The purpose of this clinical trial is to examine the effect of virtual reality games (VRG) on changing the location of the center of gravity in children with adolescent idiopathic scoliosis (AIS). Twenty-four patients with AIS will be randomly allocated to two groups. The intervention group will apply to the virtual reality games and basic correction exercises group for six weeks (18 sessions). The control group will be given the basic correction exercises. Patients' center of gravity (Physiosoft Balance System), posture parameters (PostureScreen Mobile, Posterior Trunk Asymmetry Index (POTSI) and Anterior Trunk Asymmetry Index (ATSI)), cosmetic perception (Walter Reed Visual Evaluation Scale (WRVAS)) will assess at the first session and the end of 6 weeks.
The most common type of scoliosis is adolescent idiopathic Scoliosis (AIS). It affects 1-4% of adolescents. AIS is associated with cosmetic problems, pain, functional limitations, respiratory dysfunction and a decrease in quality of life. Although scoliosis is characterized by lateral spinal deviation, it causes a three-dimensional deformity with geometric and morphological changes in the trunk and rib cage. The main changes are postural changes in the orientation of the head, shoulders, scapula and pelvis in all three planes, but more specifically rotations of body segments in the horizontal plane. Spinal deformity not only changes the shape of the trunk, but also the relationships between body segments. Therefore, it leads to an abnormal change in the center of gravity. While various treatment approaches are recommended in the management of AIS to overcome these and other complications, scoliosis-specific corrective exercises are almost always part of the treatment plan for individuals with AIS. However ,Virtual Reality Games (VRGs) have recently been used in health and rehabilitation research due to recent technological developments and changes. In the literature, VRGs have been shown to have a positive effect on changing the position of the center of gravity in different rehabilitation areas. However, there is no study examining the effect of the use of VRGs on the chaning of the center of gravity Location in the treatment of AIS.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
28
Six different Nintendo Wii Fit Plus games will be employed for six weeks, three days a week, for a total of 18 sessions ranging from 40 to 60 minutes. The games will be chosen from those that emphasize shifting the body's center of gravity. In addition, participants will be given basic correction exercises (derotation, deflexion, basic tension, and lateral flexion 3\*3) at the beginning of the study and instructed to practice them at home for six weeks.
As the control group, the cases on the waiting list will be evaluated. The control group will be given basic elements of corrective exercises (derotation, deflexion, basic tension, and lateral flexion 3\*3) at the start of the study and instructed to practice at home for six weeks.
Istanbul University-Cerrahpasa
Istanbul, Turkey (Türkiye)
Center of gravity
The physiosoft Balance System is used to assess the location of the body's center of gravity using the Nintendo Wii Fit balance board. This system was developed by engineers and physiotherapists to measure static balance. The physiosoft Balance System is based on the principle of utilizing the Nintendo Wii Fit system through a computer and developing software specifically designed for objective assessment of balance on a balance board. This system evaluated the static standing balance, center of gravity location and postural oscillations of the participants.
Time frame: { 6 weeks}
Frontal-sagittal plan posture evaluation
"PostureScreen Mobile" Application: Frontal and sagittal plan posture evaluation will be calculated by marking the reference points on the anterior, posterior and lateral photographs of the patient in "PostureScreen Mobile" application. The total displacement values in the anterior, posterior and lateral directions for postural impairment will be noted in "cm". Decreasing the total displacement values is considered as an improvement in postural parameters.
Time frame: { 6 weeks}
Body Symmetry-Posterior
Posterior Trunk Asymmetry Index (POTSI): The Posterior Trunk Asymmetry Index parameter is defined as the sum of the six indices: the three frontal plane asymmetry index (C7, axilla folds and waist lines) and the three frontal plane height difference index (acromions, axilla folds and waist lines). The Posterior Trunk Asymmetry Index score is calculated by placing the indices on the posterior photo of the patient. The Posterior Trunk Asymmetry Index score, which represents full symmetry, is '0' and the increase in score indicates increased trunk asymmetry.
Time frame: { 6 weeks}
Body Symmetry-Anterior
Anterior Trunk Asymmetry Index (ATSI): It is defined as the sum of the six indices determined on the patient's anterior photo: three frontal plane asymmetry indices (stern notch, axilla folds and waist lines) and three frontal plane plane height difference indices (acromions, axilla folds and waist lines). The Anterior Trunk Asymmetry Index score is calculated by placing the indices in the formula. The Anterior Trunk Asymmetry Index score, which represents full symmetry, is '0' and the increase in score indicates increased trunk asymmetry.
Time frame: { 6 weeks}
Deformity perception assessment
The Walter Reed Visual Assessment Scale (WRVAS): It is designed to understand the visual change caused by scoliosis and evaluates deformity under 7 headings. There are 5 different pictures that show different degrees of deformity. Each deformity is scored from 1 to 5; "1" is the best, "5" is the worst. The total score is obtained by summing the scores from all titles and dividing them by 7. The score ranges from 1 to 5, and a higher total score means that the perceived deformity is worse.
Time frame: { 6 weeks}
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