The Plant Paradox 4: The Longevity Paradox by Dr. Steven R. Gundry MD - Non Fiction - Hardback

Details. Condition: New. Format: Hardback. ISBN: 9780062843395. Publisher: Harper Wave. Series: The Plant Paradox, Book 4. Overview. The Longevity Paradox: How to Die Young at a Ripe Old Age is the fourth book in Dr. Steven R. Gundry's bestselling Plant Paradox series. Written by a world-renowned cardiothoracic surgeon turned nutrition expert, this hardback explores why chronological age matters far less than the biological age of your cells. Packed with practical, science-informed strategies, it offers readers a realistic roadmap to staying youthful, energetic, and resilient well into later life.. About the Book. Dr. Gundry has spent decades treating older patients and observing firsthand what separates those who thrive from those who decline. In The Longevity Paradox, he turns that clinical experience into an accessible plan built around the health of the microbiome, the gut lining, and the immune system. He explains how everyday habits — diet, sleep, exercise, and stress management — influence the aging process at a cellular level, and why some people appear to defy the calendar entirely.. The book moves beyond his earlier work on lectins to explore additional factors in graceful aging, including circadian rhythm, senescent "zombie" cells, and the surprising role that other organisms living in and on our bodies play in keeping us youthful. Each chapter combines research summaries with concrete, actionable steps, from dietary swaps to supplement guidance to lifestyle tweaks that Dr. Gundry has used successfully with his own patients. The tone is conversational and encouraging rather than clinical, making the content approachable for readers without a medical background. Real case examples throughout illustrate how the principles apply in everyday life, helping readers translate ideas into sustainable habits rather than short-lived fixes.. Written by a respected physician with decades of clinical experience treating older patients.. Combines cellular-level science