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Information × Registration Number 0220U101444, 0117U003082 , R & D reports Title To study the spatio-temporal organization of human walking while simultaneously performing motor and cognitive tasks. popup.stage_title Head Yoltukhivskyi Mykhailo V., Registration Date 11-02-2020 Organization Vinnytsia National Pirogov Memorial Medical University popup.description2  For the first time, with the help of the modern automated GAITRite® system, the basic spatial and temporal parameters of ordinary walking in practically healthy persons of several age groups (adolescents, adolescents and middle-aged) and the regularities of changes in the pattern of walking during motor and cognitive performance were established and described in detail. tasks based on age and gender. Significant differences of the majority of spatial indicators at interstate comparison at walking at an arbitrary pace are established. For the first time, the regularities of changes in the spatial and temporal parameters of walking were performed when performing additional tasks in each gender-age group. It was found that when performing an additional motor task during walking, the length of the single and double steps decreases, the ratio of the step length to the length of the foot, the speed of walking and the pace of walking, the time of passing the track increases. When performing an additional cognitive task, the duration of step time, step cycle, foot transfer time, support time and double support increase, walking speed and number of steps per minute are reduced. The cognitive task was found to have a greater effect on the restructuring of the temporal walking pattern with a change in the structure of the step cycle than the motor task. When performing complex cognitive tasks, only the width of the base of support for each leg, the angles of reversal of the feet, the difference between the length of stride of the right and left legs did not differ significantly compared to normal walking. Integral quality, "normality" of walking (FAP) while simultaneously performing arithmetic cognitive task is critically reduced by 30.4% in boys and 33.4% in girls, indicating a significant reorganization of basic mechanisms of regulation of walking stability with the participation of spinal and supra-segmental structures under the influence of powerful teams from the highest Product Description popup.authors Bogomaz Olga V. Hust Irina Yu. Dovgan Olexandr V. Yoltukhivskyy Mykhailo V. Kyrychenko Inna M. Kostenko Nikolai P. Kostiuk Lesia V. Rokunets Igor L. Suprunov Konstantin V. popup.nrat_date 2020-04-02 Close