- ホーム
- > 洋書
- > 英文書
- > Health / Fitness
Full Description
A lively tour through the biology, health, human performance, and popular culture of our bodies' essential connective tissue.
Ligaments are the quiet workhorses of the human body. They anchor our bones, guide our movements, and protect our joints—yet they remain largely unseen and misunderstood. In Ligaments: Appreciating the Bands that Bind Us, orthopedic surgeon and acclaimed science writer Roy A. Meals explores anatomy, biology, history, health, human performance, and popular culture to unlock the mysteries of ligaments. Completing a trilogy that began with Bones and Muscle, this richly illustrated volume offers a wide-ranging exploration of the anatomy, history, injuries, and cultural relevance of ligaments.
These bone-to-bone connectors are the critical linking mechanisms that allow our muscles to produce purposeful movement. Dr. Meals explains how ligaments stabilize the skeleton like hinge pins on a door, resist the forces of gravity in the face and breasts, and contribute to feats of athleticism, contortion, and childbirth. Readers will learn how ligaments are stronger than steel, how they recover from injury (or fail to), and how they can be stretched, stiffened, or surgically replaced. He also clarifies the differences among ligaments, tendons, and fascia, and why some people are "double-jointed" and others are not. Covering current and emerging treatments for ligament injuries, including artificial and engineered ligaments, the book provides practical insights into maintaining joint stability and flexibility across the lifetime.
Whether examining career-ending sports injuries, congenital laxity, or the elasticity of the vocal cords, Dr. Meals builds a case for why ligaments deserve center stage in our understanding of movement and health.
Contents
Contents
List of Illustrations
Introduction
1. Discovery
2. Binding Bones
3. Other Connections
4. Molecules and Mechanics
5. Growth, Damage, Repair
6. Injuries
7. Other Disorders
8. Other Animals
9. Outer Limits
Acknowledgments
References
Index
