Artificial intelligence tools will be trialled across the NHS in England to help radiologists spot prostate cancer on MRI scans, under draft guidance from the National Institute for Health and Care Excellence (Nice) recommending five specific systems.
The software is designed to act as a “second pair of eyes” for clinical staff, highlighting areas on prostate scans where cancer may be present. The tools will run in NHS services for two years to gather more evidence on how they work, with a radiologist reviewing every scan alongside the AI results.
Nice said demand for prostate MRIs has risen, driven by the routine use of pre-biopsy scans to confirm or rule out the disease, adding strain to radiology teams already under workforce pressure. Around 68,000 men are diagnosed with prostate cancer in the UK every year.
Dr Anastasia Chalkidou, programme director for HealthTech at Nice, said the technologies had the potential to make MRI reporting more accurate and to “help identify people whose scans need priority review”.
Professor Peter Johnson, NHS national clinical director for cancer, said prostate cancer is the most common cancer in England and the tools could support faster, more accurate diagnosis. “A radiologist will review every scan, so the technology supports our expert staff but does not replace them,” he said, noting that AI has already been used in lung cancer to speed up diagnosis.
An independent Nice committee said AI could improve the accuracy and consistency of how prostate MRIs are interpreted, though more evidence is needed on how the tools perform in routine NHS practice. Dr Adrian Hayter, a GP and chief medical officer at Nice, said the systems would support, not replace, radiologists, who would still review the scan and the AI results before any decisions about patient care.
Amy Rylance, director of health services, equity and improvement at Prostate Cancer UK, said men with suspected cancer “often face long, anxious waits for tests”. She described AI as a “game changer” for radiologists, saying it could unlock capacity to read MRI scans, improve the detection of dangerous cancers, and give men who do not have cancer the all-clear far quicker, reducing stress.