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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Détails bibliographiques
Auteur principal:	JoJo Yiying Zou (22676490) (author)
Autres auteurs:	Shirley Lok Yi Ho (22676493) (author), Babak Hassan Beygi (22676496) (author), Changliang Luo (4537177) (author), Man Sang Wong (22676499) (author)
Publié:	2025
Sujets:	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 76 – 0 73 – 0 0 – 17 ultrasound assessment may st </ sup nd </ sup interpreting ultrasound measurements 85 ), compared 3 – 15 spinous process method lateral spinal curvature assess spinal curvature ultrasound imaging using second bmi tertile correlating ultrasound angles 1 )= 0 1 &# 8211 weight group demonstrated 2 </ sup 1 – 24 2 – 18 spinal curvature weight group ultrasound assessments ray using iccs ), cobb angles 3 °). &# 178 invasive method cobb method bmi group rater 1 xlink "> tissue conditions suspected ais study investigated rater 2 radiographic assessments neither minimal findings suggest bmi tertiles age percentiles age classification 8 kg 7 kg
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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.

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