In our recently published paper we investigate whether cardiovascular fitness or the type of sport activity practiced is more important for improving alertness. Read the post for a non-technical description of the results and their importance.
Can increased interoception explain exercise-induced benefits on brain function and cognitive performance?
This is the title of our new preprint, published in PsyArXiv, where we review the evidence in favor of the novel hypothesis that physical exercise enhances cognitive performance by improving interoception.
Our preprint on brain-heart communication in athletes and sedentary young adults, available for peer review
Our recent research, revealing significant differences in how the brains of physically trained and sedentary young adults process information from the heart, is now available for commentary and formal peer review in two preprint repositories: SJS (@social_sjs) and bioRxiv (@biorxivpreprint).
Our two recent papers uncover a novel relation between neural and cardiac indices of enhanced attention in young athletes
In two recent papers, published in the Journal of Medicine & Science in Sports & Medicine, and in Scientific Reports, we showed that young athletes perform better in a sustained attention task compared to their sedentary counterparts. Interestingly, the benefits of exercise on attention are observed only during the first 30 minutes of the 1-hour task. After that, there are no differences in the performance of the two groups. We observe that during this enhanced attention period, athletes also exhibit significantly different EEG and heart period event-related potentials (ERPs). This novel finding points towards a previously unrecognised brain-heart interaction in the mediation of cognitive benefits induced by physical exercise. These interesting results on the role of regular exercise on attention have also attracted the attention of Spanish popular science journals.