Commercial preterm formulas with glucose polymers and reduced lactose show higher necrotizing enterocolitis rates than breast milk
Commercial preterm formulas carry higher NEC risk than breast milk
This comprehensive review examines the association between commercial preterm formulas and necrotizing enterocolitis in preterm infants. The…
A review finds commercial preterm formulas with glucose polymers and reduced lactose are linked to higher rates of necrotizing enterocolitis…
Systematic review and meta-analysis links pRBC transfusion to NEC deterioration in neonates
Blood transfusions linked to worsening NEC in newborns
This systematic review and meta-analysis examines the association between packed red blood cell transfusion and clinical deterioration in ne…
A review of studies found that blood transfusions may be tied to worsening gut disease in premature babies. The link needs more research.
Systematic review and meta-analysis on neurodevelopmental outcomes after necrotizing enterocolitis in preterm infants
Preterm babies who survive NEC face lasting brain and body challenges
This systematic review and meta-analysis synthesized evidence on neurodevelopmental outcomes for infants born before 34 weeks who survive ne…
Preterm infants who survive NEC face a higher risk of lasting developmental delays, especially in motor skills, vision, and hearing, accordi…
Narrative review discusses NF-kB inhibition for inflammatory bowel diseases and related conditions
Blocking NF-κB May Ease Gut Inflammation in IBD
This narrative review explores the role of NF-kB pathway inhibition in treating inflammatory conditions.
A review finds that blocking a key inflammatory pathway could help treat Crohn's, colitis, and celiac disease.
Dataset describes continuous monitoring in premature VLBW infants across four US NICUs
Heart rate and oxygen data tracked in premature infants
This dataset description covers continuous heart rate and oxygen saturation monitoring in 3,829 premature very low birth weight infants acro…
A new dataset tracks continuous heart rate and oxygen levels in 3,829 premature infants to improve care.
Systematic review explores bile acid metabolism dysregulation and signaling in necrotizing enterocolitis pathogenesis
Could a digestive chemical imbalance be harming premature babies' intestines?
A systematic review summarizing research progress suggests abnormal bile acid composition and enterohepatic circulation imbalance are core…
A digestive chemical imbalance in premature babies may damage gut linings and trigger inflammation, offering new targets to prevent necrotiz…
Questions about Necrotizing Enterocolitis
Does having necrotizing enterocolitis increase the chance of long-term learning disabilities?
Yes, surviving necrotizing enterocolitis (NEC) increases the risk of long-term learning and developmental problems, particularly in motor skills and cognition.
Full answer →What role do bile acids play in causing necrotizing enterocolitis in babies?
Bile acids contribute to necrotizing enterocolitis by damaging the intestinal lining, triggering cell death, and worsening inflammation in premature infants.
Full answer →How does continuous monitoring of heart rate help premature infants with necrotizing enterocolitis?
Continuous heart rate monitoring helps detect early signs of illness in premature infants with necrotizing enterocolitis, allowing for timely intervention that can improve outcomes.
Full answer →Do babies who survive necrotizing enterocolitis face higher risks for brain development problems?
Yes, babies who survive necrotizing enterocolitis face significantly higher risks for brain development problems, including motor, cognitive, vision, and hearing impairments.
Full answer →