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Brace Yourself: Redesigning the Charleston Back Brace

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support and protect <strong>the</strong> spinal cord. Each of <strong>the</strong> vertebrae include a neural arch<br />

made from two pedicles and two arched laminae, that make up <strong>the</strong> body; a vertebral<br />

foramen, that allows <strong>the</strong> spinal cord to pass through; spinous process, superior and<br />

inferior articular processes, and an intervertebral foramen for <strong>the</strong> transit of spinal<br />

nerves (Van De Graff, Kent, & Ward, 2002).<br />

The main vertebrae of <strong>the</strong> spine are <strong>the</strong> thoracic and <strong>the</strong> lumbar, and <strong>the</strong><br />

curves in scoliosis are usually found in <strong>the</strong>se regions. The thoracic vertebra connects<br />

to <strong>the</strong> rib cage while <strong>the</strong> lumbar vertebrae connects to <strong>the</strong> surrounding muscle.<br />

Intravertable disks connected through interlocked processes and ligaments support<br />

each of <strong>the</strong> vertebrae. There is finite movement between <strong>the</strong> vertebrae alone, but a<br />

wide range of movement from <strong>the</strong> spinal column itself (Van de Graff et al., 2002).<br />

Figure 1. Lateral side of <strong>the</strong> spinal column. This side view depicts<br />

<strong>the</strong> five parts of <strong>the</strong> spine showing <strong>the</strong> cervical, thoracic, lumbar,<br />

sacral, and coccyx sections. This spine does not show <strong>the</strong> scoliosis<br />

disorder (Bridwell, n.d.).

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