latestglobalinsight

‘Game Changer’ AI Unveils Hidden Heart Attack Risks

Revolutionary AI Technology for Heart Disease Detection

Scientists have praised a novel artificial intelligence (AI) technology as revolutionary, as it is intended to identify those who are at danger of having a heart attack within the next ten years with AI heart disease detection. This novel model finds hidden inflammation in the heart that is usually missed by conventional CT scans, which combine computer technology and X-rays.

 

Pilot Project and NHS Evaluation

A pilot initiative is being carried out at five hospital trusts in Oxford, Milton Keynes, Leicester, Liverpool, and Wolverhampton with funding from NHS England. In the upcoming months, a decision about the wider implementation inside the NHS is expected. This technology is being developed by Caristo Diagnostics, an Oxford University spinoff, with plans to modify it for the prevention of stroke and diabetes.

 

Transformative Impact of AI on Heart Health

Professor Keith Channon from the University of Oxford praised the technology, calling it transformative and “game changing.” He explained that it allows for the detection of biological processes that are not visible to the naked eye but precede the formation of heart blockages and narrowing.

 

How the AI Model Works

During the pilot, the CaRi-Heart AI platform from Caristo Diagnostics analyzes the images of patients with chest pain who are referred for a routine CT scan. An experienced operator confirms the algorithm’s identification of plaque and coronary inflammation in order to guarantee accuracy. Studies have demonstrated an association between increased levels of inflammation and an increased risk of heart attacks and other cardiovascular diseases.

AI is already outperforming human doctors, with more advancements expected | The National

Impact on Financial and Health

The British Heart Foundation (BHF) estimates that around 7.6 million people in the UK live with heart disease, with the annual cost to the NHS in England reaching £7.4 billion. Approximately 350,000 patients undergo cardiac CT scans in the UK each year. The Orfan study, which involved 40,000 patients and was published in The Lancet, found that 80% of patients returned to primary care without a definitive prevention or treatment plan.

 

Results and Benefits of AI Detection

According to the study, people who had coronary inflammatory disease had a 20–30 times increased chance of dying within the next ten years from a cardiac event. Researchers using artificial intelligence (AI) discovered that in 45% of these individuals, medicine was administered or lifestyle modifications were recommended to reduce the risk of future heart attacks.

 

Personal Impact: Ian Pickford’s Story

Ian Pickford, 58, from Barwell in Leicestershire, was referred for a CT scan in November 2023 due to persistent chest pain. Enrolled in the Orfan study at the University Hospitals of Leicester NHS Trust, he was prescribed statins, advised to quit smoking, and encouraged to exercise more following AI analysis that indicated a high risk of heart attack. Pickford described the diagnosis as a “huge wake-up call” and emphasized the importance of taking action based on the results.

 

Advancements in Heart Disease Detection

The Orfan study’s principal investigator, Professor Charalambos Antoniades, pointed out that earlier instruments were basic and only evaluated broad risk factors like diabetes, smoking, or obesity. However, the new AI method can identify specific disease activities in arteries even before clinical symptoms show up. Heart attacks can be prevented and the disease’s progression may be halted as a result of the early identification.

 

Prospects for the Future and Approval Status

The National Institute for Health and Care Excellence is currently assessing the technology to determine whether or not the NHS should employ it. In addition, the AI model is presently being evaluated in the US and has received approval for use in Europe and Australia.

For more latest news checkout our website: latestglobalinsight

Exit mobile version