The purpose of this study is to evaluate the acute effects of the self-elongation movement on the balance of patients (aged 8-16 years) suffering from adolescent idiopathic scoliosis,
Recruitment will be carried out by the physician during the scheduled follow-up. The participant and both parents, or the legal guardian, will receive information on the purpose and methods of this study. The informed consent of both parents, or the legal guardian, and of the minor will be requested. Balance data (oscillations, sway area) will be collected by letting participants get on a stabilometric platform and placing their feet on the landmarks; position will not change for the duration of the assessments. At the same time, the modification of the amplitude of the scoliotic curves will be evaluated with the use of the Spine 3D (medical class system) which uses micro-pulse laser technology to make a three-dimensional reconstruction of the spine. Three 10-seconds assessments will be made. In the first the subject will reproduce the position hold for the scheduled radiography and an acquisition will be performed with the Spine3D. The obtained image will be compared with the radiographic one to improve the accuracy of the next evaluations. During the last two acquisitions, the stabilometric platform and the 3D Spine will be used simultaneously and the data for the study will be collected. The second acquisition will be performed in a physiological position and the third in self-lengthening, a position used in most of the rehabilitation methods for scoliosis. The full evaluation will take approximately 15 minutes.
Study Type
OBSERVATIONAL
Enrollment
35
Balance during self-elongation movement
To evaluate the acute effects of the self-elongation movement on the balance of patients with idiopathic scoliosis, mainly in the area of postural oscillations (oscillation area).
Time frame: 15 minutes
Size of the major curve
Evaluate the acute effects of the self-elongation movement on the amplitude of the major scoliotic curve, detected with Spine 3D.
Time frame: 15 minutes
Number of patients who improve balance
Estimation of the frequency of subjects who, following self-elongation, present an improvement in balance
Time frame: 15 minutes
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