Patient-specific distraction regimen to avoid growth-rod failure
A Agarwal, A Jayaswal, VK Goel, AK Agarwal - Spine, 2018 - journals.lww.com
Study Design. A finite element study to establish the relationship between patient's curve
flexibility (determined using curve correction under gravity) in juvenile idiopathic scoliosis
and the required distraction frequency to avoid growth rod fracture, as a function of time.
Objective. To perform a parametric analysis using a juvenile scoliotic spine model (single
mid-thoracic curve with the apex at the eighth thoracic vertebra) and establish the
relationship between curve flexibility (determined using curve correction under gravity) and …
flexibility (determined using curve correction under gravity) in juvenile idiopathic scoliosis
and the required distraction frequency to avoid growth rod fracture, as a function of time.
Objective. To perform a parametric analysis using a juvenile scoliotic spine model (single
mid-thoracic curve with the apex at the eighth thoracic vertebra) and establish the
relationship between curve flexibility (determined using curve correction under gravity) and …
[PDF][PDF] Patient-Specific Distraction Regimen to Avoid Growth-Rod Failure
MD Arvind Jayaswal, VK Goel - 2017 - scholar.archive.org
Study Design: A finite element study to establish the relationship between patient's curve
flexibility (determined using curve correction under gravity) in juvenile idiopathic scoliosis
and the required distraction frequency to avoid growth rod fracture, as a function of time.
Objective: To perform a parametric analysis using a juvenile scoliotic spine model (single
mid-thoracic curve with the apex at the eighth thoracic vertebra) and establish the
relationship between curve flexibility (determined using curve correction under gravity) and …
flexibility (determined using curve correction under gravity) in juvenile idiopathic scoliosis
and the required distraction frequency to avoid growth rod fracture, as a function of time.
Objective: To perform a parametric analysis using a juvenile scoliotic spine model (single
mid-thoracic curve with the apex at the eighth thoracic vertebra) and establish the
relationship between curve flexibility (determined using curve correction under gravity) and …
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