Veeger & van der Helm (2007) review the biomechanical basis of shoulder function, asking how the joint achieves the largest ROM of any human articulation while maintaining functional stability. The paper examines the contributions of joint morphology, muscle architecture, ligamentous restraints, and proprioceptive feedback across the SC, AC, and GH joints.
Veeger & van der Helm (2007) review the biomechanical basis of shoulder function, asking how the joint achieves the largest ROM of any human articulation while maintaining functional stability. The paper examines the contributions of joint morphology, muscle architecture, ligamentous restraints, and proprioceptive feedback across the SC, AC, and GH joints.