associated with mortality in the univariate analysis. After adjustment for covariates, rhesus
incompatibility, asphyxia, exposure to hemolytic substances and ABE were predictive of mortality.
Infants who received ET had 69% probability of survival. The discriminatory power of
the final model was also strong (c-statistic: 0.922, 95% CI: 0.893–0.957). High bilirubin levels
(OR:1.11, 95% CI:1.07–1.14), exposure to hemolytic substances (OR:7.73 95% CI:3.16–18.91)
and rhesus incompatibility (OR:6.13 95% CI:2.44–15.43) were predictive of mortality among
infants with concomitant ABE (data not shown). Infants with at least one risk factor for
associated with mortality in the univariate analysis. After adjustment for covariates, rhesusincompatibility, asphyxia, exposure to hemolytic substances and ABE were predictive of mortality.Infants who received ET had 69% probability of survival. The discriminatory power ofthe final model was also strong (c-statistic: 0.922, 95% CI: 0.893–0.957). High bilirubin levels(OR:1.11, 95% CI:1.07–1.14), exposure to hemolytic substances (OR:7.73 95% CI:3.16–18.91)and rhesus incompatibility (OR:6.13 95% CI:2.44–15.43) were predictive of mortality amonginfants with concomitant ABE (data not shown). Infants with at least one risk factor for
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