THE KNEE SOURCEBOOK
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KNEESOURCEBOOKMarc Darrow, M.D., J.D.Chicago New York San Francisco Lisbon London Madrid Mexico City Milan New Delhi San Juan Seoul Singapore Sydney Toronto
Copyright 2002 by Marc Darrow, M.D. All rights reserved. Manufactured in the United States of America. Except as permitted under the United States Copyright Act of 1976, no part of this publication may be reproduced or distributed in any form or by any means, or stored in a database or retrieval system, without the prior written permission of the publisher. 0-07-142073-8 The material in this eBook also appears in the print version of this title: 0-7373-0544-4.
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Acknowledgments IntroductionChapter One
The Functioning Knee
How the Knee Works (and Doesnt) Anatomy of the Knee Daily Functioning of the Knee Lifestyle and the Knee Women and Knee Injuries Older Adults and Knee InjuriesChapter Two
Traumatic Injuries Repetitive InjuriesChapter Three
Pathological Conditions and Syndromes
Examination and Diagnosis of the Painful Knee
The History of Your Knee Observing Knee Function Moving the Knee Determining the Next Step Knee Aspiration X Rays Computerized Tomography (CT) Scans Magnetic Resonance Imaging (MRI) ArthroscopyChapter Five
Repairing the Knee
Proceeding Conservatively The RICE Protocol Nonsteroidal Anti-Inammatory Drugs (NSAIDs) Knee Braces and Immobilization Cortisone (Corticosteroid) Surgical OptionsChapter Six
Standard Treatments for Specific Injuries
Traumatic Injuries Repetitive Injuries Pathological Conditions and SyndromesChapter Seven
Rehabilitating the Knee
Bracing the Knee Orthotics Crutches and Canes Rehabilitative Exercises Protocols for Specic Injuries
Alternative Healing and the Knee
Acupressure Acupuncture Ayurvedic Medicine Chiropractic Medicine Herbal Medicine Hypnotherapy Magnetic Field Therapy Naturopathy Nutritional Supplements Prolotherapy ReexologyAfterword Glossary References Index 131 119 121 129
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ability of the body to know where the limb is in space) and motor retraining to regain quickness and muscle memory. Late rehabilitation also includes sport-specic drills. Knee surgery and rehabilitation have undergone phenomenal changes and progress over the last twenty-ve years. Basic scientic research, new surgical techniques, and advances in equipment have allowed the orthopedic surgeon to offer patients a wider array of treatment options both surgically and nonsurgically than ever before. Twenty-five years ago a patient with a torn meniscus (cartilage) would require a formal open knee operation (arthrotomy) and removal of the entire meniscal cartilage. The patient usually spent a week in the hospital, was put in a cast for six weeks, and could expect a year of painful rehabilitation. Late arthritic change of the knee was predictable, and, much later, knee replacement surgery would be necessary. Better ways to manage the damaged knee came, like most advances in medicine, through serendipity. A Japanese gynecologist, Dr. Masaki Watanabe, developed a surgical telescope to use in the abdomen. As this scope was made smaller and more rened, and the eld of ber optics (an offshoot of the space and telecommunication programs) advanced, the arthroscope was born. In the late 1970s an orthopedic surgeon could for the rst time look into the knee and make a rm diagnosis of whether a meniscus was torn. Another four or ve years passed until instrumentation was perfected to allow doctors to perform surgery through the scope. True operative arthroscopy also relied on advances in video technology. Once reliable, sterilizable cameras and lens optics were perfected, surgeons no longer had to have their eye directly on the scope to visualize the knee. The use of video enhanced the sterility of the procedure and opened the door to a wider variety of surgical procedures, including partial removal of the meniscus, removal of loose bodies, and eventually anterior cruciate ligament reconstruction.
By the mid-1980s the preferred way of managing a meniscal injury of the knee was outpatient arthroscopic surgery and removal of only the torn portion of the meniscus. This is especially important today, because the baby boomers are playing more sports, competing harder and longer, and sustaining a high number of knee injuries later in life. Procedures once reserved for the elite young athlete are now commonplace for the weekend warrior and even the couch potato. I find it interesting that, in the old days of ligament reconstructions and immobilizing patients in