The paper, led by school nurse expert Erin Maughan and colleagues in the academy’s Child, Adolescent and Family section, presents a nurse-led framework for redesigning systems around prevention, strengths-based care, and collaboration. Rather than defining children primarily by diagnoses or risks, the framework emphasizes protective factors, positive relationships, family capabilities, and community resources. In technical terms, it applies an ecological and life-course perspective: health is shaped by interacting biological, social, developmental, and environmental conditions that accumulate over time.

“ A person’s health is impacted by specific contexts during childhood that have a lasting impact,” Maughan said. The authors argue that healthcare systems should therefore identify and reinforce the conditions that help children remain healthy, rather than waiting until problems require intensive medical treatment. These conditions may include stable relationships, safe housing, supportive schools, access to nutritious food, clean air, responsive caregivers, and opportunities for social connection. By strengthening these protective factors early, prevention could reduce later disease and improve developmental outcomes.

The proposal responds to what the authors describe as an implementation gap. Research has produced substantial knowledge about child development, disease prevention, family support, and environmental health, but that knowledge has not been consistently translated into everyday practice. Evidence-based interventions may exist without adequate funding, trained personnel, data-sharing systems, or coordination between institutions. The consensus paper calls for policies that connect scientific evidence with the places where children actually live and grow, including schools, childcare settings, homes, primary-care practices, and community programs.

A central recommendation is to expand access to family-focused interventions and home-visiting programs from pregnancy through adolescence. These programs can provide developmental guidance, health education, screening, and support for caregivers during periods when early intervention may have the greatest effect. The authors also support stronger public investment in childcare and after-school care, expanded health coverage, and strengthened child and dependent tax credits. Such measures address social determinants of health, which are the economic and environmental conditions that influence exposure to risks and access to protective resources.

The framework gives school nurses a particularly important role. The authors recommend that every school have access to a full-time, bachelor’s-prepared registered nurse, supported by increased funding for coordinated school-health and school-nursing programs. Schools are among the few institutions that routinely interact with large numbers of children over many years, making them essential sites for prevention, early identification, health education, and care coordination. A school nurse can monitor chronic conditions, recognize emerging physical or emotional concerns, connect families with services, and help translate medical recommendations into practical support within the classroom.

The paper also highlights environmental exposures that can affect children’s health. It recommends child-specific air-quality standards with continuous monitoring in schools and childcare facilities, along with mandatory use of certified, nontoxic green cleaning products. Children breathe more air relative to their body size than adults and may be particularly vulnerable to respiratory irritants and chemical exposures during development. Monitoring indoor air and reducing hazardous compounds could help limit triggers for asthma and other respiratory problems, while also producing data that schools and public-health agencies can use to guide interventions.

Technology is another component of the proposed redesign. The authors call for policies that encourage affordable and accessible health-information sharing across healthcare and community settings, including schools, childcare centers, and local organizations. When appropriate privacy protections are in place, coordinated information systems can reduce fragmented care and help professionals understand a child’s needs in context. A pediatrician, school nurse, social worker, and family-support program could then work from compatible information rather than relying on isolated records, repeated assessments, or delayed communication.

The consensus paper connects these recommendations to early relational health and positive childhood experiences, or PCEs. Positive relationships with caregivers and other trusted adults can influence stress regulation, emotional development, learning, and later health behavior. By combining relational health and social health with traditional nursing, developmental, and medical models, the authors describe a paradigm shift from health protection after illness to health protection before illness. They argue that policy changes across multiple systems could create a cascade of benefits, because improvements in one setting—such as school nursing, housing stability, or family support—may strengthen outcomes in others.

“Redesigning ecosystems for all children to enhance health and well-being: An American Academy of Nursing consensus paper” was published in the July–August 2026 issue of Nursing Outlook. The paper’s authors include Erin Maughan, Sonja J. Meiers, Susan M. Breitenstein, Jean S. Coffey, Kay J. Cowen, Cynthia A. Danford, Catherine Dodd, Simmy King, Donna M. O’Malley, Cheryl-Ann Resha, Mary C. Sullivan, and Susan K. Lee. The authors contend that making prevention a shared responsibility across families, schools, communities, environmental systems, and healthcare could help children lead healthier lives now while reducing avoidable health burdens in the future.

Subject of Research: Child health prevention and the redesign of family, school, community, environmental, and healthcare systems

Article Title: Redesigning ecosystems for all children to enhance health and well-being: An American Academy of Nursing consensus paper

Web References: https://www.sciencedirect.com/science/article/abs/pii/S0029655426001545?dgcid=author; https://doi.org/10.1016/j.outlook.2026.102831

References: Nursing Outlook, 1 July 2026, DOI: 10.1016/j.outlook.2026.102831

Keywords: Children, child health, prevention, school nursing, nursing, positive childhood experiences, early relational health, social determinants of health, public health, healthcare systems, family-focused interventions, home visiting, environmental health, school health, life-course perspective

The early years of life, particularly from birth to three years, are a critical window for neurodevelopment. Twenty-one studies involving over 30,000 preterm children reveal striking associations between lower socioeconomic indicators and diminished cognitive and language outcomes measured through standardized tools such as the Bayley Scales of Infant and Toddler Development, Third Edition (Bayley-III). For instance, research by Karmouta et al. observed that public insurance status—a proxy for lower SES—significantly increased the odds of cognitive, language, and motor scores falling below clinically relevant thresholds. Such findings highlight how social determinants influence developmental trajectories even after adjusting for significant clinical variables like intraventricular hemorrhage and retinopathy of prematurity.

Further delving into parental educational attainment, a study by Asztalos et al. demonstrated that higher primary caregiver education correlates with a marked increase in cognitive and language composite scores in infants born before 29 weeks gestation. This effect size, ranging between a third to two-thirds of a standard deviation, illustrates the powerful role education plays in shaping early brain function despite medical challenges posed by prematurity. Interestingly, these effects appeared more robust for cognitive and language outcomes than for motor domains, suggesting differential sensitivity of neural systems to environmental and socioeconomic influences during early development.

Large-scale database analyses have helped contextualize and expand these observations. Sentenac and colleagues utilized the pan-European RECAP preterm platform to harmonize data across multiple cohorts, revealing that low maternal education consistently associates with poorer neurodevelopmental questionnaire scores in thousands of preterm toddlers. Complementing this, Ene et al. leveraged record linkage between NHS maternity records and child health surveillance data in Scotland. Their findings illustrated an additive effect where neighborhood deprivation, as measured by the Scottish Index of Multiple Deprivation (SIMD), elevated the risk threefold for speech, language, and communication concerns at 27 to 30 months, independent of gestational age. Notably, this interaction suggests that socioeconomic deprivation compounds risk in preterm children beyond the baseline vulnerability conferred by early birth.

Although many studies focus on early infancy and toddlerhood, data examining SES impacts on preschool-aged preterm children are less abundant yet reveal compelling insights. Research involving 4-to-5-year-old cohorts reports positive correlations between higher socioeconomic status and cognitive outcomes, including full-scale IQ. However, localized findings by Young et al. indicate nuances; maternal education predicted better visuomotor integration but not global intelligence or language capacities. This differentiation hints at complex interactions between environmental inputs and the maturational trajectories of distinct neurocognitive domains during the preschool years.

Regarding motor development, earlier assumptions minimized the relevance of SES, but evidence from studies on 3-year-olds and five-year-olds born preterm challenges this notion. Lower maternal education was linked with poorer motor composite scores, and parental unemployment was associated with impaired motor coordination absent of cerebral palsy diagnosis. Such data underscore that motor pathways, though perhaps resilient in early years, become increasingly sensitive to social and environmental influences as children grow, potentially reflecting the developmental timing of sensorimotor and executive networks.

Language outcomes during the preschool period have produced mixed findings, with smaller cohorts often reporting no significant SES-related associations. Nevertheless, larger scale studies employing composite social risk measures—accounting for family structure, parental education, income, employment status, and home language exposure—present evidence of adverse impacts on language development. This variability in results suggests that the multidimensional nature of socioeconomic circumstances requires complex models to capture their interplay with neurodevelopmental phenotypes fully.

The exploration of behavioral and socioemotional domains in preterm populations reveals important distinctions in how neighborhood-level deprivation versus individual and family SES measures correlate with developmental challenges. Vanes et al. derived principal components linking neighborhood deprivation to both lower composite Bayley scores and increased internalizing and externalizing behaviors in toddlers adjusting for gestational age and home cognitive stimulation. Furthermore, executive functioning impairments in early childhood also appear linked with lower parental education, emphasizing the pervasive reach of SES into higher-order cognitive systems.

Socioemotional findings from infant cohorts paint a nuanced picture; while neighborhood deprivation correlated with deficits in social cognition assessed by eye-tracking in preterm infants under one year, other studies found no associations with parent-reported socioemotional functioning at two years. This discrepancy highlights the importance of measurement methods and the complex developmental timelines of social brain networks in early life.

Preterm children, as a group, face increased risks of neurodevelopmental impairments that often co-occur with socioeconomic adversity, amplifying their vulnerability. The cumulative evidence presented across multiple continents demonstrates that socioeconomic status is not merely a background variable but an etiological factor actively shaping neural and behavioral outcomes from infancy to preschool age. The mechanisms through which SES exerts its influence likely involve a constellation of elements, including access to healthcare, nutrition, stimulating environments, and caregiver stress levels, all of which modulate neurodevelopmental processes.

These findings carry profound implications for public health interventions and policy design. Improving socioeconomic conditions and providing targeted support for families with preterm infants could mitigate developmental disparities and optimize long-term outcomes. Future research is needed to disentangle how prematurity interacts with socioeconomic stressors across different neurodevelopmental domains and to identify critical sensitive periods when interventions might have maximum effect.

In conclusion, the growing body of neuroscientific and epidemiological evidence elucidates the formidable intersection of SES and prematurity in shaping child brain outcomes. This synthesis of over two dozen studies offers a compelling call to action for integrated strategies addressing both biological and social determinants to foster equitable neurodevelopment for the most vulnerable early in life.

Subject of Research:
The relationship between socioeconomic status and neurodevelopmental outcomes in preterm infants and children.

Article Title:
The intersection of neuroscience, socioeconomic status, and preterm birth.

Article References:
Bonthrone, A.F., Miller, S.P. & Boardman, J.P. The intersection of neuroscience, socioeconomic status, and preterm birth. Pediatr Res (2026). https://doi.org/10.1038/s41390-026-05100-6

Image Credits: AI Generated

DOI: 18 May 2026

Keywords:
preterm birth, socioeconomic status, neurodevelopmental outcomes, cognitive development, early childhood, gestational age, maternal education, neighborhood deprivation, Bayley Scales, executive function, behavior, language development