Figure 4 | Scientific Reports

Figure 4

From: Non-invasive estimation of hemoglobin, bilirubin and oxygen saturation of neonates simultaneously using whole optical spectrum analysis at point of care

Figure 4

Validation of the instrument in different partitions of the dataset. Linear regression plot of the developed device verses TSB on 230 neonates, when (a) 90% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (d) 95% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (g) 98% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. Linear regression plot of the developed device verses Hb on 1073 neonates, when (b) 90% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (e) 95% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (h) 98% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. Linear regression plot of the developed device verses SpO2 on 340 neonates, when (c) 90% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (f) 95% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot. (i) 98% of the acquired data points are scattered within ± 0.02% from the cumulative fitted curve in the residual plot.

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