Local Vibration in Multiple Sclerosis Patients

Local Vibration in Multiple Sclerosis Patients

Publication date: Dec 10, 2019

Gastrocnemius spasticity is one of the main complaints in Multiple Sclerosis patients.Local muscle vibration is a method used for spasticity inhibition. However, when the studies in the literature are examined; It is noted that local vibration applications for spasticity are usually single sessions and evaluate the acute effect, do not produce functional outputs, there is no consensus on frequency and amplitude and the changes in muscle architecture are not examined. In this study, we aimed to investigate the effect of local vibration applied on spastic gastrocnemius on muscle architectural, electrophysiological and functional properties in Multiple Sclerosis patients in addition to the standard physiotherapy program. The study was planned to include 3 groups, 2 treatment and 1 control group. The control group will receive standard physiotherapy, one of the treatment groups will receive 50 Hz local vibration in addition to standard physiotherapy, and other treatment group will receive 100 Hz local vibration in addition to standard physiotherapy. Disease severity, gastrocnemius spasticity, architectural and viscoelastic properties of muscle, H reflex, ankle proprioception, balance and gait skills, and perception of patients will be evaluated before and after 8 weeks treatment program. As a result; effectiveness of local vibration in addition to standard physiotherapy program and whether there is a difference between applications at different frequencies will be examined.

Concepts Keywords
Amplitude Spastic cerebral palsy
Control Group Primary lateral sclerosis
Electrophysiological Vibration
Frequency Spasticity
Gait
Gastrocnemius
Gastrocnemius Muscle
Hacettepe
Multiple Sclerosis
Muscle
Physiotherapy
Proprioception
Reflex
Spastic
Spasticity
Vibration
Viscoelastic

Semantics

Type Source Name
disease MESH gait
drug DRUGBANK Isoxaflutole
disease MESH spastic
disease MESH Multiple Sclerosis

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