Related Articles

The causes of injury to 17,141 children brought to the emergency department of a large pediatric hospital in one year were studied. The leading causes of injury were: falls, 5682; cuts or piercings, 1902; poisonings, 1597; and transportation accidents, 1368. Included in these are 587 falls on or down stairs, 401 cuts due to glass, 630 poisonings from household or workshop substances, 510 poisonings from salicylate tablets, and 449 accidents involving bicycles or tricycles. Other findings included 333 injuries to fingers or hands in doors, usually car doors; 122 instances of pulled arms; 384 ingestions and 53 inhalations of foreign bodies; 60 alleged sexual assaults, 58 chemical burns, 127 wringer injuries, and four attempted suicides. A rewarding opportunity in accident prevention exists for hospitals that undertake to compile and distribute pertinent source data.

A prospective study of 500 consecutive patients referred from accident and emergency departments in Northern Ireland with acute hand injuries was performed to assess the incidence of missed injuries. An injury was 'missed' if a patient was receiving inappropriate treatment or returned due to persistent symptoms despite being examined, treated and discharged. There were 16 (3.2%) missed injuries. Seven involved tendon only, four were isolated nerve injuries and four were mixed tendon and nerve injuries. The remaining case was a ruptured ulnar collateral ligament of the thumb metacarpophalangeal joint. Thirteen injuries were open, with a glass laceration being the most common mechanism of injury. The time to detection of a missed injury was on average 11 days (range 1-62 days). Missed hand injuries in Northern Ireland are uncommon but do occur. A thorough clinical examination and accurate injury documentation remain fundamental in their prevention.

Background

The incidence of patients with lower extremity injuries presenting to emergency departments in the United States with respect to specific anatomic regions and disease categories is unknown. Such information might be used for injury prevention, resource allocation, and training priorities.

Questions/purposes

We determined the anatomic regions, disease categories, and circumstances that account for the highest incidence of leg problems among patients presenting to emergency departments in the United States.

Methods

We used the National Electronic Injury Surveillance System (NEISS) to obtain a probability sample of all lower extremity injuries treated at emergency departments during 2009. A total of 119,815 patients who presented to emergency departments with lower extremity injuries in 2009 were entered in the NEISS database. Patient and injury characteristics were analyzed. Incidence rates for various regions, disease categories, injuries, and age groups were calculated using US census data.

Results

We identified 112 unique combinations of disease categories and anatomic regions. Strains and sprains accounted for 36% of all lower extremity injuries. The injury with the greatest incidence was an ankle sprain (206 per 100,000; 95% confidence interval, 181–230). Younger patients were more likely to have ankle sprains, foot contusions/abrasions, and foot strains/sprains. Older patients were more likely to have lower trunk fractures and lower trunk contusions/abrasions. The most common incidence for injury was at home (45%).

Conclusions

Given relatively low-acuity leg problems such as strains and sprains account for a substantial number of emergency department visits pertaining to leg problems, use of telephone triage, scheduled same or next-day urgent care appointments, and other alternatives to the traditional emergency room might result in better use of emergency healthcare resources.

Objective

To report the casualty profile of the major incident at the Royal Berkshire Hospital, Reading, following the Ufton Nervet Train crash, November 2004. To make further proposals regarding major incident reporting and implementation of trauma‐scoring systems.

Method

Retrospective analysis of emergency department and hospital notes. Calculation of index Injury Severity Score (ISS) and Trauma and Injury Severity Score (TRISS) in all patients.

Results

Of 61 casualties, the majority (74%) were seen in the minors area of our emergency department with a mixture of blunt impact and penetrating glass injuries. One died and 16 were admitted. 10% had an ISS >16. All surviving patients had a TRISS predicted probability of survival >90%.

Conclusion

We propose mandatory major incident reporting within 6 months of a major incident to aid development of a national database. As previously proposed, this will aid education and facilitate future major incident planning. We further propose the widespread use of trauma scoring systems to facilitate comparative analysis between major incidents, perhaps extrapolating this to develop a major incident score.

Background

Brain injury is an important health concern, yet there are few population-based analyses on which to base prevention initiatives. This study aimed, first, to calculate rates of potential brain injury within a defined Canadian population and, second, to describe the external causes, natures and disposition from the emergency department of these injuries.

Methods

We studied all cases of blunt head injury that resulted in a visit to an emergency department for all residents of Greater Kingston during 1998. We used data from the Canadian Hospitals Injury Reporting and Prevention Program (CHIRPP) and augmented this by examining all records of emergency or inpatient care received at all hospitals in the area.

Results

In 202 (27%) of 760 cases of head injury, there was potential for brain injury. Annual rates of potential brain injury were 16 and 7 per 10 000 population for males and females respectively. CT was performed on 114 (56%) of 202 cases, of which 60 (53%) demonstrated an intracranial pathology, with 11 (10%) showing a diffuse axonal injury pattern on the initial scan. Falls from heights accounted for 14 (47%) of 30 injuries observed in children aged 0–9 years. Individuals aged 10–44 years sustained 32 (63%) of 51 motor vehicle injuries, 15 (88%) of 17 bicycle injuries, 22 (100%) of 22 sports injuries and 8 (89%) of 9 fight-related injuries. Falls accounted for 15 (71%) of 21 injuries among adults aged 65 years or more.

Interpretation

The results indicate the relative importance of several external causes of injury. The findings from our geographically distinct population are useful in establishing rational priorities for the prevention of brain injury.

Design: Planning for the system took almost three years. Its major components included increased surveillance of communicable diseases; presentations to sentinel emergency departments; medical encounters at Olympic venues; cruise ship surveillance; environmental and food safety inspections; surveillance for bioterrorism; and global epidemic intelligence. A daily report integrated data from all sources.

Setting: Sydney, Australia. Surveillance spanned the period 28 August to 4 October 2000.

Participants: Residents of Sydney, athletes and officials, Australian and international visitors.

Main results: No outbreaks of communicable diseases were detected. There were around 5% more presentations to Sydney emergency departments than in comparable periods in other years. Several incidents detected through surveillance, including injuries caused by broken glass, and a cluster of presentations related to the use of the drug ecstasy, prompted further action.

Conclusions: Key elements in the success of public health surveillance for the Games included its careful planning, its comprehensive coverage of public health issues, and its timely reporting and communication processes. Future systems need to be flexible enough to detect the unexpected.

BACKGROUND—The design of childhood injury prevention programmes is hindered by a dearth of valid and reliable information on injury frequency, cause, and outcome. A number of local injury surveillance systems have been developed to address this issue. One example is CHIRPP (Canadian Hospitals Injury Reporting and Prevention Program), which has been imported into the accident and emergency department at the Royal Hospital for Sick Children, Glasgow. This paper examines a year of CHIRPP data.
METHODS—A CHIRPP questionnaire was completed for 7940 children presenting in 1996 to the accident and emergency department with an injury or poisoning. The first part of the questionnaire was completed by the parent or accompanying adult, the second part by the clinician. These data were computerised and analysed using SPSSPC for Windows.
RESULTS—Injuries commonly occurred in the child's own home, particularly in children aged 0-4 years. These children commonly presented with bruising, ingestions, and foreign bodies. With increasing age, higher proportions of children presented with injuries occurring outside the home. These were most commonly fractures, sprains, strains, and inflammation/oedema. Seasonal variations were evident, with presentations peaking in the summer.
CONCLUSIONS—There are several limitations to the current CHIRPP system in Glasgow: it is not population based, only injuries presented to the accident and emergency department are included, and injury severity is not recorded. Nevertheless, CHIRPP is a valuable source of information on patterns of childhood injury. It offers local professionals a comprehensive dataset that may be used to develop, implement, and evaluate child injury prevention activities.



Background: Although glasses and bottles are frequently used as weapons in assaults, there is little knowledge on which prevention strategies can be based.

Design: Scrutiny of a random sample of 1288 criminal injury compensation applications.

Objective: To identify predictors and relative severity of glass and bottle injury.

Method: Injury site, severity, treatment, and demographic characteristics of victims and assailants were studied with reference to awards from the UK national Criminal Injuries Compensation Authority (CICA).

Main outcome measures: Gender of victims and assailants, injury sites, treatment, and award (UK pounds) as indices of injury severity.

Results: Annual CICA awards to all victims of assaults in licensed premises during 1996–98 amounted to £4.08 million (for all glass/bottle assaults: £1.15 million = 28%). The mean cost of 746 glass assaults was £2347, compared with £2007 for 542 injuries from bottle assaults (mean difference £340; p<0.01). This difference largely reflected more eye injuries with glasses (26 cases: 3% of all glass assaults) than with bottles (eight cases: 1% of all bottle assaults).

Bottle assault was significantly associated with unidentified assailants and scalp injuries; whereas glass injury was significantly linked to pub opening hours (midday to midnight), Thursdays, eye and face injuries, and treatment requiring sutures.

Mean age of bottle assault victims (26.1 years) was lower than of glass victims (27.3 years; p<0.01), and same gender assaults were more frequent than between gender assaults for both bottle (p<0.001) and glass (p<0.001) assaults. Female victims were allocated to lower compensation awards more frequently than male victims; this was the case for both bottle (p<0.05) and glass (p<0.01) assaults.

Conclusions: Assaults with bottles caused less serious injury and resulted in lower compensation costs. Injury distribution was linked to victim gender and weapon choice, but not to assailant gender. Prevention strategies should focus on both bottle and glass assaults and should take account of the setting and time in which drinking occurs.

OBJECTIVE: To obtain information on the collection and local use of accident and emergency data. METHODS: A postal questionnaire was sent to 248 English accident and emergency (A&E) departments. Responses were obtained from 217 (88%). RESULTS: Only 87 (40%) of departments were fully computerised, with 109 (50%) using manual systems, and 21 (10%) a mixture of both. Significantly more computerised departments reported that they undertook studies (epidemiological, accident prevention, and resource management) than non-computerised departments. Only limited information on the types of injury studied was provided. The most common topics were childhood accidents, road traffic accidents, and poisonings. Staff in 45 departments (21%) reported membership of safety organisations. Around 90% of departments reported that they notified general practitioners and health visitors of their patients' attendance, usually within 3 d of the event. CONCLUSIONS: Computerisation appears to help the collection of A&E data for public health research. There is scope to increase the involvement of public health and other workers in epidemiological studies using A&E data. A&E departments should themselves become more involved with local safety organisations.

Objective: To characterize national trends in non-fatal BB/pellet gun related injury rates for persons aged 19 years or younger in relation to trends in non-fatal and fatal firearm related injury rates and discuss these trends in light of injury prevention and violence prevention efforts.

Setting: The National Electronic Injury Surveillance System (NEISS) includes approximately 100 hospitals with at least six beds that provide emergency services. These hospitals comprise a stratified probability sample of all US hospitals with emergency departments. The National Vital Statistics System (NVSS) is a complete census of all death certificates filed by states and is compiled annually.

Methods: National data on BB/pellet gun related injuries and injury rates were examined along with fatal and non-fatal firearm related injuries and injury rates. Non-fatal injury data for all BB/pellet gun related injury cases from 1985 through 1999, and firearm related injury cases from 1993 through 1999 were obtained from hospital emergency department records using the NEISS. Firearm related deaths from 1985 through 1999 were obtained from the NVSS.

Results: BB/pellet gun related injury rates increased from age 3 years to a peak at age 13 years and declined thereafter. In contrast, firearm related injury and death rates increased gradually until age 13 and then increased sharply until age 18 years. For persons aged 19 years and younger, BB/pellet gun related injury rates increased from the late 1980s until the early 1990s and then declined until 1999; these injury rates per 100 000 population were 24.0 in 1988, 32.8 in 1992, and 18.3 in 1999. This trend was similar to those for fatal and non-fatal firearm related injury rates per 100 000 which were 4.5 in 1985, 7.8 in 1993, and 4.3 in 1999 (fatal) and 38.6 in 1993 and 16.3 in 1999 (non-fatal). In 1999, an estimated 14 313 (95% confidence interval (CI) 12 025 to 16 601) cases with non-fatal BB/pellet gun injuries and an estimated 12 748 (95% CI 7881–17 615) cases with non-fatal firearm related injuries among persons aged 19 years and younger were treated in US hospital emergency departments.

Conclusions: BB/pellet gun related and firearm related injury rates show similar declines since the early 1990s. These declines coincide with a growing number of prevention efforts aimed at reducing injuries to children from unsupervised access to guns and from youth violence. Evaluations at the state and local level are needed to determine true associations.

Violence in both community and county hospitals in the USA is increasing. It caused significant physical, emotional and economic hardship to many emergency department employees. We describe an incident that caused significant injury to an innocent bystander in a quiet upper-class community emergency department and outline procedures that hospitals and emergency department employees can take to combat this violence. Policy, procedures, planning and methods must be available for appropriately trained and equipped police officers to respond to such incidents. The effects of such violent episodes on the emergency department staff are discussed. Methods to prevent such incidents are presented.

Objectives

To compare the nature of injuries from all‐terrain vehicles (ATVs) to those from bicycling, dirtbikes/motocross, and motor vehicle crashes.

Design

Data on injuries from the mechanisms outlined above were obtained through CHIRPP (the Canadian Hospitals Injury Reporting and Prevention Program) and hospital records.

Setting

A Canadian tertiary pediatric center.

Subjects

Cases presenting to the emergency department over a 10 year period.

Main outcome measures

Comparison between demographics, mechanisms and natures of injuries sustained, disposition from the emergency department, and lengths of hospital stay.

Results

Contrary to bicycling, ATV related injuries occurred among older ages and appeared to result less often from loss of control. Severe injuries resulting in deep soft tissue trauma and fracture/dislocations were 1.7 and 1.5 times, respectively, more frequent among ATV trauma than bicycling (p<0.01). In addition, ATV related injuries were located more frequently in the trunkal, hip, lower extremity, and spinal regions. Conversely, ATV related trauma bore significant similarities regarding body part and nature of the injury to both motor vehicle crash (MVC) and dirtbike related injuries. Akin to dirtbike and MVC related trauma, ATV related injuries more frequently required admission to the ward or intensive care unit compared to bicycling injuries (30.8% v 9.6%, p<0.0001), and used a proportionally larger amount of hospital resources with respect to overall in‐hospital and intensive care unit days.

Conclusions

Although ATVs may be considered recreational for children, their associated injury patterns, severity, and costs to the healthcare system more closely resemble those from motorized vehicles and are more significant than bicycling. Strict policy to reflect this must be developed and acknowledged by the public, industry, and legislative bodies.

Background

A substantial proportion of patients with whiplash injuries develop chronic symptoms. However, the best treatment of acute injuries to prevent long-term problems is uncertain. A stepped care treatment pathway has been proposed, in which patients are given advice and education at their initial visit to the emergency department (ED), followed by review at three weeks and physiotherapy for those with persisting symptoms. MINT is a two-stage randomised controlled trial to evaluate two components of such a pathway: 1. use of The Whiplash Book versus usual advice when patients first attend the emergency department; 2. referral to physiotherapy versus reinforcement of advice for patients with continuing symptoms at three weeks.

Methods

Evaluation of the Whiplash Book versus usual advice uses a cluster randomised design in emergency departments of eight NHS Trusts. Eligible patients are identified by clinicians in participating emergency departments and are sent a study questionnaire within a week of their ED attendance. Three thousand participants will be included. Patients with persisting symptoms three weeks after their ED attendance are eligible to join an individually randomised study of physiotherapy versus reinforcement of the advice given in ED. Six hundred participants will be randomised. Follow-up is at 4, 8 and 12 months after their ED attendance. Primary outcome is the Neck Disability Index (NDI), and secondary outcomes include quality of life and time to return to work and normal activities. An economic evaluation is being carried out.

Conclusion

This paper describes the protocol and operational aspects of a complex intervention trial based in NHS emergency and physiotherapy departments, evaluating two components of a stepped-care approach to the treatment of whiplash injuries. The trial uses two randomisations, with the first stage being cluster randomised and the second individually randomised.

A prospective survey of patients attending the major Accident and Emergency Department in Aberdeen was undertaken. This department serves a population of 500,000 and sees some 50% of all accidents in the region. All work-related injuries were identified and information relating to the circumstances of the accident, injury sustained, and treatment required was sought. Work-related injuries accounted for 16.5% of new patients attending the department. The commonest injury type was a laceration to a finger. Three hundred and eighty diagnostic X-rays were undertaken and a total of 910 treatments were required over a 27-day period. On an annual basis, it is estimated that some 5100 radiographs and 12,300 medical treatments would be required for work-related accidents. It is estimated that 30% of injuries to the hands and feet would have been prevented by the wearing of appropriate personal protective equipment. The majority of workplace accidents were correctly referred to A&E and any efforts to reduce this workload must concentrate on preventive measures in the workplace. This paper suggests that documenting work-related accidents and determining targets for preventive action would reduce the number of attendances at A&E units with a potential significant saving for industry and the National Health Service.

Objectives: To make detailed calculations on the direct medical costs of injuries in the Netherlands to support priority setting in prevention.

Methods: A computerised, incidence based model for cost calculations was developed and incidence figures derived from the Dutch Injury Surveillance System (LIS) which provides national estimates of the annual number of patients treated at an emergency department. A comprehensive set of cost elements (that is, health care segments) was obtained from health care registrations and a LIS patient survey. Patients were assigned to specific groups based on LIS characteristics (for example, age, injury type). Average costs per patient group were calculated for each cost element and total costs estimated by adding costs for all patient groups.

Results: The direct costs of injury average 2000 guilders per injury patient attending an emergency department. Home and leisure injuries account for over half of the costs, although cost per patient is highest for motor vehicle injuries. Injuries to the lower extremities account for almost half of the total costs and are incurred mainly in the home or recreation. Motor vehicle crashes are the major cause of head injuries.

Conclusions: The model permits continuous and detailed monitoring of injury costs. Estimates can be compiled for any LIS patient group or injury subcategory. The results can be used to rank injuries for prioritisation of prevention by injury categories (for example, traffic, home, or leisure), or by specific scenarios (for example, fall at home).

Background:

Regularly available data is shown to be inadequate for developing, implementing, and evaluating injury prevention and control programs in India. The present study was undertaken in the hospitals of Bangalore and Pune, to examine the feasibility of gathering information on injuries using multiple sources.

Materials and Methods:

Stakeholders meeting and training programs were held for the hospital staff, police personnel, and traffic and transport staff, to identify their roles and responsibilities. Prospective data on morbidity and mortality due to injuries were collected by trained staff from Emergency Departments on a pre-tested questionnaire. The information gathered was cross-checked with the hospital and police records.

Results:

The stakeholders meeting and training programs were able to motivate the departments to provide the correct data. Data on 32188 patients could be extracted from hospital and police records during the study period. Injuries accounted for 16% of the emergency cases. Unintentional injuries were 64%, and 32% were intentional. Road traffic injuries accounted for 44% of all the injuries. One-third of the injured were children and young adults below 25 years. Among the injured, two wheeler riders were 29% and pedestrians were 23%.

Conclusion:

It was possible to improve the data on injuries by adequate training and a data linking mechanism between the Police, Hospital, and Transport Departments. The problem of road traffic injuries could be highlighted and addressed by a good data capture mechanism.

Objective: The purpose of this study was to assess the range of information relevant to bicyclist injury research that is available on routinely completed emergency department medical records.

Methods: A retrospective chart review of emergency department medical records was conducted on children who were injured as bicyclists and treated at an urban level I pediatric trauma center. A range of variables relevant to bicyclist injury research and prevention was developed and organized according to the Haddon matrix. Routinely completed free text emergency department medical records were assessed for the presence of each of the targeted elements. In addition, medical records of seriously injured patients (for whom a more structured medical record is routinely used) were compared to free form records of less seriously injured patients to identify differences in documentation that may be related to the structure of the medical record.

Results: Information related to previous medical history (96% of records), diagnosis (89%), documentation of pre-hospital care (82%), and child traumatic contact points (81%) were documented in the majority of medical records. Information relevant to prevention efforts was less commonly documented: identification of motor vehicle/object involved in crash (58%), the precipitating event (24%), the location of the crash (23%), and documentation of helmet use (23%). Records of seriously injured patients demonstrated significantly higher documentation rates for pre-hospital care and child traumatic contact points, and significantly lower documentation rates for previous medical history, child kinematics, main body parts impacted, and location of injury event.

Conclusions: Routinely completed free text emergency department medical records contain limited information that could be used by injury researchers in effective surveillance. In particular information relating to the circumstances of the crash event that might be used to design or target prevention efforts is typically lacking. Routine use of more structured medical records has the potential to improve documentation of key information.

Setting—Children (18 years of age or younger) in the Ludlow community of Philadelphia.

Methods—A retrospective analysis of lacerations sustained while walking outdoors. A personal survey was conducted with 241 children on a door to door basis. Glass litter was measured by visual inspection of individual streets.

Results—Of 241 children, 83 (34%) had been cut at least once while walking outdoors. Of the 83, 62 were not wearing footwear at the time of injury. The majority of lacerations (86%) were caused by broken glass. Thirty nine of the 83 children received professional medical care for the laceration. Broken glass was estimated to be present on 30% of the outdoor walking area.

Conclusions—Broken glass is a significant health problem on littered urban streets. Preventive measures such as street cleaning, footwear education, and glass recycling incentives are needed to address this public health hazard.

Background: There has been recent concern about neuropsychological injuries experienced by soccer players, particularly related to the purposeful heading of the ball. There are few population based analyses examining whether this is a legitimate concern.

Objectives: To explore, using an existing injury surveillance system, one of many parts of this issue: acute injuries requiring emergency medical care experienced by youth soccer players.

Methods: Descriptive epidemiological analysis of emergency department injury surveillance data (1996–2001) for youths aged 10–24 years from the Kingston sites of the Canadian Hospital Injury Reporting and Prevention Program.

Results: A total of 1714 cases of soccer injury were identified (mean 286 a year); 235 (13.7%) involved diagnoses of injuries to the head. Leading mechanical factors resulting in head injury were contact with other players or persons (153/235; 65.1%) and balls (62/235; 26.4%). Heading was reported in 4/62 (6%) of the ball contact injuries, and attempted heading was reported in 15/153 (9.8%) of the cases involving person to person contact. Unspecified head to head contact between players was reported in 39 cases.

Conclusions: Minor head injuries that result in emergency medical treatment do not happen often in youth soccer, and very few can be attributed to the purposeful heading of the ball. Player contact injuries appear to be a more important injury control concern. This study informs one of many aspects of the soccer heading injury debate.

Objectives—To estimate the number and rate of occupational injuries and illnesses treated in hospital emergency departments and to characterize the nature, event, and source of injury and illness.

Setting—Twenty four hour emergency departments in hospitals in the United States.

Methods—Surveillance for occupational injuries and illnesses was conducted in a national probability based sample of hospital emergency departments through the National Electronic Injury Surveillance System (NEISS). Worker demographics, nature of injury and disposition, and incident circumstances were abstracted from emergency department medical records, typically within 24–72 hours of treatment.

Results—Approximately 3.6 million occupational injuries and illnesses were treated in emergency departments in 1998. Younger workers, particularly males, continue to have the highest rates of work related injuries. Together, lacerations, punctures, amputations, and avulsions represented one fourth of the emergency department treated injuries, mostly to hand and fingers. Sprains and strains, largely to the trunk, also accounted for one fourth of the injuries. The three leading injury events were contact with objects, bodily reactions and exertions, and falls.

Conclusions—Despite apparent decreases in rates, youth continue to have a high burden of injury in the workplace. However, three fourths of all emergency department treated injuries occur to workers 20–44 years of age. Emergency department surveillance is particularly amenable to capture of young worker injuries and provides a wealth of injury details to guide prevention efforts—efforts that will likely reduce occupational injuries as these workers age. Emergency department surveillance also provides injury estimates with few demographic or employer constraints, other than the medical venue used.

Background

In Canada, there are many formal public health programs under development that aim to prevent injuries in the early years (e.g. 0–6). There are paradoxically no population-based studies that have examined patterns of injury by developmental stage among these young children. This represents a gap in the Canadian biomedical literature. The current population-based analysis explores external causes and consequences of injuries experienced by young children who present to the emergency department for assessment and treatment. This provides objective evidence about prevention priorities to be considered in anticipatory counseling and public health planning.

Methods

Four complete years of data (1999–2002; n = 5876 cases) were reviewed from the Kingston sites of the Canadian Hospitals Injury Reporting and Prevention Program (CHIRPP), an ongoing injury surveillance initiative. Epidemiological analyses were used to characterize injury patterns within and across age groups (0–6 years) that corresponded to normative developmental stages.

Results

The average annual rate of emergency department-attended childhood injury was 107 per 1000 (95% CI 91–123), with boys experiencing higher annual rates of injury than girls (122 vs. 91 per 1000; p < 0.05). External causes of injury changed substantially by developmental stage. This lead to the identification of four prevention priorities surrounding 1) the optimization of supervision; 2) limiting access to hazards; 3) protection from heights; and 4) anticipation of risks.

Conclusion

This population-based injury surveillance analysis provides a strong evidence-base to inform and enhance anticipatory counseling and other public health efforts aimed at the prevention of childhood injury during the early years.

Nearly eight million emergency department (ED) visits are attributed to alcohol every year in the United States. A substantial proportion is due to trauma. In 2005, 16,885 people were killed as a result of alcohol-related motor vehicle crashes. Patients with alcohol-use problems (AUPs) are not only more likely to drive after drinking but are also at greater risk for serious alcohol-related illness and injury. Emergency departments have an important and unique opportunity to identify these patients and intervene during the “teachable moment” of an ED visit. The American College of Emergency Physicians, Emergency Nurses Association, American College of Surgeons-Committee on Trauma, American Public Health Association, and the National Highway Traffic Safety Administration, have identified Alcohol Screening, Brief Intervention and Referral to Treatment (SBIRT) as a pivotal injury- and illness-prevention strategy to improve the health and well-being of ED patients. We provide a general overview of the basis and need for integrating SBIRT into EDs. Models of SBIRT, as well as benefits and challenges to its implementation, are also discussed.

BACKGROUND AND OBJECTIVE:

Nonmotorized wheeled activities are popular among children. However, these activities can result in significant injury if effective injury prevention measures are not taken. Recently, nonmotorized wheeled shoes have become increasingly popular among children. Preliminary research shows that these activities also result in significant injury. The purpose of the present study was to compare the injury profiles of nonmotorized wheeled activities among Canadian children presenting to the emergency department.

METHODS:

A two-year retrospective study was conducted using data from the Canadian Hospitals Injury Reporting and Prevention Program database, specific to the Alberta Children’s Hospital, Calgary, Alberta. Data were analyzed using cross tabulations of the type and nature of injury, helmet use, age and sex, with type of nonmotorized wheeled activity.

RESULTS:

The most common mechanism of injury for a nonmotorized wheeled activity was bicycling (66.9%), while wheeled shoe use produced the fewest injuries (2.7%). The upper extremity was the most frequently injured body region in all groups, comprising more than 75% of the injuries in wheeled shoe users and approximately 50% of the injuries in participants of other nonmotorized wheeled activities. Forearm fractures were the most common type of injury. Wheeled shoe users had the greatest proportion of forearm fractures. Helmet use was most prevalent in bicyclists (84.6%) and least prevalent in wheeled shoe users (4.7%).

DISCUSSION:

Nonmotorized wheeled activities can result in significant morbidity. Results from the present study suggest that wheeled shoe and push scooter activities can result in upper extremity injuries. Protective equipment, particularly wrist guards and helmets, should be used when participating in these activities.

BACKGROUND:

Unintentional injuries are the leading cause of mortality and morbidity in children and teenagers in Canada. Few publications have addressed injuries caused by jewellery and ornaments in children.

OBJECTIVES:

To examine the mechanisms and the incidence of injuries caused by jewellery and ornaments in children and teenagers, to identify children at high risk for these type of injuries and to recommend specific injury prevention strategies.

METHODS:

Data were analyzed from a Canadian database (Canadian Hospitals Injury Reporting and Prevention Program) of a tertiary paediatric centre. All patients between zero and 18 years of age who were diagnosed in the emergency department with jewellery- and ornament-related injuries during a 10-year period (1997 to 2006) were identified. Patients were categorized according to six age groups (younger than one year of age; one to two years of age; two to four years of age; five to nine years of age; 10 to 14 years of age, and 15 to 18 years of age). For each case, the context and the mechanism of injury were investigated.

RESULTS:

From a total of 150,771 reported injury cases, 380 (0.25%) were jewellery related. Unlike with most trauma, girls predominate in this kind of injury (n=288; 75.8% of cases). Over one-half of cases (58.1%) were reported for children four years of age or younger. Emergency physicians reported the presence of jewellery as a foreign body in a natural orifice (mouth, nose, ear or genitourinary tract) in 308 cases (81%). No case of intestinal obstruction, strangulation or death was reported. Eleven cases (2.9%) required emergency hospitalization, all for endoscopic evaluation of a foreign body in the airway or in the digestive tract. In the adolescent group, five cases of injuries secondary to piercing were reported.

CONCLUSION:

The present study demonstrates that, although jewellery-related injuries are relatively infrequent, some can cause severe injuries that could compromise patients’ health. As a primary prevention strategy, doctors and health professionals working with children should make parents and caregivers aware of the possibility of trauma in children wearing or playing with jewellery, especially in the zero- to four-year-old group requiring closer supervision. Specific anticipatory guidance concerning piercing may be helpful to adolescents.

Background

The epidemiology of upper extremity injuries presenting to emergency departments in the USA is not well studied. The purpose of this investigation was to estimate the incidence rates of upper extremity injuries presenting to emergency departments.

Methods

The National Electronic Injury Surveillance System (NEISS)—a database of emergency department visits based on a sample of hospitals selected and weighted to represent the entire US population in order to allow estimates of overall incidence—was queried for all upper extremity injuries presenting to US emergency departments in 2009. Injury types were analyzed for each region of the upper extremity, and incidence rates were calculated based on population estimates from the US Census.

Results

A query of the NEISS resulted in 92,601 records of upper extremity injury treated at an emergency department in the USA in 2009, which translates to an estimated total of 3,468,996 such injuries that year. This corresponds to an incidence of 1,130 upper extremity injuries per 100,000 persons per year. The most common region injured was the finger (38.4%). The most common upper extremity injury was a fracture (29.2%). Specific injuries with high incidence rates (all per 100,000 per year) included finger lacerations (221), wrist fractures (72), finger fractures (68), and lower arm fractures (64). Home is the most common setting for an upper extremity injury.

Conclusions

The NEISS provides estimates of the incidences of upper extremity injuries that may be useful for public health initiatives.