Multiple Sclerosis Clinical Trial
Official title:
Validation Study for Using Wii FIT Balance Board to Recording Balance Parameters in Healthy Subjects and Multiple Sclerosis Subjects
Balance disorders are frequently observed in patients with Multiple Sclerosis (MS) and the
deterioration of the static and dynamic control of balance is an important and basic symptom
of disease progression.
Measure balance disorders with force platforme requires personnel and represent a
significant cost.
The platform Nintendo Wii Fit represents a valid economic alternative
Balance disorders are frequently observed in patients with MS and are the most disabling
symptoms; in subjects with moderate disabilities for balance, the deterioration of the
static and dynamic control of balance is an important and basic symptom of disease
progression.
From a clinical point of view, the reliability of being able to discriminate patients who
have the highest probability of falling than those with lower probability is crucial to
develop a program aimed at the prevention of falls.
Potentially the parameters measured wiht torque platform can be an objective, reliable and
accurate for discriminating patients with the highest probability of falling than those with
low probability, and may be useful to highlight the deficits and improvements in the ability
to maintain balance after specific rehabilitation. However posturographic systems represent
a significant cost, require a dedicated and qualified personnel to use. A possible solution
to not use force platforms could be the implementation of software to interface with the
Nintendo Wii Fit Balance Board (WBB) with a personal computer.
The platform Nintendo Wii Fit presents a set of sensors lower compared to a traditional
force platform, but can represent a valid economic alternative to more complex systems, in
addition to being already used as a rehabilitation tool in the literature in more than one
study. Studies in healthy subjects have valid information on the study of the center of
pressure (COP) obtained from WBB showing that the path lengths of the COP obtained from the
WBB were valid and well correlated with those recorded by a dynamometric platform.
;
Observational Model: Case Control, Time Perspective: Cross-Sectional
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