HIGHLIGHTS
SUMMARY
The aim of this study is to compare a fhPPG sensor with a traditional, peripherally sited limbbased pulse oximeter for heart rate monitoring in more critically unwell newborns over a much longer study period (198 h compared to 16 h previously). extraction of multiple vital signs, such as heart rate, respiratory rate, and blood pressure. At a time when accurate heart rate measurement is crucial as the infant becomes critically ill, impaired peripheral perfusion can affect the ability of the conventional pulse oximeter to obtain reliable signals and subsequent heart rate measurements. Green light . . .
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