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The ACL: Anatomy, Biomechanics, Mechanisms of Injury, and the Gender Disparity
Pages 3-32
This successful book, now in a revised and updated second edition, reviews all aspects of anterior cruciate ligament (ACL) injuries in female athletes, with the focus on complete, noncontact ACL injuries. The opening section discusses anatomy and biomechanics and explains the short- and long-term impacts of complete ACL ruptures, including long-term muscle dysfunction and joint arthritis. Risk factors and possible causes of the higher noncontact ACL injury rates in female athletes compared with male athletes are then discussed in depth. Detailed attention is devoted to neuromuscular training programs and their effectiveness in reducing noncontact ACL injury rates in female athletes, as well as to sports-specific ACL injury prevention and conditioning programs of proven value. Rehabilitation programs after ACL injury and reconstruction that reduce the risk of a future injury are explored, and the concluding section looks at worldwide implementation of neuromuscular ACL injury prevention training and future research directions. The book will be of value to orthopedic surgeons, physical therapists, athletic trainers, sports medicine primary care physicians, and strength and conditioning specialists.
The ACL: Anatomy, Biomechanics, Mechanisms of Injury, and the Gender Disparity
Pages 3-32
Consequences of Complete ACL Ruptures
Pages 33-57
Muscle Dysfunction After Anterior Cruciate Ligament Rupture and Reconstruction: Implications for Successful Recovery
Pages 59-65
Risks of Future Joint Arthritis and Reinjury After ACL Reconstruction
Pages 67-93
The Role of Shoe-Surface Interaction and Noncontact ACL Injuries
Pages 97-118
Gender Differences in Muscular Protection of the Knee
Pages 119-131
Neuromuscular Differences Between Men and Women
Pages 133-152
Effects of Alterations in Gait Mechanics on the Development of Osteoarthritis in the ACL-Deficient Knee
Pages 153-166
Analysis of Male and Female Athletes’ Muscle Activation Patterns During Running, Cutting, and Jumping
Pages 167-187
Proximal Risk Factors for ACL Injury: Role of Core Stability
Pages 189-205
Proximal Risk Factors for ACL Injury: Role of the Hip Joint and Musculature
Pages 207-223
Recovery of Hip Muscle Strength After ACL Injury and Reconstruction: Implications for Reducing the Risk of Reinjury
Pages 225-238
Gender Differences in Core Strength and Lower Extremity Function During Static and Dynamic Single-Leg Squat Tests
Pages 239-257
Effect of Fatigue and Gender on Lower Limb Neuromuscular Function
Pages 259-273
Multivariate Analyses of Risk Factors for Noncontact Anterior Cruciate Ligament Injuries
Pages 275-287
Testing for Neuromuscular Problems and Athletic Performance
Pages 289-333
Sportsmetrics ACL Intervention Training Program: Components and Results
Pages 337-375
Sports-Specific Programs for Soccer, Basketball, Volleyball, and Tennis
Pages 377-425
ACL Injury Prevention in Soccer: The Santa Monica Experience
Pages 427-443
ACL Injury Prevention Warm-Up Programs
Pages 445-468
Effect of Intervention Programs on Reducing the Incidence of ACL Injuries, Improving Neuromuscular Deficiencies, and Enhancing Athletic Performance
Pages 469-501
Rehabilitation After ACL Reconstruction
Pages 505-535
Restoration of Proprioception and Neuromuscular Control Following ACL Injury and Surgery
Pages 537-565
Role of Isokinetic Testing and Training After ACL Injury and Reconstruction
Pages 567-588
Determination of Neuromuscular Function Before Return to Sports After ACL Reconstruction: Can We Reduce the Risk of Reinjury?
Pages 589-606
Promotion of ACL Intervention Training Worldwide
Pages 609-623
Implementation Strategies for ACL Injury Prevention Programs
Pages 625-639
Current Understandings and Directions for Future Research
Pages 641-666
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