Evaluation of a home injury prevention program in a WHO Safe Community

The objective of this study was to evaluate the effect of a community-based injury prevention program on home injuries. Unintentional injuries occurring in private homes and during leisure time account for 70-80% of injuries treated in public health care. A quasiexperimental design was used for the study, with cross-sectional preand post-implementation measurements in the program area and in a neighboring control community. Children and the elderly were two main target groups of the intervention program, which was based on a participative strategy for community involvement. The study was based on defined total populations. The total relative risk for home injury occurrence decreased in the study area, whereas it increased in the control area. Regarding age and gender, there was a decrease for females and males in the study area and a slight increase in the control area. For males, the youngest and oldest age groups showed no decrease, whereas females showed a decrease among the youngest and those aged 60-79. No decrease was observed in the control area. The study showed that the Safe Community approach had a general effect on the incidence of home injuries.     

It all started in Falköping, Sweden: Safe Communities - global thinking and local action for safety

After constructing the Safe Community model and applying it in Falk?ping Municipality, Sweden, a first step was taken to establish a Swedish network for knowledge exchange between Safe Communities. Falk?ping was the first to be involved, and was then joined by Lidk?ping and Motala. Later, there followed Harstad in Norway, and some communities in Australia. Criteria were developed to define the concept operationally. In 1986, collaboration was embarked upon with the World Health Organization, and since 1991 there have been annual conferences on Safe Communities. Many academic centres around the world are now involved. Certification of communities started in 1989, and 272 communities have now been designated as a Safe Community (20 February 2011). The regional organisations, especially the Asian and European networks, embrace more than half of the designated communities. A global organisation has been considered, but the strength of the movement lies in local engagement and regional networking.     

Product involvement in do-it-yourself maintenance injury

Abstract

PROBLEM Numerous activities to promote bicycle safety have been implemented in Norway. The overall effect of these activities has not been evaluated.

method Information about cases of bicycle-related injuries occurring in 1990-1993 was obtained from prospective registration of all injuries treated by hospitals and emergency clinics in four urban centers in NORWAY. Incidence was calculated per number of cyclists, based on data obtained from the 1992 National Bicycle Survey. Temporal changes in injury severity and in age-specific incidence (per bicycle riders) of all injuries, upper-head injuries, other injuries, injuries due to bicycle-motor vehicle collision, and injuries leading to inpatient treatment were analyzed by logistic regression analysis.

RESULTS 3,893 injuries occurred in the study population in 1990-1993. The average annual incidence was 33.1 per 10,000 population aged 4 years and higher, or 47.9 per 10,000 bicyclists. No significant secular trends were found for any of the analyzed parameters.

CONCLUSIONS Bicycle safety promotion measures implemented during 1990-1993 did not significantly reduce the risk of bicycle-related injury in Norway. Effective bicycle safety programs should be implemented, based on the positive experiences from other countries. Injury surveillance systems appear to be a useful tool for evaluating injury prevention programs.     

Motala Municipality - a sustainable Safe Community in Sweden

An extensive research project concerning injury prevention was planned and initiated in Motala Municipality in the early 1980s. This article summarises 25 years of work for injury prevention and safety promotion in Motala. Evaluation of both process and effect were conducted based on a quasi-experimental study design, as well as cost-effectiveness and cost-benefit analyses of interventions. Initial evaluations results showed an annual incidence of injuries of 118.9/1000 citizens in 1983/1984 consisting of injuries at home (35%), sports injuries (18.9%), injuries at work (13.7%), traffic-related injuries (12.8%) and other injuries (19.5%). The annual social economic costs of injuries were estimated at 116 million Swedish crowns (SEK). By 1989, after two years of preventive work, the incidence of injuries was reduced by 13%. The greatest decrease was among the moderate severity category of injuries (41%). The social economic costs were thereby reduced by 21 million SEK per year. Since then, work with injury prevention has continued and annual evaluations have shown that the incidence of injuries, with some fluctuation, has continued to decrease up to the latest evaluation in 2008. The total decrease during the study period was 37%. This study shows that community-based injury prevention work according to the Safe Community model is a successful and cost-effective way of reducing injuries in the local community.     

Safe community in different settings

This paper describes the Safe Community concept and how communities aspired to safety through a structured, collaborative approach rather than a community that is already perfectly safe. The Safe Community movement started in Sweden at the end of the 1980s and was based on community-based injury prevention activities. Safe Communities are the communities that meet a set of 12 criteria (later changed to six indicators) set out by the WHO Collaborating Centre (WHO CC) on Community Safety Promotion at Karolinska Institutet in Stockholm. The communities may apply to the WHO CC to be designated as an official member of the WHO International Safe Community Network. To date, 83 communities around the world have been designated as members of the Safe Community Network, ranging in population from 1000 to nearly 2 million. Lidkj?ping in Sweden was the first designated safe community in 1989 and Rapla in Estonia was the last, designated in October 2004. The movement recognizes that it is the people who not only live, learn, work and play in a community but also best understand their community's specific problems, needs, assets and capacities. Their involvement and commitment are critical factors in identifying and mobilizing resources so as to create an effective, comprehensive and coordinated community-based action on unintentional and intentional injuries.     

Using local injury surveillance for community-based injury prevention: an analysis of scandinavian WHO safe community and canadian safe community foundation programmes

Injury surveillance is widely recognized as a critical prerequisite for effective injury prevention, yet few studies have investigated its use by community-based injury prevention programmes. This study examined the extent to which local injury data were collected, documented, analysed, linked to injury prevention action and used for evaluation among WHO Safe Communities in Scandinavia (25 programmes) and the Canadian Safe Community Foundation (SCF) network (16 programmes). For each programme, a key informant with relevant local knowledge was selected to respond to an emailed questionnaire. The study demonstrates that community-based injury prevention programmes experience difficulties accessing and effectively utilizing local injury surveillance data. The findings suggest that the responding SCF programmes approach injury prevention more scientifically than the Scandinavian WHO-designated Safe Community programmes, by making greater use of injury surveillance for assessment, integration into prevention strategies and measures, and evaluation. Despite study limitations, such as the low response rate among Canadian programmes and a large number of non-responses to two questions, the results highlight the importance of, and need for, greater use of local injury surveillance.     

Roles of a hospital for community safety promotion

It is not easy for any health professional to be aware of injury problems and safety issues within their own communities if their main responsibility is not in this field. Health professionals, however, can play an important role in all aspects of injury prevention and safety promotion. This includes not only medical or surgical treatment for the injured patients but also risk assessment, health education, community action, organisational development and advocacy for policy to promote safety at a multi-level in the society. This can be accomplished most efficiently through collaboration with diverse sectors within a community, including hospitals, public health professionals, policy makers, school boards, police departments, fire departments, citizens' coalitions and others. Since 2002, Ajou University School of Medicine and Public Health in Suwon, Korea, has introduced a Safe Community model to many countries in Asia, including Korea, Japan, China, Vietnam, Thailand, among others, which is led by The World Health Organization Collaborating Centre on Community Safety Promotion at Karolinska Institutet, Stockholm, Sweden.     

Injury incidence,risk perception and product-related safety behavior among 18- and 45-year-olds

Abstract

Adolescents generally have twice the injury incidence of adults. This increased risk of injury may partly be a consequence of the types of activities performed, the level of exposure to products and the safety behavior. The purpose of this paper was to identify possible predictors for the increased injury risk of adolescents compared to adults. To this end, all 18- and 45-year-olds in a major city in Norway received a questionnaire asking for information on injury experience, level of use and risk perceptions concerning 14 specific products, and the adoption of safety measures; 686 18-year-olds and 81 o 45-year-olds answered the questionnaire. The adolescents reported a higher injury incidence as compared to adults for all the listed products. The difference was significant even after controlling for level of use. Adolescents also had higher levels of risk perception and decreased adoption of safety measures as compared to adults. Females reported less injuries but higher levels of risk perception than males. Females also adopted more safety measures. An important finding from this study was that adolescents, as compared to adults, also expose themselves to increased risk levels when ‘ordinary’ products are concerned, and not only in terms of well-known high-risk activities (driving fast, skiing downhill, etc.). This tends to support the idea that more general factors or dimensions of risk-related behaviors may exist which should be accounted for in the planning of injury prevention activities.     

Neck injuries among the elderly in Sweden

Neck injuries are some of the most important injuries as they have the potential to influence the spinal cord. A previous national survey of neck injuries in Sweden revealed that injury incidence was increasing for the population over 65 years of age, although it was decreasing for the population as a whole. The aim of this study was therefore to further clarify the magnitude, severity, and external causes of neck injuries in the elderly people in Sweden. A national incidence study, with focus on the age group above 65 years, was undertaken with data from the injury surveillance program at the Swedish National Board of Health and Welfare. The investigation includes cervical vertebral fractures reported between 1987 and 1999, and cervical soft tissue injuries from 1997 to 1999. Data in the hospital discharge register were reported in ICD9 from 1987 to 1996, while data from 1997 to 1999 were reported in ICD10. During the study period 4168 cervical injuries occurred of which 341 were fatal. People above 65 years of age made up 17% of the population and sustained 30% of all cervical injuries and 43% of all fatal cervical injuries. Half of the cervical injuries were axis (C2) fractures. Lower vertebral fractures occurred in 16% of the cases and atlas (C1) fractures in 11%. The cervical soft tissue injuries amount to 19% of all injuries. Fall accidents account for the majority (71%) of the accidents. There is an increasing trend for fall accidents resulting in neck injuries. The male population has a higher incidence for neck fractures than females, disregarding the external cause of injury. The upper cervical injuries are the most common, have the longest hospital treatments, and seem to be caused mainly by low energy falls. Further research is needed to understand the mechanisms of these injuries and in this aspect engineering could contribute with valuable knowledge, through accident simulations with numerical models. The increasing incidence of fall injuries calls for further preventive actions. The public sector should implement preventive strategies to reduce the number of extrinsic accidents, while the health care sector should focus on preventing intrinsic accidents with individual actions for each patient.     

Cervical injuries in Sweden,a national survey of patient data from 1987 to 1999

Neck injuries are one of the most important injuries as they have the potential to influence the spinal cord. Data from most parts of the world are not sufficient to define a comprehensive view of mortality, morbidity, disability and handicap due to neck injuries. In Sweden, there are no data on the incidence of neck injuries. The aim of this study is to define the national incidence and causes of neck injuries in Sweden. An incidence study was undertaken with data from the injury surveillance program at the Swedish National Board of Health and Welfare. The investigation includes cervical vertebral fractures reported between 1987 and 1999, and cervical soft tissue injuries over a period of three years, from 1997 to 1999. Data between 1987 and 1996 were reported in ICD 9, while data from 1997 to 1999 were reported in ICD 10. During the study period, 14,310 non-fatal and 782 fatal cervical injuries occurred. A decreasing incidence for cervical fractures can be seen for the Swedish population, except for the elderly that have a slight increase in incidence. The incidence for cervical soft tissue injuries is almost constant. Cervical fractures demand longer periods of hospitalization than the soft tissue injuries. Transportation-related cervical fractures have dropped since 1991, while soft tissue injuries increased slowly between 1997 and 1999. Fall accidents are now the largest external cause of cervical fractures, and the population above 65 years accounts for almost 50% of the fall accidents. The male population has a higher incidence of cervical fractures, disregarding age. It is concluded that safety programs for transportation-related injuries in Sweden have been successful, while fall accidents are still substantial. Much more can be done to prevent neck injuries; especially to reduce the number of transportation-related cervical soft tissue injuries and fall injuries in the elderly population.     

Severity of alcohol-related motor vehicle crashes in British Columbia: case - control study

The objective of the present study was to compare the injury severity and vehicle damage severity rates of alcohol-related crashes with rates of non-alcohol-related crashes in British Columbia (BC). Injury severity rates and vehicle damage severity rates were taken from 2002 Insurance Corporation of British Columbia traffic collision data. The data were computed in order to compare the differences in injury severity and vehicle damage severity rates of alcohol-related vs. non-alcohol-related motor vehicle crashes. Case - control methods were used in this study to analyse the risk of alcohol-related crashes compared to non-alcohol-related crashes in BC. Odds ratios (OR) and 95% CI were calculated to estimate relative risks. In the case - control analysis, the risk of fatal collision was increased for those drinking and driving compared with those driving sober (OR 4.70; 95% CI 3.15 - 7.01). Risk of injury collision was increased for those drinking and driving compared with those driving sober (OR 1.32; 95% CI 1.19 - 1.37). Importantly, the risk of vehicle damage severity was increased for those drinking and driving compared with those driving sober (write-off vehicle OR 4.24; 95% CI 3.70 - 4.86, severely damaged vehicles OR 1.98; 95% CI 1.77 - 2.21). The study reinforces existing literature to suggest that current evidence is sufficient to show an increased risk of injury and fatality to drivers and occupants in alcohol-related crashes. This paper not only emphasizes this well-known relationship, but also such consequences as increased vehicle damage severity. The connection between drinking and severity of motor vehicle crashes is popularly believed and has now received substantial scientific support. There is strong justification for injury prevention experts and policy-makers to step up motor vehicle crash injury prevention advocacy by implementing evidence-based policies to reduce rates of alcohol-impaired driving in the province of BC. Most unintentional injuries in BC are related to motor vehicle crashes. Significant improvements can be made in these statistics by: increasing the use of occupant protection (safety belt and child restraint seats); reducing alcohol-related injuries through multiple strategies including corrections in the physical environment, extensive enforcement of drinking and driving laws and health promotion/education.     

Pattern of traffic injuries in Shanghai: implications for control

In China, traffic-related injuries are often treated as transportation issues, called 'accidents'. The objectives of the research are to analyse traffic injury patterns, estimate costs of traffic injuries and provide evidence to develop effective prevention strategies. There were over 1 500 deaths due to traffic-related injuries annually in Shanghai from 1987 to 2003, and it is rising year by year with the rate of growth in motorization. The rates of annual increase are 3.59% in fatalities (from 7.78 to 14.18 per 100000 population) and 10.46% in non-fatalities (from 53.93 to 264.98 per 100000 population) respectively during the period. The analysis of the geographic information system showed that the geographic distribution of traffic injuries in the countryside regions of Shanghai had the highest rates. Labour force groups represented the majority of fatalities (70.97%) and serious traffic injuries (90.51%). The mortality rates were 18.40 per 100000 population and 10.02 per 100000 population in 45-65 year age group and 15-44 year age group respectively; the morbidity rates of serious traffic injuries were 121.60 per 100000 population and 70.46 per 100000 population in the same groups respectively. And females generally showed a lower incidence than males. In general, fatalities and injuries were higher for drivers, bicyclists and pedestrians. Among road traffic injury-related fatalities, 66.8% were attributed to head injuries. Of those with fatal head injuries, bicyclists accounted for 29.8% of the total; pedestrians accounted for 28.3%; motorcyclists accounted for 25.5%. Total traffic injury cost was estimated at least US $645989580 in Shanghai in 2003. Good injury intervention programmes need to be done as soon as possible to effectively reduce traffic injury burden in Shanghai, China.     

An epidemiological study of injury in a low socioeconomic context: implications for prevention

Epidemiological information identifying injury magnitude and risks is vital for the development of prevention and safety promotion programmes, especially for low income, marginalised communities where the incidence of injury tends to be disproportionately high. This paper, accordingly, reports on a household survey, conducted in an informal settlement southwest of Johannesburg, South Africa, and designed to gather epidemiological data for the purposes of informing the development of appropriate community-based injury prevention and safety promotion programmes. Data were collected for a one-year period prior to October 1998. An analysis of the data identified the causes of injuries, which residents were most at risk, and where and when injuries most often occurred. By way of conclusion, we make a few recommendations for preventive measures.     

The epidemiology of head injuries in Sweden from 1987 to 2000

The purpose of the present study was to evaluate the variability in the annual head injury incidence rate in Sweden from 1987 to 2000. It was hypothesized that the annual incidence rate would decrease over time due to a variety of primary preventive strategies that have been introduced in Swedish society. We used the Hospital Discharge Register at the National Board for Health and Welfare and head injury codes 800-804, and 850-854 from ICD9 system and S2.0-S2.9, and S6.0-S6.9 codes from ICD-10 system. We evaluated the patterns of age, gender, external cause of injury (E-code), type of injury, length of hospital stay, and trends over time. Head injuries due to transportation collision were reduced over the 14-year period analysis. Falls persisted as the dominant cause of head injury. Overall, men had 2.1 times the incidence of head injury compared to women. There was a decline in younger ages experiencing a head injury over this interval, while the number of head injuries among elderly people increased over time. Concussion was about three times more frequent than fractures. Hematoma and diffuse or focal contusions had a much lower incidence rate than concussion. Concussions and fractures decreased over time. Diffuse or focal injuries showed a steady rate of occurrence over the study interval while hematoma increased. Although length of hospital stay varied widely from zero to more than 50 days, 73.6% of hospital days were confined to two days or less. The incidence rate is stable over this time frame. While head injuries attributable to transportation accidents decreased, falls made up an increasing proportion of head injuries. Since we observed an increase in head injuries among elderly, primary prevention strategies may need to be targeted at this age group, and at preventing falls.     

Developing the evidence-base for Safe Communities: a multi-level, partly randomised, controlled trial

Safe Communities, representing a global activation of the public health logic, may be strengthened through theoretical, methodological and empirical support. In the spirit of this Special Issue that aims to analyse the achievements and challenges inherent to Safe Communities, we offer our contribution in the form of a methodology of a multi-country child safety, peace and health promotion study. The study, situated within an African-centred initiative called Ukuphepha - an isiZulu word meaning demonstrating African safety - is underpinned by four theoretical claims that frame injury and violence prevention as a multi-disciplinary issue to be addressed through a suite of interventions to family and extended social systems. The interventions, sensitive to the priorities of each participating country, have been informed by the literature on effective interventions and the authors' joint experiences of community development. The study is designed as a population-based, multi-level, multi-intervention partly randomised controlled trial, and there are potentially 24 participant communities representing South Africa, Mozambique, Egypt, Zambia, Uganda, Bangladesh, Malaysia and Australia - over three commencement phases. Whereas process evaluation will focus on community engagement, impact evaluation will consider risk and protective factors, and outcome evaluation will examine the overall effectiveness of the interventions. Notwithstanding the many challenges, the study will provide insights into the methodology and mechanisms of ecologically-oriented interventions that locate injury and violence prevention as an activity arising from safety, peace and health promotion.     

Injury rates and risk-factors associated with eventing: a total cohort study of injury events among adult Swedish eventing athletes

The aim of this study was to examine injury events and risk-factors among Swedish adult eventing athletes. A cross-sectional study design with retrospective recording of 1-year sports-specific exposure and injury data was used. The invited study population consisted of all members of the Swedish Equestrian Federation with eventing as their primary discipline (n = 513). The participation rate was 70.0%. The total 1-year injury prevalence was 26.6%; the specific 1-year prevalence of traumatic injury was 19.3% and of overuse injury 10.9%. The incidence of traumatic injury events was 0.54 injury events/1000 eventing hours (95% confidence interval (CI), 0.35-0.73 injury events/1000 eventing hours) for novices and 0.35 injury events/1000 eventing hours for qualified riders (95% CI, 0.21-0.49 injury events/1000 eventing hours). A total of 27.9% of the traumatic injury events led to severe injuries (causing more than 3 weeks absence from riding). Attitude to risk-taking was the only factor predicting an athlete becoming injured (p = 0.023), and qualification level was the only risk factor for additional injuries among injured riders (p = 0.003). Our results suggest that injury prevention programs in eventing should also give attention to overuse injuries and that care should be taken when eventing athletes are licensed into higher qualification groups.     

Latino families report lower child injury rates than white families

Latino children have lower visit rates to emergency departments and primary care physicians than white children in the USA. Using a nationally representative household survey, this study asked whether parental report of injury was also lower for Latino children, after adjusting for demographic, socioeconomic, health status and health care access factors. Data were obtained on injuries for which medical advice or treatment was received from the National Health Interview Survey (NHIS) from 1997 to 2003. Using the multistage probability design of NHIS, annual rates and adjusted odds of childhood injury report by race and ethnicity were calculated. Respondents reported lower rates of injury for Latino children (6.0 (95% CI 5.3-6.8)/100 person-years) than white children (13.4 (12.7-14.2)/100 person-years). Lower injury rates were mainly due to lower rates of sports injuries and accidental falls. Latino children had lower odds of reported injury than white children, even after adjusting for multiple factors (odds ratio 0.7; 95% CI 0.6-0.8). Lower odds of injury report among Latino children are independent of direct measures of demographic, socioeconomic, health status and health care access factors and indirect measures of acculturation including respondent language and country of origin. Potential explanations include lower exposure to risk, greater child supervision, reporting bias, differences in cultural attitudes toward seeking of health care and reduced health care access that cannot be explored in NHIS due to the form of the current questions. Further research is needed to investigate cultural differences in risk exposure, child supervision and seeking of injury care.     

On the epidemiology of injury in developing countries: A one-year emergency room-based surveillance experience from León,Nicaragua

Background Regularly available data has been shown to be inadequate for developing, implementing, and evaluating injury prevention and control programs in Nicaragua. A specific prevention-oriented local injury surveillance system has therefore been set up in the city of León. Objectives The aim of this paper is to describe the epidemiology of fatal and non-fatal injuries over a one-year period in a well-defined local population in Nicaragua, as emerging from the perspective of emergency room and inpatient treatments over a one-year period. Methods A hospital-based injury surveillance system was established to collect data for different levels of severity. All treated unintentional and intentional injuries were registered, including information on the external causes according to the ICD-9. Results Of all emergency room visits, 15.9% (9,970) were injuries. For every death due to injuries, there were 31 hospital admissions and 253 emergency room visits. Home and street/roads were the main arenas for the accidents. The estimated underreporting rate was about 6%, and in 20.3% of the cases, no E-code was assigned. The overall incidence and mortality rates were 56.2 per 1,000 and 20 per 100,000 inhabitants, respectively. However, comparison with a parallel household survey showed that the reporting rate of the surveillance system is only about 9%. The overall ratio of male to female injury rates was 2.1 to 1. The main causes of non-fatal injuries were falls, whereas the main cause of death was traffic accidents. Conclusions Hospital discharge and emergency room data systems are effective and feasible means for collecting the data needed to prevent injuries. However, in a country like Nicaragua with limited access to hospital health services, it is necessary to supplement such a system with additional sources of information in order to gain a more comprehensive picture of injury occurrence.