The BLE radio waves improve access to outpatient and at-home physiological generated are considered safe for the infant as verified 5,6 monitoring of infants with specific medical conditions. The battery can last for regard to the future opportunities that it may offer to up to 18 hours without charging. 2 Global Pediatric Health Importantly, we point out the utility of the OSS in Energy (BLE) to a base station.
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Currently, limited comprehensive, contemporary data Email: Creative Commons Non Commercial CC BY-NC: This article is distributed under the terms of the Creative Commons Attribution-NonCommercial 4.0 License () which permits non- commercial use, reproduction and distribution of the work without further permission provided the original work is attributed as specified on the SAGE and Open Access pages (). Critics expressed concerns about Corresponding Author: frequent false alarms, high cost of monitors, increase Milena Adamian, Health Affairs, Owlet Care, Inc, 2500 Executive 3,4 in parental anxiety, and the risk of overdiagnosis. suggest that this type of monitoring can provide parents and physicians valuable information about infant health, potentially alerting when an infant is in crisis and enabling Owlet Care, Inc, Lehi, UT, USA timely intervention. oxygen saturation (SpO ) and heart rate (HR) for vari- However, the utility of home-based continuous moni- ous newborn age groups, and a case study on apnea of toring, especially in healthy, term newborns, remains a prematurity (AOP) detection while using the OSS are controversial topic in the clinical community. It reports (descriptive statistics vs randomized clinical also represents an opportunity for physicians and scien- study, parent-reported prematurity, events retrospec- tists to identify or predict various pathological conditions tively verified by physicians), the unique home use pat- and provide insights into the behavioral and physical terns, normative physiological reference ranges for development of a child. With known limitations of current to alerting for and prevention of life-threatening events. Continuous monitoring and transmis- and June 2017 and to share insights into the largest sion of physiological parameters in infants are not limited reported series. Development in biomedical and computer sciences, wire- The objective of this report is to describe the initial less communication techniques, and low-energy con- experience with home use of the Owlet Smart Sock sumption microprocessors with sophisticated algorithms (OSS), a novel, miniaturized, wireless, vital signs moni- led to the recent widespread innovation of wearable mon- toring device in 47,495 newborns between October 2015 itoring systems. exist to support or reject the usefulness of home-based Objective continuous monitoring in infants. Accepted for publication October 20, 2017. Keywords neonatology, general pediatrics, cardiorespiratory monitoring, pulse oximetry. Prospective studies are warranted to further evaluate its applications in the high-risk newborn population. The fast and continuous pace of device adoption and reported experience suggest excellent parental acceptance of the OSS. A total of 94% of parents reported a better quality of sleep. “Peace of mind” was the reason to own an OSS in 75%, and 82% of parents followed Safe Sleep Guidelines.
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OSS users were likely first-time parents in their 30s with at least a college degree 37% had a healthcare professional in the family and 28% were at or below median income level per the US Census Bureau.
Continuous readings of oxygen saturation and heart rate were obtained from 39,626 full-term newborns. On average, 47,495 newborns were monitored for 6 months, 4.5 d/wk, 9.9 h/d.
We report the largest experience, to our knowledge, of home cardiorespiratory monitoring in 47,495 newborns using the novel Owlet Smart Sock (OSS) technology (October 2015 to May 2017). Ward, Kenneth Davidson, Luke Adamian, Milena Initial Experience and Usage Patterns With the Owlet Smart Sock Monitor in 47,495 Newborns Initial Experience and Usage Patterns With the Owlet Smart Sock Monitor in 47,495 Newbornsĭangerfield, Michelle I.
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