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Human-centered design (HCD) is rooted in building trust with end users by developing empathetic understanding of key partners’ needs, continuous engagement, and iterative solution creation and refinement. One of the core tenets of HCD in health care is that consistent end-user engagement will result in better health outcomes. Children with medical complexity (CMC), a subset of children and youth with special health care needs, are characterized by multiple chronic health care conditions and high health care use, including emergency department visits. To address the known challenges with providing high-quality care for CMC in emergency settings, emergency information forms are currently recommended to provide insights into existing health complexities at the point of care. However, these forms have faced significant implementation challenges that lead to limited stakeholder buy-in and lack of incorporation into current emergency care workflows. We present HCD as a strategy to aid in the creation and optimization of an emergency care action plan (ECAP) for CMC. The objectives of this communication are, therefore, as follows: (1) to demonstrate HCD as an accessible approach to delineate and address pediatric care challenges within a complex health care system and (2) to illustrate a commonly used HCD methodological approach to address implementation challenges of an emergency care planning tool through the creation of an ECAP for CMC.
Objective: To compare new mental health diagnoses (NMHD) in children after a firearm injury versus following a motor vehicle collision (MVC). Background: A knowledge gap exists regarding childhood mental health diagnoses following firearm injuries, notably in comparison to other forms of traumatic injury. Methods: We utilized Medicaid MarketScan claims (2010–2016) to conduct a matched case-control study of children ages 3 to 17 years. Children with firearm injuries were matched with up to 3 children with MVC injuries. Severity was determined by injury severity score and emergency department disposition. We used multivariable logistic regression to measure the association of acquiring a NMHD diagnosis in the year postinjury after firearm and MVC mechanisms. Results: We matched 1450 children with firearm injuries to 3691 children with MVC injuries. Compared to MVC injuries, children with firearm injuries were more likely to be black, have higher injury severity score, and receive hospital admission from the emergency department ( P <0.001). The adjusted odds ratio (aOR) of NMHD diagnosis was 1.55 [95% confidence interval (95% CI): 1.33–1.80] greater after firearm injuries compared to MVC injuries. The odds of a NMHD were higher among children admitted to the hospital compared to those discharged. The increased odds of NMHD after firearm injuries was driven by increases in substance-related and addictive disorders (aOR: 2.08; 95% CI: 1.63–2.64) and trauma and stressor-related disorders (aOR: 2.07; 95% CI: 1.55–2.76). Conclusions: Children were found to have 50% increased odds of having a NMHD in the year following a firearm injury as compared to MVC. Programmatic interventions are needed to address children’s mental health following firearm injuries.
This JAMA Viewpoint explores how public health principles related to communicable diseases and bullet-specific regulations could be applied in the US to prevent further injury and death due to gun violence.
For asthma, attention-deficit/hyperactivity disorder (ADHD), and autism spectrum disorder (ASD), the objectives were to (1) describe the percent increases in prevalence and comorbidity and how these vary by poverty status, and (2) examine the extent to which poverty status is a predictor of higher than average comorbid conditions.Secondary analyses of the National Survey of Children's Health for years 2003, 2007, and 2011-2012 were conducted to identify trends in parent reported lifetime prevalence and comorbidity among children with asthma, ADHD, and ASD and examine variation by sociodemographic characteristics, poverty status, and insurance coverage. Using 2011-2012 data, multivariable regression was used to examine whether poverty status predicted higher than average comorbid conditions after adjusting for other sociodemographic characteristics.Parent-reported lifetime prevalence of asthma and ADHD rose 18% and 44%, respectively, whereas the lifetime prevalence of ASD rose almost 400% (from 0.5% to 2%). For asthma, the rise was most prominent among the poor at 25.8%. For ADHD, the percent change by poverty status was similar (<100% federal poverty level [FPL]: 43.20%, 100% to 199% FPL: 52.38%, 200% to 399% FPL: 43.67%), although rise in ASD was associated with being nonpoor (200% to 399% FPL: 43.6%, ≥400% FPL: 36.0%). Publicly insured children with asthma, ADHD, and ASD also had significantly higher odds (1.9×, 1.6×, 3.0×, respectively) of having higher than average comorbidities.Poverty status differentially influenced parent-reported lifetime prevalence and comorbidities of these target disorders. Future research is needed to examine parent and system-level characteristics that may further explain poverty's variable impact.
Advancements in pediatric care have led to a significant increase in the number of children living longer (or living into adulthood) with medical complexity. Children with medical complexity are generally defined as those with multiple significant chronic health problems involving multiple organ systems, which result in functional limitations, high health care needs or utilization, and often require need for, or use of, medical technology. Although children with medical complexity represent less than 1% of the pediatric population, they account for a large proportion of health care utilization among children, including acute care and emergency department settings. Many of these children receive a majority of their specialty and outpatient care at tertiary care children’s hospitals, but evidence indicates that 80–90% of encounters for emergency care are at community emergency departments. Furthermore, many of the complex, chronic conditions that characterize children with medical complexity are becoming more clinically relevant to all providers as this subgroup of children mature into adulthood. Therefore, it has and will become increasingly relevant for all emergency providers to be prepared to evaluate and manage what have been traditionally pediatric conditions, technologies, and complications among children in this population. This chapter uses a case-based approach to illustrate more common and challenging patient scenarios when evaluating and treating children with medical complexity in the emergency department.
Case Presentation: An 8-month-old infant presented to a general emergency department with chief complaints of rhinorrhea, decreased activity, and fever. A point-of-care lung ultrasound (LUS) was performed at bedside with potential early findings of pneumonia. Based on these findings on LUS, a chest radiograph (CXR) was ordered and performed with no acute findings. He was discharged without antibiotics based on these findings; unfortunately, he returned two days later with worsening symptoms requiring chest tube placement, mechanical ventilation, and prolonged hospitalization for complicated bacterial pneumonia. Discussion: Pneumonia is a major cause of pediatric morbidity and mortality worldwide. Despite evidence supporting the utilization of LUS for the diagnosis of pediatric pneumonia, CXR remains the default imaging for clinical decision-making in most settings. In this case, earlier antibiotics and higher reliance on LUS for clinical decision-making may have prevented the morbidity associated with this hospitalization.
