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45 pages 1 hour read

William W. Li

Eat to Beat Disease

Nonfiction | Book | Adult | Published in 2019

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Key Figures

William W. Li

William W. Li, MD, the author of Eat to Beat Disease, is a physician and scientist best known for his work in angiogenesis, which is the process by which the body creates new blood vessels. His research has had a significant impact on the development of therapies for conditions ranging from cancer to diabetes. In Eat to Beat Disease, Li writes from the perspective of a medical doctor who bridges the gap between traditional medicine and food-based therapies. This lends credibility to his claims as he explores the emerging science behind how food can be used to prevent and treat diseases. His medical background includes years of studying the human body’s health defense systems, and this allows him to scientifically approach the claims he makes about food’s power to influence health.

Li’s expertise is rooted in his work at the Angiogenesis Foundation, which he co-founded. This organization’s mission is to combat disease by studying how blood vessel growth affects health. This research has implications for numerous medical conditions, including cancer, cardiovascular diseases, and even obesity, all of which can be impacted by either excessive or insufficient blood vessel growth. The foundation’s studies have led to breakthroughs in both medical treatments and preventative strategies.

One of the Angiogenesis Foundation’s primary objectives is to understand how foods, through their bioactive compounds, can either promote or inhibit angiogenesis to maintain health. By bridging the gap between nutritional science and medical research, the foundation plays a key role in advocating for the food-as-medicine movement, which is central to Eat to Beat Disease. The foundation’s work underpins many of the book’s arguments, including the idea that specific foods can help prevent cancer by cutting off the blood supply to tumors, a process known as anti-angiogenesis.

Beyond his academic contributions, Li is passionate about sharing his findings about the impact of food on health with the public, and he is a popular speaker on the subject. His TED Talk titled “Can We Eat to Starve Cancer?” has been viewed millions of times worldwide, and it is through this talk that many people first learned about his work on the connections between diet and disease. This TED Talk helped popularize the idea that food can play an integral role in battling diseases that are typically treated with pharmaceuticals alone.

In Eat to Beat Disease, Li synthesizes decades of research on the power of bioactive compounds found in everyday foods. His approach blends traditional scientific rigor with an accessible style, aimed at simplifying complex topics for the average reader. Through his writing, Li encourages readers to become proactive participants in their own health care, empowering them to see food not only as sustenance but as a means of disease prevention. This holistic view of food as medicine adds depth to his position as a significant figure in the modern movement toward preventive healthcare strategies.

Dr. Judah Folkman

Li’s work in the book draws on a wealth of research from multiple disciplines, particularly in the fields of angiogenesis, nutrition, and disease prevention. Several key figures and scientific advancements have directly influenced the development of Li’s food-as-medicine concept, particularly in angiogenesis research, where scientists have explored how controlling blood vessel growth can impact disease outcomes. While Li’s contributions are significant, his work is built upon decades of research by leading figures in these fields.

One notable figure in angiogenesis research is Dr. Judah Folkman, who is widely regarded as the pioneer of the field. Folkman’s early research in the 1970s introduced the revolutionary idea that controlling blood vessel growth could potentially inhibit tumor growth by “starving” cancer cells of their blood supply. His work laid the foundation for a new understanding of how angiogenesis affects cancer and other diseases. Li credits Folkman’s groundbreaking studies as foundational in the development of his own ideas about how foods containing bioactive compounds can affect angiogenesis. Folkman’s legacy continues to influence angiogenesis-based cancer treatments, including angiogenesis inhibitors used in modern oncology.

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