Semimembranosus muscle herniation: a rare case with emphasis on muscle biomechanics

Abstract

Muscle herniations are rare and most reported cases involve muscles of the lower leg. We use a case of muscle herniation involving the semimembranosus muscle, presenting as a painful mass in an adolescent male after an unspecified American football injury, to highlight a simple concept of muscle biomechanics as it pertains to muscle hernia(s): decreased traction upon muscle fibers can increase conspicuity of muscle herniation(s)—this allows a better understanding of the apt provocative maneuvers to employ, during dynamic ultrasound or magnetic resonance imaging, in order to maximize diagnostic yield and, thereby, limit patient morbidity related to any muscle herniation. Our patient subsequently underwent successful decompressive fasciotomy and has since returned to his normal daily activities. © 2016, ISS.

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Keywords

Attachment and contraction center(s), Herniation, Magnetic resonance imaging, Muscle, Semimembranosus muscle, Ultrasound, Adolescent, Athletic injuries, Decompression, surgical, Diagnosis, differential, Fasciotomy, Football, Hernia, Humans, Male, Muscle, skeletal, Thigh, Ultrasonography, Article, Biomechanics, Case report, Conservative treatment, Decompression surgery, Disease exacerbation, Echography, Human, Knee function, Muscle cell, Muscle disease, Muscle herniation, Nuclear magnetic resonance imaging, Physical examination, Priority journal, Sport injury, Standing, Traction therapy, Diagnostic imaging, Differential diagnosis, Injuries, Procedures, Skeletal muscle

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