Accuracy of measurements of HbF with OSM3 in neonates and infants

Denjean, A.; Bridey, Françoise; Jp, Praud; Jf, Magny; Dehan, M; Gaultier, Claude

doi:10.1183/09031936.93.05010105

Cited by 7 publications

References 8 publications

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Continuous monitoring of fetal oxygen saturation by pulse oximetry

Luttkus¹,

Fengler²,

Friedmann³

et al. 1995

Obstetrics & Gynecology

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This study focuses on identifying the best site for placement of pulse oximeter probe accurate measuring of oxygen saturation. Twenty years old were recruited in this study. Cold pressor test was done to stim 460 measurements of SpO 2 analyzed using ANOVA with p < 0.05 was considered to be significant. Bias between sites are determined using Bland-Altman plot whilst the internal co sites are identified via Cronbach oxygen saturation measurement is at the earlobe using the ear sensor. Portable finger pulse oximeter oxygen saturation estimation is middle and right ring fingers) regardless of stimulation on peripheral vasoactivity. This study focuses on identifying the best site for placement of pulse oximeter probe oxygen saturation. Twenty-three healthy male volunteers aged 20 to 40 years old were recruited in this study. Cold pressor test was done to stimulate vasoactivity and level were obtained throughout the study. The results were analyzed using ANOVA with p < 0.05 was considered to be significant. Bias between sites are Altman plot whilst the internal consistency of each measurement sites are identified via Cronbach-Alpha (α). Results showed that the best site for cutaneous oxygen saturation measurement is at the earlobe using the ear sensor. Portable finger pulse oximeter oxygen saturation estimation is accurate and reliable at specific fingers (thumb, right middle and right ring fingers) regardless of stimulation on peripheral vasoactivity. ; oxygen saturation; cold pressor test; vasoactivity; pulse oxymetry This study focuses on identifying the best site for placement of pulse oximeter probe for three healthy male volunteers aged 20 to 40 ulate vasoactivity and level were obtained throughout the study. The results were analyzed using ANOVA with p < 0.05 was considered to be significant. Bias between sites are nsistency of each measurement Alpha (α). Results showed that the best site for cutaneous oxygen saturation measurement is at the earlobe using the ear sensor. Portable finger pulse accurate and reliable at specific fingers (thumb, right middle and right ring fingers) regardless of stimulation on peripheral vasoactivity. pulse oxymetry. Research Article Special Issue N. Juliana et al.

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