Prevent And Reverse Heart Disease: The Revolutionary, Scientifically Proven, Nutrition-Based Cure (Spiral Bound)

Prevent and Reverse Heart Disease: The Revolutionary, Scientifically Proven, Nutrition-Based Cure (Spiral Bound)
By Dr. Caldwell B. Esselstyn, Jr. | A Plant-Based Approach to Heart Health

Revolutionize your heart health with a plant-based, oil-free diet. In Prevent and Reverse Heart Disease, Dr. Caldwell B. Esselstyn, Jr., renowned surgeon and researcher at the Cleveland Clinic, presents a groundbreaking idea that challenges conventional cardiology—heart disease can be prevented, reversed, and even eliminated through simple dietary changes. Based on over twenty years of clinical research, Dr. Esselstyn’s plan shows how a plant-based, oil-free diet can not only stop heart disease in its tracks but also reduce the need for costly and invasive treatments like bypass surgery and stents.

Dr. Esselstyn’s revolutionary approach has been tested and proven, with patients experiencing significant improvements after switching to this heart-healthy eating plan. Cholesterol levels plummet, angina symptoms fade, and blood flow to the heart improves. His program continues to help countless patients live heart-attack proof lives, decades after starting the diet.

Inside Prevent and Reverse Heart Disease, you’ll find:

• Scientific evidence explaining the benefits of a plant-based, oil-free diet.
• Over 150 heart-healthy recipes developed by Dr. Esselstyn and his wife, Ann Crile Esselstyn, that are delicious, easy to prepare, and perfect for maintaining optimal heart health.
• Inspiring personal success stories and dramatic angiogram photos illustrating the power of diet to reverse heart disease.
• A step-by-step nutrition-based plan for improving your heart health without the need for medication or surgery.

Empower yourself with the knowledge to transform your heart health. Prevent and Reverse Heart Disease is more than just a book—it’s a call for a paradigm shift in heart disease therapy, offering real hope to those affected by heart disease.