An Artificial Intelligence (AI) programme has yielded promising results from chest X-rays in a simulated clinical test setting to speed up COVID-19 diagnosis in patients who present at A&E departments with respiratory symptoms.
The findings are part of a study created by Bering; conducted by iCAIRD, Scotland’s Industrial Centre for AI Research in Digital Diagnostics; and funded by Innovate UK in partnership with NHS Greater Glasgow and Clyde.
The research used Canon Medical Research Europe’s Safe Haven Artificial Intelligence Platform (SHAIP) as well as datasets from the Glasgow Safe Haven.
Ongoing research highlights the importance of using developments in AI to enhance diagnosis and treatment
And it uses a new AI algorithm, giving an accurate COVID-19 result in a test environment under three minutes, with performance on par with four certified radiologists.
“This is another welcome development demonstrating the potential for AI to support clinicians ensuring patients are getting the highest-quality and most-relevant treatment,” said Professor David Lowe, joint clinical lead of the West of Scotland Innovation Hub and an emergency medicine consultant at Queen Elizabeth University Hospital.
“Through testing in a safe environment we have been able to see that this algorithm can identify COVID-19 on chest X-rays that were routinely taken during initial clinical assessment.
“This could not just help with the treatment of patients, but may also speed up the process of isolating infected patients.”
Dr Mark Hall, radiology consultant at NHS Greater Glasgow & Clyde, added: “We continue to see the positive potential impact AI could have on radiology, from reducing waiting times to improving accuracy and reducing pressures on staff.
“Ongoing research highlights the importance of using developments in AI to enhance diagnosis and treatment.
“The level of accuracy may allow consultants to make even more-informed decisions as we have a greater pool of data to use.
Technology like this may help us speed up processing high numbers of similar cases, while retaining accuracy, allowing for more time with patients and more-complex cases.
“There can often be a misconception that AI input will mean the public gets less time with doctors, but this is not the case.
“Technology like this may help us speed up processing high numbers of similar cases, while retaining accuracy, allowing for more time with patients and more-complex cases.”
And Mark Hitchman, managing director of Canon Medical Systems UK, told BBH: “COVID-19, along with many chronic diseases, continually puts pressure on our UK health services.
“Research and development into how we can speed-up diagnostic imaging is therefore incredibly important.
“There are also broader benefits of having AI research situated in the UK via our sister company, Canon Medical Research Europe. It means that the AI algorithms developed using the Safe Haven Artificial Intelligence Platform are specific in terms of demographics, meaning more readiness for UK patient population deployment.”
The Canon Medical Research Europe AI Centre of Excellence includes a team of data sciences, clinical analysts, and software engineers based in Edinburgh who collaborate with the universities of Glasgow and Aberdeen and NHS hospitals including Queen Elizabeth University Hospital Glasgow and Aberdeen Royal Infirmary.
We continue to see the positive potential impact AI could have on radiology, from reducing waiting times to improving accuracy and reducing pressures on staff
The team is developing a set of tools to help clinicians to create novel AI solutions using UK patient data for machine learning, together with infrastructure for data scientists to develop, train, and validate algorithms without patient data ever leaving the hospital environment.
“Collaboration with academia, NHS, and industry is vital for the safe collection of usable data, its annotation and testing, plus deployment into active AI research,” explains Ken Sutherland, president of Canon Medical Research Europe.
“Our work in Edinburgh underpins many exciting AI research projects in automation, decision support and ultimately precision medicine.”
