Vincent W. Chiang

Rates of medication errors among depressed and burnt out residents: prospective cohort study

Objective To determine the prevalence of depression and burnout among residents in paediatrics and to establish if a relation exists between these disorders and medication errors. Design Prospective cohort study. Setting Three urban freestanding children’s hospitals in the United States. Participants 123 residents in three paediatric residency programmes. Main outcome measures Prevalence of depression using the Harvard national depression screening day scale, burnout using the Maslach burnout inventory, and rate of medication errors per resident month. Results 24 (20%) of the participating residents met the criteria for depression and 92 (74%) met the criteria for burnout. Active surveillance yielded 45 errors made by participants. Depressed residents made 6.2 times as many medication errors per resident month as residents who were not depressed: 1.55 (95% confidence interval 0.57 to 4.22) compared with 0.25 (0.14 to 0.46, P<0.001). Burnt out residents and non-burnt out residents made similar rates of errors per resident month: 0.45 (0.20 to 0.98) compared with 0.53 (0.21 to 1.33, P=0.2). Conclusions Depression and burnout are major problems among residents in paediatrics. Depressed residents made significantly more medical errors than their non-depressed peers; however, burnout did not seem to correlate with an increased rate of medical errors.

Effects of the accreditation council for graduate medical education duty-hour limits on sleep, work hours, and safety.

OBJECTIVE. To mitigate the risks of fatigue-related medical errors, the Accreditation Council for Graduate Medical Education introduced work hour limits for resident physicians in 2003. Our goal was to determine whether work hours, sleep, and safety changed after implementation of the Accreditation Council for Graduate Medical Education standards. METHODS. We conducted a prospective cohort study in which residents from 3 large pediatric training programs provided daily reports of work hours and sleep. In addition, they completed reports of near-miss and actual motor vehicle crashes, occupational exposures, self-reported medical errors, and ratings of educational experience. They were screened for depression and burnout. Concurrently, at 2 of the centers, data on medication errors were collected prospectively by using an established active surveillance method. RESULTS. A total of 220 residents provided 6007 daily reports of their work hours and sleep, and 16 158 medication orders were reviewed. Although scheduling changes were made in each program to accommodate the standards, 24- to 30-hour shifts remained common, and the frequency of residents’ call remained largely unchanged. There was no change in residents’ measured total work hours or sleep hours. There was no change in the overall rate of medication errors, and there was a borderline increase in the rate of resident physician ordering errors, from 1.06 to 1.38 errors per 100 patient-days. Rates of motor vehicle crashes, occupational exposures, depression, and self-reported medical errors and overall ratings of work and educational experiences did not change. The mean length of extended-duration (on-call) shifts decreased 2.7% to 28.5 hours, and rates of resident burnout decreased significantly (from 75.4% to 57.0%). CONCLUSIONS. Total hours of work and sleep did not change after implementation of the duty hour standards. Although fewer residents were burned out, rates of medication errors, resident depression, and resident injuries and educational ratings did not improve.

Rapid sequence intubation for pediatric emergency airway management.

Objectives To characterize current practice with respect to pediatric emergency airway management using a multicenter data set. Methods A multicenter collaboration was undertaken to gather data prospectively regarding emergency intubation. Analysis of data on adult emergency department (ED) intubations clearly demonstrated that rapid sequence intubation (RSI) was the method used most often. We then conducted an observational study of the prospectively collected database of pediatric ED intubations (EDIs) using the National Emergency Airway Registry Phase One data, gathered in 11 participating EDs over a 16-month time period. A data form completed at the time of EDI enabled analysis of patients’ ages, weights, and indications for EDI; personnel; methods employed to facilitate EDI; success rates; and adverse events. Data forms were analyzed regarding the methods of intubation employed, and frequencies, success rates, and adverse event rates among various intubation modalities were compared. Results Of 1288 EDIs, there were 156 documented pediatric patients. Initial intubation attempts were all oral, including rapid sequence intubation in 81%, without medications (NOM) in 13%, and sedation without neuromuscular blockade (SED) in 6%. Older children and trauma patients were more likely to be intubated with RSI compared to younger children and patients presenting with medical illnesses. Intubation using RSI was more successful on the first attempt (78%) compared with either NOM (47%, P < 0.01) or SED (44%, P < 0.05), though this finding is likely explainable by the age differences among groups. Intubation was successfully performed by the initial intubator in 85% of RSI, 75% of NOM, and 89% of SED attempts (P = NS for both comparisons vs RSI). Overall, successful intubation occurred in 99% of RSI and 97% of non-RSI intubation attempts (P = NS). Only one of 156 patients required surgical airway management. True complications occurred in 1%, 5%, and 0% of RSI, NOM, and SED attempts, respectively (P = NS for both comparisons vs RSI). The majority of initial intubation attempts were by emergency medicine residents (59%), pediatric emergency medicine fellows (17%), and pediatrics residents (10%). These groups were 77%, 77%, and 50% successful, respectively, on the first laryngoscopy attempt, and 89%, 89%, and 69% successful overall. Conclusions A large, prospective, multicenter observational study of pediatric EDIs was conducted at university-affiliated EDs. RSI is the method of choice for the majority of pediatric emergency intubations; it is associated with a high success rate and a low rate of serious adverse events. Pediatric intubation as practiced in academic EDs, with most initial attempts by emergency and pediatrics residents and fellows under attending physician supervision, is safe and highly successful.

Variations in Management of Common Inpatient Pediatric Illnesses: Hospitalists and Community Pediatricians

OBJECTIVE. The goal was to test the hypothesis that pediatric hospitalists use evidence-based therapies and tests more consistently in the care of inpatients and use therapies and tests of unproven benefit less often, compared with community pediatricians. METHODS. A national survey was administered to hospitalists and a random sample of community pediatricians. Hospitalists and community pediatricians reported their frequency of use of diagnostic tests and therapies, on 5-point Likert scales (ranging from never to almost always), for common inpatient pediatric illnesses. Responses were compared in univariate and multivariable logistic regression analyses controlling for gender, race, years out of residency, days spent attending per year, hospital practice type, and completion of fellowship/postgraduate training. RESULTS. Two hundred thirteen pediatric hospitalists and 352 community pediatricians responded. In multivariable regression analyses, hospitalists were significantly more likely to report often or almost always using the following evidence-based therapies for asthma: albuterol and ipratropium in the first 24 hours of hospitalization. After the first urinary tract infection, hospitalists were more likely to report obtaining the recommended renal ultrasound and voiding cystourethrogram. Hospitalists were significantly more likely than community pediatricians to report rarely or never using the following therapies of unproven benefit: levalbuterol, inhaled steroid therapy, and oral steroid therapy for bronchiolitis; stool culture and rotavirus testing for gastroenteritis; and ipratropium after 24 hours of hospitalization for asthma. CONCLUSION. Overall, in comparison with community pediatricians, hospitalists reported greater adherence to evidence-based therapies and tests in the care of hospitalized patients and less use of therapies and tests of unproven benefit.

Uses and complications of central venous catheters inserted in a pediatric emergency department.

Objective To describe the incidence, indications, insertion sites, duration, and complications of central venous catheter (CVC) insertion in patients in a pediatric emergency department (ED). Methods: Design Retrospective chart review. Setting ED of an urban pediatric teaching hospital. Subjects Patients who had a CVC inserted in the ED from January 1992 to July 1997. Results During the 5.5-year study period, 121 patients were identified. Indications for insertion were cardiac/respiratory arrest in 20 patients (17%), lack of peripheral vascular access in 78 (64%), and inadequate peripheral vascular access in 23 (19%). Presenting diagnoses included cardiac/respiratory arrest (20), dehydration (19), lower respiratory tract disease (15), seizure (15), sepsis (13), trauma (10), and other (29). Prior to the CVC insertion, 80 (66%) patients had no venous access, 28 (23%) had a peripheral intravenous catheter, and 13 (11%) had an intraosseous needle. One hundred one (83%) CVCs were inserted into the femoral vein, 12 (10%) into the subclavian, 7 (6%) into the internal jugular, and 1 (1%) into an axillary vein. There were four reported complications requiring the CVC to be removed, and all occurred with femoral line placement. There were no long-term sequelae or life-threatening or limb-threatening complications (95% CI = 0–2.5%). Conclusions Central venous catheterization, particularly using the femoral approach, appears to a safe method of obtaining central venous access in the critically ill infant, child, or young adult.

Rehospitalization for childhood asthma: timing, variation, and opportunities for intervention.

OBJECTIVE To assess the timing of pediatric asthma rehospitalization, variation in rate of rehospitalization across hospitals, and factors associated with rehospitalization at different intervals. STUDY DESIGN Retrospective cohort analysis of 44,204 hospitalizations for children with asthma within 42 childrens hospitals between July 2008 and June 2011. The main outcome measures were rehospitalization for asthma within 7, 15, 30, 60, 180, and 365 days of an index asthma admission. RESULTS The rate of asthma rehospitalization ranged from 0.5% (n = 208) at 7 days to 17.2% (n = 7603) at 365 days. Black patients and patients with public insurance had higher odds of rehospitalization at 60 days and beyond (P ≤ .01 for both). Adolescents (12- to 18-year-old), patients with a diagnosis of a complex chronic condition, and patients with a prior year asthma admission had higher odds of rehospitalization at every time interval (P ≤ .001 for all). Significant hospital variation in case-mix adjusted rates of rehospitalization existed at each time interval (P ≤ .01 for all). Rates at 365 days were ≤ 10.9% for the top 10% of hospitals; if all hospitals achieved this rate, 36.6% of rehospitalizations might have been avoided. CONCLUSIONS Significant variation in asthma rehospitalization rates exists across childrens hospitals from 7 to 365 days after an index admission. Racial/ethnic and economic disparities emerge at 60 days. By 1 year, rehospitalizations account for 1 in 6 hospitalizations. Assessing asthma rehospitalizations at longer intervals may augment our current understanding of and approach to post-hospitalization care improvement.

Pediatric Hospitalists: Report of a Leadership Conference

OBJECTIVES. To summarize a meeting of academic pediatric hospitalists and to describe the current state of the field. METHODS. The Ambulatory Pediatric Association sponsored a meeting for academic pediatric hospitalists in November 2003. The purpose of the meeting was to discuss and to define roles of academic pediatric hospitalists, including their roles as clinicians, educators, and researchers, and to discuss organizational issues and unique hospitalist issues within general academic pediatrics. Workshops were held in the areas of organization and administration, academic life, research, and education. A literature review was also conducted in the areas discussed. RESULTS. More than 130 physicians attended. Thirteen workshops were held, and all information was summarized in large-group sessions for all attendees. CONCLUSIONS. Pediatric hospital medicine is a rapidly growing field, with an estimated 800 to 1000 pediatric hospitalists currently practicing. Initial work has defined the clinical environment and has begun to stake out a unique knowledge and skill set. The Pediatric Hospitalists in Academic Settings conference demonstrated the audience for additional development and the resources to move forward.

Peripherally inserted central catheters.

Peripherally inserted central catheters are increasingly used in the pediatric and adolescent population for long-term central access. This article reviews the indications, insertion techniques, and complications of peripherally inserted central catheter lines.

Preventable Adverse Events in Infants Hospitalized With Bronchiolitis

Objective. To determine the incidence of preventable adverse events (AEs) and near misses (NMs) among infants hospitalized for bronchiolitis at a pediatric tertiary care hospital and the impact of these errors on hospital length of stay (LOS). Methods. We studied 143 infants with bronchiolitis, ages 0 to 12 months, admitted from December 2002 to April 2003. Using prospective chart review and staff reports, we captured medical errors and AEs. Each event was classified as a (1) preventable AE, (2) nonpreventable AE, (3) intercepted NM, (4) nonintercepted NM, or (5) error with little or no potential for harm. Results. Of 143 patients, 15 (10%) suffered an AE or NM. The incidence of preventable AEs was 10 per 100 admissions. We found a higher incidence of preventable AEs and NMs among critically ill patients (CIPs) compared with non-CIPs (68 vs 5 per 100 admissions, respectively), making the absolute risk of an AE or NM 14 times more likely in CIPs. Mean LOS was significantly longer for CIPs with at least 1 AE (9.1 ± 8.8 days) than for CIPs without AEs (2.9 ± 1.5 days). Mean LOS was not significantly different between non-CIPs who did (3.8 ± 2.6 days) and did not (4.2 ± 5.0 days) experience an AE. Conclusions. Preventable AEs occur frequently among patients admitted for bronchiolitis, especially those who are critically ill. CIPs who suffer AEs during their hospitalization have longer hospital LOSs. Future studies should investigate error-prevention strategies with a focus on those patients with severe disease.

Cardiac troponins in pediatrics.

You are working as the pediatric doctor in a community hospital emergency department. A 13-month-old girl presents with 6 days of fever with a temperature of 39.18C and ‘‘fussiness.’’ On examination, you find a moderately illappearing child with chapped lips, red, tearful eyes, and mildly edematous hands. Her examination is otherwise normal aside from mild tachycardia. You consider Kawasaki disease (KD) on your differential diagnosis although she does not meet all of the classic criteria, and your examination findings may be confounded by the fact that it is cold and dry outside, the patient is mildly dehydrated, and she has been crying and rubbing her eyes. You send a screening set of laboratory studies as well as a blood culture; initial results are remarkable for an erythrocyte sedimentation rate of 80 mm/h and a platelet count of 640,000/mm. Atypical KD rises on your list, but you realize that her findings are nonspecific. You consider consulting a cardiologist to request a cardiac echo to evaluate for early coronary artery changes but would like some supporting evidence for KD before calling them or worrying the parents needlessly. You wonder if there is any other test that could demonstrate early cardiac injury that, if present, would narrow your differential to KD and, perhaps, viral myocarditis. Would a cardiac troponin level be helpful? If so, how predictive is it of an absence or presence of disease?