Feinberg Michelle, Miller Lynn, Engers Barbara, Bigelow Kathy, Lewis Ann, Brinker Shannon, Kurland Fran, Potthoff Elizabeth, Wallin Melynda, Pantoja Alfonso, Britton John R
Newborn Intensive Care Unit, Saint Joseph Hospital, Denver, Colo.; and Department of Neonatology, Colorado Permanente Medical Group, Denver, Colo.
Pediatr Qual Saf. 2017 Feb 21;2(2):e014. doi: 10.1097/pq9.0000000000000014. eCollection 2017 Mar-Apr.
We sought to reduce the incidence of necrotizing enterocolitis (NEC) in premature infants (PI) by fostering the postnatal establishment of protective intestinal bacteria through early administration of human milk (HM) and probiotics.
A multidisciplinary team implemented an initiative to support breastfeeding (BF) and provide early postnatal supplemental donor human milk (DHM) and probiotics to PI. Interventions included process improvements in milk preparation, storage, and fortification. PI admitted to our NICU between 2006 and 2015 were monitored for feeding of HM, DHM, and preterm formula (PF), frequency of early feedings, and incidence of NEC.
Retrospective review of 2557 cases revealed post-initiative increases in the percentage of PI receiving HM (91.5% to 96.1%), HM within 48 hours of birth (75% to 90.6%), and DHM (17.7% to 71.9%). The percentage of infants receiving feedings on day one increased from 23.9% to 44.6% while the percentage receiving PF within the first 72 hours declined (31.2% to 10.3%). The NEC rate declined from 4.1% to 0.4%. Reduction in NEC occurred despite a simultaneous increase in perinatal antibiotic exposure and the universal but late administration of bovine HM fortifier. The improvement associated with the decrease in NEC included initiation of probiotic administration, a reduction in PF feeding, and improvements in milk preparation, storage, and fortification processes.
Early exclusive feedings of HM and avoidance of PF together with probiotics and milkhygiene may decrease NEC in PI. Neither brief perinatal antibiotic exposure nor late introduction of bovine fortifiers appears detrimental in this context.
我们试图通过在出生后早期给予人乳(HM)和益生菌来促进保护性肠道细菌的产后定植,从而降低早产儿(PI)坏死性小肠结肠炎(NEC)的发病率。
一个多学科团队实施了一项倡议,以支持母乳喂养(BF),并为PI提供出生后早期补充的捐赠人乳(DHM)和益生菌。干预措施包括改进牛奶制备、储存和强化过程。对2006年至2015年期间入住我们新生儿重症监护病房(NICU)的PI进行监测,记录HM、DHM和早产儿配方奶(PF)的喂养情况、早期喂养频率以及NEC的发病率。
对2557例病例的回顾性分析显示,倡议实施后,接受HM的PI百分比(从91.5%增至96.1%)、出生后48小时内接受HM的百分比(从75%增至90.6%)以及接受DHM的百分比(从17.7%增至71.9%)均有所增加。出生第一天接受喂养的婴儿百分比从23.9%增至44.6%,而出生后72小时内接受PF的百分比下降(从31.2%降至10.3%)。NEC发生率从4.1%降至0.4%。尽管围产期抗生素暴露同时增加,且普遍但较晚给予牛HM强化剂,但NEC仍有所减少。与NEC减少相关的改善包括开始使用益生菌、减少PF喂养以及改进牛奶制备、储存和强化过程。
早期纯母乳喂养HM并避免使用PF,同时结合益生菌和牛奶卫生措施,可能会降低PI的NEC发生率。在这种情况下,短暂的围产期抗生素暴露和较晚引入牛强化剂似乎均无不利影响。