Search Results - Motor control

De Waelle, S., Bennett, S. J., Scott, M. A., Lenoir, M., Deconinck, F. J. A. “…Twenty female volleyball players between 13 and 15 years old were initially assigned to either an experimental or control group, of whom 16 (eight per group) completed the entire study. …”

Jia, Y., Zhou, X., Tang, Y., Li, Q., Wang, J., Fu, Q.

Arede, J., Zhou, R., Shang, X., Leite, N., Schöllhorn, W. “…This decline suggests that the DL-based training programme may have helped reduce injury risk among adolescent basketball players, enhancing neuromuscular control and motor adaptability. Future research should further investigate the long-term effects of DL and its broader application across different sports and populations.…”

Solana-Tramunt, M., Bofill-Ródenas, A. “…This study investigated the impact of repeated maximal lumbar movements performed with closed eyes and motor imagery on lumbar proprioception in elite swimmers, compared to performing the same exercises with proper technique and controlled breathing alone. …”

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

Gutiérrez-Capote, A., Jiménez-Martínez, J., Madinabeitia, I., Torre, E., Leicht, A. S., Botía, M., Alarcón, F., Cárdenas, D. “…Additionally, it examines the moderating role of inhibitory control (IC) on these effects. Methods Thirty-nine youth basketball athletes (26 males and 13 females; age 14.9 ± 1.3 years) participated in two experimental sessions with varying levels of environmental manipulation: Low Environmental Manipulation (LEM) and High Environmental Manipulation (HEM), differing in the cognitive-motor complexity of the task and the consequences associated with performance outcomes. …”

Fassone, M., Puce, L., Biggio, M., Avanzino, L., Bove, M., Bisio, A. “…Swimmers often use metronomes during training, but their effectiveness in learning a new swimming pace is unclear. Adapting motor skills to new timing is complex and occurs in stages. …”

Nalcacigil, T., Güler, G., Bidil, S., Küçük, N., Toktay, T., Simsek, D. “…Participants completed three cognitive load conditions in a randomized order: (P1) a motor task requiring the suppression of randomly illuminated lights as quickly as possible, (P2) a cue-based task in which the next light always appeared in the same color zone as the previous one, allowing for anticipatory responses, and (P3) a mixed cue task that introduced a more mixed cue structure, increasing task difficulty and necessitating greater motor control adaptation. …”

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. …”

Lucia, S., Digno, M., Madinabeita, I., Di Russo, F. “…One circuit was the CMDT, implemented with interactive devices thus engaging strong motor control, preparedness, and quick decision-making during task performance. …”

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. …”

Trongjitpituk, R., Homma, M. “…This observed superior performance could be partly attributable to a pre-existing predisposition for such motor skills and/or the effects of rigorous training. …”

Greca, S. L., Antonacci, G., Marinelli, S., Cifelli, P., Di Giminiani, R.

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. …”

Kovacevic, N., Mihanovic, F., Kalcina, L. L., Matijaš, T., Rukavina, I., Galic, T. “…Female youth WP players showed better results in psychomotor speed, inhibitory control and motor speed compared to males, taking both age and gender into account. …”

A. Ferrauti, P. Platen, E. Grimminger-Seidensticker, T. Jaitner, U. Bartmus, L. Becher, M. De Marées, T. Mühlbauer, A. Schauerte, T. Wiewelhove, E. Tsolakidis “…TABLE OF CONTENTS ENDURANCE AND PERFORMANCE ASPETAR FOOTBALL SCIENCE AWARD CARDIOVASCULAR EFFECTS OF EXERCISE MUSCLE-TENDON FUNCTION STROKE AND PARKINSON DISEASES PARALYMPICS MOVEMENT VARIABILITY MOTOR CONTROL: SKILL ACQUISITION TRAINING IN KINDERGARTEN AND SCHOOL COGNITION AND WELLBEING SPORT ORGANISATION AND POLITICS HYPOXIA AND ALTITUDE ANKLE AND ACL INJURIES PERFORMANCE AND RECOVERY HEALTH AND FITNESS IN CHILDREN AND ADOLESCENTS NEUROPHYSIOLOGY BIOMECHANICS: SOCCER COMBAT SPORTS METHODS AND EXERCISE PHYSIOLOGY 1 HISTORY AND ETHICS DETERMINANTS OF PA IN ADULTS INDIVIDUALISATION IN RECOVERY SCIENCE NUTRITION AND SUPPLEMENTS 1 GENOMICS, PROTEOMICS AND MUSCLE MOLECULAR BIOLOGY HEALTH AND FITNESS IN CHILDREN AND ADOLESCENTS 2 COACHING: PERFORMANCE BIOMECHANICS: COORDINATION AND RUNNING NEUROMUSCULAR FATIGUE EFFECTS OF EXERCISE IN OBESITY SERIOUS GAMES IN SPORT AND HEALTH - CHANCES AND CHALLENGES PHYSICAL EDUCATION AND LEARNING SPORT MANAGEMENT AND SOCIETY INDIVIDUALITY - SOCIAL AND PHYSIOLOGIC PERSPECTIVES FOR FITNESS AND HEALTH TRAINING CHILDREN´S HEARTS - CARDIAC ADAPTATIONS TO EXERCISE AND TRAINING IN THE CHILDHOOD DIETARY NITRATE AS AN ERGOGENIC AID ESSA - ECSS EXCHANGE:THERMOREGULATION RESIDUAL FORCE ENHANCEMENT - AN UNDERRATED NEUROMUSCULAR PROPERTY FOR SPORT & HEALTH COACHING OF ATHLETES DTB TENNIS AWARD 1 INJURY PREVENTION METHODS IN EXERCISE PHYSIOLOGY 2 TRAINING IN LEISURE SPORT EFFECTS OF TRAINING: MIXED SESSION EXPERIENCES IN SPORT JSPFSM-ECSS EXCHANGE SYMPOSIUM: CHALLENGING PHYSICAL INACTIVITY IN CHILDHOOD AND ADOLESCENCE - WHAT CROSS-BORDER EVIDENCE AND ISSUES DO WE HAVE? …”

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…”

V. Bunc, E. Tsolakidis “…TABLE OF CONTENTS 8 WEDNESDAY, JULY 3, 2019 17 12:45 - 13:45 17 CP-PM01 MOLECULAR SIGNALING RESPONSE 17 CP-PM04 MUSCLE GROWTH: ADAPTATION 21 CP-PM05 TRAINING AND TESTING 24 CP-BN01 NEUROMUSCULAR PHYSIOLOGY 28 CP-MI01 STRENGTH AND POWER 32 CP-PM06 BONE AND MUSCLE 36 CP-SH02 CHILDREN 40 CP-PM02 ERGOGENIC AIDS; FAT, GLUCOSE AND METABOLISM 44 CP-BN02 MUSCLE / TENDON FUNCTION 47 CP-SH03 HUMANITIES 51 CP-SH04 PSYCHOLOGICAL FACTORS IN SPORT 54 CP-BN03 MOTOR LEARNING AND MOTOR CONTROL 57 CP-PM03 HEALTH AND FITNESS 60 CP-BN06 SPORT TECHNOLOGY MIXED 64 CP-BN07 SPORTS PHYSIOTHERAPY I 67 CP-BN04 BALANCE AND POSTURE 71 CP-BN05 RUNNING AND THROWING 75 CP-BN08 JUMPING AND SQUATTING 78 CP-MI02 TRAINING AND TESTING I 82 CP-SH01 PHYSICAL EDUCATION / PEDAGOGIC APPROACHES 85 14:00 - 15:30 88 IS-PM05 HIGH-CARBOHYDRATE OR HIGH-FAT DIETS FOR OPTIMISING TRAINING ADAPTATION AND PERFORMANCE? …”

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. …”