Evaluation and management of hamstring injuries

Area of Science:

• Sports Medicine
• Orthopedic Surgery
• Athletic Training

Background:

• Hamstring injuries represent 29% of all athletic injuries, leading to prolonged impairment and high reinjury rates (12-31%).
• Injuries range from mild strains to complete muscle tears, impacting athletes' careers and performance.
• Accurate diagnosis and management are crucial for optimal recovery and return to sport.

Purpose of the Study:

• To provide a comprehensive review of hamstring injuries in athletes.
• To discuss the history, mechanisms of injury, and classification systems.
• To present current evidence on the management, surgical indications, and prevention strategies for hamstring injuries.

Main Methods:

• Literature review of historical data, epidemiological studies, and clinical research on hamstring injuries.
• Analysis of diagnostic advancements, including novel Magnetic Resonance Imaging (MRI) scoring systems.
• Synthesis of evidence regarding nonoperative and operative treatment modalities, biological augmentation, and injury prevention protocols.

Main Results:

• Hamstring injuries are a significant concern in sports, with diverse injury patterns and severity.
• Novel MRI scores enhance the precision in predicting return-to-sport timelines.
• Current management strategies encompass conservative care, surgical interventions for specific avulsions, and biological augmentation.

Conclusions:

• A thorough understanding of hamstring injury mechanisms and classifications is essential for effective treatment.
• Advances in imaging and treatment options offer improved outcomes for athletes.
• Focus on risk reduction and injury prevention is critical to minimize the incidence and recurrence of hamstring injuries.