Search Results - Motor control

Lo, L.-C., Hatfield, B. D., Janjigian, K., Wang, Y.-S., Fong, D.-Y., Hung, T.-M.

Zebrowska, A., Sikora, M., Mikolajczyk, R., Gerasimuk, D., Thuany, M., Weiss, K., Knechtle, B., Hall, B. “…In addition, the study aimed to assess the impact of training in hypoxia on the mechanisms of exercise-induced motor performance fatigue. In a randomized, controlled crossover study twelve athletes (age 15.7 ± 1.0 years) completed a HIIT in normobaric hypoxia (hypoxia training) (fraction of inspired oxygen, FiO2 = 15.2%) and normoxia (normoxia training) in a randomized order. …”

Fathirezaie, Z., Basel Younes, R., Aghdasi, M. T.

Salova Yu. P., Lenkova S. A. “…It is revealed that the results of the stage-by-stage integrated control are informative for predicting the performance of cross-country skiers in the winter season. …”

Eshiev, A., Romanova, E., Kudryavtsev, M., Osipov, A., Galimova, A., Melnichuk, A., Vorozheikin, A., Bakayev, V., Suldin, P., Tyupa, P., Van, O., Nepanov, A., Stolonogova, E. “…Enhancing endurance motor skills is a key focus of training sessions for skiers. …”

Çagin, M., Çimen Polat, S., Sarol, H., García Ramos, A., Çeviker, A. “…The participants were divided in experimental and control groups. Reaction performances were determined using the ÇAGIN Hand and Foot Reaction Tests, selective attention performances were evaluated using the Flanker Test and academic achievement was determined using the e-Okul system. …”

Hatami, F., Tahmasbi, F., Pasbani, H.

Frayne, D. H., Norman-Gerum, V. T., Howarth, S. J., Brown, S. H. M. “…Motor synergies are defined as central nervous system mechanisms which adjust participating degrees of freedom to ensure dynamic stability (control) of certain performance variables and have been identified during many motor tasks. …”

Slomka, K. J., Walach-Bista, Z. “…INTRODUCTION: The purpose of the study was to evaluate the effectiveness of two alternative methods for improving the shooting performance of biathletes. The first relies on motor skills and stresses body balance. Not only does effective postural balance reduce the risk of body imbalance, falls, and associated injuries, but it also enhances motor performance in a variety of sports. …”

Lindinger, S., Karczewska-Lindinger, M., Piitulaine, H., Giangrande, A., Piirainen, J. “…INTRODUCTION: An athlete`s efficient performance is mainly dependent on efficient motor control during partly highly dynamic situations. …”

Xiao, J., Liu, X., Sun, J., Zhang, T. “…We found that interference training and mindfulness training significantly improved the participants' motor performance and mental state; the control group also showed some improvements. …”

Lindinger, S., Piitulainen, H., Karczewska-Lindinger, M., Giangrande, A., Piirainen, J. M. “…INTRODUCTION: Motor control is an essential part of athlete`s efficient performance. …”

Golovko, D. E., Zagrevskaya, A. I., Shilko, T. A. “…Objective of the study was to determine the effect of kinesiological means on the motor fitness of 15-16-year-old ski racers. Methods and structure of the study. …”

T. Stöggl, H.-P. Wiesinger, J. Dirnberger “…Table of contents: Preface 3 Keynote: Hans-Christer Holmberg 6 Keynote: John Seifert 7 Alpine skiing: YIA 8 Alpine skiing technology: includes YIA 12 Biomechanics in winter sports: includes YIA 18 Alpine skiing: includes YIA 23 Poster Session I: includes YIA 29 Poster Session II 41 FIS "Athlete Health Unit" - Recent efforts towards injury prevention in snowsports 51 Invited Workshop: Injury Screening and Prevention Alpine Skiing (ISPA) 55 Keynote: Vesa Linnamo 56 XCS equipment and technology 57 Skijumping and freestyle 62 Biathlon I 65 Ski equipment and technology 72 Keynote: Nils Haller 79 Training monitoring biomarkers 80 Injury protection and COVID 85 Youth and expertise development 88 Motor control and modeling 94 Winter sports from different perspectives I 100 Winter sports from different perspectives II 107 Ski mountaineering 113 Biathlon II 121 Author Index 125 Keyword Index 132…”

Badarin, A., Antipov, V., Grubov, V., Grigorev, N., Savosenkov, A., Udoratina, A., Gordleeva, S., Kurkin, S., Kazantsev, V., Hramov, A. “…In this study, we investigated the neural and behavioral mechanisms associated with precision visual-motor control during the learning of sport shooting. …”

Golovko, D. E., Zagrevskaya, A. I., Shilko, T. A. “…Objective of the study was to determine the effect of kinesiological means on the motor fitness of 15-16-year-old ski racers. Methods and structure of the study. …”

Frayne, D. H., Norman-Gerum, V. T., Howarth, S. J., Brown, S. H. M. “…A central application of Uncontrolled Manifold (UCM) analysis is the quantification of the presence of motor synergies for the control of task-level variables during human movement. …”

Ilyakhina, O. Yu., Kadutskaya, L. A., Domracheva, E. Yu. “…The study examined the components of a pedagogical model for training shooters; carried out: the choice of means and methods of training; implementation of the training program; ensuring control over the growth of sportsmanship and results in shooting among athletes. …”

Heinrich, A., Stoll, O., Cañal-Bruland, R. “…., 2020) as well as biomechanical and motor control factors such as postural control, rifle stability, shoulder force, and triggering or aiming strategies (e.g., Groslambert et al., 1999; Baca and Kornfeind, 2012; Sattlecker et al., 2014; Köykkä et al., 2020). …”

Farbey, V. V., Zhevlakov, E. G. “…Our analysis of the competitive performance test data showed benefits of the new respiratory practices prioritizing universal competitive fitness model for the elite biathletes as it helps them progress to the universal competitive fitness type - mostly by improvements in the individual deficient shooting elements with progress in the breath control and breath harmonization with the motor skills in the shooting range; and with special improvements in the shooting speed, rhythm and accuracy associated with functional improvements.…”