UQ School of Information Technology and Electrical Engineering’s Associate Professor Udantha Abeyratne said the mobile application was based on an automated algorithm that could use sound alone to diagnose respiratory conditions such as pneumonia and asthma, without the need for additional hardware.
“The technology is based on the premise that cough and breathing sounds carry vital information on the state of the respiratory tract,” Dr Abeyrante said.
Recently commercialised by spin-off company ResApp, the new diagnostic tool will allow doctors to diagnose and monitor respiratory diseases via a smartphone application.
ResApp has already secured more than $4 million to develop the technology and launch it into the marketplace.
“I initially started developing this technology with the assistance of funding from the Bill and Melinda Gates Foundation in 2009,” Dr Abeyratne said.
“So it’s incredibly pleasing to see it go beyond the initial conception stage, right through to UQ signing commercialisation agreements with external companies.”
Launched on the Australian Stock Exchange this month, ResApp is one of only a handful of UQ companies to be publicly listed.
Licensed with the assistance of UQ commercialisation arm UniQuest, ResApp is expected to lead to cost savings for consumers, insurers and governments through shorter consultation times, the ability to use telehealth solutions and a reduced use of antibiotics.
With the capability to function over multiple platforms such as smartphones, web, wearable and medical devices, potential markets for this technology range from smartphone users to telehealth providers and organisations such as the World Health Organisation.
ResApp CEO Tony Keating said the application was expected to be available in 2016.
“ResApp is excited to be working closely with Associate Professor Abeyratne’s team at the University of Queensland to commercialise technology that brings the power of a true medical diagnostic tool to everybody who owns a smartphone,” Mr Keating said.
Dr Abeyratne said he would like to see the technology clinically verified and FDA approved.
“My aim is for it to be implemented on mobile phones and other ubiquitous computing devices, empowering and enhancing patient participation in managing respiratory diseases such as pneumonia, asthma and whooping cough,” Dr Aberyratne said.
“Pneumonia alone kills about one million children every year, largely in remote resource-poor regions of the world.”
About the UQ School of Information Technology and Electrical EngineeringLocated within the Faculty of Engineering, Architecture and Information Technology, the School of ITEE is at the forefront of research, teaching and learning across the Information & Communications Technology (ICT) and Engineering disciplines.
The School of ITEE offers a multifaceted suite of teaching programs, at both the undergraduate and postgraduate level, in Information Technology, Engineering Hardware, Software and Information Management, Human-Computer Interaction and Multimedia Design.