Suchergebnisse - Memory & Cognition

Memmert, D., König, S. Schlagworte: “… cognition …”

Memmert, D., Medernach, J. Schlagworte: “… cognition …”

Wu, K.- C., Lin, H.- C., Cheng, Z.- Y., Chang, C.- H., Chang, J.- N., Tai, H.- L., Liu, S.- I. Schlagworte: “… cognition …”

Jothi, S, Dhakshinamoorthy, J, Kothandaraman, K. “… One emerging technology to enhance athletes' visuomotor and cognitive abilities is SVT. This paper aims to show how SVT can be used as an intervention technique in athletics to enhance athletes' performance.  …”

Habekost, T., Ovesen, J., Madsen, J. B. “… The review covers the main cognitive processes that have been studied in soccer research: visual orientation and attention, pattern recognition, anticipation, working memory, action selection and decision making, executive control processes, as well as behavioral and cognitive learning.  …”

Wu, K.-C., Lee, Y.-L., Chen, S.-C. “… For the elite levels, the perceptual-cognitive skills of SPT of reaction time was performed equally in the groups of semi-elite and competitive players, however, in the CCT Span of working-memory (WM), competitive-elite players outperformed semi-elite players.  …”

Tosti, B., Corrado, S., Mancone, S., Di Libero, T., Carissimo, C., Cerro, G., Rodio, A., da Silva, V. F., Coimbra, D. R., Andrade, A:, Diotaiuti, P. “… Notable improvements were observed in technical skills, physical performance parameters, scoring, attention, concentration, reaction time, short-term and working memory, self-regulation, and cognitive anxiety. Future research should standardize protocols, include more diverse samples, and explore long-term effects to further validate these findings. …”

Schumacher, N., Zaar, C., Kovar, J., Lahmann-Lammert, L., Wollesen, B. “… Thirty highly talented male youth soccer players aged 12-14 years completed various perceptual-cognitive (selective attention, cognitive flexibility, inhibition, working memory, peripheral perception, and choice response) and sport-specific on-field tests.  …”

Firmansyah, H., Hendrianto, R., Negara, J. D. K., Martini, T. “… The findings of this study show that better cognitive abilities led to better gymnastic performance, emphasizing the importance of attention, concentration, memory, visuospatial, language, and executive functions.  …”

Vasile, A. I., Stanescu, M. I. “… Strobe training improved all motor-cognitive skills (d = 0.16 for visual memory; d = 1.96 for visual memory errors; d = 1.39 for visual processing speed; d = 1.94 for visual processing errors; d = 1.30 for cognitive agility).  …”

Fong Yan, A., Nicholson, L. L., Ward, R. E., Hiller, C. E., Covey, K., Parker, H. M., Low, L.-F., Chan, C. “… Preliminary evidence found dance to be superior to other physical activity interventions to improve motivation, aspects of memory, and social cognition and to reduce distress.  …”

Welp, U. “… INTRODUCTION: Chronic stress is defined as a state of threatened homeostasis in which affective, physiological, biochemical and cognitive changes could lead to many diseases. Yet, acute stress represents the body`s reaction to a current situation and can be specifically negative during an activity that requires working memory and decision-making.  …”

Doohan, M. A., Watzek, J. T., King, N., White, M. J., Stewart, I. B. “… Cognitive tasks were classified as cognitive inhibition, working memory, or cognitive flexibility tasks.  …”

Costello, S. E., O`Neill, B. V., Howatson, G., van Someren, K., Haskall-Ramsay, C. F. “… Prior to and following each set of maximal effort sprints or equivalent control duration, a battery of cognitive tasks assessing simple and choice reaction time, visuo-spatial working memory and inhibition were completed as well as visual analogue scales that assessed mood, energy, and fatigue.  …”

Leite de Arruda, D. P., Santos da Costa, A., de Luna Ramalho Santos, A. K., Paz, C. R., Maroja Di Pace França, C. L., de Lucena Barbosa, E., Silva dos Santos, L., de Araujo Leite Filho, M. A., de Almeida, M. A. C., Paz, M. H., Netto Segundo, M. N., Mariz Dantas, P. A., Marques de Lucena, P. H., Cunha Montenegro, R., Gouveia Nunes, R., Freire de Araújo, R. “… They were evaluated in anthropometric parameters age, weight and height, and the variables of the cognitive performance evaluated by the battery of computerized tests CogState® (Brief Battery): Detection (Simple Reaction Time); Identification (Choice Reaction Time); One Back Speed (Working Memory); One Back Acuracy (Short Term Memory).  …”

Yongtawee, A., Park, J., Kim, Y., Woo, M. “… We found differences in dominant cognitive functions across sport types. Athletes in interceptive sports demonstrated advanced visuospatial functioning and processing speed, while athletes in strategic sports showed superior executive function, including working memory and cognitive flexibility.  …”

Engeroff, T., Banzer, W., Niederer, D. “… One intervention applied 75% of the 1RM and a 50% reduced workload (resistance*nrepetitions = 50%). Cognitive attention (Trail Making Test A—TMTA), task switching (Trail Making Test B—TMTB), and working memory (Digit Reading Spans Backward) were assessed before and immediately after exercise.  …”

Owens, T. S., Calverley, T. A., Stacey, B. S., Rose, G., Fall, L., Tsukamoto, H., Jones, G., Corkill, R., Tuaillon, E., Hirtz, C., Lehmann, S., Marchi, N., Marley, C. J., Bailey, D. M. “… This study determined to what extent prior-recurrent contact impacts molecular-hemodynamic biomarkers underpinning cognition in current professional rugby union players with a history of concussion.  …”

Stacey, B. S., Campbell, Z., Bailey, D. M. “… Internal carotid (ICA) and vertebral artery (VA) blood flow were measured via duplex ultrasound to determine global cerebral blood flow (gCBF). Mild cognitive impairment and sub-domains of memory, attention/concentration/visual motor coordination, and executive function were determined by psychometric testing.  …”

Neri, F., Smeralda, C. L., Momi, D., Sprugnoli, G., Menardi, A., Ferrone, S., Rossi, S., Rossi, A., Di Lorenzo, G., Santarnecchi, E. “… First-Person Shooter (FPS) game experience can be transferred to untrained cognitive functions such as attention, visual short-term memory, spatial cognition, and decision-making.  …”