Search Results - Neurology

Noé, E., Llorens, R., Melero, B., O`Valle, M., Navarro, M. D., Colomer, C., Moliner, B., Ferri, J. “…Due to their possible negative effects on the neurological health, detecting potential concussion events (PCEs) during a match is essential to account for their medical consequences. …”

Tooby, J., Owen, C., Sawczuk, T., Roe, G., Till, K., Phillips, G., Vishnubala, D., White, R., Rowson, S., Tucker, R., Tierney, G., Jones, B. “…Background: There is growing concern that exposure to head acceleration events (HAEs) may be associated with long-term neurological effects. Objectives: To quantify the incidence and probability of HAEs during men`s professional rugby league match-play on a group and individual basis using instrumented mouthguards (iMGs). …”

Vella, J. D., Facer-Childs, E. R., Ogden, J., Liddle, S., Engelman, A., Volchek, I., King, K. “…Concussion, pain, injury, neurological factors and declined physical function were shown to have a negative influence on mental health. …”

Lowery, M., Ronca, F., Bruinvels, G., Jones, C., Loosemore, M., Burgess, P. “…INTRODUCTION: Sub-concussive head impacts, particularly those incurred through sports like football, have been associated with long-term neurological risks. While repetitive sub-concussive head impacts have been extensively studied in male athletes, there is a dearth of research focusing on female athletes, despite evidence suggesting potential differences in susceptibility to sports-related concussion and symptom severity across menstrual cycle phases, particularly in the luteal phase. …”

Barnes, A., Kirk, C., Hill, R., Bowden, B., Mercer, J. “…Pupillometry values including the Neurological Pupil Index (NPi), mean constriction velocity (CV), max constriction velocity (MCV), and dilation velocity (DV) were obtained. …”

Silva, A., Pinheiro, L., Verhagen, E., Ocarino, J., Fagher, K., Ahmed, O., Dalton, K., Mann, D., Weiler, R., Okoth, C., Blauwet, C., Lexell, J., Kneepens, H., Derman, W., Webborn, N., Resende, R. “…This position statement aims to guide sports healthcare providers in the PHE for para athletes across key impairment categories: intellectual, musculoskeletal, neurological and vision. METHODS: A panel of sixteen international experts, including epidemiologists, physiotherapists, optometrists, and physicians with expertise in para athlete health, convened via videoconferences to discuss the position statement`s purpose, methods, and themes. …”

Twohey, E., Velasco, G., Neidecker, J., Giovane, R. “…There are potentially both short- and long-term neurological injuries that can happen as a result of the repeated head trauma sustained in bouts, and thus it is imperative to identify the athletes that are at increased risk. …”

Pheasey, C., O`Brien, T. J., Sharpe, L., Goosey-Tolfre, V. L. “…The Paralympic sport of WR is played by individuals with an impairment that affects all four limbs, including cervical spinal cord injuries (SCIs) (tetraplegia), limb deficiencies, polio, cerebral palsy and other neurological disorders. SCI results in lesion-dependent impairments in cardiorespiratory, musculoskeletal and autonomic function, due to disruption of the neural pathways that control these systems. …”

Huang, W., Ma, L., Yan, J., Hu, W., Liu, G., Wang, R., Zhang, J. “…The neurological effects and underlying pathophysiological mechanisms of sports-related concussion (SRC) in active young boxers remain poorly understood. …”

M. H. Murphy, C. A. G. Boreham, G. De Vito, E. Tsolakidis “…172 13:00 - 14:00 173 CP-PM01 SPORTS MEDICINE AND ORTHOPEDICS 1 173 CP-PM02 SPORTS MEDICINE AND ORTHOPEDICS 2 176 CP-PM03 BODY COMPOSITION 180 CP-PM04 HYPOXIA, RESPIRATION OXYGEN DELIVERY 182 CP-PM05 VASCULAR 187 CP-PM06 AGEING 190 CP-PM07 CLINICAL: METABOLISM, HORMONES, NEUROLOGY 194 CP-PM08 CLINICAL: CANCER-CUD-COPD 197 CP-PM09 HYDRATION AND TEMPERATURE 201 CP-PM10 ERGOGENICS AND SUPPLEMENTS 204 CP-PM11 NUTRITION AND SUPPLEMENTS 2 207 CP-PM12 VALIDITY AND VARIABILITY 210 CP-PM14 RESISTANCE TRAINING 214 14:00 - 15:00 217 MO-PM01 MUSCLE & TENDON 217 MO-PM02 NUTRITION AND SUPPLEMENTS 222 MO-PM05 VASCULAR PHYSIOLOGY AND CARDIO-RESPIRATORY FITNESS 226 MO-PM11 AGEING 230 MO-MI01 RELIABILITY AND TESTING 234 MO-MI02 SWIMMING AND HANDBALL 238 MO-BN09 SPORTS WITH PATIENTS AND INDIVIDUALS WITH DISABILITY 242 MO-PM15 PHYSIOLOGY MIXED 246 MO-PM07 PHYSICAL ACTIVITY / SEDENTARY BEHAVIOUR 249 MO-SH01 PHYSICAL EDUCATION 252 MO-PM08 TRAINING AND TESTING 255 MO-BN10 SPORT TECHNOLOGY 259 MO-PM24 STRENGTH 263 MO-SH02 MOTIVATION , SELF EFFICACY AND COACH BEHAVIOURS 266 15:00 - 16:00 269 MO-PM03 HIGH INTENSITY TRAINING 269 MO-PM04 AGEING 274 MO-PM06 INJURIES 278 11 23RD ANNUAL CONGRESS OF THE EUROPEAN COLLEGE OF SPORT SCIENCE MO-PM12 NUTRITION 282 MO-BN01 MOTOR LEARNING AND CONTROL 285 MO-PM13 ATHLETE PHENOTYPE 288 MO-BN05 ORTHOPEDIC ISSUES IN SPORT 291 MO-BN06 ANALYSIS AND SPORTS PERFORMANCE 295 MO-PM14 CHILDREN AND ADOLOLESCENTS 300 MO-PM10 HYPOXIA 302 MO-PM09 HEALTH AND DISEASE MODULATION 307 MO-BN07 TESTING AND TRAINING MUSCLE STRENGTH 310 MO-SH03 PERFORMANCE AND TRAINING 314 MO-PM25 SPRINTING AND JUMBING 317 16:15 - 17:45 320 IS-BN01 ADVANCES IN THE STUDY OF MUSCLE PLASTICITY USING REAL TIME ULTRASONOGRAPHY 320 OP-PM13 HIGH INTENSITY TRAINING MODALITIES 321 OP-PM14 BONE 323 OP-PM15 PROTEIN SYNTHESIS 326 OP-BN28 BIOMECHANICS OF MUSCLE CONTRACTION 328 OP-PM37 HEALTH AND FITNESS MIXED 330 OP-BN04 GAIT 332 OP-BN29 PHYSICAL ACTIVITY IN PARKINSONS DISEASE 335 OP-PM42 TRAINING ADAPTATION 337 OP-PM76 INJURY 339 OP-PM77 TRAINING LOAD 341 OP-PM51 NUTRITIONAL PHYSIOLOGY: ENERGY METABOLISM/BODY COMPOSITION 343 OP-BN52 NEUROMECHANICS OF CYCLING 345 OP-SH11 PHILOSOPHICAL, HUMANITIES AND MANAGEMENT PERSPECTIVES ON SPORT 348 OP-SH17 ANXIETY IN ATHLETES AND OVERREACHING 349 18:00 - 19:30 351 OP-PM33 HYPOXIA 1 351 OP-PM34 MOLECULAR RESPONSE/SIGNALING 353 OP-PM35 INTERVAL TRAINING 1 356 OP-PM16 MUSCLE INJURIES 358 OP-BN30 RESISTANCE TRAINING 2 361 OP-BN05 MOTOR LEARNING, SKILL ACQUISITION AND COORDINATION 363 OP-BN31 SPORTS WITH INDIVIDUALS WITH PHYSICAL AND INTELLECTUAL DISABILITIES 365 OP-PM40 RESPIRATORY FUNCTION 369 OP-PM65 CHILDREN AND ADOLESCENTS 370 OP-PM64 PACING 2 373 OP-PM50 AGEING AND AGE RELATED DISEASE 375 OP-BN44 EMG 378 OP-PM63 EXERCISE TRAINING IN DIVERSE POPULATIONS 380 FRIDAY, JULY 6TH, 2018 383 08:00 - 09:30 383 DUBLIN/IRELAND, 4-7 JULY 2018 12 IS-EX01 ECSS-ACSM EXCHANGE SYMPOSIUM: EXERCISE IS MEDICINE 383 OP-PM19 CARDIOVASCULAR PHYSIOLOGY 1 383 OP-PM23 ESSA-ECSS EXCHANGE: MUSCLE METABOLISM 386 IS-PM09 PEDIATRIC EXERCISE ONCOLOGY: EUROPEAN APPROACHES FOR ACTIVEONCOKIDS 388 OP-BN12 FOOTWEAR AND RUNNING PERFORMANCE 389 IS-MI04 THE PHYSICAL ACTIVITY CONTINUUM AND OTHER HEALTH-RELATED ASPECTS OF LIFESTYLE IN RELATION TO CARDIOMETABOLIC HEALTH AND MENTAL WELLBEING 392 OP-BN11 NEUROMUSCULAR TESTING AND INTERVENTIONS 393 OP-BN10 COGNITIVE AND MOTOR FUNCTIONS IN THE ELDERLY 395 IS-EX03 CSSS-ECSS EXCHANGE SYMPOSIUM - OPTIMISING PARTICIPATION IN PHYSICAL ACTIVITY AND SPORT PERFORMANCE 398 OP-PM83 SPORTS SPECIFIC TRAINING 399 OP-PM61 NUTRITION 401 OP-PM49 SEDENTARY BEHAVIOUR 404 OP-BN49 LOWER LIMB INJURIES 406 OP-SH03 SOCIOLOGY 1 409 09:45 - 11:15 411 IS-SH03 IS EXERCISE MEDICINE? …”

Donnelly, R. R., Ugbolue, U. C., Gao, Y., Gu, Y., Dutheil, F., Baker, J. S. “…This systematic review and meta-analysis assess both acute and chronic neurological and neuropsychological effects that boxing has on the brain. …”

Sundaram, V., Sundar, V., Pearce, A. J. “…Despite this, the data reveals notable impact data that youth athletes are exposed to, suggesting modifications may be required to reduce long-term neurological risks.…”

Russo, M. J., Salvat, F., Kañevsky, A., Allegri, R. F., Sevlever, G. “…Objectives The purpose of this study was to investigate the relationship between on-field post-concussion symptoms reported by athletes, on-field neurological signs reported by a trainer or physician, and/or post-concussion symptoms 72h after brain injury in male rugby players. …”

Arbogast, K. B., Funk, J. R., Solomon, J., Crandall, J. “…Keen interest has arisen in developing data-driven strategies to mitigate head injury and reduce repetitive head impacts in sports owing to concerns about the potential short-term and long-term neurologic consequences of these loads on the brain. …”

Iverson, G. L., Castellani, R. J., Cassidy, J. D., Schneider, G. M., Schneider, K. J., Echemendia, R. J., Bailes, J. E., Hayden, K. A., Koerte, I. K., Manley, G: T., McNamee, M., Patricios, J. S., Tator, C. H., Cantu, R. C., Dvorak, J. “…Objective: Concern exists about possible problems with later-in-life brain health, such as cognitive impairment, mental health problems and neurological diseases, in former athletes. We examined the future risk for adverse health effects associated with sport-related concussion, or exposure to repetitive head impacts, in former athletes. …”

Jones, C., Melotti, L., Brown, M. R., Loosemore, M. “…There is currently a gap in understanding the relationship between head impacts and neurological function due to a lack of quantification of forces that individuals are exposed to in competition. …”

Harrison, A., Lane-Cordova, A., La Fountaine, M. F., Moore, R. D. “…Unnoticed and untreated neurophysiological dysfunction may negatively affect long-term neurologic health in adolescent athletes, as they are at a critical point in development. …”

Manley, G., Gardner, A. J., Schneider, K. J., Guskiewicz, K. M., Bailes, J., Cantu, R. C., Castellani, R. J., Turner, M., Jordan, B. D., Randolph, C., Dvorák, J., Hayden, K. A., Tator, C. H., McCrory, P., Iverson, G. L. “…Data extraction Study population, exposure/outcome measures, clinical data, neurological examination findings, cognitive assessment, neuroimaging findings and neuropathology results. …”

Le Flao, E., Siegmund, G. P., Borotkanics, R. “…Conclusions: Head impact research can help improve our understanding of the acute and chronic effects of head impacts on neurological impairments and brain injury. The field is still growing in many sports, but technological improvements and standardisation of processes are needed.…”

Milef, G. M., Miller, L. E., DiGuglielmo, D. M., Payne, T. D., Filben, T. M., Urban, J. E., Stitzel, J. D. “…Although these impacts do not result in acute signs and symptoms of concussion, evidence suggests that accumulated repetitive subconcussive impacts may be associated with long-term neurological damage and can cause changes in the brain after a single season.3,4 As adolescence is a time of brain growth and development, understanding head impact exposure (HIE) is of utmost importance to mitigate adverse effects of head impacts in youth football. …”