost. However different forms of carbon show different degrees of catalytically activity towards different target analytes. I will design, using a “bottom up” approach, new electrodes for different trace species detection,which can also be integrated into non-perturbative on-line flow-detection systems. Key objectives are to reduce analysis times, lower costs and improve on current detection levels.

Previous Projects and Presentations

  1. Bottom-Up Colorimetric Sensor Development for the Analysis of Medically Interesting Analytes
  2. Dope Money - The Analysis of Cocaine on Banknotes
  3. Forensic Techniques for the Discrimination of Fibres and Textiles
  4. Wearable sensors for the study of Alzheimer’s and Parkinson’s disease
  5. Carcinogens in the Water – An Analysis of Total Cr and Cr(VI) in Kansas Drinking Water
  6. Are Your Toddlers Drinking Lead? – An Analysis of Lead Content in U.S. Apple Juice Products


    Supervisor & Work Group

    Prof. Julie MacPherson

    Professor of Chemistry and Supervisor of the 'Electrochemistry Interfaces Group' with special interest in the development of electrochemical sensors.

    Find out more about Prof. J. MacPherson here→

    Info on the Electrochemistry Interfaces Group can be found here→

     

    Academic History

    2013-Present
    2008-2012
    2010-2012
    2010-2010

    Bachelor of Science (B.Sc.), Physical Chemistry, Eurobachelor

    Universität Regensburg / University of Regensburg, Germany
    Projects: 2


    Honours and Awards

    Marie Curie Fellowship


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    European Commission – Innovation and Research DG
    March 2013




     

    Roy Meyler

    Contact Details


    MOAC and Systems Biology DTCs
    Top Floor, Senate House
    The University of Warwick
    Coventry
    CV4 7AL

    Tel: +44 (0) 7455 028689

    E-mail: R dot E dot P dot Meyler at warwick dot ac dot uk

    Connect with Me

    LinkedIn

    Links

    Curriculum Vitae (PDF Document)

    Affiliations


    EU Commission

    Marie Curie