UK researchers have secured government funding to study the use of artificial intelligence for breast cancer screening in NHS hospitals.
The work builds on previous research which showed that artificial intelligence could be as effective as human radiologists in spotting breast cancer from X-ray images.
Backed by funding through the Artificial Intelligence in Health and Care Award, the next stages of the project aim to further assess the feasibility of the AI system to see how the technology could be integrated into the national screening programme in the future to support clinicians.
The partnership, which includes Imperial College London, Google Health, Imperial College Healthcare NHS Trust, St George’s Hospitals NHS Foundation Trust, and the Royal Surrey NHS Foundation Trust builds on previous work, in which the researchers trained the algorithm on depersonalised patient data and mammograms from patients in the UK and US.
The findings, published in Nature in January 2020, showed the AI system was able to correctly identify cancers from the images with a similar degree of accuracy to expert radiologists, and demonstrated potential to assist clinical staff in practice.
The funding has been awarded to Imperial College London and the three NHS Trusts for a retrospective study to determine the accuracy and fairness of an AI-model, examine how radiologists and clinicians interact with the AI system, and a prospective observational study in a clinical setting. All research will be subject to National Research Ethics approval before commencing. The AI system would not be used in patient care during the study, and clinicians would remain in full control of patient care pathways at all times.
One in eight women in the UK will be diagnosed with breast cancer in their lifetime, with the risk increasing with age. Early detection and treatment provide the best outcome for women, but accurately detecting and diagnosing breast cancer remains a significant challenge.
The funding of this project is one of a number to be announced today by the Department of Health and Social Care, NHSX and the National Institute for Health Research. The Artificial Intelligence in Health and Care Award is making £140 million available over four years to accelerate the testing and evaluation of artificial intelligence technologies which meet the aims set out in the NHS Long Term Plan.
The AI Award is one of the programmes that make up the NHS AI Lab, led by NHSX and delivered in partnership with the Accelerated Access Collaborative (AAC) and National Institute for Health Research (NIHR). The Award is part of the £250 million funding given by the Department for Health and Social Care to NHSX to establish an AI Lab aimed at improving the health and lives of patients.
Professor the Lord Ara Darzi of Denham, Director of the Institute of Global Health Innovation at Imperial College London and chief investigator on the project, said: “Our early work in this area has shown that using algorithms to screen for breast cancer is feasible. This next step will be our first real life test of AI as part of a national screening programme.
“AI is not designed to replace healthcare workers, whose clinical training and experience are invaluable to the NHS. Ultimately, we hope these tools could help to reduce the current burden on radiologists and the NHS, improving outcomes for patients through earlier detection and treatment of cancer.”
Professor Deborah Cunningham, Consultant radiologist at Imperial College Healthcare NHS Trust, said: “We are very excited to be able to work with colleagues assessing this new AI tool in screening mammogram interpretation in a real-world situation for the first time. There is a national shortage of clinicians qualified to interpret screening mammography and this product has the potential to mitigate this problem, while improving early breast cancer diagnosis, benefiting a large number of asymptomatic well women.”
Dr Susan Thomas, Clinical Director at Google Health said: “Artificial intelligence has shown great potential to dramatically improve both access and quality of healthcare, and the next step is to assess how this technology could be safely implemented in real-world clinical settings. The NHS is a global leader in providing a high-quality national screening programme for breast cancer. These studies will help provide a comprehensive evaluation of a technology that has potential to improve the consistency and sustainability of breast cancer screening programmes around the world.”
Lord Darzi added: “It is only through these kinds of partnerships, which bring together expertise from academia, healthcare and the commercial sector, that we can leverage the very best technology for the greatest benefit to global health.”
The full list of AI in Health and Care Award winners is available on the NHSX website.
Article text (excluding photos or graphics) © Imperial College London.
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