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July2014 Vol.51 Issue:        3       (Supp.) Table of Contents
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Low Rate Repetitive Transcranial Magnetic Stimulation (rTMS) and Gait Rehabilitation after Stroke

Saly H. Elkholy1, Abdul Alim Atteya2, Wafaa A. Hassan2,

Moussa Sharaf2, Amira M. El Gohary1

Departments of Clinical Neurophysiology1, Faculty of Medicine;

Neuromuscular Disorder and its Surgery2, Faculty of Physical Therapy; Cairo University; Egypt



ABSTRACT

Background: After stroke the unaffected hemisphere is dis-inhibited, due to reduction in trans-callosal inhibition from the damaged hemisphere this in turn may increase inhibition of the affected hemisphere and could impair functional recovery. Objective: Low rate rTMS assumed to help gait rehabilitation as well as EEG synchronization after stroke. Are these two variables correlated? Methods: Thirty stroke patients were treated by conventional physical therapy program as well as rTMS at 1 Hz three sessions per week.  The following parameters including quantitative electroencephalogram (QEEG), timed up and go test (TUG), Fugl-Meyer scale (FMS), Cadence and gait Speed were measured before and after six weeks of the treatment program. Compared to 15 stroke patients received physiotherapy program only.  Results: All gait evaluation tests were improved after treatment in both groups, however the study group showed significant improvement than the control one. In the study group; there was significant improvement of the relative alpha band power spectrum over the treated as well as the untreated hemisphere. The relative theta/beta ratio over the central regions shows significant improvement as well. There were no significant correlations between the EEG power spectrum and the improvement of the gait evaluation tests. Conclusion: Although rTMS for the unaffected hemisphere after stroke improves the gait ability of the patient as well as the fast frequency band of the EEG yet they are not correlated to each other. [Egypt J Neurol Psychiat Neurosurg.  2014; 51(3): 275-280]

 

Key Words: Stroke, repetitive Trans-cranial Magnetic stimulation (rTMS), timed up and go test (TUG), Fugl- Meyer scale (FMS), Cadence test, Quantitative electroencephalogram (QEEG).

Correspondence to Saly H. Elkholy. Department of Clinical Neurophysiology, Faculty of Medicine, Cairo, Egypt. Email: elkholysaly@kasralainy.edu.eg.






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