<p class="jove_content">This protocol describes an approach to investigate cardiac phase-dependent modulation of visual event-related potentials utilizing simultaneous electroencephalography and electrocardiography recordings. The protocol details stimulus synchronization, cardiac phase segmentation, and event-related potentials analysis during systole and diastole, and is applicable in both conventional two-dimensional and immersive virtual reality environments.</p>

integrating-cardiac-cycle-phases-into-event-related-potential

Integrating Cardiac Cycle Phases into Event Related Potential Analysis: A Protocol for Two-Dimensional and Virtual Reality Environments

The heartbeat is a fundamental physiological rhythm that not only sustains life but also modulates perceptual and neural processes, thereby influencing ...

<p class="jove_content">This proof-of-concept protocol details EEG recording of somatosensory evoked potentials elicited by electrical and mechanical stimulation using oddball and roving paradigms.</p>

standardized-eeg-protocol-for-comparing-cortical-responses-to

Standardized EEG Protocol for Comparing Cortical Responses to Mechanical and Electrical Tactile Stimuli

The development of realistic tactile feedback in haptic interfaces is contingent on understanding the neural processing of electrical versus mechanical ...

Institution - Sirius University of Science and Technology

Articles Published in JoVE