• Bheru Gandhi, Wade Rich, and Neil Finer.
• Division of Neonatology, University of California San Diego Medical Center, San Diego, CA 92103, USA.
• J. Pediatr. 2013 Aug 1;163(2):412-5.

ObjectiveTo determine whether resuscitation teams can better maintain newborn transitional oxygen saturation (SpO₂) values within a prespecified target range using a graphical display of the targets and real-time SpO₂ data compared with using only numerical oximeter values.Study DesignPreterm neonates were enrolled in this prospective cohort evaluation of a change in practice. The Transitional Oxygen Targeting System (TOTS) plots real-time SpO₂ values in relation to 10th and 50th percentile SpO₂ curves, which provides a visual target. After introduction of the TOTS, the resuscitation team adjusted the fraction of inspired oxygen to maintain the SpO₂ within the target range, and before its use neonates were resuscitated in attempt to target normal transitional SpO₂ values without using the TOTS monitor. Duration of time within 10th-50th percentile values was compared between 2 cohorts, children evaluated with the TOTS and those not evaluated with the TOTS (controls).ResultsA total of 40 infants were enrolled, including 20 prospectively evaluated with the TOTS and 20 controls. Mean gestational age, birth weight, total resuscitation time, duration of supplemental oxygen administration, changes in oxygen concentration, and respiratory support provided were similar in the 2 groups. The TOTS cohort spent 52% of time within the target range; the control cohort, 37% (P = .03).ConclusionSpO₂ values were maintained within a specified target range for significantly longer in preterm neonates resuscitated using the TOTS display compared with those resuscitated without TOTS.Copyright © 2013 Mosby, Inc. All rights reserved.

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