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Marker set for motion capture data and musculoskeletal models. Twenty-two individual markers and 4 cluster markers were placed on the bone anatomical landmarks of the lower body (A). Six different exercises; walking, running, countermovement jump, squat jump, unilateral hopping, and bilateral hopping were performed by each participant (B). Scaled musculoskeletal models were developed in OpenSim representing each performed exercise (C).

Journal: JBMR Plus

Article Title: Lower limb joint loading during high-impact activities: implication for bone health

doi: 10.1093/jbmrpl/ziae119

Figure Lengend Snippet: Marker set for motion capture data and musculoskeletal models. Twenty-two individual markers and 4 cluster markers were placed on the bone anatomical landmarks of the lower body (A). Six different exercises; walking, running, countermovement jump, squat jump, unilateral hopping, and bilateral hopping were performed by each participant (B). Scaled musculoskeletal models were developed in OpenSim representing each performed exercise (C).

Article Snippet: Joint reaction forces were estimated using lower body musculoskeletal models developed in OpenSim.

Techniques: Marker

Mean and SD of the peak vertical ground reaction force and joint contact forces of the hip, knee, and ankle estimated by the musculoskeletal models for the 6 tested exercises.

Journal: JBMR Plus

Article Title: Lower limb joint loading during high-impact activities: implication for bone health

doi: 10.1093/jbmrpl/ziae119

Figure Lengend Snippet: Mean and SD of the peak vertical ground reaction force and joint contact forces of the hip, knee, and ankle estimated by the musculoskeletal models for the 6 tested exercises.

Article Snippet: Joint reaction forces were estimated using lower body musculoskeletal models developed in OpenSim.

Techniques: