INDIVIDUAL DIFFERENCES IN ABILITY TO USE EMG-DERIVED FEEDBACK
Evidence shows statistically reliable individual differences among unimpaired subjects in ability to use visual representation of electromyographic voltages. The visual information was displayed as a cursor in a tracking situation. The cursor was then blanked, with subjects being required to place the now invisible cursor over a target. Test-retest correlational significance is demonstrated. The rationale for using visual guidance in rehabilitating stroke victims suffering from loss in motor feedback receives support.
INTRODUCTION ::: The aim of this study was to determine whether the new robot hand technique can help to avoid the complication in the course of high precise microneurosurgical operations. ::: ::: ::: METHODS ::: The physical efficacy was measured by tremorometry. The comparative study of the incidence of complications measured the clinical efficacy. ::: ::: ::: RESULTS ::: The tremors of the operating hand and the number of complications have decreased effectively. ::: ::: ::: CONCLUSION ::: The precise level of robots could be available by novel robot hand technique. By this technique the microsurgical work has become more effective.