Search Results - Motor control

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. …”

Orangi, B. M., Ghanati, H. A., Basereh, A., Hesar, N. G. Z., Jones, P. A.

Hadjisavvas, S., Efstathiou, M. A., Themistocleous, I.-C., Daskalaki, K., Papamichael, E., Michailidou, C., Rentzias, P., Pavlou, K., Savva, C., Stefanakis, M. “…As far we know, there has been no research conducted to examine the impact of eccentric exercise-induced fatigue on motor control and performance of upper extremities. …”

Spieszny, M., Wasacz, W., Kamys, Z., Ambrozy, T., Kasicki, K., Kapuscinski, P., Rydzik, L. “…Results: The experimental group demonstrated a significant improvement in the examined components of motor performance (p = 0.038 - 0.001), compared to the control group. …”

Nakayama, S., Trejo-Silva, A., Gomez-Ruano, M. A., Aida, H.

Bowman, J. K., Krywaruczenko, D., De Flon, B. G., Boone, R. T.

Zeff, S. R., Hamill, J., Martini, D., van Emmerik, R. “…We sought to determine whether contact sport participation affects visual acuity, head control, and coordinative variability during locomotor tasks. …”

Hides, J. A., Leung, F., Smith, M. M. F., Anning, L., Blanch, P., Mendis, M. D. “…Conclusion As size and ability to contract trunk muscles are modifiable factors, further intervention studies targeting motor control of these muscles may be warranted.…”

Gaamouri, N., Hammami, M., Cherni, Y., Oranchuk, D., van den Tillaar, R., Chelly, M. S. “…Youth athletes (15.8 ± 0.2 years) were randomly assigned to an intervention (n = 16) or a control group (n = 14). The intervention group performed contrast rubber band training (20 sessions over two weeks), while the control group maintained regular in-season training. …”

Barnes, A., Smulligan, K., Wingerson, M. J., Little, C., Lugade, V., Wilson, J. C., Howell, D. R. “…Objectives: To examine the utility of RT measurements (clinical drop stick, simple stimulus-response, single-task Stroop, and dual-task Stroop) to differentiate between adolescents with concussion and uninjured control individuals at initial assessment and RTP. …”

M. H. Murphy, C. A. G. Boreham, G. De Vito, E. Tsolakidis “…725 E-POSTER NOT DEBATED 726 PP-UD01 726 EP-UN01 E-POSTER UNDEBATED 726 ADAPTED PHYSICAL ACTIVITY 726 BIOMECHANICS 729 COACHING 734 HEALTH AND FITNESS 734 HISTORY 750 MOLECULAR BIOLOGY AND BIOCHEMISTRY 750 MOTOR LEARNING AND MOTOR CONTROL 753 NEUROMUSCULAR PHYSIOLOGY 757 DUBLIN/IRELAND, 4-7 JULY 2018 16 NUTRITION 763 PHILOSOPHY AND ETHICS 769 PHYSICAL EDUCATION AND PEDAGOGICS 769 PHYSIOLOGY 773 PSYCHOLOGY 790 REHABILITATION AND PHYSIOTHERAPY 798 SOCIOLOGY 801 SPORT MANAGEMENT AND LAW 803 SPORT STATISTICS AND ANALYSES 804 SPORT TECHNOLOGY 804 SPORTS MEDICINE AND ORTHOPEDICS 806 TRAINING AND TESTING 812 AUTHORS INDEX 834…”

Zwierko, T., Jedziniak, W., Domaradzki, J., Zwierko, M., Opolska, M., Lubinski, W. “…Stroboscopic training enhances perceptual cognition and motor skills; however, neurophysiological mechanisms underlying this adaptation are not fully understood. …”

Kneblewski, A., Valdes-Tamay, L., Bourgain, M., Rouch, P. “…CONCLUSION: We propose an original experimental device for studying unanticipated impacts in a controlled environment. Results showed that the backs experienced higher head acceleration peaks and higher injury criteria than the forwards. …”

Garrett, J. M., Mastrorocco, M., Peek, K., van den Hoek, D. J., McGuckian, T. B. “…Five studies reported a relationship between greater neck strength or motor control and reduced concussion incidence. Pooled results from 4 studies indicated small (r = 0.08-0.14) nonsignificant effects with substantial heterogeneity (I2>90%). …”

Makdissi, M., Critchley, M. L., Cantu, R. C., Caron, J. G., Davis, G: A., Echemendia, R. J., Fremont, P., Hayden, K. A., Herring, S. A., Hinds, S. R., Jordan, B., Kemp, S., McNamee, M., Maddocks, D., Nagahiro, S., Patricios, J., Putukian, M., Turner, M., Sick, S., Schneider, K. J. “…Higher number and/or severity of symptoms at presentation, sleep disturbance and symptom reproduction with Vestibular Ocular Motor Screen testing were associated with prolonged recovery and history of previous concussion was associated with a risk of further SRC. …”

Brown, D. A., Leung, F. T., Evans, K., Grant, G., Hides, J. A. “…Objectives: To investigate for differences in vestibulo-ocular function between active male combat sport athletes and a healthy control group. In addition, to explore the relationship between symptom-based outcome measures with vestibulo-ocular function. …”

Wild, J.

Lou, S., Soh, K. G., Soh, K. L., Sun, H., Modh Nasiruddin, N. J., Du, C., Zhai, X. “…In other words, core training optimizes the transfer and overall control of motion and force to the terminal segment within athletic actions. …”

Sutton, P., Lund Ohlsson, M., Röijezon, U. “…Background: Proprioception is vital for motor control and can be disturbed, for example, due to fatigue or injury. …”

Eils, E., Wirtz, S., Brodatzki, Y., Zentgraf, K., Büsch, D., Szwajca, S.