Norte, Grant E; Frendt, Taylo R; Murray, A M; Armstrong, Charles W; McLoughlin, Thomas J; Donovan, Luke T
description
Biomechanical analyses of cutting tasks have demonstrated kinematic differences associated with the noncontact knee-injury risk when the movement direction is unanticipated. Motor-motor dual tasks occur within dynamic environments and change the demand for attentional resources needed to complete athletic maneuvers, which may contribute to injury risk.
