December 24, 2020/Pediatrics/Neonatology

By a Nose: Audit Program Lowers Rates of Chronic Lung Disease in Preterm Infants Supported With CPAP

Reducing nasal injuries keeps treatment flowing

650×450-Nasal-Injuries-NICU-babies

Nasal continuous positive airway pressure (CPAP) helps premature infants breathe until their lungs mature. But injuries to their noses caused by CPAP prongs can sometimes force doctors to change nasal interface and terminate CPAP support too soon, which can lead to chronic lung disease (CLD). Hany Aly, MD, Chair of Neonatology at Cleveland Clinic Children’s, has shown that auditing the CPAP interface application and nursing checklist completion at the bedside can reduce nasal injuries and allow patients to continue receiving the gold standard of care.

Advertisement

Cleveland Clinic is a non-profit academic medical center. Advertising on our site helps support our mission. We do not endorse non-Cleveland Clinic products or services. Policy

“Our NICU CLD rate is already low, but we want to do everything we can to prevent as many of these injures as possible,” he says. “We’ve shown that one more check to make sure we’re doing everything right makes a difference in the lives of these very tiny patients.”

Nasal injuries are common in NICU patients on CPAP

While CPAP interfaces for NICU patients aren’t that much different than those for adults, using them correctly requires more precision. “The nose of a premature baby is small, and putting small prongs inside a small nose is not an easy task. If they’re placed just one millimeter too deep, it can cause real damage,” he says.

Not only does the size of a premature baby’s nose present a challenge, but the skin does too: it’s very fragile. “If you poke the nose with hard plastic, that can destroy the skin and cause ulcers in the nose, then you usually have to stop using CPAP support on those patients,” Dr. Aly says. Such nasal injuries are common: a 2018 British Journal of Medicine survey found that nasal injury rates ranged from 20% to 100%, with higher rates for babies with gestational age less than 30 weeks.

Nasal injuries are staged as follows: redness of the skin (stage I), skin abrasion (stage II), and ulcers (stage III). These injuries hamper care. Alternative ways of helping premature infants breathe exist, but they’re less effective, says Dr. Aly.

Advertisement

Audit program ensures proper calibration for each infant

Cleveland Clinic’s rate of CLD was already one of the lowest in the country, according to Dr. Aly, when his team implemented a checklist to ensure the CPAP nasal interface is perfectly adjusted for each infant. Every nurse on every shift for every infant on CPAP support performs each task on the checklist, which includes items like making sure the humidifier water level is correct, neck roll is the proper size and in the correct position, and that nasal prongs are positioned correctly (i.e., not touching the columella or deviating to the side).

While the checklists proved effective at the outset, Dr. Aly found that the checklist tasks were only being completed in the correct order about 40% of the time. “Whenever you try something new, it works well, and everyone sticks to the program. But it’s easy for things to slide over time. People tend to get loose with the rules and not follow them exactly,” he says. He also found that nasal prongs were positioned incorrectly for nearly 30% of patients.

To combat these issue, Dr. Aly’s team instituted a Process Confirmation Task Force, which audited the checklist process to ensure adherence and completion. As part of the process, a nurse conducts “random non-scheduled visits to check on colleagues and make sure checklists are being filled out,” he says. For an audit to be considered complete, every single item must be done in the order they appear on the checklist. The program started in September 2019. By October, checklist adherence rates were over 60%.

Since the audits began, rates of stage II skin injuries have fallen from 0.42 per 100 of CPAP days in the first quarter of 2019 to less than 0.2 per 100 of CPAP days in the first quarter of 2020. All stage II injuries resolved with no sequelae. There were no cases of stage III nasal injuries. Rates of CLD have also fallen from 30%-40% in 2017-2018 before the audit program to ≤ 8% and after the audit program initiation. The goal is to be less than 10%

While not every case of CLD is caused by failure of CPAP administration, making sure a nasal injury doesn’t hamper a baby’s journey to breathing independently is a critical goal. “We want to help them on their way to going home, so that new families start their lives together,” Dr. Aly concludes.

Advertisement

Related Articles

CQD-4237189-Disparities_Neonatal
November 9, 2023/Pediatrics/Neonatology
Many Factors Conspire To Support Higher Mortality in Black Neonates

Study finds attitude toward underserved populations may be responsible

23-CHP-3815358 CQD Das – Impact of Remote Home Weight
June 20, 2023/Pediatrics/Neonatology
Study: Telemonitoring Infants’ Weight Reduces In-Office Visits

Home weight monitoring in healthy newborn infants is feasible

22-CHP-3328148 Pediatric Perspectives-DrAly Stroke in ECHMO-650×450
November 15, 2022/Pediatrics/Neonatology
Stroke in Pediatric Patients During ECMO: Findings From a National Database Study

Study underscores the magnitude of stroke in pediatric ECMO patients

22-CHP-3045414-Pediatric-Perspectives-Dr.Aly-A-Randomized-Controlled-650×450-1
July 13, 2022/Pediatrics/Neonatology
Delayed Cord Clamping: Can 90 Seconds Make a Difference in Hemodynamic Outcomes?

A randomized controlled trial examines cardiac hemodynamic effects at 30 versus 120 seconds in full-term infants

NICU-G-Tubes and Tracheostomies in Neonates-650×450
June 3, 2022/Pediatrics/Neonatology
G-Tubes and Tracheostomies in Neonates: Trends in Placement and Survival

The Chair of Neonatology discusses findings from large epidemiological study

650×450-Neonate
November 15, 2021/Pediatrics/Neonatology
Epidemiological Evaluation of Neonatal Outcomes Using Large National Database

Epidemiological studies lay the groundwork for future clinical investigations

Ad