Mauro Gianni Perrucci

This study compares continuous-wave fNIRS with fMRI-derived indices in the visual cortex, finding strong cross-modal agreement and state-dependent relationships between haemoglobin modulations and fMRI signals.

This study shows that false cardiac feedback can alter pain perception and anticipatory heart rate, demonstrating the role of interoceptive inference in shaping both perception and physiological responses.

This study shows that humans adjust breathing during interoceptive and exteroceptive tasks, with better performance during exhalation.

The paper examines cardio-respiratory interactions in interoceptive perception by analyzing heartbeat-modulated cortical oscillations during cardiac and exteroceptive tasks.

This study examines how respiration affects reaction times and multisensory integration during a detection task, finding that response timing aligns with respiratory phases and that multisensory integration is strongest during the expiration-to-inspiration transition.

This study investigates how HEP amplitude relates to attention and respiration during interoceptive and exteroceptive tasks, finding exhalation drives HEP increases during cardiac attention.

This study shows that expecting pain increases perceived heart rate, even when actual heart rate does not change, revealing an interoceptive illusion driven by threat expectations.

The paper investigates how respiration modulates cardiac interoception by analyzing HEP amplitude during inhalation and exhalation in two studies with healthy humans.

The paper examines the relationship between cortical silent period (CSP) length and stop signal reaction time (SSRT) to assess how individual differences in intracortical inhibition relate to inhibitory control performance.

The paper investigates how individual differences in the prospective sense of agency relate to intrinsic brain network properties at multiple spatial scales.

This study examines how body posture affects intrinsic brain activity, finding increased beta power in the left inferior frontal gyrus when hands are tied behind the back compared to a free hands condition.

This study predicts meditation expertise and age from functional MRI connectivity patterns in long-term meditators, showing distinct effects of expertise and age on brain networks.