Health and Wellness Informatics News
The NHS lab announced the development of Artificial Intelligence (AI) to diagnose heart disease. This tends to bring evolution in the current models of diagnosis.
NHS will develop a new AI tool that can detect heart disease in 20 minutes. A British Heart Foundation explained in its study about the Journal of Cardiovascular Magnetic Resonance. It takes 13 minutes or more to analyze images.
The technology has been used on more than 140 patients. It was during a week at University College London (UCL). It is also going to get introduced at 40 locations across the UK and globally.
120,000 heart MRI scans are performed each year in the United Kingdom. According to the researchers, the AI tool will help with the backlog in crucial cardiac care. It will save approximately 3,000 clinician days each year. And, It will also allow healthcare personnel to see more waiting list patients.
It will also boost confidence in patients and doctors. And, this will result in making a better decision. It will also enrich the potential treatments and operations.
There is a growing interest in the role of AI tools in disease diagnosis. There was a proof-of-concept validation procedure on five AI models/algorithms. It was also using data from the National COVID-19 Chest Imaging Database. The NHS AI LAB has announced the creation of a blueprint. It is for validating the robustness of AI models (NCCID).
It is a tremendous leap for clinicians and patients. AI tools are revolutionizing the way we can analyze a person’s heart. MRI pictures can also assess heart disease at a faster rate now.
Dr. Sonys Babu-Narayan is a BHF associate medical director. She explains that “The pandemic has resulted in a backlog of hundreds of thousands of people waiting for vital heart scans, treatment, and care. Despite the delay in cardiac care, whilst people remain on waiting lists, they risk avoidable disability and death…”
The new AI tool can do complex heart scans at record speed. It is like examining the anatomy and function of a patient’s heart. It is also definitely with greater precision than ever before. The technology’s brilliance is that it eliminates the need for a doctor. It also saves numerous hours of manually analyzing scans.