Therapeutic exercise for lumbopelvic stabilization : a motor control approach for the treatment and prevention of low back pain
著者
書誌事項
Therapeutic exercise for lumbopelvic stabilization : a motor control approach for the treatment and prevention of low back pain
Churchill Livingstone, 2004
2nd ed
大学図書館所蔵 全24件
注記
Includes bibliographical references (p. 247-263) and index
内容説明・目次
内容説明
This book is based on the evidence from research undertaken by the authors over a number of years. The significance of these findings to the treatment and prevention of low back pain are now widely acknowledged, not only among researchers but also, and perhaps more importantly, among practitioners concerned with the management and prevention of back pain. In this new edition they have taken the opportunity to extend the scope of the book to accommodate the most recent evidence, which has emerged since the first edition was published in 1999. This is an important book in that it not only presents the evidence but also gives practical guidance on how the findings may be applied in everyday practice. This new edition will continue to provide an indispensable practical reference source for all those working in the field of musculoskeletal pain and dysfunction.
* Written by 3 of the foremost researchers in the field, the material features a high level of credibility and respect, unlikely to be found in any other reference on musculoskeletal dysfunction.* Coverage offers the most up-to-date information available, as it is based on the very latest research from the key workers in the field around the world* Practical examples demonstrate the clinical relevance of the research to the student and busy practitioner* The text presents a new, problem-solving approach to back pain assessment and management, based on the latest understanding of the anatomy, physiology and biomechanics involved.* Extensive illustrations, line diagrams, and photographs complement the text with visual aides.Many new illustrations
Old sections 2 and 3 combined and completely rewritten and restructured
New detailed chapters on Panjabi's model related to the passive system, the neural system and the muscle system with more emphasis on the importance of the neural system than in the first edition. The dysfunction in each system will now be detailed and the interrelationships between the systems emphasized.
New emphasis on the principles relating to the prevention of musculo-skeletal injury and its importance for reducing health costs
New chapter in Section 3 on prevention strategies
More detail on the issues of the neural spine and ergonomics
Acute and early intervention to be dealt with in separate chapters
Issues relating to the management of chronic pain conditions to be included
Explains the integration between the local and global muscle systems
Explains how to integrate therapeutic exercise with other treatment programs e.g. manual therapy and electrotherapy and how to progress the client from one program to another.
All text retained from previous edition to be revised and updated.
目次
SECTION 1: Introduction 1. The time to move forward SECTION 2: The joint protection mechanisms Part 1 Introduction 2. Lumbo-pelvic stability: a functional model of the biomechanics and motor controlPart 2 Specific joint protection of the spinal segments 3. Abdominal mechanism and support of the lumbar spine and pelvis 4. Paraspinal mechanism and support of the lumbar spine Part 3 The antigravity muscle support system 5. Stiffness of the lumbo-pelvic region for load transfer6. The role of weightbearing and non-weightbearing muscles SECTION 3: IMPAIRMENT IN THE JOINT PROTECTION MECHANISMS: CONCEPTS 7. The deload model of injury 8. Joint injury 9. Pain models SECTION 4 IMPAIRMENT IN THE JOINT PROTECTION MECHANISMS: LOW BACK PAIN 10. Abdominal mechanism in low back pain 11. Paraspinal mechanism in low back pain 12. Impairments in the muscles controlling pelvic orientation and weightbearing SECTION 5 TREATMENT AND PREVENTION OF LOW BACK PAIN 13. Principles of the 'segmental stabilization' exercise model 14. Local segmental control15. Closed chain segmental control16. Open chain segmental control and progression into function
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