People with multiple sclerosis (MS) often have affected balance capacity and an increased risk for falls. A risk factor for falls are activities requiring dual attention. Another factor leading to reduced balance capacity is trunk stability, and decreased trunk stability has been seen in people with MS compared to healthy controls. Earlier studies using core stability exercises have shown positive effects on balance, compared to no training. In Sweden, physical therapy for people with MS has often included group training. However, evidence for this intervention is scarce. The aim of this study is therefore to investigate balance training in group. The balance training includes core stability exercises and dual attention activities. A multi-centre study is planned with a waiting-list design. Participants are randomised to either exercise group with early start or with late start. The group balance training includes training 60 minutes 2 times per week for 7 weeks.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
87
Balance training i group with focus on core stability exercises and dual attention activities.
Mälarsjukhuset
Eskilstuna, Sweden
Karlstad hospital
Karlstad, Sweden
Rörelse och hälsa neuro
Linköping, Sweden
Primärvård Mjölby
Mjölby, Sweden
Nyköpings hospital
Nyköping, Sweden
University Hospital Örebro
Örebro, Sweden
Västerås hospital
Västerås, Sweden
Change from Baseline in Bergs balance scale
Functional balance scale in sitting, standing and walking.
Time frame: Change from Baseline in Bergs balance scale at 7 weeks
Change from Baseline in Four Square step test
Dynamic balance
Time frame: Change from Baseline in Four Square step test at 7 weeks
Change from baseline in Timed chair stands test
Functional leg strength, rising 10 times from a chair.
Time frame: Change from baseline in Times Chair stands test at 7 weeks
Change from baseline in Timed Up and Go test
Functional mobility.
Time frame: Change from baseline in Timed Up and Go test at 7 weeks
Change from baseline in Functional Gait Assessment
Gait-related activities
Time frame: Change from baseline in Functional Gait Assessment at 7 weeks
Change from baseline in Postural sway
Using a sway meter postural sway in standing still is assessed.
Time frame: Change from baseline in Postural sway at 7 weeks
Change from baseline in Activities-specific Balance scale
16 item questionnaire that includes items on balance self-efficacy
Time frame: Change from baseline in Activities-specific Balance scale at 7 weeks
Change from baseline in 12-item Multiple Sclerosis Walking scale
self-reported limitations in walking.
Time frame: Change from baseline in 12-item Multiple Sclerosis Walking scale at 7 weeks
Change from Baseline in Bergs balance scale
Functional balance in sitting, standing and walking
Time frame: Change from Baseline in Bergs balance scale at 14 weeks
Change from Baseline in Four Square step test
Dynamic balance
Time frame: Change from baseline in Four Square step test at 14 weeks
Change from baseline in Times Chair stands test
Functional lower extremity strength
Time frame: Change from baseline in Times Chair stands test at 14 weeks
Change from baseline in Timed Up and Go test
Functional mobility
Time frame: Change from baseline in Timed Up and Go test at 14 weeks
Change from baseline in Functional Gait Assessment
Gait-related activities
Time frame: Change from baseline in Functional Gait Assessment at 14 weeks
Change from baseline in postoral sway
Using a sway meter postural sway in standing still is assessed.
Time frame: Change from baseline in postoral sway at 14 weeks
Change from baseline in Activities-specific Balance scale
Balance self-efficacy
Time frame: Change from baseline in Activities-specific Balance scale at 14 weeks
Change from baseline in 12-item Multiple Sclerosis Walking scale
self-reported limitations in walking
Time frame: Change from baseline in 12-item Multiple Sclerosis Walking scale at 14 weeks
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