Primary fetal cardiomyopathies confer high risk for adverse neonatal outcomes, including elevated mortality. When a significant prenatal cardiac diagnosis is present, neonatal teams may need to plan management beyond the scope of routine neonatal resuscitation algorithms.
The article addresses primary cardiomyopathies diagnosed prenatally and emphasizes their association with poor neonatal prognosis. These diagnoses may alter expected physiology at birth and increase the likelihood that standard resuscitation alone will be insufficient. The authors note that severe presentations warrant additional planning to optimize delivery-room stabilization.
The Neonatal Resuscitation, 9th Edition (NRP 9th Ed.) provides delivery-room recommendations for many congenital cardiac lesions. However, the abstract highlights that a prenatal diagnosis of primary cardiomyopathy introduces unique challenges not fully addressed by routine NRP guidance. Thus, teams should anticipate circumstances in which supplementary strategies and resources are required.
The article is framed as a case report describing a multidisciplinary approach to predelivery planning. The author list and affiliations reflect collaboration among newborn medicine, fetal care and surgery, cardiology, maternal–fetal medicine, and genetics. The abstract indicates that coordinated predelivery planning was undertaken to prepare for neonatal resuscitation and stabilization of an infant with severe prenatal cardiomyopathy.
A central focus of the report is consideration of extracorporeal cardiopulmonary resuscitation (ECPR) — and by implication extracorporeal membrane oxygenation (ECMO) methods — as part of the resuscitation strategy for select neonates with severe cardiomyopathy. The authors suggest that careful patient selection, optimal timing, and evolving extracorporeal technologies are important determinants of potential success. The abstract does not supply procedural details, specific selection criteria, or outcome metrics; those details were not reported in the source excerpt provided.
The published piece is a case report and review that illustrates the team’s predelivery planning and the delivery-room management of an infant with a prenatal diagnosis of severe cardiomyopathy. While the abstract states the case highlights the multidisciplinary approach and underscores the potential for a favorable outcome with ongoing refinement, it does not present granular data in the abstract such as the infant’s specific diagnosis subtype, resuscitation timeline, ECPR/ECMO cannulation details, clinical course, or final outcome. Those specifics were not reported in the abstract portion of the source.
From the abstract, the principal implications are:
Prenatal identification of primary cardiomyopathy should trigger targeted predelivery planning beyond routine NRP pathways.
Multidisciplinary collaboration across newborn medicine, cardiology, fetal care, maternal–fetal medicine, and genetics is essential for coordinated planning and execution.
Extracorporeal support (ECPR/ECMO) may be considered for carefully selected neonates with severe disease; however, selection criteria, timing, and technological capability strongly influence potential benefit.
The authors advocate that continued refinement in patient selection, timing, and technology could enable similar approaches to achieve favorable outcomes in future cases.
Because the available abstract does not include detailed protocols, selection algorithms, or outcome statistics, clinicians should consult the full article for specific operational details before applying similar strategies.
Severe fetal cardiomyopathy poses significant neonatal risk and often requires management beyond standard NRP recommendations. The case report summarized in this abstract emphasizes multidisciplinary predelivery planning and raises the role of ECPR/ECMO as a potential adjunct in select, severe cases. The abstract highlights conceptual considerations but does not report detailed resuscitation protocols or outcome data in the excerpt provided; readers should review the full article (Neoreviews 2026; PMID 42674615, DOI 10.1542/neo.27-9-044) for the complete case description and any procedural specifics.