However, further increases to 2.1% and reductions to 0.9% from the initial 1.7% concentration showed highly significant effects on the respiratory rates of all subjects. 4 Discussion In this study, we proposed and explored the development of a noncontact vital sign monitoring system designed to enhance the welfare of laboratory animals.
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Contactless monitoring of respiratory rate variability in rats under anesthesia with a compact 24GHz microwave radar sensor.
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