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biomechanics

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Increased sports participation has resulted in an increased incidence of sports-related injuries. It has become increasingly clear that different sexes present with different injury profiles [1]. For instance, female athletes are more likely to sustain lower extremity injuries than males [2]. The underlying static factors include a wider pelvis, increased hip varus, femoral anteversion, as well as increased knee and external tibial torsion in the female body [2], and dynamic factors include dynamic valgus during landing [2].
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The tendon has to be seen functionally within the muscle-tendon-unit. The tendon has to transmit the force that is produced by the muscle, but acts also as a spring that stores energy. The tendon itself consists of three parts: the tendon-bone insertion, the mid-portion area, and the muscle-tendon junction. The biomechanical properties belong primarily on type I collagen, that degenerates in case of tendinopathy.
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