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Recent studies show that emotional states can be discriminated by physiological responses. This physiological regulation results from the action of enzymes and hormones that represent the activity of the autonomic nervous system. The measurement of specific biomarkers, using non-invasive biological tests in saliva, would therefore provide physiological data on an individual's emotional state in response to stimuli, particularly olfactory stimuli.
Full description
Recent studies show that emotional states (positive and negative) can be discriminated by physiological responses. This physiological regulation stems from the action of enzymes and hormones that represent the activity of the autonomic nervous system. The measurement of specific biomarkers (enzymes, hormones), using non-invasive biological tests in saliva, would therefore provide physiological data on an individual's emotional state (Giacomello et al. 2020) in response to stimuli, particularly olfactory stimuli.
The aim of the proposed research is to identify and measure a signature of molecular biomarkers in saliva, linked to emotions following one or more olfactory stimuli (e.g. cortisol and alpha-amylase concentration increase after stimulation).
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Non specific inclusion criteria:
240 participants in 2 patient groups
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Wendpouiré A OUEDRAOGO, Msc
Data sourced from clinicaltrials.gov
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