Publication | Closed Access
From Static Spinal Alignment to Dynamic Body Balance: Utilizing Motion Analysis in Spinal Deformity Surgery
37
Citations
83
References
2018
Year
Upright PostureAdult Spinal DeformitySpinal Deformity SurgeryMotor ControlSpine DeformityOrthopaedic SurgeryMovement AnalysisLumbar SpineKinesiologyBiomechanicsApplied PhysiologyKinematicsPediatric SpineHealth SciencesRehabilitationStatic Spinal AlignmentPhysical TherapyDynamic Body BalanceSpinal BiomechanicsDynamic Compensatory MechanismsHuman MovementScoliosisMedicine
* Three-dimensional motion analysis is necessary to bridge the gap between static spinal radiographic alignment and dynamic body balance in the setting of pediatric and adult spinal deformities. * Lessons learned from gait analysis in patients with adolescent idiopathic scoliosis may be applicable to patients with adult spinal deformity, with the potential to improve our understanding of dynamic compensatory mechanisms, the hip-spine complex, and proximal junctional kyphosis. * Dynamic and functional assessments such as gait analysis are expected to be the future of pediatric and adult spinal deformity research, with potential clinical and surgical applications.
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