An innovative photoelectrochemical biosensor for pathogen detection (InnoPath). (InnoPath)

InnoPath proposes an innovative technology using low-cost, accurate, rapid, easy-to-use and robust attributes of singlet oxygen based photoelectrochemistry to offer more precise, sensitive and affordable diagnostics in lab and point-of-care settings. Benchmarked against gold standard real time polymerase chain reaction (PCR), the technology will be validated for pathogen detection using patient samples. A similar point-of-care or syndromic technology for common pathogens causing acute tropical fever, with comparable or better sensitivity than PCR and cost similar to existing rapid diagnostic tests, is not available today. InnoPath aims to improve patient care and reduce the impact of infectious diseases. Furthermore, it could advance epidemiological surveillance, timely detection of outbreaks and implementation of control measures. This project aims to 1) deliver a proof-of-concept for the photoelectrochemical detection of three common pathogens causing acute tropical fever and 2) demonstrate the feasibility of translating groundbreaking technology into a biosensor for pathogen detection. This project is a strategic collaboration with the Institute of Tropical Medicine Antwerp (ITM), building on a technology platform of the University of Antwerp.

Keywords:SENSORS

Disciplines:Chemical aspects of sensor technology