Construction of a Screening and Precision Intervention System for Adolescent Idiopathic Scoliosis Based on the DIERS Spinal Moiré System

Condition(s) studied

Study summary

Taking the DIERS Spinal Moiré System as the primary tool, this study intends to establish an early warning model for adolescent scoliosis based on the system, verify the quantitative relationship between different body postures, three-dimensional pelvic parameters (inclination, rotation angle, torsion angle) and Cobb angle progression, analyze the pelvic compensation characteristics of different Lenke classifications, establish a biomechanical prediction model, develop a dynamic risk assessment algorithm suitable for campus screening, formulate personalized rehabilitation programs under the guidance of DIERS parameters, evaluate the inhibitory effect of biofeedback training on scoliosis progression, and form a standardized "screening-diagnosis-intervention-management" process.

This project will develop and promote a screening and precision intervention system for adolescent scoliosis based on the DIERS Spinal Moiré System. The research outcomes of this project will assist the clinical diagnosis and treatment of adolescent idiopathic scoliosis, and propose a precision diagnosis and treatment strategy led by a quantitative data platform. The research findings of the project will be mainly submitted in the form of papers, with the plan to publish 1-2 papers indexed in SCI.

Eligibility

Primary outcome measure(s)

• Cobb angle — through study completion, an average of 2 year
  Compare the Cobb angles measured by the DIERS 4D System in two positions (arms hanging naturally and elbows bent with hands on shoulders) with those measured by X-ray, respectively.

Trial sites (1)

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