Injuries to the hamstring and quadriceps muscles can occur in both low- and high-impact sports and as such are among the more common injuries incurred by athletes. Reviewing the relevant physiology, epidemiology, mechanisms, clinical presentation and treatment of these conditions, Hamstring and Quadriceps Injuries in Athletes covers all sports-related injuries of the thigh musculature in one place. Topics covered include mid substance injuries, acute proximal tendon avulsions and harvesting of hamstrings, as well as strains, contusions and ruptures of the quadriceps, including the use of biologic enhancing agents in healing. Chapters on rehabilitation and injury prevention present techniques to maximize recovery and minimize long-term impairment, speeding up return to play. It will be an often-used and reliable guide for sports medicine practitioners, orthopedists, physical therapists, primary care physicians, team physicians and trainers who treat the injured athlete.

Injuries to the hamstring and quadriceps muscles can occur in both low- and high-impact sports and as such are among the more common injuries incurred by athletes. Reviewing the relevant physiology, epidemiology, mechanisms, clinical presentation and treatment of these conditions, Hamstring and Quadriceps Injuries in Athletes covers all sports-related injuries of the thigh musculature in one place. Topics covered include mid substance injuries, acute proximal tendon avulsions and harvesting of hamstrings, as well as strains, contusions and ruptures of the quadriceps, including the use of biologic enhancing agents in healing. Chapters on rehabilitation and injury prevention present techniques to maximize recovery and minimize long-term impairment, speeding up return to play. It will be an often-used and reliable guide for sports medicine practitioners, orthopedists, physical therapists, primary care physicians, team physicians and trainers who treat the injured athlete.

Stress fractures are fatigue failures of bone caused by unusual or repeated stress on bone and are among the more common sports injuries encountered. Often going unreported or occasionally unnoticed, athletes run the risk of a more serious fracture if untreated. Stress Fractures in Athletes focuses on the presentation, evaluation and treatment of these injuries. Divided into two sections, the first part provides in-depth description of the pathophysiology, epidemiology and biomechanics of stress fractures, as well as a discussion of classification, imaging and some general treatment concepts. The second part expands on treatment and takes each relevant anatomical region into consideration: lumbar spine, pelvis, femur, knee, tibia, upper and lower extremities, and the ribs and shoulder girdle. A chapter on insufficiency fractures, commonly associated with osteopenia and osteoporosis, is also included. As such, Stress Fractures in Athletes are a comprehensive resource for sports medicine practitioners, orthopedic surgeons, primary care physicians and physical therapists alike.