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Therapeutic Exercise for Musculoskeletal Injuries 3rd edition [Kõva köide]

  • Formaat: Hardback, 1040 pages, 950 black & white halftones, 492 colour illustrations
  • Ilmumisaeg: 05-Jan-2010
  • Kirjastus: Human Kinetics
  • ISBN-10: 073607595X
  • ISBN-13: 9780736075954
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  • Formaat: Hardback, 1040 pages, 950 black & white halftones, 492 colour illustrations
  • Ilmumisaeg: 05-Jan-2010
  • Kirjastus: Human Kinetics
  • ISBN-10: 073607595X
  • ISBN-13: 9780736075954
Teised raamatud teemal:
Although intended primarily for aspiring athletic trainers and those already certified and practicing, this text/reference also works as a resource for allied health care professionals such as physical therapists, physician's assistants, and occupational therapists. It contains well-organized, well-illustrated information pertaining to the prevention, examination, treatment, and rehabilitation of injuries occurring in physically active people. Basic concepts of rehabilitation, healing, anatomical physics, and assessment are addressed, followed by coverage of such topics as range of motion, flexibility, manual therapy, muscle strength, proprioception, and plyometrics. Specific practical applications are organized according to each region of the body. Lab activities and other pedagogical materials round out the text, which has been expanded for this third edition to include new chapters on joint replacement and age-group-specific rehabilitation principles. Annotation ©2010 Book News, Inc., Portland, OR (booknews.com)
Introduction to the Athletic Training Education Series xiii
Preface xvii
Acknowledgments xx
PART I Basic Concepts
1(118)
Concepts of Rehabilitation
3(26)
The Rehabilitation Team
4(3)
Interacting With Team Members
7(3)
Qualities of Professionalism
10(2)
Components of a Rehabilitation Program
12(8)
Basic Components of Therapeutic Exercise
20(2)
Return-to-Competition Criteria
22(1)
Psychological Considerations
23(3)
Summary
26(3)
Concepts of Healing
29(36)
Primary and Secondary Healing
30(6)
Healing Phases
36(6)
Growth Factors
42(1)
Healing of Specific Tissues
43(8)
Tensile Strength During Healing
51(1)
Factors That Affect Healing
52(7)
The Role of Therapeutic Exercise in Healing
59(3)
Summary
62(3)
Concepts of Physics
65(22)
Force
66(1)
Newton's Laws of Motion
67(1)
Center of Gravity
68(1)
Stability and Fixation
69(3)
Body Levers
72(2)
Levers and Force
74(3)
Physiological Muscle Advantages
77(1)
Other Concepts in Physics
78(4)
Summary
82(5)
Examination and Assessment
87(32)
Examination: Making a Profile
89(9)
Assessment: Planning for Action
98(2)
Keeping Rehabilitation Records
100(15)
Summary
115(4)
PART II Therapeutic Exercise Parameters and Techniques
119(200)
Range of Motion and Flexibility
121(32)
Defining Flexibility and Range of Motion
122(1)
Connective-Tissue Composition
122(1)
Effects of Immobilization on Connective Tissue
123(3)
Effects of Remobilization on Connective Tissue
126(1)
Mechanical Properties and Tissue Behavior in Range of Motion
127(4)
Neuromuscular Influences on Range of Motion
131(2)
Determining Normal Range of Motion
133(1)
Measuring Range of Motion
133(6)
Terminology in Goniometry
139(2)
Stretching Techniques
141(7)
Exercise Progression
148(1)
Special Considerations
148(1)
Summary
149(4)
Manual Therapy Techniques
153(46)
Critical Analysis
156(1)
Massage
156(2)
Myofascial Release
158(6)
Myofascial Trigger Points
164(6)
Muscle Energy
170(3)
Other Manual Therapies
173(3)
Joint Mobilization
176(9)
Neural Mobilization
185(9)
Summary
194(5)
Muscle Strength and Endurance
199(56)
Muscle Structure and Function
200(7)
Neuromuscular Physiology
207(5)
Fast- and Slow-Twitch Fibers
212(1)
Muscle Strength, Power, and Endurance
213(3)
Force Production
216(3)
Types of Muscle Activity
219(3)
Open and Closed Kinetic Chain Activity
222(2)
Evaluating Muscle Strength
224(5)
Gradations of Muscle Activity
229(1)
Strength Equipment
229(12)
Proprioceptive Neuromuscular Facilitation
241(5)
Strengthening Principles
246(3)
Exercise Progression
249(2)
Summary
251(4)
The ABCs of Proprioception
255(16)
Neurophysiology of Proprioception
257(2)
Central Nervous System Proprioceptor Sites
259(1)
Balance
260(2)
Coordination
262(2)
Agility
264(1)
Therapeutic Exercise for Proprioception
265(4)
Summary
269(2)
Plyometrics
271(24)
Neuromuscular Principles
273(2)
Plyometric Production
275(1)
Plyometric Exercise Phases
275(4)
Pre-plyometric Considerations
279
Plyometric Program Design
278(1)
Plyometric Program Considerations
279(2)
Precautions and Contraindications
281(1)
Equipment
282(1)
Lower-Extremity Plyometrics
283(7)
Upper-Extremity and Trunk Plyometrics
290(2)
Summary
292(3)
Functional and Activity-Specific Exercise
295(24)
Definitions, Foundations, and Goals
296(2)
Contributions to Therapeutic Exercise
298(2)
Basic Functional Activities
300(1)
Activity-Specific Exercises
300(1)
Functional to Activity-Specific Exercise Progression
301(2)
Precautions
303(1)
Final Evaluation
304(1)
A Lower-Extremity Functional and Activity-Specific Progression
305(5)
An Upper-Extremity Functional and Activity-Specific Progression
310(5)
Returning the Patient to Full Participation
315(1)
Summary
315(4)
PART III General Therapeutic Exercise Applications
319(176)
Posture and Body Mechanics
321(28)
Posture
322(9)
Muscle Imbalances
331(3)
Body Mechanics
334(5)
Body-Awareness Programs
339(5)
Summary
344(5)
Ambulation and Ambulation Aids
349(34)
Normal Gait
350(17)
Gait Analysis
367(2)
Pathological Gait
369(1)
Normal Running Gait
370(4)
Mechanics of Ambulation With Assistive Devices
374(6)
Summary
380(3)
Aquatic Therapeutic Exercise
383(32)
Physical Properties and Principles of Water
385(3)
Equipment
388(4)
Indications, Advantages, Precautions, and Contraindications
392(2)
Aquatic Therapeutic Exercise Principles and Guidelines
394(2)
Deep-Water Exercise
396(2)
Aquatic Therapeutic Exercises
398(13)
Summary
411(4)
Swiss Balls and Foam Rollers
415(30)
Swiss Balls
416(5)
Swiss-Ball Exercises
421(12)
Foam Rollers
433(1)
Foam-Roller Exercises
434(6)
Summary
440(5)
Therapeutic Exercise for Tendinopathy
445(14)
Terminology
446(1)
Tendon Structure
446(1)
Etiology
447(2)
Tendon Response
449(1)
General Treatment
449(2)
Specific Treatment
451(2)
Examples of Tendinopathy Cases
453(3)
Summary
456(3)
Therapeutic Exercise for Joint Replacement
459(18)
History
461(1)
Indications for Joint Replacement
461(3)
Surgical Procedures
464(5)
Special Rehabilitation Considerations
469(5)
Summary
474(3)
Age Considerations in Therapeutic Exercise
477(18)
Stages of Life, Activity Levels, and Health Care
478(2)
Pediatric Considerations
480(6)
Geriatric Considerations
486(5)
Summary
491(4)
PART IV Specific Applications
495(468)
Spine and Sacroiliac
505(82)
General Rehabilitation Considerations
507(4)
Rehabilitation Techniques
511(46)
Special Rehabilitation Applications
557(24)
Summary
581(6)
Shoulder and Arm
587(90)
Mechanics of Overhead Sport Activities
589(7)
General Rehabilitation Considerations
596(6)
Rehabilitation Techniques
602(19)
Flexibility Exercises
621(9)
Strengthening Exercises
630(11)
Stabilization Exercises
641(7)
Plyometric Exercises
648(6)
Functional and Activity-Specific Exercises
654(1)
Special Rehabilitation Applications
654(19)
Summary
673(4)
Elbow and Forearm
677(40)
General Rehabilitation Considerations
679(2)
Rehabilitation Techniques
681(8)
Joint Mobilization
689(3)
Flexibility Exercises
692(4)
Strengthening Exercises
696(5)
Functional and Activity-Specific Exercises
701(1)
Special Rehabilitation Applications
701(11)
Summary
712(5)
Wrist and Hand
717(54)
General Rehabilitation Considerations
719(9)
Soft-Tissue Mobilization
728(4)
Joint Mobilization
732(7)
Flexibility Exercises
739(3)
Strengthening Exercises
742(8)
Plyometric Exercises
750(1)
Functional and Activity-Specific Exercises
750(1)
Special Rehabilitation Applications
751(16)
Summary
767(4)
Foot, Ankle, and Leg
771(76)
General Rehabilitation Considerations
772(5)
Common Structural Deformities
777(3)
Orthotic Treatment for Foot Deformities
780(5)
Determining Proper Footwear for Patients
785(6)
Soft-Tissue Mobilization
791(10)
Deep-Tissue Massage
801(1)
Joint Mobilization
801(6)
Flexibility Exercises
807(4)
Strengthening Exercises
811(6)
Proprioception Exercises
817(5)
Functional and Activity-Specific Exercises
822(1)
Special Rehabilitation Applications
822(21)
Summary
843(4)
Knee and Thigh
847(68)
General Rehabilitation Considerations
849(10)
Soft-Tissue Mobilization
859(7)
Joint Mobilization
866(4)
Flexibility Exercises
870(6)
Strengthening Exercises
876(10)
Proprioception Exercises
886(1)
Functional and Activity-Specific Exercises
887(1)
Special Rehabilitation Applications
888(23)
Summary
911(4)
Hip
915(48)
General Rehabilitation Considerations
917(4)
Soft-Tissue Mobilization
921(7)
Joint Mobilization
928(4)
Flexibility Exercises
932(6)
Strengthening Exercises
938(10)
Proprioception Exercises
948(1)
Functional and Activity-Specific Exercises
948(1)
Special Rehabilitation Applications
948(11)
Summary
959(4)
Glossary 963(14)
References 977(22)
Index 999(20)
About the Author 1019
Peggy A. Houglum, PhD, ATC, PT, is an associate professor at the Rangos School of Health Sciences at Duquesne University in Pittsburgh. She has nearly 40 years of experience providing patient and athlete care in a variety of settings, including university athletic training facilities, sports medicine clinics, rehabilitation hospitals, acute care hospitals, burn care, workers' compensation clinics, and extended care facilities. She has also served as an athletic trainer with the United States Olympic Sports Festivals, Olympic Games, and World University Games.Houglum's extensive background as a certified athletic trainer, physical therapist, clinical and classroom educator, and program director provides her with a unique perspective on the appropriate use of therapeutic exercise techniques in rehabilitation programs for treatment of athletic injury.In 1991, Houglum created the National Athletic Trainers' Association's (NATA) first formal continuing education program. Since that time, Houglum has served as chair of the NATA Continuing Education Committee and as a member of the organization's Education Council and the Council on Employment. In 2002, she was named to the NATA Hall of Fame, the association's highest award, and received NATA's Most Distinguished Athletic Trainer Award in 1996. Houglum is a member of the American Physical Therapy Association and its Sports Medicine Section. She is also a member of NATA and serves on the NATA's CEPAT committee and the BOC's Role Delineation #6 Committee. Houglum is an associate editor for Sports Rehabilitation and clinical applications editor of the Journal of Athletic Training. In her free time, Houglum enjoys spending time with family, reading, and painting. She resides in Gibsonia, Pennsylvania.