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Introduction Scoliosis is a three dimensional spinal deformity, in the coronal plane, sagittal and transverse planes. The conventional method for assessment of severity of scoliosis is by measuring the Cobb angle on x-ray radiographs of the whole spine. The drawback with x-ray radiography is that it involves radiation. In light of this, a radiation-free ultrasound imaging system, the Scolioscan, has been developed for quantitative assessment of spinal deformity.
This study aims at evaluating the effectiveness of Scolioscan for screening scoliosis among school children in Hong Kong.
Benefit and harm The results of this study will carry significant impacts in that if Scolioscan is proven to be accurate for screening scoliosis among school children, it can be incorporated in the algorithm for screening scoliosis with the intention of reducing unnecessary x-ray exposure.
Scolioscan is a radiation-free ultrasound system.
Procedures
During the scanning procedure with the Scolioscan, clients will be asked to stand steadily in different postures, namely erect, right side-bending and left side-bending within the comfort level of the clients. Ultrasound gel will be applied on the back and ultrasound images will be taken along the spine. The scanning itself may last for 1 minute for each posture.
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160 participants in 2 patient groups
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Central trial contact
Cheuk Kin Kwan, MBChB, MSc; Cheuk Wing Ng
Data sourced from clinicaltrials.gov
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