Suchergebnisse - Motor control

Memain, G., Carling, C., Bouvet, J., Fourcade, P., Maille, P., Yiou, E. “… Recent evidence suggests that cognitive load, often overlooked in injury prevention, interacts with biomechanical factors and injury risk, resembling a dual-task paradigm where players must adapt motor responses while processing unpredictable game situations.  …”

Wu, T., Fu, P.

Sögüt, F., Yanik, H., Degirmenci, E., Kesilmis, I., Çömelekoglu, Ü. “… QE - the final fixation or tracking of the gaze before executing a motor action - is a critical factor in precision sports.  …”

Kontos, A. P., Zynda, A. J., Trbovich, A. M., French, J., Kegel, N., Burley, C., Patel, S., Mucha, A., Womble, M. N., Jennings, S., Dollar, C. M., Elbin, R. J., Collins, M. W. “… Objective: We aimed to evaluate the clinical utility of the SCOAT6 compared to select multidomain assessments comprising the Concussion Clinical Profile Screening (CP Screen), Immediate Post-concussion Assessment and Cognitive Testing (ImPACT), and Vestibular/Ocular Motor Screen (VOMS) in identifying athletes with sport-related concussion from healthy controls.  …”

Edriss, S., Romagnoli, C., Caprioli, L., Bonaiuto, V., Padua, E., Annino, G. “… Kinematic and biomechanical analysis in monitoring human movement to assess athletes` or patients` motor control behaviors. Traditional motion capture systems provide high accuracy but are expensive and complex for the public.  …”

Karelin, A., Brazhenko, D., Kliukovkin, G., Chernenko, Y. “… The proposed framework is extensible to other skill-based sports requiring fine motor control and real-time feedback. …”

Xue, L. “… Both core strength and stability control are extremely important abilities to gymnasts, which not only affect the athletes specific techniques performance, but are also important factors in preventing sports injuries.  …”

Kadhim, E. J., Almayah, S. K., Aldewan, L. H. M., Ghazi, M. A. “… The study was conducted on a sample of 50 brown-belt karate athletes, divided equally into experimental and control groups. The experimental group utilized the AI system for performance evaluation, while traditional coach evaluations assessed the control group.  …”

Zhou, Q., Wu, S., Zhang, J., Pan, Z., Kang, Z., Ma, Y. “… An inverse mapping model of sEMG signals and spinal a-motor neuron pool activity was developed based on the Debra muscle segment distribution theory.  …”

Nijmeijer, E. M., Brals, F. D., Kempe, M., Elferink-Gemser, M. T., Benjaminse, A. “… Motor learning might reduce the likelihood of sports injuries by improving movement patterns.  …”

Gözen, I. “… The most cited article, with 107 citations, is "Motor Unit Control and Force Fluctuation During Fatigue," while the author with the most publications, with six papers, is "Kunze, Kyle N."  …”

Lee, R., Pinder, R. A., Haydon, D. S., Winter, L. M., Crowther, R. G. “… Research in the fields of biomechanics and motor control can support the quantification of performance measures and injury risk.  …”

Radu, A., Badau, D., Badau, A. “… The gains of the control group were not statistically significant in any test.  …”

Bilenko A.G., Govorkov L.P., Ivanova G.P., & Losin B.E. “… The most difficult to distinguish and poorly eliminated geometric distortions of images of fast sports movements require special control and subsequent correction due to a possible decrease in the quality of assessment of motor actions during the judging process.  …”

González-Peño, A., Simón-Chico, L., Prieto, L., Franco, E. “… The teacher assessed students` practical competence level in both the experimental and control groups to verify homogeneity. Theoretical knowledge and badminton-specific motor skill tests were performed in both groups after the intervention.  …”

van der Meer, B. R., van den Hoven, M. A. C., van der Kamp, J., Savelsbergh, G. J. P. “… Purpose This study aimed to examine the effect of self-controlled video feedback on the learning of tactical motor skills in tennis, and additionally, whether this was affected by learners` self-efficacy and self-regulative skills.  …”

Soltanabadi, S., Minoonejad, H., Bayattork, M., Seyedahmadi, M. “… Through this technology, by utilizing laboratory facilities and creating a three-dimensional simulated sports environment that closely resembles the reality and conditions of each sports discipline, athletes can train and undergo evaluation under controlled conditions. The VR and AR systems have been used recently to prevent and rehabilitate Anterior Cruciate Ligament (ACL) injuries and assess the motor control of injured individuals.  …”

Effenberg, A. O., Hwang, T.-H. “… Human movement sonification based on kinematic and dynamic data offers multifaceted innovative applications in sports concerning enhancement in motor-perception, motor control and motor learning, mainly referring to closed skills.  …”

García-Aguilar, F., López-Fernández, M., Barbado, D., Moreno, F. J., Sabido, R.

Catalá-Vilaplana, I., Liu, T., Vienneau, J., Nigg, S. R., Pérez-Soriano, P., Encarnación-Martínez, A. “… Therefore, running on curved non-motorized treadmills is more biomechanically different compared to overground than motorized treadmills, and might not be the best strategy to replicate overground running in terms of joint kinematics during highly controlled research studies.  …”