Abstract:
Among the deformities of the spine in sagittal plane, kyphosis is one of the most important cases in the study of postural control from the mechanical standpoint Because The smallest deviation of upper limb, that is almost 60 percent of total body weight in standing position, causes Displacement of body center of mass to forward And finally will Causes weaker balance performance in kyphotic individuals compare to healthy one. The purpose of this study was to investigate the effect of three non-invasive and active methods on static and dynamic balance of kyphotic adolescents. Thirty five male subjects [age: 12 ± 0.31 years]; height: [148.17 ± 7.31 cm]; body weight: [39.56 ± 8.05 kg] and Kyphosis angle: [52.85 ± 4.40 degree] participate in this study. The subjects divided in to three intervention groups (n=27) and a control group (n=8) after pre-test accomplishment. There was no significant difference among four groups in the BMI and kyphosis angle variables (p>0.05). The comparison of balance performance of groups before and after the application of independent variables for each group using paired t-test showed that the combination of spinal taping and corrective exercise have a significant effect on static and dynamic balance of subjects (p=0.004, p=0.001) and corrective exercise on dynamic balance of the subjects had a significant effect (p=0.001) but no significant effect on their static balance (p=0.119). The combination of spinal taping and corrective exercise have a significant effect on the static and dynamic balance in subjects (p=0.004, p=0.001) and corrective exercise on dynamic balance of the subjects had a significant effect (p=0.001) but no significant effect on their static balance (p=0.119). Based on results we concluded that taping and corrective exercises have a positive effect on kyphosis correction and this point can be considered in ameliorating programs.
Machine summary:
F;1 Sokhanguee, Y;2 Sadeghi, H 3 1 Department of Exercise Physiology, Central Tehran Branch, Islamic Azad University, Tehran, Iran 2 Department of Welfare and Rehabilitation, Central Tehran Branch, Islamic Azad University, Tehran, Iran 3 Department of Sport Biomechanics, Tarbiat Moalem University, Tehran, Iran Abstract Among the deformities of the spine in sagittal plane, kyphosis is one of the mostimportant cases in the study of postural control from the mechanical standpointBecause The smallest deviation of upper limb, that is almost 60 percent of totalbody weight in standing position, causes Displacement of body center of mass toforward And finally will Causes weaker balance performance in kyphoticindividuals compare to healthy one.
comvariables for each group using paired t-test showed that the combination of spinal taping and corrective exercise have a significant effect on static and dynamic balance of subjects (p=0.
Among the deformities of the spine in sagittal plane, kyphosis is one of the most important cases in the study of postural control from the mechanical standpoint Because The smallest deviation of upper limb, that is almost 60 percent of total body weight in standing position, causes Displacement of body center of mass to forward And finally will Causes weaker balance performance in kyphotic individuals compare to healthy one (Anbarian et al.
Also the results of post hoc test in comparing the effect of three methods on dynamic balance showed that there is a significant difference between the combination of taping and corrective exercise group with spinal taping and control group (p=0.