During their first year of life, children spend more than half their time sleeping, a function essential to their neurodevelopment. This period of maturation and development of the future adult is considered extremely vulnerable to environmental exposure. During this period, the child\'s diet is mainly provided by breastfeeding, where persistent chemical substances have been found. A cocktail of 19 mostly persistent substances (POPs) present in breast milk has recently been identified as the main contributor to neurodevelopmental risk. However, the reality of their impact on neurophysiological development, in particular on infant sleep, has yet to be assessed. In this project, the sleep of children under 6 months of age will be studied using an actimetry watch worn for 7 days by the child, accompanied by a sleep diary. Exposure to environmental pollutants will be assessed by measuring their presence in the infant\'s milk (breastfeeding) and wearing a silicone bracelet to collect air pollutants. A questionnaire on exposure will complement this evaluation.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
120
7-day actimetry sleep recording
Determination of environmental pollutants in breast milk
Measurements of environmental pollutants in indoor air deposited on the bracelet worn by the child
Continuous recording of the child\'s temperature for 7 days
Use of a sleep diary for 7 days
Parental questionnaire of environmental exposure
CHRU Amiens
Amiens, France
RECRUITINGtotal sleep time per day in infants using actimetry
total sleep time per day (min)) in infants using actimetry
Time frame: 7 days
Concentration of various substances in breast milk
Time frame: 1 day
concentration of chemical polluants on newborn bracelets
Time frame: 1 day
Child Temperature level (°C)
Time frame: 7 days
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