People with functional ankle instability
Conditions
Interventions
Intervention 1: Intervention group: The balance exercise program is such that the exercises will be performed on a Biodex balance system.The first group (dynamic balance exercises): In this case, the
Sponsors
Semnan University of Medical Sciences
Eligibility
Sex/Gender
All
Age
18 Years to 35 Years
Inclusion criteria
Inclusion criteria: History of no ankle sprains in the last 3 months History of non-ankle sprain in the opposite limb Having a score of 24> in the CAIT questionnaire Patients in whom the severity of the sprain was grade 2 or 3 but did not have surgery. Age between 18_35 years
Exclusion criteria
Exclusion criteria: Existence of pain in the ankle joint Existence swelling in the ankle joint Have a history of diabetes or any rheumatic disorder or systemic disease that may interfere with sensory input History of any soft or hard tissue damage to any of the lower limbs History of seizures History of concussion in the last 6 months History of any surgery on any of the lower limbs Existence of any limitation of function or range of motion of the ankle History of vestibular injury, vision and balance History of using a variety of sleeping pills and antidepressants and stress
Design outcomes
Primary
| Measure | Time frame |
|---|---|
| 1. Determining the effect of dynamic balance exercises on changes in spinal excitability of the soleus muscle when prone lying 2. Determining the effect of dynamic balance exercises on changes in spinal excitability of the soleus muscle while single leg standing 3. Determining the effect of dynamic balance exercises on changes in spinal excitability of soleus muscle while double leg standing 4. Determining the effect of static balance exercises on changes in spinal excitability of soleus muscle while prone lying 5. Determining the effect of static balance exercises on changes in spinal excitability of the soleus muscle while single leg standing 6. Determining the effect of static balance exercises on changes in spinal excitability of soleus muscle while double leg standing 7. Determining the effect of dynamic balance exercises on postural stability of FAI(functional ankle instability) individuals 8. Determining the effect of static balance exercises on postural stability of FAI individuals 9. Comparison of changes in spinal excitability of soleus muscle in prone position after treatment between the two intervention groups 10. Comparison of changes in spinal excitability of soleus muscle in single leg standing position after treatment between the two intervention groups11. Comparison of changes in spinal excitability of soleus muscle in double leg standing position after treatment between the two intervention groups 12. Comparison of postural stability after treatment between the two intervention groups 13. Comparison of functional disability of the affected limb after treatment between the two intervention groups. Timepoint: Measurements of spinal excitation, postural stability and functional disability of the ankle will be before the intervention and immediately after the intervention and one month after the intervention. Method of measurement: Spinal excitability using Hoffman's reflex ratio to M-wave and using electromyography device; Postural stability using a B | — |
Countries
Iran (Islamic Republic of)
Contacts
Public ContactCyrus Taghizade Delkhosh
Semnan University of Medical Sciences
Outcome results
None listed