Scientists have found the risk of tooth decay associated with gum disease.
Recently, there have been a number of recent developments in the field of international medical health that continue to attract the attention of the industry and the public. The bacteria that cause dental disease may do more than damage your teeth. New preliminary research has found that they may also be involved in the oxidation process of the aortic valve in the heart, leading to a common life-threatening cardiovascular disease (CAVS).
The findings were reported at the 21st American Heart Association Foundation and Interdisciplinary Conference on Cardiovascular Research, held in Boston from July 13-16, 2026. The conference is one of the world's four largest conferences on fundamental and interdisciplinary cardiovascular research. According to the American Heart Association, the development of CAVS occurs when the ACV becomes progressively thicker and more rigid - when the condition initially has no symptoms.
However, as the condition worsens, it can lead to fatigue, chest pain, shortness of breath, dizziness, heart disease, and even premature death in some cases. For patients with severe conditions, the current conventional treatment is membrane replacement surgery. New research points to possible biological mechanisms in the development of chronic dental disease and CAVS.
Currently, there are no drugs that have been shown to prevent or slow the progression of CAVS. This suggests that the treatment of CAVS still faces many challenges and that more effective treatments need to be explored through in-depth research and clinical trials. We hope that our findings on the association between tooth disease and CAVS will advance research into new methods of prevention and treatment for the condition, said co-lead author of the study, Dr.
Chen Yang, a graduate student at the Institute of Geosciences of Tianjin, China. Beijing. Researchers focus on a common tooth disease, P.
tooth disease, a bacterially-induced disease that poses a major threat to oral health. Previous studies have also shown a link between P. gingivalis and widespread inflammatory responses and increased risk of cardiovascular disease.
We were surprised at the large amount of P. gingivalis on the membrane of the coronary heart disease. We compared the large amount of P.
gingivalis on the membrane of patients with CAVS with the large amount of P. gingivalis on the membrane of other coronary heart disease conditions. It should be noted that the above information is based on international public research and is for reference in the Health Code and does not constitute a clinical recommendation.
