Key result
A newly developed non-attached infant apnea monitor using thermo sensors was functionally validated in 10 clinical cases to detect respiratory frequency changes without skin contact.
Why the study?
Can a newly developed non-attached infant apnea monitor effectively detect respiratory frequency changes in infants?
Population
Infants (n=10 clinical cases)
Design
Other
Authors
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Hypothesis-generating for contact-free infant monitoring; prospective trials needed before clinical adoption.
Can a newly developed non-attached infant apnea monitor effectively detect respiratory frequency changes in infants?
A novel non-attached infant apnea monitor using thermo sensors provides a contact-free method to monitor respiratory rates, potentially avoiding skin irritation associated with conventional electrodes.
Hsu et al. (2005) studied Infant apnea (n=10). Non-attached infant apnea monitor was evaluated. A newly developed non-attached infant apnea monitor using thermo sensors was functionally validated in 10 clinical cases to detect respiratory frequency changes without skin contact.
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