Paws to Care: Implementation of a Novel Medical Dog Office Hours Program to Foster Pediatric Health Care Staff Resilience and Joy.

Burnout and resiliency are significant challenges among health care workers. Animal-assisted therapy (AAT) has shown to improve patient-level outcomes; however, AAT research involving hospital staff is limited. Our novel Medical Dog ("MD") Office Hours Program aimed to provide support to pediatric hospital staff and explore the program's impact on burnout. Participant surveys described work role and years of experience, well-being, and emotional/physical descriptions and symptoms. Of 149 participants, 85% endorsed baseline distress/burnout; nearly half had at-risk Well-Being Index scores. Compared with baseline, postintervention participants endorsed significantly fewer negative (more positive) emotions; greater feelings of comfort and energy; and decreased tiredness and pain (P < .0001). Readiness to return to work scores were high (M = 78.1, SD = 18.4). Our Medical Dog ("MD") Office Hours Program resulted in improvements in emotional descriptions and physical symptoms among pediatric health care staff. Leveraging AAT among health care staff may help mitigate burnout and increase resiliency.

Engage, Develop, Learn: a pilot randomized clinical trial to test if a mobile application can enhance home support for early cognitive development among children living in poverty.

Background: Mobile applications (apps) exist to promote early child development; however, few studies have examined use of these apps among low-income families. Our objectives were to measure engagement with the Engage, Develop, Learn (EDL) app and determine if it promoted engagement and behavior change among low-income caregivers. Methods: We conducted a pilot study among English and Spanish-speaking, low-income families with children ages 12 to 15 months who received either the EDL app or injury prevention text messages. Baseline data were collected and interventions delivered over two home visits. App engagement was measured using messages opened. Caregiver development-promoting behaviors were measured with STIMQ score changes from baseline to follow-up at child age 2 years. We conducted key informant interviews among families randomized to receive the EDL app to identify barriers and facilitators to app use. Results: A total of 100 caregivers were recruited at their children's preventive care visit with 50 randomized to receive the EDL app and 50 to receive the injury prevention text messages; however, only 25 in the development app and 34 in the injury prevention group completed both home visits. Follow-up data were collected from 14 in the development app group and 30 in the injury prevention group. Over 10 weeks, 24% (6/25) remained engaged with the development app. STIMQ scores did not differ between groups. Barriers included technical difficulties accessing the app, social stressors, and 'forgetting' to use it. Conclusions: Our pilot randomized trial of a child development app suggests that it may not be effective for promoting behavior change among low-income caregivers due to low engagement. Trial Registration: This pilot trial was registered with ClinicalTrials.gov (ID NCT02717390).

Into the Future of Pediatric Trauma and Critical Care Science.

This Viewpoint describes the scientific mission of the Pediatric Trauma and Critical Illness Branch of the Eunice Kennedy Shriver National Institute of Child Health and Human Development for research on pediatric trauma and critical illness.

A randomized controlled field trial of iBsafe-a novel child safety game app.

BACKGROUND: Injury is a leading cause of child morbidity and mortality worldwide. Delivering injury prevention programs via mobile platforms, such as applications (apps), may reduce risky behaviors. iBsafe is an "interactive Bike and Bite safety" mobile game app founded in behavioral theory and designed to educate kindergarten-aged children about bicycle and dog-related safety. This study assessed the relationship of iBsafe game play and child safety knowledge and skills; hypothesizing that iBsafe increases safety knowledge with translation to practice. METHODS: This single-blinded, randomized, controlled field trial included sixty 5-6-year-old children. Parent-child dyads were randomly assigned to receive a weeklong field trial of iBsafe or control. Pre- and post-intervention safety knowledge tests were completed; post-intervention safety skills assessments occurred in a simulated safety lab using real props (i.e., safety street, bicycles, and live dogs). The primary outcome was child bicycle and dog-related safety knowledge and skills performance. Performance was assessed by blinded reviewers. Secondary outcomes included frequency of safety discussion in groups and iBsafe acceptability. RESULTS: Thirty children were randomized to each group; there were no substantial demographic differences between groups. Compared to controls, post-intervention iBsafe children had higher bicycle and dog-related safety knowledge scores (9.2±0.9 vs. 8.7±1.0, P=0.029 and 8.2±2.1 vs. 6.7±1.8, P=0.003, respectively); and they exhibited more safety skills (median number bicycle skills 5 vs. 4, P=0.007; median number dog-related skills 5 vs. 3, P<0.001, respectively). Frequency of safety conversations increased among intervention families during the trial, and iBsafe acceptability was near universal. CONCLUSIONS: iBsafe was effective at increasing child safety knowledge and improving safety skills. Child injury prevention programs that embrace interactive mobile platforms may expand reach and possibly decrease injury outcomes.

Secondhand smoke exposure, illness severity, and resource utilization in pediatric emergency department patients with respiratory illnesses.

OBJECTIVE: Hospital-based data reveal that children who have secondhand smoke exposure (SHSe) experience severe respiratory illnesses and greater resource utilization. Our objective was to assess the relationship between SHSe and illness severity/resource utilization among children presenting to the pediatric emergency department (PED) with three common respiratory conditions-asthma, bronchiolitis, and pneumonia. METHODS: A retrospective review of a yearlong consecutive sample of PED patients with SHSe status documentation and asthma, bronchiolitis, or pneumonia diagnoses was performed. PED illness severity/resource utilization variables included triage categorization, initial oxygen saturation, evaluation/testing (influenza A & B, respiratory syncytial virus, chest X-ray), procedures/interventions performed (supplemental oxygen, suctioning, intubation), medications administered, and disposition. Logistic and linear regression models were conducted to determine differences in each diagnosis group while controlling for sociodemographics, medical history, seasonality, and insurance type. RESULTS: There were 3,229 children with documentation of SHSe status and an asthma (41%), bronchiolitis (36%), or pneumonia (23%) diagnosis. Across diagnosis groups, approximately 1/4 had positive documentation of SHSe. Asthmatic children with SHSe were more likely to receive corticosteroids (odds ratio (OR) = 1.71, 95% confidence interval (CI) = 1.19, 2.44) and/or magnesium sulfate (OR = 1.66, 95% CI = 1.14, 2.40). Children with SHSe and bronchiolitis were more likely to receive racemic epinephrine (OR = 2.48, 95% CI = 1.21, 5.08), have a chest X-ray (OR = 1.36, 95% CI = 1.00, 1.85), and/or be admitted (OR = 1.46, 95% CI = 1.09, 1.95). No differences in illness severity/resource utilization were identified for children with pneumonia. CONCLUSIONS: SHS-exposed children with asthma or bronchiolitis have greater illness severity/resource utilization. Our findings highlight the importance of SHSe assessment, cessation, and research efforts in the PED setting.

Tobacco Smoke Exposure-Related Illnesses Among Pediatric Emergency Department Patients.

INTRODUCTION: This study aimed to determine the relationship between patients presenting to the pediatric emergency department (PED) and potential tobacco smoke exposure (TSE)-related illnesses. METHODS: A retrospective review of electronic medical records of pediatric emergency department patients (N = 116,084) was conducted. Sociodemographic characteristics, TSE-related illnesses, and TSE documentation were extracted. Logistic regression analyses were performed. RESULTS: More than one fifth (21.7%) of patients had TSE-related illnesses. Patients who were younger, male, non-White, or Hispanic; had Medicaid/Medicare insurance, had low triage acuity; or were admitted to any non-intensive care unit or intensive care unit were significantly more likely to have TSE-related illnesses. Twenty-eight percent of patients with TSE documentation had positive TSE status. Although regression models for positive TSE indicated similar findings, no difference was found based on ethnicity. DISCUSSION: Pediatric emergency departments, especially those that care for large numbers of children, should offer tobacco interventions that target at-risk populations and caregivers who are most likely not receiving interventions in other health care settings.

Assessment of tobacco smoke exposure in the pediatric emergency department.

OBJECTIVE: Tobacco smoke exposure causes significant childhood morbidity and is associated with a multitude of conditions. National organizations recommend tobacco smoke exposure screening at all pediatric clinical encounters. Data regarding tobacco smoke exposure screening in the pediatric emergency department is sparse, although children with tobacco smoke exposure-associated conditions commonly present to this setting. We aimed to determine the frequency and outcome of tobacco smoke exposure screening in the pediatric emergency department, and assess associated sociodemographic/clinical characteristics. METHODS: This retrospective review included pediatric patients presenting to a large pediatric emergency department in Cincinnati, Ohio between 2012 and 2013. Variables extracted included: age, sex, race/ethnicity, insurance, child's tobacco smoke exposure status, triage acuity, diagnosis, and disposition. Regression analyses examined predictors of tobacco smoke exposure screening and tobacco smoke exposure status. RESULTS: A total of 116,084 children were included in the analysis. Mean child age was 6.20years (SD±5.6); 52% were male. Nearly half of the children in the study did not undergo tobacco smoke screening; only 60% of children with tobacco smoke exposure-related illnesses were screened. Predictors of tobacco smoke exposure screening were: younger age, male, African American, non-commercial insurance, high acuity, tobacco smoke exposure-related diagnoses and non-intensive care admission. Of children screened for tobacco smoke exposure, 28% were positive. Children more likely to screen positive were non-Hispanic, had non-commercial insurance, and had tobacco smoke exposure-related diagnoses. NonAfrican American children triaged as low acuity were more likely to have tobacco smoke exposure, yet were less likely to be screened. CONCLUSION: Despite national recommendations, current tobacco smoke exposure screening rates are low and fail to identify at-risk children. Pediatric emergency department visits for tobacco smoke exposure-associated conditions are common, thus further research is needed to develop and assess standardized tobacco smoke exposure screening tools/interventions in this setting.

Serum Cardiac Troponin I in the Evaluation of Nonaccidental Trauma.

OBJECTIVE: To determine if troponin I is more often elevated in children with suspected nonaccidental trauma (NAT) compared with uninjured children of similar age, and describe associations between troponin I elevation and NAT injuries. STUDY DESIGN: Prospective 2-group study of children less than 2 years of age presenting to the emergency department with nonaccidental abdominal, thoracic, or intracranial injuries, and similarly aged uninjured children. Primary outcome was serum troponin I (≥ 0.04 ng/mL) using frozen blood samples from the 2 groups. Secondary outcomes included descriptive analyses of age, injury characteristics, and clinical appearance. RESULTS: There were 129 subjects; 60 injured patients and 69 uninjured patients. Groups had similar age and sex. Troponin I was elevated in 38% of injured children compared with 17% of uninjured children (P = .008). No uninjured patient over 3 months of age had elevated troponin I. Abdominal trauma, acute rib fractures, or the child's ill-appearance in the emergency department were associated with having elevated troponin I. CONCLUSIONS: Troponin I is more often elevated in children with suspected NAT than uninjured children. Elevation of troponin I in children greater than 3 months of age with suspected NAT is concerning for trauma. Occult cardiac injury is more likely to occur in children with inflicted abdominal trauma, acute rib fractures, or ill appearance.

Using discrete event computer simulation to improve patient flow in a Ghanaian acute care hospital.

OBJECTIVES: Crowding and limited resources have increased the strain on acute care facilities and emergency departments worldwide. These problems are particularly prevalent in developing countries. Discrete event simulation is a computer-based tool that can be used to estimate how changes to complex health care delivery systems such as emergency departments will affect operational performance. Using this modality, our objective was to identify operational interventions that could potentially improve patient throughput of one acute care setting in a developing country. METHODS: We developed a simulation model of acute care at a district level hospital in Ghana to test the effects of resource-neutral (eg, modified staff start times and roles) and resource-additional (eg, increased staff) operational interventions on patient throughput. Previously captured deidentified time-and-motion data from 487 acute care patients were used to develop and test the model. The primary outcome was the modeled effect of interventions on patient length of stay (LOS). RESULTS: The base-case (no change) scenario had a mean LOS of 292 minutes (95% confidence interval [CI], 291-293). In isolation, adding staffing, changing staff roles, and varying shift times did not affect overall patient LOS. Specifically, adding 2 registration workers, history takers, and physicians resulted in a 23.8-minute (95% CI, 22.3-25.3) LOS decrease. However, when shift start times were coordinated with patient arrival patterns, potential mean LOS was decreased by 96 minutes (95% CI, 94-98), and with the simultaneous combination of staff roles (registration and history taking), there was an overall mean LOS reduction of 152 minutes (95% CI, 150-154). CONCLUSIONS: Resource-neutral interventions identified through discrete event simulation modeling have the potential to improve acute care throughput in this Ghanaian municipal hospital. Discrete event simulation offers another approach to identifying potentially effective interventions to improve patient flow in emergency and acute care in resource-limited settings.

Parental tobacco screening and counseling in the pediatric emergency department: practitioners' attitudes, perceived barriers, and suggestions for implementation and maintenance.

INTRODUCTION: The pediatric emergency department (PED) is a venue that underuses parental tobacco screening and brief cessation counseling. We sought to explore PED practitioners' attitudes and perceived barriers regarding the implementation and adoption of tobacco screening/cessation counseling of parental smokers in the PED setting, as well as to solicit suggestions for improving the sustainability and maintenance of such practices. METHODS: We conducted an exploratory, qualitative study of a convenience sample of PED practitioners using the RE-AIM (reach, effectiveness, adoption, implementation, and maintenance) framework. Individual, focused interviews were conducted to determine factors that would maximize the implementation and maintenance of parental tobacco screening and intervention counseling as standard PED practice. RESULTS: Thirty interviews were conducted from which relevant data, patterns, and themes were identified. Reach factors included targeting parental smokers with children with respiratory diseases, having adequate training of practitioners, and providing "prearranged" counseling packages. Effectiveness factors included practitioner desire for outcome data about intervention effectiveness (eg, changes in children's secondhand smoke exposure and parental quit rates). Solutions to increase intervention adoption included quick electronic health record prompts and the provision of onsite tobacco cessation experts. Implementation suggestions emphasized the importance of financial support and the alignment of tobacco screening/counseling with strategic plans. Maintenance factors included institutional and technical support, as well as the importance of intervention "champions" in the PED. DISCUSSION: By highlighting important viewpoints of practitioners regarding tobacco screening and counseling, the findings can help guide and direct the development and evaluation of sustainable interventions to facilitate tobacco use treatment in the PED.

Development of iBsafe: A Collaborative, Theory-based Approach to Creating a Mobile Game Application for Child Safety.

Unintentional injury is a leading cause of death worldwide, and the number one cause of child death in the United States. The American Academy of Pediatrics promotes safety recommendations to decrease child injury risk, however the majority of educational programs delivering these strategies are school-based or in community campaigns. Mobile technology provides an opportune platform to deliver pediatric injury prevention programs given its massive global reach and underrepresentation within the current mobile health market. This paper describes the development of iBsafe, a novel mobile safety game application designed to prevent injury in 5- to 6- year old children. Our multidisciplinary team utilized a step-wise approach to create an innovative child game application which is based in behavioral theory and promotes evidence-based safety recommendations. Results and future directions for iBsafe aim to interactively educate children on how to be safe and ultimately improve their safety behaviors.

An evaluation of a dog bite prevention intervention in the pediatric emergency department.

BACKGROUND: This study aimed to determine the efficacy of a video-based dog bite prevention intervention at increasing child knowledge and describe any associated factors and to assess the acceptability of providing this intervention in a pediatric emergency department (PED). METHODS: This cross-sectional, quasi-experimental study enrolled a convenience sample of 5-year-old to 9-year-old patients and their parents, presenting to a PED with nonurgent complaints or dog bites. Children completed a 14-point simulated scenario test used to measure knowledge about safe dog interactions before and after a video intervention. Based on previous research, a passing score (≥ 11/14) was defined a priori. Parents completed surveys regarding sociodemographics, dog-related experiential history, and the intervention. RESULTS: There were 120 child-parent pairs. Mean (SD) child age was 7 (1) years, and 55% were male. Of the parents, 70% were white, two thirds had higher than high school education, and half had incomes less than $40,000. Current dog ownership was 77%; only 6% of children had received previous dog bite prevention education. Test pass rate was 58% before the intervention and 90% after the intervention. Knowledge score increased in 83% of children; greatest increases were in questions involving stray dogs or dogs that were fenced or eating. Younger child age was the only predictor of failing the posttest (p < 0.001). Nearly all parents found the intervention informative; 93% supported providing the intervention in the PED. CONCLUSION: Child knowledge of dog bite prevention is poor. The video-based intervention we tested seems efficacious at increasing short-term knowledge in 5-year-old to 9-year-old children and is acceptable to parents. Parents strongly supported providing this education.

Global health opportunities within pediatric subspecialty fellowship training programs: surveying the virtual landscape.

BACKGROUND: There is growing interest in global health among medical trainees. Medical schools and residencies are responding to this trend by offering global health opportunities within their programs. Among United States (US) graduating pediatric residents, 40% choose to subspecialize after residency training. There is limited data, however, regarding global health opportunities within traditional post-residency, subspecialty fellowship training programs. The objectives of this study were to explore the availability and type of global health opportunities within Accreditation Council for Graduate Medical Education (ACGME)-accredited pediatric subspecialty fellowship training programs, as noted by their online report, and to document change in these opportunities over time. METHODS: The authors performed a systematic online review of ACGME-accredited fellowship training programs within a convenience sample of six US pediatric subspecialties. Utilizing two data sources, the American Medical Association-Fellowship and Residency Electronic Interactive Database Access (AMA-FREIDA) and individual program websites, all programs were coded for global health opportunities and opportunity types were stratified into predefined categories. Comparisons were made between 2008 and 2011 using Fisher exact test. All analyses were conducted using SAS Software v. 9.3 (SAS Institute Inc., Cary, NC). RESULTS: Of the 355 and 360 programs reviewed in 2008 and 2011 respectively, there was an increase in total number of programs listing global health opportunities on AMA-FREIDA (16% to 23%, p=0.02) and on individual program websites (8% to 16%, p=0.004). Nearly all subspecialties had an increased percentage of programs offering global health opportunities on both data sources; although only critical care experienced a significant increase (p=0.04, AMA-FREIDA). The types of opportunities differed across all subspecialties. CONCLUSIONS: Global health opportunities among ACGME-accredited pediatric subspecialty fellowship programs are limited, but increasing as noted by their online report. The availability and types of these opportunities differ by pediatric subspecialty.

Pediatric dog bite victims: a need for a continuum of care.

The authors assessed the ongoing needs of 34 pediatric dog bite victims and their families 1 month after receiving care in a pediatric emergency department. More than 70% of the parents noted at least 1 new concerning behavior in their children, and more than 85% of the parents also endorsed concerns about their own reactions. Half of the parents believed that children, in general, might benefit from interventions to help with postbite fears and nearly three quarters felt that families would benefit from education regarding dog bite prevention. The majority (85%) of the parents believed that additional supportive services could be offered effectively at emergency department or pediatric office/clinic visits. A template for a dog bite information card is presented.

Dog bite prevention: an assessment of child knowledge.

OBJECTIVES: To determine what children know about preventing dog bites and to identify parental desires for dog bite prevention education. STUDY DESIGN: This cross-sectional study sampled 5- to 15-year-olds and their parents/guardians presenting to a pediatric emergency department with nonurgent complaints or dog bites. The parent/guardian-child pairs completed surveys and knowledge-based simulated scenario tests developed on the basis of American Academy of Pediatrics and Centers for Disease Control and Prevention dog bite prevention recommendations. Regression analyses modeled knowledge test scores and probability of passing; a passing score was ≥11 of 14 questions. RESULTS: Of 300 parent/guardian-child pairs, 43% of children failed the knowledge test. Older children had higher odds of passing the knowledge test than younger children, as did children with white parents vs those with nonwhite parents. No associations were found between knowledge scores and other sociodemographic or experiential factors. More than 70% of children had never received dog bite prevention education, although 88% of parents desired it. CONCLUSIONS: Dog bites are preventable injures that disproportionately affect children. Dog bite prevention knowledge in our sample was poor, particularly among younger children and children with nonwhite parents. Formal dog bite prevention education is warranted and welcomed by a majority of parents.

Infantile-onset Pompe disease: a diagnosis not to miss.

Pompe disease is a rare genetic disorder that affects glycogen and lysosome storage secondary to a deficiency in the enzyme that breaks down glycogen (acid alpha-glucosidase). With such deficiency, glycogen buildup occurs within lysosomes and cells, causing dysfunction of several organ systems (typically skeletal and respiratory muscles). Within this disease, the spectrum of severity is attributed to the differing amounts of enzyme deficiency. The most severe and lethal of the spectrum is infantile-onset Pompe disease. In this population, there is less than 1% active enzyme activity with subsequent effect on the function of cardiac, respiratory, and skeletal muscle and hepatic and central nervous system activity. We report the case of a 5-month-old infant who presented with respiratory symptoms of bronchiolitis in the winter season. Physical examination, however, revealed findings suggestive of an underlying neuromuscular disorder and after thorough evaluation led to the diagnosis of infantile-onset Pompe disease. This case emphasizes the need to maintain clinical vigilance when treating common pediatric illnesses. The recognition of Pompe disease in this infant resulted in the initiation of contemporary treatment strategies delaying disease-related morbidity and mortality.