Would you assess the performance of a soccer player by looking at them playing in the field
completely alone? Surely you would get overall information about their playing skills and …

Cerebrovascular diseases have been associated with a variety of heart diseases like heart
failure or atrial fibrillation, however the mechanistic relationship between these pathologies …

We propose a novel modelling framework to study non-stationary, directional brain-heart
interplay in a time varying fashion. Considering electroencephalographic (EEG) signals and …

The study of functional Brain-Heart Interplay (BHI) from non-invasive recordings has gained
much interest in recent years. Previous endeavors aimed at understanding how the two …

Background: The quantification of functional brain–heart interplay (BHI) through analysis of
the dynamics of the central and autonomic nervous systems provides effective biomarkers …

Although a plethora of synthetic data generation models have been proposed to validate
biomarkers of brain and cardiovascular dynamics separately, a limited number of …

Donatella said:“I'd like you all to write about how brain and heart talk to each other.” Pierluigi
replayed by saying:“OK, I can collect a group of experts able to describe many, if not all …

High performance team-sport athletes are consistently pushing the limits of human
performance under very high pressure. They achieve this by using their outstanding physical …

Through their dynamical interplay, the brain and the heart ensure fundamental homeostasis
and mediate a number of physiological functions as well as their disease-related …

Applied researchers (eg, academic researchers, PhD students) strive to undertake research
that can inform practice in sport, and evidence 'impact.'Conversely, practitioners (eg …