Social Drivers of Health in Pediatric Perioperative Care

Definition and Pathways to Perioperative Risk

• SDOH are the social, economic, environmental, and structural conditions in which children and families live that shape health status and ability to engage in perioperative care.¹
• SDOH do not operate as isolated variables; instead, they shape perioperative risk through interconnected pathways that accumulate over time and disproportionately affect children from historically marginalized communities. These pathways translate upstream social conditions into downstream perioperative risk, contributing to disparities in anesthetic complexity, adverse events, and outcomes that persist even after adjustment for clinical severity.

Pathways to Perioperative Risk: How SDOH Translate to Perioperative Outcomes

• Access-related pathways
  • Delayed diagnosis and referral due to limited primary and specialty care
  • Untreated or poorly managed comorbid disease
  • Higher rates of missed preoperative appointments and day-of-surgery cancellations
• Communication-related pathways
  • Language discordance, inconsistent use of interpreters, and limited health literacy increase misunderstanding of fasting, medication, consent, and discharge instructions.
  • Increasing reliance on digital health tools exacerbates the digital divide, disadvantaging families with limited internet access, devices, or digital literacy.
  • Communication barriers limit the ability of patients and caregivers to navigate complex healthcare systems and participate in healthcare decisions.
• Physiologic pathways
  • Chronic stress and cumulative adversity increase the wear and tear on the body (allostatic load).
  • Associated with increased inflammation, immune dysfunction, and prolonged activation of the autonomic nervous system and the hypothalamic-pituitary-adrenal axis
  • Results in anesthetic vulnerability and perioperative risk
• Together, these pathways illustrate how social and structural conditions are translated into tangible perioperative risk, reinforcing the need for anesthesia teams to incorporate social context into routine assessment and planning.

Key Social Drivers Relevant to Pediatric Anesthesia

Structural and System-Level Factors

• Race and ethnicity
  • Function as proxies for exposure to structural racism; they are social constructs, not biological risk factors.
  • Black children have 40% higher risk of postoperative mortality, and Hispanic children have 20% higher risk, compared with White children.²
  • Socioeconomic gains confer less protective benefit for minoritized children (“diminishing returns”).³
• Insurance status
  • Approximately 5% of children in the United States (US) are uninsured, and nearly half rely on Medicaid or Children’s Health Insurance Program.⁴
  • Uninsured and publicly insured children experience higher complication rates, longer hospital stays, and increased perioperative mortality.
• Healthcare access
  • 25 million American children do not have a primary care provider.⁵
  • Children in rural or underserved areas and children from socially disadvantaged backgrounds (minority race, language other than English, poverty) present with higher acuity and more advanced disease, increasing anesthetic complexity.
  • Fewer than 5% of US hospitals are children’s hospitals, yet they provide over 40% of pediatric inpatient care, creating geographic access disparities for specialized anesthesia and surgical services.⁶

Communication and Cultural Factors

• Language of care
  • Over 20% of US households speak a language other than English at home, and more than half of children in immigrant families have caregivers with limited English proficiency.⁷
  • Caregiver limited English proficiency is associated with nearly double the odds of day-of-surgery cancellation, often due to misunderstood preoperative instructions.⁸
  • Caregiver limited English proficiency is linked to increased preoperative anxiety, fewer pain assessments, delayed analgesia, and higher readmission rates.
• Health literacy
  • Approximately 20% of caregivers have limited health literacy.⁹
  • Low health literacy is associated with medication errors, missed follow-up, increased emergency department utilization, and longer hospitalization.
• Digital access
  • More than 16 million American children do not have home access to high-speed internet,10 which limits participation in preoperative education and telehealth.
  • Children affected by this “digital divide” present later in their disease course, are less likely to receive surgery, have reduced follow-up care, and have decreased survival.
• Cultural beliefs and mistrust
  • Historical and ongoing discrimination contribute to reduced trust, increased perioperative anxiety, and impaired shared decision-making.

Neighborhood and Environmental Factors

• Transportation insecurity
  • Nearly 6 million people miss medical appointments each year due to inadequate transportation.¹¹
  • Nonemergency medical transportation from Medicaid aims to reduce transportation barriers; however, many families are unaware of this benefit, or encounter scheduling or reliability barriers.
• Environmental exposures
  • Air pollution and poor housing quality increase rates of asthma and perioperative respiratory complications, including bronchospasm and unplanned ICU admission.
  • Heavy metal exposures impair immune function and promote inflammation, increasing wound complications and infection.
• Neighborhood disadvantage
  • Neighborhood conditions, such as green space, school quality, housing conditions, crime rate, and community supports, significantly influence pediatric health.
  • Children from low-opportunity neighborhoods have 30% higher postoperative mortality compared with those from high-opportunity areas.¹²

Economic Stability and Material Conditions

• Food insecurity
  • Affects 18% of US households, with higher prevalence among Black, Hispanic, and Indigenous families¹³
  • Associated with malnutrition, impaired wound healing, infection, and increased postoperative morbidity
• Housing instability
  • 14% of children live in a household unable to pay rent or mortgage on time.¹⁴
  • Associated with unmet healthcare needs, emergent presentation, infection, dehydration, poor recovery, and readmission

Perioperative Implications of SDOH

Children exposed to adverse SDOH experience measurably worse perioperative outcomes. These factors operate through delayed access to care, incomplete preoperative optimization, communication failures, and constrained postoperative support.

Associated risks include:

• Day-of-surgery cancellations due to missed preoperative testing, misunderstanding of fasting or medication instructions, transportation instability, or inability to miss work or secure childcare
• Intraoperative and postoperative respiratory adverse events, driven by uncontrolled asthma, environmental exposures, delayed presentation, and limited access to preventive care
• Poor postoperative pain control related to language barriers, implicit biases, insurance restrictions, caregiver misunderstanding of multimodal regimens, and reduced follow-up support
• Prolonged hospital length of stay, reflecting delayed recovery, challenges with discharge planning, and inability to meet safe discharge criteria
• Increased emergency department utilization and readmissions due to unmet postoperative needs, miscommunication, delayed recognition of complications, and limited access to outpatient follow-up
• Higher morbidity and mortality, reflecting cumulative effects of structural inequities rather than intrinsic patient risk

Next Steps: Mitigating the Impact of SDOH in Pediatric Anesthesia

Actions for Individual Anesthesiologists

• Incorporate social context into preoperative assessment, including language needs, transportation reliability, caregiver understanding, and access to medications and follow-up
• Normalize early interpreter use for all perioperative conversations, including preoperative instructions, consent, pain plans, and discharge discussions
• Use plain-language communication and teach-back methods to confirm understanding of fasting instructions, medication regimens, and postoperative care
• Anticipate physiologic vulnerability in children exposed to chronic stress, environmental pollutants, or poorly controlled comorbid disease, and adjust anesthetic planning accordingly
• Advocate for equitable pain management, recognizing how language barriers, insurance restrictions, and implicit bias may affect analgesic assessment and treatment

Department- and System-Level Strategies

• Embed SDOH screening into preoperative workflows, particularly for high-risk populations, using brief, standardized tools
• Design cancellation-prevention pathways, including reminder calls in preferred languages, flexible scheduling, and same-day optimization when feasible
• Ensure reliable access to professional interpreters, including during early morning admissions and perioperative handoffs
• Standardize discharge education, using multilingual, low-literacy materials and clear guidance on pain management, nutrition, and warning signs
• Partner with social work, care coordination, and community resources to address transportation, medication access, food insecurity, and housing instability
• Leverage telehealth thoughtfully, while providing alternatives for families affected by the digital divide