Last Friday I participated in a round table discussing Open Science practices and their relevance for addressing the crisis of replicability in Psychology.
How to upload your scientific software code to GitHub and get a DOI from Zenodo
This past weekend I had the pleasant experience of migrating my software KARDIA form its old home at the SourceForge repository to GitHub. Although the clearest benefit from this migration is the possibility to easier collaborate with other programers for the future development of the software, there are several other sweet candies that came along…
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.
HEPLAB: Matlab scripts to facilitate heartbeat-evoked potential analysis
Last month my colleague Luis Ciria and I, gave a two-day workshop that focused on how to use the Matlab toolbox eeglab to create heartbeat-evoked events, extract epochs from the continuous EEG signal based on these events, and use Fieldtrip to perform a cluster-based permutation analysis to detect statistical differences between groups and conditions. The custom scripts we used at the workshop are freely available through the Zenodo repository.
Which side are you on boys?
As promised, I publish here a recent correspondence between Angel Correa, a colleague at the Brain, Mind & Behaviour Research Center of the University of Granada, and the editor of an Elsevier journal. I do not wish to express my opinion here —although the title and image of this post may be giving a hint— nor to reveal the identity of the editor. I prefer to listen to what my fellow colleagues think about which are the obligations and responsibilities of authors and journal editors in the emerging landscape of open scholarly communication.
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).
How to detect the B point in impedance cardiography
Our new article, published in Psychophysiology and freely available from my Publications page, compares the accuracy of the three algorithms for B point detection included in Biopac’s popular software Acknowledge. We found unexpected and dramatic differences in the accuracy of these three algorithms, with the one based on the third derivative of the impedance cardiogram performing significantly better. In our article, we also provide a decision tree to help in the manual detection of the B point, especially by young and inexperienced researchers.
Slides from my Ghent talk on Open Science
Last week I was in Ghent to give another introductory talk on Open Science —it is becoming an addiction! First, Ghent was much prettier than I expected! Second, researchers are still hesitant to open up to new practices until a clear academic reward is promised. But we are getting there, slowly but steadily…
Open scientists in the shoes of frustrated academics part I: Open-minded scepticism
Last week I was in Oslo, invited by the organising committee of Eurodoc2017, to give an introductory talk on Open Science [1]. One thing that became apparent during this two-day event was that, although irresistibly trendy, Open Science remains an elusive concept. Many continue to confuse Open Science with Open Access, not to mention that almost everyone still thinks Open Access is equivalent to publishing in open access journals. In this series of posts, I will discuss a few issues that will hopefully help clarify the meaning of Open Science, why is it important, and how individual scientists can make a difference.
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.