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001) and ankle plantarflexor moments (P less then 0.001) decreased 22% and 14%, respectively. Greater trunk flexion increased rate of loading by 29% (P less then 0.01) and vertical ground reaction force impact transients by 20% (P less then 0.01). Trunk flexion angle during running has significant effects on stride kinematics, lower extremity joint moments and ground reaction force and should be further investigated in relation to running performance and repetitive stress injuries. Little is known about how the spirometric definition of
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