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The University of Southampton
Global Network for Anti-Microbial Resistance and Infection Prevention

One of the UK’s leading Ophthalmology prizes for Research goes to a NAMRIP research team

Published: 7 July 2017
Parwez Hossain shows Lord O'Neill how the technology works at the NAMRIP Summer 2017 conference

A Global-NAMRIP project has won one of the major research prizes in Ophthalmology.

The project is an interfaculty collaboration within the University of Southampton’s Network for AntiMicrobial Resistance & Infection Prevention (NAMRIP). The participants are from Electronic Engineering; Molecular Microbiology; Ophthalmology (Eye Unit) and Southampton University NHS Hospital Trust. It has produced a flourishing collaboration with Lighthouse in Kenya, and with the Christian Medical College (Vellore, India). The collaboration has developed a novel portable device, using the application of a technology known as electrical impedance, to identify different types of bacteria with no sample preparation and ‘instant’ detection from, literally, a drop of specimen.

The prize, The Founders Cup, awarded at the 101st Oxford Ophthalmological Congress, was for a novel approach to identify micro-organisms involved in corneal infections and provide instant identification of bacteria. The Southampton project, led by NAMRIP member, Dr Parwez Hossain, pushed one from the University of Oxford and Oxford University Hospitals NHS Foundation Trust into second place, beating ten other entrants from academic eye units in the UK.



The award recognised laboratory proof of principle of the approach using eye tissue models The models were developed by molecular microbiologists in the Faculty of Medicine from residual corneal tissue from the UHS Eye Unit Corneal Transplant Service. The proof used known eye microbial pathogens, to show that different ones can be identified and counted with results appearing almost instantly. The findings of the research have deep implications for the treatment of corneal infections, as this could shorten microbial detection times, currently ranging from 48 hours to two weeks, to only a few minutes. A dedicated prototype device has been set up for clinical samples for patients presenting with corneal infections. Last week the Health Research Authority and National Research Ethics Service approved its use directly from patient samples presenting with corneal infections in the Eye Unit at UHS. With this clinical cross faculty clinical project, the team will be refining the technology to optimise it for clinical application. 

At the 2017 NAMRIP Conference on 5 June, Dr Hossain gave a well-received paper outlining the project and team members also met Lord O’Neill who was impressed by their exhibit, which explained the science, when he toured the Conference Exhibition.


NAMRIP pump priming project title: ‘Microbial Pathogen Detection in Ocular Infection Using Microfluidic Impedance Flow Cytometry (MIFC)

NAMRIP members: P. Hossain, M. del Mar Cendra,  D. Spencer, M. Christodoulides, H. Morgan



I am sure all of NAMRIP will join me in congratulating Parwez, Maria, Daniel, Myron and Hwyel on their magnificent win. The NAMRIP steering committee recognized the importance of this work, the excellence of the team, and the potential for impact both in developed world and in Low/Middle Income Countries when they first suggested this study, and we are thrilled for them, very proud of what they have accomplished. Furthermore, it is fantastic to see on the first four projects we funded under Global-NAMRIP produce such flourishing collaborations with Lighthouse in Kenya, and with the Christian Medical College (Vellore, India). I absolutely could not be more delighted that a team of such dedicated and wonderful people has had the fully-deserved recognition of such a superb win against eminent and distinguished competition. I am very grateful to the EPSRC ‘Bridging the Gap in AMR’ scheme, from which NAMRIP won the funds that supported this amazing pump-priming project

Professor Timothy Leighton FREng, FRS - Professor of Ultrasonics and Underwater Acoustics and Chair of NAMRIP, University of Ssouthampton
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