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Chun-Hao Wang and Chia-Liang Tsai

The study aimed to investigate the effects of regular physical activity on visuospatial cognition in elderly adults, and to further understand the potential neural mechanisms underpinning such effects. We assessed 24 physically active elderly adults and 24 sedentary counterparts using behavioral and neuroelectric measures during a visuospatial cognitive task with different levels of cognitive load. The results showed that the active group had higher behavioral accuracy along with greater P3 amplitudes, regardless of the level of cognitive load. Moreover, the correlation results revealed that physical activity levels were positively associated with accuracy performance in both conditions, while being correlated with frontal P3 amplitudes in the high cognitively demanding condition. However, no significant effects were observed in terms of P3 latency and contingent negative variation. These findings suggest that regular physical activity might be part of an effective lifestyle to attenuate the trajectory of age-related cognitive declines, thus increasing the likelihood of individuals becoming high-functioning older adults.

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Danilo Bondi, Sergio Di Sano, Vittore Verratti, Giampiero Neri, Tiziana Aureli and Tiziana Pietrangelo

writing and tracing skills has been widely focused on the fine coordination ( Feder & Majnemer, 2007 ) and on cognitive and perceptive skills ( Bara & Gentaz, 2011 ); concerning their relations, Scordella et al. ( 2015 ) reported visuospatial processes as common basis of gross motor coordination and

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Laura Žlibinaitė, Rima Solianik, Daiva Vizbaraitė, Dalia Mickevičienė and Albertas Skurvydas

measures mental flexibility. The participant is required to respond as quickly and accurately as possible to a stimulus as soon as it appears. 24 , 25 The matching grids task measures visuospatial processing. The participant is required to determine if 2 grid patterns that are presented side-by-side are

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Romain Meeusen and Lieselot Decroix

metabolic resources, these findings suggest that prolonged states of reduced water intake may adversely impact executive functions such as planning and visuospatial processing ( Kempton et al., 2011 ). This might have implications in team sports and those sports in which decision making is important