Reducing Device-Related Pressure Injuries Associated With Noninvasive Ventilation in the Neonatal Intensive Care Unit.

Abstract

Noninvasive ventilation (NIV) has become the preferable modality of respiratory support for spontaneously breathing premature infants in the neonatal ICU (NICU). Whereas NIV support contributes to the prevention of long-term respiratory sequelae from mechanical ventilation, the nasal interfaces used are well known for placing patients at risk for development of NIV device-related pressure injuries (PIs). After implementing clinical practice guidelines promoting the use of sealing NIV interfaces for respiratory support in a level IV NICU, an increase in the frequency of stage 2 or worse and deep tissue injury (DTI) PI was observed. We hypothesized that the implementation of a multifaceted skin care bundle (SCB) would reduce the incidence of NIV device-related PI. Quality improvement methodology was used to evaluate the impact of implementing an SCB for patients supported with NIV via a nasal interface. Incidence rate of stage 2 or worse and DTI PI was reported per 100 NIV days over 4 distinct time periods: (1) pre-NIV guideline, (2) post-NIV guideline, (3) post SCB, and (4) sustainability phase. Incidence comparisons were made using one-sided P values from the Farrington-Manning test of equal risks with a significance level of 0.05. The NICU experienced a notable rise in NIV device-related PI after implementation of NIV guidelines (0.01 vs 0.34 per 100 NIV days; P = .01). After application of an SCB, a decrease in NIV device-related skin PI was achieved (0.34 vs 0.07 per 100 NIV days; P = .04), representing a 79% reduction. A collaborative and multidisciplinary team approach was used to promote engagement with clinical staff to address a preventable harm. The implementation of a multifaceted PI prevention bundle contributed to reducing harm while permitting the continued use of appropriate respiratory support to a highly vulnerable patient population in the NICU.