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Role:
Department staff:
Collaborations:
- Dr Chris Probert (University of Liverpool Institute of translational medicine)
- Bristol Urological Institute (North Bristol NHS Trust)
- Samsung
- Dr Andrew Ewer Birmingham University School of Clinical and Experimental Medicine
- Istvan Lagzi Budapest University of Technology and Economics
- Peter Hantz FMI Basel
- University of Catania (Italy)
- Freiburg Materials Research Center
- University of Freiburg
- Institute of Microelectronics of Seville (CSIC)
- National Defense Academy of Japan
- IST Hokkaido University
- University of Tokyo
- Cardinal Stefan Wyszynski University Warsaw
- Friedrich-Schiller-University Jena
- Southampton University
Research staff:
- Qualifications:BSc PhD
- Position:Associate Professor Biosensing and Diagnostics
- Department:Faculty of Health and Applied Sciences (HAS) HAS - Applied Sciences
- Telephone:+4411732 82461
- Email:Ben.DeLacyCostello@uwe.ac.uk
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Social media:
About me
I completed a PhD in the fabrication of gas sensors targetted to detect microbial spoilage of stored foodstuffs. I have almost 20 years experience of volatile analysis particulalrly the linking of volatiles to disease states. I also have extensive experience in the production of gas sensors and sensor array systems for the detection of volatiles associated with disease states.
I work with Professor Norman Ratcliffe and Dr Rick Ewen at UWE. We have strong collaborative links with Professor Chris Probert (http://www.liv.ac.uk/translational-medicine/staff/chris-probert/), University of Liverpool (previously University of Bristol)
I also have over 10 years experience in the area of chemical computing and unconventional/non-classical computing. I collaborate with Professor Andrew Adamatzky and Professor Larry Bull at UWE. We have an Unconventional computing Group (http://uncomp.uwe.ac.uk/)
This is a link to my Google Scolar page with a full list of publications (http://scholar.google.co.uk/citations?user=smHsy0sAAAAJ&hl=en)
Area of expertise
The fabrication and testing of gas sensors
Detecting volatiles linked to disease in humans or microbial spoilage of foodstuffs
The fabrication of sensor systems for the detection of volatiles emanating from disease
Computing with excitable chemical systems
Computing with slime moulds
Pattern formation in simple chemical reactions
Publications
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