Conclusions: Higher fitness was related to neuroelectric activity suggestive of better overall
sustained attention demonstrating a better ability to allocate attentional resources over time …

Background A growing set of studies has shown a positive relationship between aerobic
fitness and a broad array of cognitive functions. However, few studies have focused on …

Background: Exercise helps many aspects of cognition, but at this time no review has
summarized the literature on the association of exercise and physical fitness with attention …

Fencing requires rapid and accurate decision-making while competing and experiencing
gradual perceived effort. This study examined the linkage between physical effort, simple …

Aerobic exercise enhances the ability to sustain attention (peaking at moderate intensities)
by stimulating noradrenergic activity, which affects the fronto-parietal attention network. Prior …

Background: Previous studies have shown associations of physical fitness and cognition in
children and in younger and older adults. However, knowledge about associations in high …

The present study aimed to investigate whether acute moderate-intensity exercise led to a
selective effect on executive function tasks or general effect on cognitive tasks that involve …

The purpose of this study was to investigate the after-effects of an acute bout of moderate
intensity aerobic cycling exercise on neuroelectric and behavioral indices of efficiency of …

Background. Research on sports has revealed that behavioral responses and event-related
brain potentials (ERP) are better in expert than in novice athletes for sport-related tasks …

Attentional focus in endurance sports has been found to largely affect performance. To deal
with discomfort, fatigue, and pain associated with endurance performance under pressure …