Key result
A custom pulse oximeter accurately derived heart rate and respiratory rate, yielding a Mean Squared Error of 3.8 for heart rate and 3.77 for respiratory rate compared to a clinical-grade device.
Why the study?
Respiratory rate is a critical vital sign whose neglect puts patients at risk, yet portable devices are lacking in point-of-care settings like ambulances.
Does a custom pulse oximeter tethered to an Arduino board accurately measure heart rate and respiratory rate compared to a clinical-grade device?
Does a custom pulse oximeter tethered to an Arduino board accurately measure heart rate and respiratory rate compared to a clinical-grade device?
Answers are grounded in this paper and cite their sources.
A custom Arduino-based pulse oximeter can derive heart rate and respiratory rate with reasonable accuracy compared to clinical-grade devices.
Respiratory Rate (RR) is a vital sign representing air movement in and out of the body. Neglecting the respiratory rate can foresee the patient being at risk. The lack of portable device in a point of care unit, i.e. ambulances, can be a demanding task. In this study, the researchers developed a hardware device that can measure resting Heart Rate (HR) and RR from a custom pulse oximeter tethered to the Arduino board using signal processing to extract HR and Symlet Wavelet Transform to extract the RR. The derived HR and RR from a custom pulse oximeter is compared to a clinical-grade pulse oximeter and yielded an MSE of around 3.8. Moreover, results obtained from the custom pulse oximeter vs the reference are close and valid.
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A 2021 study studied Healthy individuals (n=30). Custom pulse oximeter vs. Clinical-grade pulse oximeter was evaluated on Mean Squared Error (MSE) of Heart Rate and Respiratory Rate (MSE 3.8 for HR and 3.77 for RR). A custom pulse oximeter accurately derived heart rate and respiratory rate, yielding a Mean Squared Error of 3.8 for heart rate and 3.77 for respiratory rate compared to a clinical-grade device.
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