Childhood Soccer Injuries Treated in U.S. Emergency Departments

Objectives: Soccer, an increasingly popular sport among children in the United States, is a common precipitant to injury‐related emergency department (ED) visits. The authors estimated the number of children treated in EDs for soccer‐related injuries and described the nature of these injuries. Methods: Data from the 2000 National Electronic Injury Surveillance System All Injury Program were used to estimate the overall number and rate of soccer injuries in children, calculate injury rates per 1,000 children, and describe the body regions affected and types of injuries. Results were stratified by five‐year age groups (5–9 years, 10–14 years, and 15–19 years). Results: Approximately 144,600 children sustained soccer‐related injuries in 2000 for a rate of 2.36 injuries per 1,000 children. Injury rates increased with age (0.8, 5–9 year olds; 3.1, 10–14 year olds; 3.2, 15–19 year olds). Common types of injuries were strains/sprains (36.7%), fractures (23.0%), and contusions (20.9%). Fractures decreased with age; sprains/strains increased with age. Commonly injured body regions varied by age. Wrist and finger injuries were most common (12.7% and 12.4%, respectively) in the youngest group; in the 10–14‐year‐old group, ankle and wrist injuries were most common (15.7% and 13.6%, respectively). In the oldest age group, ankle injuries were most common (21.9%), followed by knee injuries (17.6%). Conclusions: Substantial numbers of children were treated in EDs for soccer‐related injuries. Injury types and affected body regions varied by age. Injury prevention efforts to reduce soccer‐related injuries may need to be age specific.     

A paediatric trauma study of scooter injuries

Objective: To investigate the incidence and describe the nature of non‐motorized scooter related injuries in children presenting to the ED. Setting: Paediatric ED of a metropolitan tertiary referral hospital. Methods: A prospective observational study of patients aged under 19 years presenting with injuries sustained while using a non‐motorized scooter. Clinicians recorded the data in the patient record. Main outcome measures: type of injury sustained; period of experience on the scooter; the use of protective gear; the presence of adult supervision; the place of accident; and the patient outcome. Results: Sixty‐two eligible patients were recruited over an 18 month period. The incidence of scooter‐ related injuries was 1.3% of all paediatric trauma presentations. There was a fall in scooter injury presentations over the study period; however, this was not statistically significant. The most common injury sustained using a scooter was an upper limb fracture (41.9%). Closed head injury comprised 8.1% of all scooter related injuries. The majority of patients were not wearing protective gear and were unsupervised at the time of their accident. Most patients (79%) were managed in the ED and discharged. Conclusions: There has been no significant change in scooter injury presentations over the two summer periods of 2000 and 2001. Children presenting to the ED with a scooter related injury tend to be primary school aged, which may have implications on scooter design, age recommendations and safety guidelines.     

Injury patterns in children with frequent emergency department visits

Objectives

To compare injury patterns in children with many and few emergency department (ED) visits in order to reveal the causes for the frequent visits.

Methods

Three cohorts of Danish children (total 579 721 children) were followed for three years when their ages were 0–2, 6–8, and 12–14 years. Information on all ED visits was obtained from the Danish National Patient Registry. Injury type, place of accident, injury mechanism, admission, and distance to ED were compared between children with frequent ED visits (five or more during the three years) and children with only one visit.

Results

Children with frequent visits had a different injury pattern with 0–46% more superficial injuries and 25–82% more dislocations, sprains, and strains. There was 20–30% fewer fractures and 12% fewer falls from a higher level. 15–51% fewer were admitted.

Conclusions

Children with many ED visits had less severe injuries and more dislocations, sprains, and strains.     

Utilization of the emergency department after self-inflicted injury

OBJECTIVES: To compare emergency department (ED) utilization by individuals who present with self-inflicted injuries with utilization by control populations. Individuals with self-inflicted injuries commonly present to the ED, yet little research has been conducted on this population in this setting. METHODS: Individuals who had an ED presentation in 1995-1996 for a self-inflicted injury were tracked prospectively for three to four years of follow-up. This group was matched by age and gender to two groups: individuals who presented with asthma and individuals who presented with other complaints. Data on return visits to the ED were collected from an administrative database. Groups were compared on rates of return visits. RESULTS: There were 478 individuals randomly selected for each group. Individuals in the self-inflicted injury group had higher rates of return visits to the ED over the follow-up period: 232.7 visits per 100 person-years for the self-inflicted injury group, compared with 117.6 for the asthma group, and 83.0 for the "other" group (p < 0.001). The self-inflicted injury group had higher rates for many types of diagnoses: self-inflicted injuries, mental disorders, substance abuse, unintentional injuries, assault, headache pain, and other complaints (all p < 0.001). Patients with more than three repeat visits per year were more common in the self-inflicted injury group (20.1%) than the asthma or "other" groups (9.2% and 5.6%, respectively). CONCLUSIONS: Individuals who harm themselves are chronic users of the ED. The ED represents an opportune setting from which individuals can be directed to appropriate treatment programs.     

The Epidemiology of Emergency Department Trauma Discharges in the United States

Objective

Injury‐related morbidity and mortality is an important emergency medicine and public health challenge in the United States. Here we describe the epidemiology of traumatic injury presenting to U.S. emergency departments (EDs), define changes in types and causes of injury among the elderly and the young, characterize the role of trauma centers and teaching hospitals in providing emergency trauma care, and estimate the overall economic burden of treating such injuries.

Methods

We conducted a secondary retrospective, repeated cross‐sectional study of the Nationwide Emergency Department Data Sample (NEDS), the largest all‐payer ED survey database in the United States. Main outcomes and measures were survey‐adjusted counts, proportions, means, and rates with associated standard errors (SEs) and 95% confidence intervals. We plotted annual age‐stratified ED discharge rates for traumatic injury and present tables of proportions of common injuries and external causes. We modeled the association of Level I or II trauma center care with injury fatality using a multivariable survey‐adjusted logistic regression analysis that controlled for age, sex, injury severity, comorbid diagnoses, and teaching hospital status.

Results

There were 181,194,431 (SE = 4,234) traumatic injury discharges from U.S. EDs between 2006 and 2012. There was a mean year‐to‐year decrease of 143 (95% CI = –184.3 to –68.5) visits per 100,000 U.S. population during the study period. The all‐age, all‐cause case‐fatality rate for traumatic injuries across U.S. EDs during the study period was 0.17% (SE = 0.001%). The case‐fatality rate for the most severely injured averaged 4.8% (SE = 0.001%), and severely injured patients were nearly four times as likely to be seen in Level I or II trauma centers (relative risk = 3.9 [95% CI = 3.7 to 4.1]). The unadjusted risk ratio, based on group counts, for the association of Level I or II trauma centers with mortality was risk ratio = 4.9 (95% CI = 4.5 to 5.3); however, after sex, age, injury severity, and comorbidities were accounted for, Level I or II trauma centers were not associated with an increased risk of fatality (odds ratio = 0.96 [95% CI = 0.79 to 1.18]). There were notable changes at the extremes of age in types and causes of ED discharges for traumatic injury between 2009 and 2012. Age‐stratified rates of diagnoses of traumatic brain injury increased 29.5% (SE = 2.6%) for adults older than 85 and increased 44.9% (SE = 1.3%) for children younger than 18. Firearm‐related injuries increased 31.7% (SE = 0.2%) in children 5 years and younger. The total inflation‐adjusted cost of ED injury care in the United States between 2006 and 2012 was $99.75 billion (SE = $0.03 billion).

Conclusions

Emergency departments are a sensitive barometer of the continuing impact of traumatic injury as an important cause of morbidity and mortality in the United States. Level I or II trauma centers remain a bulwark against the tide of severe trauma in the United States, but the types and causes of traumatic injury in the United States are changing in consequential ways, particularly at the extremes of age, with traumatic brain injuries and firearm‐related trauma presenting increased challenges.     

The Epidemiology of Emergency Medical Services Use by Children: An Analysis of the National Hospital Ambulatory Medical Care Survey

Objective. There is an absence of nationally representative data describing pediatric patients who use emergency medical services (EMS) andthe factors associated with EMS use by children. This study characterizes pediatric emergency department (ED) visits for which the patient arrived by EMS andidentifies factors associated with those visits using a nationally representative database. Methods. A secondary analysis of the ED component of the 1997–2000 National Hospital Ambulatory Medical Care Survey was performed. The dependent variable was the mode of arrival to the ED (EMS vs. not EMS), andindependent variables were grouped into four domains: demographic, clinical, system, andservice characteristics. Bivariate analyses andmultivariate logistic regression analyses were conducted. Results. There were 110.9 million ED visits by children aged <19 years between 1997 and2000. Pediatric patients constituted 27.3% of all ED visits during this time, and7.9 million (7.1%) of these patients arrived via EMS. Pediatric patients represented 13% of all EMS transports. The annual EMS utilization rate by children was 26 per 1,000, compared with 66 per 1,000 in the adult population (p < 0.001). Sixteen percent of children transported by EMS were admitted to the hospital. Sixty-two percent of pediatric patients arriving at the ED by EMS were transported as a result of injury or poisoning. Characteristics significantly associated with arrival by EMS in the final multivariate model included demographic (age, African American race, urban residence), clinical (need for greater immediacy of care, illnesses associated with certain diagnoses), andservice (greater number of diagnostic services) variables. Conclusions. Pediatric patients transported by EMS are more likely to have injuries andpoisoning, andhave higher-acuity illness than those arriving at the ED by other means. The epidemiology of pediatric EMS use may have important operational, training, andpublic health implications andrequires further study.     

Outcomes in patients with an emergency department diagnosis of fever of unknown origin

Objective: To describe the outcomes in patients given an ED diagnosis of fever of unknown origin (FUO). Methods: A retrospective analysis of ED records linked to hospital morbidity, mortality and microbiology records of patients presenting to Western Australia’s teaching hospitals from July 2000 to July 2003. Results: There were 3218 presentations diagnosed with FUO, 2049 (63.7%) children (median age 1.8 years) and 1169 (36.3%) adults (median age 56.0 years). FUO accounted for 0.3% of adult and 1.5% of paediatric ED presentations. Overall, 1997 (62.1%, 95% confidence interval 60.4–63.8%) were admitted (82% adults vs 50.7% children; P < 0.001). Adults had a longer median length of stay than children (4 days vs 2 days; P < 0.001) and a higher proportion of positive blood cultures (admissions 15.1%vs 4.9%; P < 0.001) commonly with Escherichia coli. Streptococcus pneumoniae was the most common organism isolated from children. Of 3053 FUO index presentations, 338 (11.1%, 95% confidence interval 10.0–12.2%) re‐presented. Children were more likely to re‐present than adults (13.5% of 1959 vs 6.8% of 1094; P < 0.001). Conclusions: Fever of unknown origin is diagnosed less frequently in adults than in children. Adult patients are more likely to be admitted, have longer lengths of stay and have positive blood cultures. Although FUO is diagnosed infrequently in the ED, blood cultures remain useful in the evaluation of unexplained fever, particularly in adults as age increases.     

Best Guess method for age-based weight estimation in paediatric emergencies: validation and comparison with current methods

Background: During paediatric resuscitation, drug doses are calculated based upon weight. Age‐based weight estimates are used when weighing children is impractical. The average weight of Australian children has increased, and widely used paediatric age‐based formulae might underestimate weight. A modified age‐based method for paediatric weight calculation, the ‘Best Guess’, has been described. Objective: To validate the Best Guess formulae on a new population of paediatric emergency patients, and to compare the accuracy of this method with Advanced Paediatric Life Support (APLS) and Australian Resuscitation Council (ARC) formulae for age‐based weight calculations. Methods: A retrospective study was performed of Australasian Triage Scale (ATS) category 1 or 2 patients presenting to a tertiary paediatric ED over a 12 month period. Calculated weights using each method (APLS, ARC and Best Guess) were compared with true weights for infants (<1 year), preschool‐aged (1–4 years) and school‐aged (5–14 years) children. Mean actual error and mean percentage error for each was calculated. Results: A total of 1843 patient weights were included in the study. The Best Guess Infant formula accurately estimated weight (mean percentage error +4.2%). The Best Guess formulae more accurately estimated weight than both APLS and ARC formulae for both preschool‐aged children (mean percentage error +2.6% vs?12.1% vs?12.1%) and school‐aged children (mean percentage error +7.7% vs?19.9% vs?12.4%). Conclusion: The Best Guess formulae is a valid method for age‐based weight estimation in acutely unwell or injured children presenting to the ED and more accurately predicts mean weight than either APLS or ARC formulae.     

Women’s intimate partner violence versus community violence: Comparing injuries as presented in Iceland’s largest emergency department

BackgroundIntimate partner violence (IPV) is a widespread, often unidentified and hidden public health problem, which has serious consequences. The purpose of this study was to describe and compare the clinical characteristics of women’s violence inflicted physical injuries, as presented at Iceland’s largest Emergency Department (ED). Three groups were created based on registered reason of injury: (1) IPV, (2) community violence (CV) with a history of IPV (HIPV), and (3) CV with no history of IPV.MethodsData was collected retrospectively by using the Nomesco classification system of external causes of injuries. Participants were adult women, residing in the capital area, visiting the ED during 2005–2019.ResultsIPV inflicted ED visits declined by 45% during the research period and CV visits declined by 61%. Women in the IPV group had the highest prevalence of repeated new ED visits per 1000 women in the capital area. The majority of IPV occurred in residential areas (86.4%), inflicted by a current partner (54.7%), and included only one perpetrator (95.3%). Women involved in CV were most likely to visit the ED on weekends (p = 0.003) and IPV women were most likely to visit between 08:00 and 16:00 (p < 0.001). Superficial injuries were the most common type of injury among all groups and IPV women were twice as likely (7.1%) to have injuries on their neck than CV women (3.5%). IPV women were most likely to be admitted (3.0%).ConclusionTime of ED visit, number of perpetrators and location of assault can be indicators of IPV inflicted injuries, as opposed to otherwise inflicted injuries. Repeated visits, superficial injuries and neck injuries might also be an indicator of IPV, however wounds and sprains and injuries on head and upper limbs are more likely to be non-IPV inflicted.     

Emergency Department Visits for Sledding Injuries in Children in the United States in 2001/2002

Objectives: To describe the characteristics of nonfatal sledding-related injuries in U.S. children resulting in emergency department (ED) visits in 2001/2002 and to explore the implications of these findings for injury prevention efforts.
Methods: A stratified probability sample of U.S. hospitals providing emergency services in the National Electronic Injury Surveillance System–All Injury Program was utilized for 2001/2002. ED visits resulting from injuries involving sleds, snow discs, snow tubes, and toboggans were analyzed for patients 19 years of age or younger.
Results: In 2001/2002, there were an estimated 57,866 ED visits for sledding-related injuries in the United States for all age groups. Of these, 41,272 (71%) occurred in patients 19 years of age or younger, 58% of whom were male. The highest number of injuries occurred in children between five and 14 years of age (74%), and the injuries were most often caused by falls or collisions (75%). The head or neck was the most frequently injured body region among those 0–9 years of age, while the extremities were injured most commonly among those 10–19 years of age. Head and neck injuries occurred in 56% (95% confidence interval [CI] = 32% to 81%) of children 0–4 years of age versus 19% (95% CI = 9% to 29%) of patients 15–19 years of age. Nine percent (95% CI = 6% to 12%) of patients sustained a traumatic brain injury. Three percent (95% CI = 1% to 5%) of patients required admission to the hospital.
Conclusions: Sledding injuries resulting in ED visits predominantly affect children and are a source of measurable morbidity in this population. An increase in injury prevention efforts for this activity is warranted.     

Pediatric Emergency Department Utilization and Reliance by Insurance Coverage in the United States

Objectives

For many children, the emergency department (ED) serves as the main destination for health care, whether it be for emergent or nonurgent reasons. Through examination of repeat utilization and ED reliance (EDR), in addition to overall ED utilization, we can identify subpopulations dependent on the ED as their primary source of health care.

Methods

Nationally representative data from the 2010 to 2014 Medical Expenditure Panel Survey were used to examine the annual ED utilization of children age 0 to 17 years by insurance coverage. Overall utilization, repeat utilization (two or more ED visits), and EDR (percentage of all health care visits that occur in the ED) were examined using multivariate models, accounting for weighting and the complex survey design. High EDR was defined as having > 33% of outpatient visits in a year being ED visits.

Results

A total of 47,926 children were included in the study. Approximately 12% of children visited an ED within a 1‐year period. A greater number of children with public insurance (15.2%) visited an ED at least once, compared to privately insured (10.1%) and uninsured (6.4%) children. Controlling for covariates, children with public insurance were more likely to visit the ED (adjusted odds ratio [aOR] = 1.55, 95% confidence interval [CI] = 1.40–1.73) than children with private insurance, whereas uninsured children were less likely (aOR = 0.64, 95% CI = 0.51–0.81). Children age 3 and under were significantly more likely to visit the ED than children age 15 to 17, whereas female children and Hispanic and non‐Hispanic other race children were significantly less likely to visit the ED than male children and non‐Hispanic white children. Among children with ED visits, 21% had two or more visits to the ED in a 1‐year period. Children with public insurance were more likely to have two or more visits to the ED (aOR = 1.53, 95% CI = 1.19–1.98) than children with private insurance whereas there was no significant difference in repeat ED utilization for uninsured children. Publicly insured (aOR = 1.70, 95% CI = 1.47–1.97) and uninsured children (aOR = 1.90, 95% CI = 1.49–2.42) were more likely to be reliant on the ED than children with private insurance.

Conclusions

Health insurance coverage was associated with overall ED utilization, repeat ED utilization, and EDR. Demographic characteristics, including sex, age, income, and race/ethnicity were important predictors of ED utilization and reliance.

     

Local anaesthetic infiltration increases the accuracy of assessment of ulnar collateral ligament injuries

Objective: To assess the effectiveness of a systematic examination of the ulnar collateral ligament (UCL) of the thumb metacarpophalangeal joint (MCPJ) prior to and post infiltration of local anaesthetic. Methods: During the study period from 24 October 2001 to 22 February 2002, 51 patients with clinical signs suggestive of UCL injuries were identified prospectively from initial ED attendances and attendances at a subsequent review clinic. Patients were formally assessed a mean of 6.6 days post injury. A single ED Senior House Officer carried out examination before and after direct infiltration of local anaesthetic around the site of injury. Stress radiography was also performed as the ‘gold standard’ diagnostic test of UCL instability. Results: Forty‐seven patients were enrolled in the study. When reviewed by the single observer, examination prior to and post local anaesthetic infiltration revealed a degree of joint stability in 28% (95% CI 16–43%) and 98% (95% CI 88–100%) cases, respectively, compared to the gold standard. Post infiltration, this technique had a specificity of 100% (95% CI 94–100%) and a sensitivity of 87.5% (95% CI 74–95%) (P < 0.001). Stress radiography offered additional information in one patient. A total of eight patients previously underdiagnosed in the ED were found to have unstable thumb MCPJs. Conclusion: This simple technique improves assessment of suspected UCL injuries approximately 1 week post injury. Further studies are indicated to determine its effectiveness in the ED immediately post injury.     

Work-related Injuries in a Rural Emergency Department Population

Objective: To describe the spectrum of work-related injury evaluated in a rural ED population. Methods: An ED-based injury surveillance system (EDBISS) was used to collect injury data for all ED patients seen over a 1-year period. A patient was classified as injured if his or her record contained an ED log injury code, an ICD-9 N-code between 800 and 995 in any diagnostic field, an E-code, or an entry in the trauma registry. An injury was considered work-related if the patient reported that the injury had occurred while at work. Results: Work-related injuries accounted for 1,539/12,321 (12.5%) of all injuries. The mean age of patients injured on the job was 33.8 years (range, 16–77 years), compared with a mean age of 27.7 years for all the injured patients. Males accounted for 1,026/1,537 (67%) of the work-related injury visits, compared with 57% of all the injury visits. The most common mechanisms of work-related injuries were: overexertion (313; 20%); cut or pierced by sharp implements (248; 16%); falls (250; 16%); struck by object (202; 13%); and transportation-related injuries (71; 5%). Sprains and strains were the most common type of injury sustained (415; 27%), followed by wounds to upper limbs (283; 18%), contusions (182; 12%), and fractures (151; 10%). Of the 1,539 patients presenting with occupational injuries, 178 (12%) presented to the ED via ambulance. Most (1,401; 91%) were treated and released from the ED, with the remainder (136; 9%) hospitalized. The mechanisms of injury that most commonly resulted in hospitalization included struck by an object (28; 21%), transportation (26; 19%), falls (27; 20%), crushing mechanism (13; 10%), and machinery (20; 15%). Of those requiring hospitalization, 132/136 (97)% were male, and the average length of stay was 4.4 days. Four of the hospitalized persons died of their work-related injuries. Known medical charges incurred by patients injured at work were as high as $62,622. The average charge for those treated and released was $273; the average charge for those who required hospitalization was $10,910. Conclusions: Occupational injuries contribute significantly to the overall incidence of injuries seen in this ED and are responsible for significant medical charges each year.     

Sports-related Injuries in Children

OBJECTIVE: To describe the demographics and types of sports-related injuries (SRIs) in children. METHODS: The authors performed a retrospective chart review of children 5-18 years of age diagnosed as having an SRI in a pediatric emergency department (ED) during a two-year period. Patients were identified by ICD-9 codes. Data collected were age, sex, sport, ED interventions, consultations, mechanism, location, and injury type. Pairwise comparisons were reported as odds ratios with 95% confidence intervals. RESULTS: Six hundred seventy-seven SRIs fit the inclusion criteria; 480 of the patients were male (71%). The mean ages of the males and females were 13.0 years (SD +/- 3.0 yr) and 12.4 years (SD +/- 2.9 yr), respectively. The six most common sports implicated were basketball (19.5%), football (17.1%), baseball/softball (14.9%), soccer (14.2%), in-line skating (Rollerblading)/skating (5.7%), and hockey (4.6%). Sprains/strains (32.0%), fractures (29.4%), contusions/abrasions (19. 3%), and lacerations (9.7%) accounted for 90% of injury types. Pairwise comparison of the four injury types in the six sports listed showed significant associations for contusions/abrasions in baseball, sprains/strains in basketball, fractures in Rollerblading/skating, and lacerations in hockey. Age variance, including all sports, of the younger group (5-11 yr) in fractures and the older group (12-18 yr) in sprains was significant. The most common injury location was wrist/hand (28%), followed by head/face (22%) and ankle/foot (18%). Each had significant sport-specific predilections. Contact with person or object was the mechanism for >50% of the SRIs. Sport-specific mechanisms followed lines drawn from the sport-specific injury types and locations. CONCLUSIONS: The pediatric age group incurs a variety of injuries in numerous sports with diverse sex, age, mechanism, location, injury type, and sport-specific differences.     

Head injuries related to sports and recreation activities in school‐age children and adolescents: Data from a referral centre in Victoria,Australia

Objectives: Head injuries (HI) in children are common and even mild HI can lead to ongoing cognitive and behavioural changes. We set out to determine the causes of sport‐related HI in school‐age children presenting to a large urban ED as a basis for future interventions. Method: Identification and medical record review of all sport‐related HI in children aged 6–16 years at a tertiary children's hospital ED in Victoria, Australia, over a 1 year period. Information was collected on demographics, injury variables and radiology findings. HI were classified as mild, moderate and severe based on GCS and radiography reports. Results: Over 12 months there were 406 HI in school‐age children. Seventy per cent were male. A large number of HI (129; 33%) were related to sports. Of these, most were classified as mild and 13% were classified as moderate or severe. Among a range of sports, Australian Rules football was associated with more than 30% of all HI attributable to a sport and recreation cause. Equestrian activities were the main cause of moderate HI. Conclusion: The present study identified sports as a major cause of HI in the Victorian paediatric emergency setting with Australian Rules football the most commonly involved sport. Further prevention initiatives should consider targeting Australian Rules football and equestrian activities.     

Trauma Center Utilization for Children in California 1998–2004: Trends and Areas for Further Analysis

Background: While it is known that trauma systems improve the outcome of injury in children, there is a paucity of information regarding trauma system function amid changes in policies and health care financing that affect emergency medical systems for children. Objectives: To describe the trends in the proportion of pediatric trauma patients acutely hospitalized in trauma‐designated versus non–trauma‐designated hospitals. Methods: This was a retrospective observational study of a population‐based cohort obtained by secondary analysis of a publicly available data set: the California Office of Statewide Health Planning and Development Patient Discharge Database from 1998 to 2004. Patients were included in the analysis if they were 0–19 years old, had International Classification of Disease, Ninth Revision (ICD‐9) diagnostic codes and E‐codes indicative of trauma, had an unscheduled admission, and were discharged from a general acute care hospital (N= 111,566). Proportions of patients hospitalized in trauma‐designated hospitals versus non–trauma‐designated hospitals were calculated for Injury Severity Score and death. Injury Severity Scores were calculated from ICD‐9 codes. Primary outcomes were hospitalization in a trauma center and death two or more days after hospitalization. Results: Over the study period, the proportion of children aged 0–14 years with acute trauma requiring hospitalization and who were cared for in trauma‐designated hospitals increased from 55% (95% confidence interval [CI] = 54% to 56%) in 1998 to 66% (95% CI = 65% to 67%) in 2004 (p < 0.01). For children aged 15–19 years, the proportion increased from 55% (95% CI = 54% to 57%) in 1998 to 74% (95% CI = 72% to 75%) in 2004 (p < 0.0001). When trauma discharges were stratified by injury severity, the proportion of children with severe injury who were hospitalized in trauma‐designated hospitals increased from 69% (95% CI = 66% to 72%) in 1998 to 84% (95% CI = 82% to 87%) in 2004, a rate higher than in children with moderate injury (59% [95% CI = 58% to 61%] in 1998 and 75% [95% CI = 74% to 76%] in 2004) and mild injury (51% [95% CI = 50% to 52%] in 1998 and 63% [95% CI = 62% to 64%] in 2004) (p < 0.0001 for each injury severity category and both age groups). Of the hospitalized children who died two or more days after injury (n= 502), 18.1% died in non–trauma‐designated hospitals (p < 0.002 for children aged 0–14 years; p = 0.346 for children aged 15–19 years). Conclusions: An increasing majority of children with trauma were cared for in trauma‐designated hospitals over the study period. However, 23% of children with severe injuries, and 18.1% of pediatric deaths more than two days after injury, were cared for in non–trauma‐designated hospitals. These findings demonstrate an important opportunity for improvement. If we can characterize those children who do not access the trauma system despite severe injury or death, we will be able to design clinical protocols and implement policies that ensure access to appropriate regional trauma care for all children in need.     

External injury documentation in major trauma victims is inadequate: Grounds for routine photography in the emergency department?

Objective: There is no widely accepted measure of clinical documentation quality in the ED. The present study creates a measure for comparing the quality of clinical documentation of external injuries with autopsy reports. This is used to discuss the advantages and disadvantages of introducing routine photography to improve clinical documentation of injuries. Methods: This retrospective case series addressed all non‐surviving major trauma patients (Injury Severity Score ≥15) presenting to St. Vincent's Hospital ED, Sydney, within the 5 year period from 1 July 2002 to 30 June 2007. Comparison between clinical and autopsy documentation of external injuries was completed for each major trauma patient. Results: Of the 48 major trauma patients, there were an average of 11.6 injuries missed in documentation per patient (P < 0.001, 95% CI 8.6–14.6). ED documentation recorded on average 29% (95% CI 26%?32%) of the external injuries that appeared in the autopsy report. We call this percentage the external injury documentation rate. The external injury documentation rate was influenced by injury count and body region, but was not influenced by age, sex, severity (using the Abbreviated Injury Scale and Injury Severity Score), or whether the clinician used a trauma survey or standard progress notes or not, and there was no visible trend over time. Conclusion: Clinical documentation of external injuries in major trauma is poor. This is presumably because of many factors, including time pressures and high‐stress environments. A possible strategy to improve this documentation is routine photography, which should offer both clinical and legal benefits.     

Education initiative improves the evidence‐based use of metoclopramide following morphine administration in the emergency department

Objective: We aimed to evaluate a multifaceted education initiative designed to reduce the prophylactic use of metoclopramide. Methods: This was a pre‐ and post‐intervention trial undertaken in a single ED. All ED doctors and nurses were targeted. The intervention comprised a specifically designed, 19‐slide ‘e‐learning module’, accessible via the ED intranet, supplemented by in‐service training and a range of reminder techniques (posters, emails and drug room flyers). The primary end‐point was the proportion of patients administered metoclopramide prophylactically with their initial morphine dose. Data were collected on random samples of patients who received morphine, using explicit medical chart review. Results: Both pre‐ and post‐intervention periods were of 3 month duration. The charts of 146 cases were reviewed in each period. In the post‐intervention period: ? The proportion of patients administered metoclopramide prophylactically decreased from 22.6% to 4.1% (difference 18.5% [95% CI 10.3–26.7], P < 0.001) ? The proportion of patients administered metoclopramide appropriately (for known morphine sensitivity, established nausea and rescue anti‐emesis) rose marginally from 28.8% to 32.9% (difference 4.1% [95% CI ?7.2–15.4], P = 0.53) ? There was a 12.7% decrease in the number of ampoules of metoclopramide issued to the ED without a concurrent rise in the issue of other anti‐emetic drugs Conclusion: The education initiative resulted in a significant improvement in the evidence‐based use of metoclopramide.     

Multifaceted education initiative minimizes pethidine prescribing in the emergency department

Background: Pain management experts have recommended a diminished role for pethidine because of lack of superiority for any indication and greater potential for adverse effects compared with morphine. Objectives: To evaluate the impact of a multifaceted education initiative on prescribing patterns and to minimize pethidine use in the ED. Methods: This was a pre‐ and post‐intervention study. The intervention was an education initiative, introduced between December 2003 and January 2004. It comprised ED pharmacist in‐services for medical and nursing staff, championing by senior medical staff (ED consultants, surgical units, Drug and Therapeutics Committee) and concurrent prescriber feedback by ED pharmacists. The pre‐intervention prescribing practices guided the development of in‐services and the educational programme. The intervention was evaluated by a medical record review of analgesic prescribing in March–April of both 2003 (pre‐intervention period) and 2004 (post‐intervention period). Outcome measures were the proportions of patients who were prescribed pethidine and the proportions of pethidine ampoules supplied to the ED. Results were analysed as differences in proportions. Results: In the pre‐intervention period, 60 ampoules of pethidine (7.2% of opiate doses) and 777 ampoules of morphine (92.8% of opiate doses) were administered compared with 15 ampoules of pethidine (1.7%) and 869 ampoules of morphine (98.3%) in the post‐intervention period (P < 0.001). Of patients who received an opiate dose, 50 of 798 (6.3%) and 11 of 747 (1.5%) received pethidine in the pre‐ and post‐intervention periods, respectively (P < 0.001). Conclusion: Our education initiative resulted in a sustained and significant reduction in pethidine prescribing in the ED. Sustainability requires ongoing in‐services for ED staff, usually as part of the orientation programme.