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Published on: December 6, 2016
Apnea and periodic breathing in bed-sharing and solitary sleeping infants
C A Richard1, S S Mosko, J J McKenna
1Sleep Disorders Center, Department of Neurology, University of California, Irvine, Medical Center, Orange 92868, California 91711, USA.
Insights
Mother-infant bed sharing increases central apnea and periodic breathing in infants. While obstructive apneas decrease, the overall respiratory impact of bed sharing warrants further investigation.
Area of Science:
- Pediatric Sleep Medicine
- Infant Respiratory Physiology
Background:
- Mother-infant bed sharing is associated with various physiological and behavioral effects.
- Respiratory changes are a potential physiological consequence of bed sharing.
Purpose of the Study:
- To compare the incidence of central and obstructive apneas and periodic breathing in infants during bed sharing versus solitary sleep.
- To investigate the impact of the bed-sharing environment on infant respiratory control.
Main Methods:
- Polysomnographic recordings were used to score apnea and periodic breathing.
- Twenty bed-sharing and fifteen solitary sleeping mother-infant pairs participated over 3 nights in a sleep laboratory.
- Each pair experienced one night of bed sharing and one night of solitary sleep in a randomized order.
Main Results:
- Central apnea frequency significantly increased during bed sharing compared to solitary sleep.
- Obstructive apnea frequency decreased during bed sharing, but only in infants who routinely slept alone.
- Periodic breathing events were significantly more frequent during bed sharing in both groups.
Conclusions:
- The bed-sharing environment significantly impacts infant respiratory control.
- Routine bed sharing may lead to subtle neurophysiological and/or developmental differences in infants.
Abstract:
Mother-infant bed sharing, compared with the solitary sleeping condition, has recently been associated with several physiological and behavioral effects. Because the physiological effects of bed sharing may also include respiratory changes, we compared the incidence of central and obstructive apneas and periodic breathing in bed-sharing and solitary sleeping infants. Twenty routinely bed-sharing mother-infant pairs and fifteen routinely solitary sleeping pairs slept for 3 nights in a sleep laboratory. After an initial adaptation night, each pair spent 1 night bed sharing and 1 night in solitary sleep in random order. Apnea and periodic breathing were scored from polysomnographic recordings. The frequency of central apnea was significantly increased on the bed-sharing night, compared with the solitary night, regardless of routine sleeping arrangement. There were significantly fewer obstructive apneas on the bed-sharing night than on the solitary night, but only in routinely solitary sleeping infants. In both groups, there was a significantly higher frequency of periodic breathing events on the bed-sharing night than on the solitary night. These findings demonstrate that the bed-sharing environment can have a significant impact on respiratory control in the infant. Evidence is also presented to suggest that routine bed sharing may result in subtle neurophysiological and/or developmental differences in infants.
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