Scoliosis assessment in this study: A) ultrasound scan using the Scolioscan® system; B) standard posteroanterior radiograph showing a Cobb angle of 25.6°; C) corresponding coronal ultrasound image showing a curvature angle of 26.9° using SP method.

Scoliosis assessment in this study: A) ultrasound scan using the Scolioscan® system; B) standard posteroanterior radiograph showing a Cobb angle of 25.6°; C) corresponding coronal ultrasound image showing a curvature angle of 26.9° using SP method.

<p>Scoliosis assessment in this study: A) ultrasound scan using the Scolioscan® system; B) standard posteroanterior radiograph showing a Cobb angle of 25.6°; C) corresponding coronal ultrasound image showing a curvature angle of 26.9° using SP method.</p>

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Hlavní autor: JoJo Yiying Zou (22676490) (author)
Další autoři: Shirley Lok Yi Ho (22676493) (author), Babak Hassan Beygi (22676496) (author), Changliang Luo (4537177) (author), Man Sang Wong (22676499) (author)
Vydáno: 2025
Témata:
Biochemistry
Medicine
Biotechnology
Sociology
Science Policy
Space Science
Biological Sciences not elsewhere classified
lowest standard error
designing screening protocols
body mass index
adolescent idiopathic scoliosis
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73 – 0
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ultrasound assessment may
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interpreting ultrasound measurements
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3 – 15
spinous process method
lateral spinal curvature
assess spinal curvature
ultrasound imaging using
second bmi tertile
correlating ultrasound angles
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weight group demonstrated
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1 – 24
2 – 18
spinal curvature
weight group
ultrasound assessments
ray using
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cobb angles
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invasive method
cobb method
bmi group
rater 1
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tissue conditions
suspected ais
study investigated
rater 2
radiographic assessments
neither minimal
findings suggest
bmi tertiles
age percentiles
age classification
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