Improving Pediatric Emergency Care by Implementing an Eligible Learner Endotracheal Intubation Policy.

OBJECTIVES: Although endotracheal intubations (ETIs) are high-risk, low-frequency events, there are no nationally accepted training pathways or measures to ensure ETI competence for emergency department (ED) providers. Our objective was to determine whether implementation of an eligible learner ETI policy (ELETIP) led to improved first ETI attempt success rates and decreased immediate airway-related complications. METHODS: This was a retrospective cross-sectional before-and-after study of outcomes after ELETIP implementation. The primary outcome was proportion of successful first ETI attempts; secondary outcomes were number of intubation attempts, time to intubation, need to call anesthesia for intubation, and airway-related complications. RESULTS: Three hundred ninety patients were included (median age, 1.3 y; range, 1 day-24.7 y): 219 (56%) and 171 (44%) in the pre- and post-ELETIP periods, respectively. First successful ETI attempts increased from 65.1% to 75.7% (odds ratio [OR], 1.68; 95% confidence interval [CI], 1.07-2.62). Secondary outcomes included mean number of intubation attempts (1.6-1.4, P = 0.01), time to intubation (5.6-4.9 minutes, P = 0.07), anesthesia intubations in the ED (5.9%-2.9%; OR, 0.48; 95% CI, 0.17-1.37), and intubation-related complications (32%-25.7%; OR, 0.74; 95% CI, 0.47-1.15). CONCLUSIONS: An ELETIP is effective in improving ED care by increasing first ETI attempt success rates while decreasing overall intubation attempts. Physicians and physician learners with anesthesia training for critical airway management training have high ETI attempt success rates. Airway management training is essential to physician education and airway management skills for improving outcomes.

A Novel Approach to Combining Pediatric Emergency Medicine and Global Health Fellowships.

OBJECTIVES: To describe the creation of the first known combined Pediatric Emergency Medicine-Global Health (PEM-GH) fellowship for graduates of pediatric or emergency medicine residency programs. METHODS: We detail the necessary infrastructure for a successfully combined PEM-GH fellowship including goals, objectives, curriculum, timeline, and funding. The fellowship is jointly supported by the department of pediatrics, section of pediatric emergency medicine (PEM), and the hospital. Fellows complete all requirements for the PEM fellowship and Global Health, the latter requiring an additional 12 months of training. Components of the Global Health fellowship include international fieldwork, scholarly activity abroad, advanced degree coursework, disaster training, and didactic curricula. RESULTS: Since 2005, 9 fellows (8 pediatric-trained and 1 emergency medicine-trained) have completed or are enrolled in the PEM-GH fellowship; 3 have graduated. All fellows have completed or are working toward advanced degrees and have or will participate in the disaster management course. Fellows have had 7 presentations at national or international meetings and have published 6 articles in peer-reviewed journals. Of the three graduates, all are working in academic PEM-GH programs and work internationally in Africa and/or Latin America. CONCLUSIONS: Our response to a global trend toward improvement in PEM care was the development of the first combined PEM-GH fellowship program. Recognizing the value of this program within our own institution, we now offer it as a model for building such programs in the future. This fellowship program promises to be a paradigm that can be used nationally and internationally, and it establishes a foundation for a full-fledged accredited and certified subspecialty.

Outside the box and into thick air: implementation of an exterior mobile pediatric emergency response team for North American H1N1 (swine) influenza virus in Houston, Texas.

STUDY OBJECTIVE: We describe the implementation of a mobile pediatric emergency response team for mildly ill children with influenza-like illnesses during the H1N1 swine influenza outbreak. METHODS: This was a descriptive quality improvement study conducted in the Texas Children's Hospital (Houston, TX) pediatric emergency department (ED), covered, open-air parking lot from May 1, 2009, to May 7, 2009. Children aged 18 years or younger were screened for viral respiratory symptoms and sent to designated areas of the ED according to level of acuity, possibility of influenza-like illness, and the anticipated need for laboratory evaluation. RESULTS: The mobile pediatric emergency response team experienced 18% of the total ED volume, or a median of 48 patients daily, peaking at 83 patients treated on May 3, 2009. Although few children had positive rapid influenza assay results and the morbidity of disease in the community appeared to be minimal for the majority of children, anxiety about pandemic influenza drove a large number of ED visits, necessitating an increase in surge capacity. Surge capacity was augmented both through utilization of existing institutional resources and by creating a novel area in which to treat patients with potential airborne pathogens. Infection control procedures and patient safety were also maximized through patient cohorting and adaptation of social distancing measures to the ED setting. CONCLUSION: The mobile pediatric emergency response team and screening and triage algorithms were able to safely and effectively identify a group of low-acuity patients who could be rapidly evaluated and discharged, alleviating ED volume and potentially preventing transmission of H1N1 influenza.

The perspective of paramedics about on-scene termination of resuscitation efforts for pediatric patients.

OBJECTIVES: The purpose of this study was to assess the attitude of paramedics to on-scene termination of cardiopulmonary resuscitation (T-CPR) efforts in children prior to developing a pediatric T-CPR policy. METHODS: A 26-item anonymous survey was conducted of all of the active paramedics in a large urban EMS system where T-CPR had been practiced routinely for adults. Questions addressed paramedic demographics, training level, experience with adult and pediatric advanced cardiac life support (ACLS), experience with T-CPR in adults, T-CPR case scenarios, and T-CPR in children. RESULTS: All 201 paramedics in the system (mean age=34.2 years; mean years as paramedic = 8.5 ) completed all relevant items of the survey (100% compliance). Two-thirds had provided ACLS for cardiac arrest to >50 adults (93% >10 adults) and more than one-third had performed ACLS on >20 children (72% >5 children). In addition, 90% had participated in T-CPR for adults. The majority of paramedics reported at least occasional (pre-defined) difficulty with adult T-CPR including family confrontation, 43%; personal discomfort, 13%; disagreement with physician decision to continue efforts, 11%; and fear of liability, 10%. Paramedic self ratings of comfort with terminating CPR on a scale from 1 to 10 (1: very comfortable; 10: uncomfortable) for adults and children were 1 and 9, respectively (P<0.001). In addition, the clear majority (72%) responded that children deserve more aggressive resuscitative efforts than adults. CONCLUSIONS: Paramedics feel relatively uncomfortable with the concept of terminating resuscitation efforts in children in the pre-hospital setting.

Making disaster care count: consensus formulation of measures of effectiveness for natural disaster acute phase medical response.

INTRODUCTION: No standard exists for provision of care following catastrophic natural disasters. Host nations, funders, and overseeing agencies need a method to identify the most effective interventions when allocating finite resources. Measures of effectiveness are real-time indicators that can be used to link early action with downstream impact. HYPOTHESIS: Group consensus methods can be used to develop measures of effectiveness detailing the major functions of post natural disaster acute phase medical response. METHODS: A review of peer-reviewed disaster response publications (2001-2011) identified potential measures describing domestic and international medical response. A steering committee comprised of six persons with publications pertaining to disaster response, and those serving in leadership capacity for a disaster response organization, was assembled. The committee determined which measures identified in the literature review had the best potential to gauge effectiveness during post-disaster acute-phase medical response. Using a modified Delphi technique, a second, larger group (Expert Panel) evaluated these measures and novel measures suggested (or "free-texted") by participants for importance, validity, usability, and feasibility. After three iterations, the highest rated measures were selected. RESULTS: The literature review identified 397 measures. The steering committee approved 116 (29.2%) of these measures for advancement to the Delphi process. In Round 1, 25 (22%) measures attained >75% approval and, accompanied by 77 free-text measures, graduated to Round 2. There, 56 (50%) measures achieved >75% approval. In Round 3, 37 (66%) measures achieved median scores of 4 or higher (on a 5-point ordinal scale). These selected measures describe major aspects of disaster response, including: Evaluation, Treatment, Disposition, Public Health, and Team Logistics. Of participants from the Expert Panel, 24/39 (63%) completed all rounds. Thirty-three percent of these experts represented international agencies; 42% represented US government agencies. CONCLUSION: Experts identified response measures that reflect major functions of an acute medical response. Measures of effectiveness facilitate real-time assessment of performance and can signal where practices should be improved to better aid community preparedness and response. These measures can promote unification of medical assistance, allow for comparison of responses, and bring accountability to post-disaster acute-phase medical care. This is the first consensus-developed reporting tool constructed using objective measures to describe the functions of acute phase disaster medical response. It should be evaluated by agencies providing medical response during the next major natural disaster.

Increasing out-of-hospital regional surge capacity for H1N1 2009 influenza A through existing community pediatrician offices: a qualitative description of quality improvement strategies.

OBJECTIVE: To describe initiatives undertaken by a network of community pediatricians to increase a city's surge capacity for patients presenting with influenza-like illnesses during the 2009 H1N1 influenza A pandemic. METHODS: This was a descriptive quality improvement project detailing the measures employed by a network of private practice community pediatricians in Houston, Texas, caring for both insured and uninsured children. RESULTS: Four categories of interventions were used: enhanced communication, increasing community pediatrician presence, vaccine distribution, and targeted viral diagnosis and antiviral utilization. Promoting communication between clinicians, families, and an affiliated local tertiary care children's hospital allowed for the efficient coordination of resources as well as a unified and consistent message. Increasing access of families to their primary medical home by employing additional clinicians, extending office hours, and locating additional space served to decrease the number of children with low-acuity illness seen in the local emergency centers. Vaccine distribution was enhanced by effective communication between clinicians and families. Finally, targeted antiviral testing and adherence to national recommendations on antiviral utilization enabled judicious utilization of a limited supply of antiviral medications. CONCLUSIONS: Effective communication and improved access to health care enabled children within the network with influenza-like illnesses to continue to be cared for in their medical home. The measures used in response to novel influenza virus outbreaks can be adapted for other situations requiring increased community surge capacity.