With 98% of neonatal deaths occurring in low- and middle-income countries (LMICs), leading health organizations continue to focus on global reduction of neonatal mortality. The presence of a skilled clinician at delivery has been shown to decrease mortality. However, there remain significant barriers to training and maintaining clinician skills and ensuring that facility-specific resources are consistently available to deliver the most essential, evidence-based newborn care. The dynamic nature of resource availability poses an additional challenge for essential newborn care educators in LMICs. With increasing access to advanced neonatal resuscitation interventions (ie, airway devices, code medications, umbilical line placement), the international health-care community is tasked to consider how to best implement these practices safely and effectively in lower-resourced settings. Current educational training programs do not provide specific instructions on how to scale these advanced neonatal resuscitation training components to match available materials, staff proficiency, and system infrastructure. Individual facilities are often faced with adapting content for their local context and capabilities. In this review, we discuss considerations surrounding curriculum adaptation to meet the needs of a rapidly changing landscape of resource availability in LMICs to ensure safety, equity, scalability, and sustainability.

The modern neonate differs greatly from newborns cared for a half-century ago, when the neonatal-perinatal medicine certification examination was first offered by the American Board of Pediatrics. Delivery room resuscitation and neonatal care are constantly evolving, as is the neonatal workforce. Similarly, the Accreditation Council for Graduate Medical Education review committees revise the requirements for graduate medical education programs every 10 years, and the modern pediatric medical trainee is also constantly evolving. Delivery room resuscitation, neonatal care, and pediatric residency training are codependent; changes in one affect the other and subsequently influence neonatal outcomes. In this educational perspective, we explore this relationship and outline strategies to mitigate the impact of decreased residency training in neonatal-perinatal medicine.

In the delivery room, fetal well-being is evaluated through laboratory tests, biosignals like cardiotocography, and imaging techniques such as fetal echocardiography. We have developed a multimodal machine learning model that integrates medical records, biosignals, and imaging data to predict fetal acidosis, using a dataset from a tertiary hospital\'s delivery room (n=2,266). To achieve this, features were extracted from unstructured data sources, including biosignals and imaging, and then merged with structured data from medical records. The concatenated vectors formed the basis for training a classifier to predict post-delivery fetal acidosis. Our model achieved an Area Under the Receiver Operating Characteristic curve (AUROC) of 0.752 on the test dataset, demonstrating the potential of multimodal models in predicting various fetal outcomes.

BACKGROUND: Neonatal hypothermia is a common and preventable cause of neonatal morbidity and mortality. Although hypothermia prevention has been extensively studied in infants <32 weeks\' gestation, the authors of few studies have targeted moderate- and late-preterm infants (MLPIs) in the delivery room.
METHODS: This quality improvement initiative was conducted from June 2019 to June 2023 at the Massachusetts General Hospital NICU and Labor and Delivery Unit. All inborn MLPIs 32 + 0/7 to 36 + 6/7 weeks\' gestation admitted to the NICU were included. We expanded thermoregulatory measures typically used in protocols for infants <32 weeks\' gestation, including increasing delivery room ambient temperature to 74°F and thermal mattress use. The primary outcome was hypothermia (<36.5°C) after NICU admission. The balancing measure was hyperthermia (≥38 °C).
RESULTS: During the study period, there were 566 inborn MLPIs with a mean gestational age of 34 + 3/7 weeks and a mean birth weight of 2269 g. Special cause variation in neonatal hypothermia incidence was observed with a decrease from a mean baseline of 27% to 7.8% postintervention. Special cause variation was observed in hyperthermia incidence, with an increase from 1.4% to 6.2% postintervention largely initially associated with noncompliance with the protocol for thermal mattress removal.
CONCLUSIONS: The expansion of several thermoregulation techniques commonly used in infants <32 weeks\' gestation, particularly thermal mattress use, was associated with a decreased incidence of NICU admission hypothermia in MLPIs, with an increase in mild hyperthermia predominantly associated with concomitant polyethylene wrap use.

BACKGROUND: Thermoregulation interventions in the delivery room have historically focused on preterm infants and studies often exclude term infants or those infants with known congenital anomalies.
OBJECTIVE: The purpose of this quality improvement project was to reduce the rate of admission hypothermia in neonates of all gestational ages born with congenital anomalies and admitted to the intensive care unit (ICU).
METHODS: Utilizing the Institute for Healthcare Improvement model for improvement, implementation of plan, do study, act cycles focused on standardizing temperatures of the delivery room and resuscitation bed, recommendations for temperature monitoring, trialing polyethylene lined hats, and implementing a delivery room thermoregulation checklist.
RESULTS: Overall, the mean rate of neonates admitted to the ICU hypothermic (<36.5°C) decreased from 27% to 9% over an 8-month period.
CONCLUSIONS: The interventions significantly reduced the number of neonates admitted to the ICU with hypothermia. Implementation of thermoregulation bundles should apply to all neonates with congenital anomalies to decrease risks associated with hypothermia.

OBJECTIVE: There is little documented evidence of job satisfaction in midwives who work in birthing rooms.
BACKGROUND: Job satisfaction in midwives who work in birthing rooms may have changed in recent decades due to the medicalization of maternal health.
OBJECTIVE: To analyse job satisfaction levels among midwives working in birthing rooms.
METHODS: We searched Web of Science, SCOPUS, MEDLINE, CUIDEN and CINAHL for observational and mixed method studies. The literature search was carried out from September to October 2022.
RESULTS: A total of 13 studies were included in the systematic review. A meta-analysis of the variable \"midwives\' job satisfaction\" was performed on 12 of the studies. Midwives rated their job satisfaction positively: DME, CI (95%) = 1.24 [0.78, 1.69]. Subgroup 1: DME, CI (95%) = 2.41 [2.05, 2.76]); Subgroup 2: DME, CI (95%) = 0.76 [0.65, 0.86]; subgroup 3: DME, CI (95%) = 1.11 [0.95, 1.27]; subgroup 4: DME, CI (95%) = 0.10 [-0.11, 0.31].
CONCLUSIONS: Although midwives show high levels of satisfaction, the heterogeneity of instruments, lack of specificity and limited number of studies found restrict the outcomes.
CONCLUSIONS: There are no specific measurement instruments for assessing job satisfaction among midwives working in labour wards, so it is possible that these data do not correspond to reality as they do not take into account specific professional aspects within this field of practice.

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BACKGROUND: A multidisciplinary comprehensive protocol to use bubble continuous positive airway pressure (bCPAP) as the primary respiratory support in the delivery room (DR) and the NICU was introduced. With this study, we aimed to assess the association of this change with respiratory outcomes over time.
METHODS: Infants with gestational age <32 weeks and birth weight <1250 g admitted between January 2012 and June 2020 were included and categorized into 4 periods, including pre-implementation (P0: 2012-2014), and post-implementation (P1: 2014-2016, P2: 2016-2018, P3: 2018-2020). The primary outcome was the rates of death and severe bronchopulmonary dysplasia (BPD), and the secondary outcomes included the rates of DR and NICU intubation ≤7 days of age, need of surfactant, and pneumothorax. Multivariate logistic regression models accounting for relevant risk factors were used to calculate adjusted odds ratios (ORs).
RESULTS: The study included 440 infants (P0 = 90, P1 = 91, P2 = 128, P3 = 131). Over time, more infants were free of BPD (P < .001), and the rates of death and severe BPD decreased significantly: P1 = OR 1.21 (95% confidence interval [CI] 0.56-2.67), P2 = OR 0.45 (95% CI 0.20-0.99), and P3 = OR 0.37 (95% CI 0.15-0.84). DR intubation decreased from 66% (P0) to 24% (P3) in the entire cohort (P < .001) and from 96% (P0) to 40% (P3) in infants <26 weeks of age (P < .001). The need for NICU intubation was similar (P = .98), with a decreased need for surfactant (P = .001) occurring at higher FiO2 (P0 = 0.35 vs P3 = 0.55, P < .001). Pneumothorax rates were unchanged.
CONCLUSIONS: In very preterm infants, the implementation of a comprehensive bCPAP protocol led to a significant and consistent improvement in respiratory practices and the rates of death and severe BPD.

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Advancements in prenatal detection have improved postnatal outcomes for patients with congenital heart disease (CHD). Detailed diagnosis during pregnancy allows for preparation for the delivery and immediate postnatal care for the newborns with CHD. Most CHDs do not result in hemodynamic instability at the time of birth and can be stabilized following the guidelines of the neonatal resuscitation program (NRP). Critical CHD that requires intervention immediately after birth is recommended to be delivered in facilities where immediate neonatal and cardiology care can be provided. Postnatal stabilization and resuscitation for these defects warrant deviation from the standardized NRP. For neonatal providers, knowing the diagnosis of fetal CHD allows for preparation for the anticipated instability in the delivery room. Prenatal detection fosters collaboration between fetal cardiology, cardiology specialists, obstetrics, and neonatology, improving outcomes for neonates with critical CHD.