AI Links Chest Muscle Quality to Heart Attack Risk in New Study

How Muscle Health Impacts Your Heart

According to НВ — Техно: A team from the University of Edinburgh has uncovered a significant relationship between the condition of chest and back muscles and the likelihood of cardiovascular events, including heart attacks and premature death. Their findings, published in the journal Radiology, involved analyzing heart scans from 1,722 patients-most over the age of 50-who sought medical help for chest pain. The study revealed that for every 10-unit increase in muscle tissue brightness on CT scans of the heart, the risk of heart attack dropped by 31%, and the risk of death over the next 10 years fell by 39%.

Lead author Professor Michelle Williams and her team employed artificial intelligence to measure muscle density in the images. Brighter tissue indicates less fat within the muscle, which was found to directly benefit heart health. Interestingly, the size of the muscles did not significantly affect the risk of heart attack or early death.

Exercise and Its Protective Role

Funding for this research came in part from the British Heart Foundation. Professor Bryan Williams, the foundation’s chief scientific and medical officer, noted that

participants with denser muscle mass were likely more physically active, which in turn may explain their better heart health-another testament to the power of exercise.

According to the study, the key muscles analyzed include:

• back muscles
• portions of the chest muscles (pectorals)
• intercostal muscles

To maintain muscle mass and overall health, activities such as planks, Pilates, and cycling are recommended. These results underscore the importance of physical activity for heart health, particularly among older patients.

The findings highlight the connection between exercise and cardiovascular well-being, a crucial insight given the growing aging population. Efforts to boost physical activity in older adults could significantly lower the risk of heart disease and improve quality of life. The study also opens new doors for using technologies like artificial intelligence to enhance medical diagnosis and prevention.

As research continues to unveil the intricate connections between muscle health and cardiovascular risks, a recent study has identified a gene associated with muscle aging and its potential reversal. Understanding how this gene affects muscle deterioration could provide further insights into enhancing heart health through targeted interventions. To explore this intriguing discovery, read more about the gene linked to muscle aging.