In a world witnessing a rapid development in artificial intelligence techniques, scientists began using this revolutionary technology to change health care features, especially in the field of cardiovascular disease.
Heart seizures have always been one of the largest health challenges globally, as cardiovascular disease reaps the lives of more than 17 million people annually all over the world, making it the main cause of death, according to the American Heart Association.
Despite the great progress in medicine, the identification of individuals most vulnerable to accurately constitutes a major obstacle.
A team of researchers seeks to predict these seizures years before they occur through artificial intelligence, and they are trying to make artificial intelligence as a reliable tool that gives patients the opportunity to prevent and take the necessary measures early.
This ambitious project aims to use artificial intelligence to predict more precisely the risk of heart failure and other cardiovascular events, including estimating when a harmful event may occur.
Artificial intelligence in the service of the heart
Researchers at the University of “Case Western Reserve”, “University Hospitals”, HOUSTON METHODIST Hospital in a pioneering initiative to use artificial intelligence to predict heart failure and other cardiovascular events with unprecedented accuracy.
The new project seeks to bridge the gap in early diagnosis by analyzing the CT scans of the heart using advanced artificial intelligence techniques.
Efforts aim to estimate the possibility of such negative events and the timing of their occurrence by developing an artificial intelligence model learning from patients’ examinations.
This technique is based on examining the CT scan for measuring calcium in the arteries, which is a common use tool to detect the accumulation of plaques inside the blood vessels.
But the matter does not stop there, as these tests also allow the collection of valuable information about the aorta, the shape of the heart, the lungs, the muscles, and the liver, which provides a wealth of data that can be analyzed to extract new visions about the health of the heart.
Wide financing and scientific support
The project obtained funding of $ 4 million through two national health institutes, which reflects its huge potential in making a fundamental shift in the field of cardiovascular care.
This project represents a “big leap towards developing personal health care, as it can set new standards for prevention and management of cardiovascular disease, as well as enhance the use of artificial intelligence In analyzing medical images to make radical transformations in health care. “
Predictive models supported by artificial intelligence
The project works to create artificial intelligence models that capable of explaining the data collected from computerized tomography scannings to measure calcium, clinical risk factors and demographics.
Through this integrated methodology, the researchers, led by Sho Li and Sadir Al -Kindi, hopes for a Heart photography specialist in Houston Methodist, to reveal very important visions about the interaction between heart health and body formation.
Al -Kindi says, “The accurate prediction of risks allows us to design dedicated preventive treatments that reduce the burden of heart disease and improve patients’ results. With early detection of risks, this project can redefine health care protocols, which may contribute to saving lives and reducing treatment costs, “Al -Kindi says.
Merging artificial intelligence into medical practices
By taking advantage of the computerized tomography data found in two large health systems, “University Hospitals” and Houston Methodist Hospital, this research confirms the capabilities of artificial intelligence in addressing the continuous clinical challenges in an effective and cost -effective way .
Computerized tomography is used to measure calcium as an inexpensive and non -surgical method to determine the amount of calcified plaques in the coronary arteries, the plaque in the arteries of the heart may cause its narrowing or blockage and can predict the risk of a person with a heart attack.
However, the new artificial intelligence model goes further, as it analyzes additional factors such as heart shape, body formation, bone density, visceral fat, along with age and other demographic data.
“Our goal is to develop a non -surgical, accurate, and personal method to predict the risks of cardiovascular disease. This technique is smoothly integrated with clinical work environments, strengthening medical decision -making and reduces the need for surgical diagnostic procedures,” he explains.
A new horizon in cardiology
The research team includes a group of scientists, among them David Wilson, a professor of biomedical engineering and radiography, Pengvvv Fu, a vital statistical professor, and Sanjay Rajagoballan, director of the Institute of Cardiovascular Research at the University of “Kis Western Reserve”.
“Our deep understanding of these new factors based on photography contributes to enhancing our knowledge of cardiovascular patterns, and doctors help to make treatment recommendations in a timely manner.”
The future of artificial intelligence in medicine
This project represents a fundamental step in fighting cardiovascular disease, as it seeks to integrate artificial intelligence into routine medical diagnoses.
The research aims not only to improve patients with patients, but also sets the basis for a more specialized, efficient and effective health care system.
And if this approach succeeds, it may redefine the method of doctors in predicting and managing the risks of cardiovascular diseases, which leads to saving many lives all over the world.