From Static Spinal Alignment to Dynamic Body Balance: Utiliz... : JBJS Reviews From Static
Spinal Alignment to Dynamic Body Balance: Utilizing Motion Analysis in Spinal Deformity …

Abstract Background Context Cervical spine segmental contributions to motion may reveal
movement abnormalities associated with whiplash, disc herniation, disc arthroplasty, or …

Accurate measurement of the coupled intervertebral motions is helpful for understanding the
etiology and diagnosis of relevant diseases, and for assessing the subsequent treatment. No …

Functional neck motion is achieved by the cervical segments with each composed of an
intervertebral disc (IVD) and two facet joints (FJs). Using biplane fluoroscopic imaging, we …

Understanding the motion characteristics of cervical spine through biomechanical analysis
aids in the identification of abnormal joint movements. This knowledge is essential for the …

Background. The biomechanics of the cervical spine after anterior cervical discectomy with
fusion (ACDF), and in particular changes in its global mobility, are phenomena that have not …

To validate the accuracy of Cone beam computed tomography (CBCT) cervical spine
modeling with three dimensional (3D)-3D registration for in vivo measurements of cervical …

Background In cervical arthroplasty, qualitative motion analysis generally investigates the
position of the center of rotation (COR) before and after surgery. But is the pre-op COR …

Following cervical spine fusion there is a reduction in maximum range of motion (ROM) but
how this impacts activity of daily living (ADLs) and quality of life is unknown. This study's …

Purposes To propose a new model‐based tracking method for measuring three‐
dimensional (3D) dynamic joint kinematics using a clinical alternating biplane x‐ray imaging …