We Can Prevent and Even Reverse Coronary Artery Heart DiseaseCleveland Clinic, Cleveland, Ohio Author's email: moc. Although heart disease is still the leading cause of death in the United States for men and for women, it can be prevented and even reversed. In my year Cleveland Clinic nutritional study,  I arrested and reversed advanced coronary artery disease in patients who had already undergone bypasses and angioplasties; some had even been told by their cardiologist that they had less than a year to live. This study builds from epidemiological evidence in plant-based cultures, such as rural China, the Papua Highlanders, central Africa, and the Tarahumara Indians, where the inhabitants are virtually free of coronary disease. At this cholesterol level, the body does not deposit fat and cholesterol into arteries. Results were published at 5, 12, and 16 years, and updated beyond 20 years in the book.
Yet heart disease remains the leading killer of men and women in the United States. A: When heart muscle is damaged by heart attack, it cannot regrow. There is some evidence that we may be able to delay or even prevent a heart attack by aggressively treating high blood pressure and high cholesterol. It must be repaired or replaced. Most forms of heart disease are very treatable today. There is some evidence that normalizing high blood pressure and lowering cholesterol to very low levels will partially reverse plaques in the coronary arteries. We can repair or replace diseased valves.
The Revolutionary, Scientifically Proven, Nutrition-Based Cure
Prevent and Reverse Heart Disease challenges conventional cardiology by posing a compelling, revolutionary idea-that we can, in fact, abolish the heart disease epidemic in this country by changing our diets. Drawing on the groundbreaking results of his twenty-year nutritional study, Dr. Caldwell B. Esselstyn, Jr. Furthermore, it can eliminate the need for expensive and invasive surgical interventions, such as bypass and stents, no matter how far the disease has progressed. Esselstyn began his research with a group of patients who joined his study after traditional medical procedures to treat their advanced heart disease had failed.