Pain is a major problem in the care of children in pediatric emergencies. Indeed, its relief rests on the oral communication of the young patient, who does not always able to it (difficult to verbalize, fear of the hospital, problem mental development ...). There is no way in which pain can be apprehended objectively, immediately and effectively. To advance our knowledge of this problem, several approaches have been studied as from functional magnetic resonance imaging (fMRI), electroencephalography (EEG), or from autonomic parameters. However, all these approaches have their limitations: although fMRI presents interesting performances, it allows only a retrospective analysis, and cannot adapt to the clinical context of the young patient for example. EEG-based approaches and autonomic parameters show interesting results but suffer from perfectible sensitivity to muscle activation for EEG whereas the vegetative parameters to stress. In this context, our working hypothesis considers that the search for markers of painful perception must be based on a neurophysiological approach, based on the combined analysis of the EEG and autonomic responses in real time. The aim of this work is to study (1) the cortical (EEG) and autonomic (cardiovascular, skin, pupillary) responses induced by sutures in children who can communicate their pain according to whether they cause pain or not.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
22
electroencephalography helmet with twelve electrodes will be performed during surgical gesture to determine the pain of child.
dermal electrode on the back of the hand will be performed during surgical gesture to determine the pain of child.
blood pressure sensors on the finger will be performed during surgical gesture to determine the pain of child.
Pupillometry glasses will be performed during surgical gesture to determine the pain of child.
Three electrodes electrocardiography on the chest will be performed during surgical gesture to determine the heart rate variability.
Centre Hospitalier Universitaire de Saint Etienne
Saint-Etienne, France
Measure of alpha spectral power
Compare measures of alpha spectra power according to electroencephalography helmet and electrode electrocardiography results.
Time frame: During the surgical gesture
Rate of spectral power low and high frequency
Rate of spectral power low and high frequency according to heart frequency variability result.
Time frame: During the surgical gesture
Amplitude of the dermal responsiveness
Compare amplitude of the dermal responsiveness according to dermal electrode result.
Time frame: During the surgical gesture
Amplitude of the pupillary diameter
Compare amplitude of the pupillary diameter according to pupillometry glasses result.
Time frame: During the surgical gesture
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.