Early human development · 2026
The impact of bronchopulmonary dysplasia on post‑neonatal intensive care treatment for retinopathy of prematurity in very preterm infants.
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Bui Kim-Chi T, Chou Fu-Sheng, Chen Qiaoling, Ellenhorn Naomi, Manchandia Ajay, Abbasi Afshan, Truong Huy, Villosis Maria Fe B, Nguyen Marielle
Аннотация
OBJECTIVE: To examine whether infants with bronchopulmonary dysplasia (BPD) are at higher risk for ROP treatment, and whether those with BPD discharged home on oxygen are at higher risk for ROP treatment after NICU discharge.
METHODS: A cohort study of preterm infants born at 23-32 weeks gestation or weighing ≤1500 g between January 2009 and December 2014 in 13 NICUs in Southern California to examine the relationship between moderate to severe BPD and ROP requiring treatment. The rank sum test was used for statistical comparisons between continuous variables, and the chi-square test or Fisher's exact test for categorical variables.
RESULTS: Among 1763 included infants, 403 had BPD, and 381 developed advanced ROP, defined as ROP ≥ Stage 2 or Stage 1 ROP with plus disease. 129/381 (33.9%) received ROP treatment, of which 32 were treated after NICU discharge. 81/129 (62.8%) infants with ROP treatment had BPD. BPD infants had a higher rate of ROP treatment than infants without BPD (81/403 = 20.1% vs 48/1360 = 3.5%, p < 0.01), but not for late ROP treatment post-NICU (19.8% vs 33.3%, p = 0.08). Home oxygen use among infants with BPD was associated with a trend towards higher initial ROP treatment after NICU discharge (11.8% with home oxygen vs 5.3% without oxygen, p = 0.19).
CONCLUSIONS: Infants with BPD were more likely to receive ROP treatment, but not late ROP treatment post-NICU. This study is limited by the small number of infants who received ROP treatment after NICU discharge, but it highlights the need for continued surveillance until retinal vascularization is complete.
METHODS: A cohort study of preterm infants born at 23-32 weeks gestation or weighing ≤1500 g between January 2009 and December 2014 in 13 NICUs in Southern California to examine the relationship between moderate to severe BPD and ROP requiring treatment. The rank sum test was used for statistical comparisons between continuous variables, and the chi-square test or Fisher's exact test for categorical variables.
RESULTS: Among 1763 included infants, 403 had BPD, and 381 developed advanced ROP, defined as ROP ≥ Stage 2 or Stage 1 ROP with plus disease. 129/381 (33.9%) received ROP treatment, of which 32 were treated after NICU discharge. 81/129 (62.8%) infants with ROP treatment had BPD. BPD infants had a higher rate of ROP treatment than infants without BPD (81/403 = 20.1% vs 48/1360 = 3.5%, p < 0.01), but not for late ROP treatment post-NICU (19.8% vs 33.3%, p = 0.08). Home oxygen use among infants with BPD was associated with a trend towards higher initial ROP treatment after NICU discharge (11.8% with home oxygen vs 5.3% without oxygen, p = 0.19).
CONCLUSIONS: Infants with BPD were more likely to receive ROP treatment, but not late ROP treatment post-NICU. This study is limited by the small number of infants who received ROP treatment after NICU discharge, but it highlights the need for continued surveillance until retinal vascularization is complete.