Community safety promotion at local,regional, and national levels. Summary report from a workshop on local organizing and societal contributions with regard to the development of Safe Communities,held at the Third International Conference on Safe Communities,June 6-8, 1994, Harstad,Norway

Aim The aim of this review was to determine the extent to which the effectiveness of countermeasures for preventing alpine skiing injuries has been evaluated. Methods The methodology involved a critical review based on the available international literature and sports equipment standards, as well as consultation with experts in the field. Where possible, the review focused on controlled trials. Results Key injury countermeasures in skiing identified in this review include physical conditioning programmes, ski-bindings and their timely release, professional adjustment of ski-bindings and the use of mechanical testing devices for this, design of ski pole handles, helmets for children (and adults), ski patrollers, skier education, speed control on the slopes and safe lifting equipment. A tabular categorisation of the types of evidence for the effectiveness of injury countermeasures is presented. This demonstrates that the weight of evidence is generally based on a combination of data-based or biomechanical testing evidence and informed opinion/anecdotal evidence. There is minimal evidence based on controlled trials in the field. The most evaluated countermeasures are ski bindings and ski pole handles. Properly adjusted ski bindings have the potential for a 3.5-fold reduction in lower extremity injuries, particularly knee injuries. Ski pole handle design needs further innovation and attention. An immediate concern is the generally poorer standard of children’s equipment, ski bindings and their adjustment. Conclusion Skiing is a sport that is growing in popularity, but with a need for controlled trials of its injury prevention countermeasures. This review provides a basis for further action in injury prevention research, development and implementation.     

Skiing and snowboarding injuries and their impact on the emergency care system in South Tyrol: a restrospective analysis for the winter season 2001–2002

Objectives. To evaluate the incidence and the pattern of skiing and snowboarding injuries in South Tyrol and their impact on the emergency medical system in the winter season 2001–2002 in an attempt to rationalize and improve the emergency care and assist in prevention strategies.

Methods. All medical records of patients referred to our emergency department (ED) that sustained a skiing or snowboarding injury during the study period were retrospectively reviewed. Age, sex, local or non-local residency, type of injury, data and time of accident, type of transport to the hospital, hospital admission or ED discharge, Injury Severity Score, outcome (including mortality) were evaluated. On site mortality data were obtained from the emergency call-center registry. Ski resorts utilization was estimated from the data published by the Regional Office of Cable Transport.

Results. For the period analyzed approximately 2,500,000 skier and snowboarder days were recorded in the whole region of which about 500,000 were attributed to the four nearby ski resorts that refer to our hospital. Of the 1087 patients, 794 were skiers and 294 were snowboarders. Snowboarders were younger than skiers (mean age 20 and 36 respectively, p = 0.001). Females were equally represented in the two groups. Male patients, children, senior skiers and non-local residents suffered from more severe injuries than their corresponding classes (p < 0.01, p = 0.002, p = 0.02, p = 0.000 respectively). Critical injuries (ISS ≥ 25) were homogeneously spread in the groups, with the exception of the non-local resident patients that showed a higher incidence (p < 0.02). No difference in severity was found between skiers and snowboarders. The incidence was 2.05 per 1,000 skier-days. Mortality rate was 1.6 per 1,000,000 skier-days. The pattern of injury was different: snowboarders showed more forearm and wrist trauma and skiers more lower extremity injuries. 208 patients were hospitalized and the mean length of stay was 4.5 days. Head trauma and fractures were the most common diagnosis of admission. The lack of field triage led to 12% of unjustified helicopter transfer and 9.6% of avoidable ambulance transport.

Conclusions. Incidence, pattern of injuries and mortality from skiing and snowboarding accidents in South Tyrol resemble those reported in other part of the world. Nevertheless, strategies for prevention are needed. The routine use of helmets should be enforced by law. Dangerous behaviors should be prosecuted. Skiers and snowboarders should be made aware that skiing beyond their technical ability can be life-threatening.     

Drunk, drowsy, doped: skiers' and snowboarders' injury risk perceptions regarding alcohol, fatigue and recreational drug use

The objective was to investigate perceptions of snowfield resort visitors about injury risk regarding alcohol, fatigue and recreational drug use. Visitors to a resort village in a large Australian snowfield region completed a brief survey about fatigue, alcohol and recreational drug use and injury risk perception. Participants stated their ability to ski or snowboard and drive safely following a lack of sleep, alcohol and recreational drug use. Intoxicated snowfield resort visitors were compared with non-intoxicated visitors. Safety beliefs across snow sport and transport were compared. Participants reported that they generally slept less than usual and 30% reported both drinking alcohol and using drugs more than usual while visiting the snowfields. Participants perceived driving as a greater injury risk than skiing/snowboarding (p < 0.001). Fatigue was perceived as a relatively weak injury risk factor, particularly whilst skiing and snowboarding. Awareness needs to be raised among snowfield resort visitors about the contribution of alcohol, fatigue and recreational drug use to snow sport and transport-related injury risk.     

Searching hospital discharge records for snow sport injury: no easy run?

When using hospital discharge data to shape sports injury prevention policy, it is important to correctly identify cases. The objectives of this study were to examine the ease with which snow-skiing and snowboarding injury cases could be identified from national hospital discharge data and to assess the suitability of the information obtained for shaping policy. Hospital discharges for 2000-2004 were linked to compensated claims and searched sequentially using coded and narrative information. One thousand three hundred seventy-six eligible cases were identified, with 717 classified as snowboarding and 659 as snow-skiing. For the most part, cases could not be identified and distinguished using simple searches of coded data; keyword searches of narratives played a key role in case identification but not in describing the mechanism of injury. Identification and characterisation of snow sport injury from in-patient discharge records is problematic due to inadequacies in the coding systems and/or their implementation. Narrative reporting could be improved.     

Capture and surveillance of quad-bike (ATV)-related injuries in administrative data collections

Identifying quad-bike-related injuries in administrative data collections can be problematic. This study sought to determine whether quad-bike-related injuries could be identified in routinely collected administrative data collections in New South Wales (NSW), Australia, and to determine the information recorded according to World Health Organization (WHO) injury surveillance guidelines that could assist injury prevention efforts. Five routinely collected administrative data collections in NSW in the period 2000–2012 were reviewed. The WHO core minimum data items recorded in each of the five data collections ranged from 37.5% to 75.0%. Age and sex of the injured individual were the only data items that were recorded in all data collections. The data collections did not contain detailed information on the circumstances of quad bike incidents. Major improvements are needed in the information collected in these data-sets, if their value is to be increased and used for injury prevention purposes.     

Balance and agility training does not always decrease lower limb injury risks: a cluster-randomised controlled trial

The objective of this study was to examine the effects on lower limb injury rates of adding structured balance and agility exercises to the 80-day basic training programme of army recruits. A blocked (stratified), cluster-randomised controlled trial was employed, with one intervention group (IG) and one control group (CG), in which 732 male and 47 female army recruits from the Australian Army Recruit Training Centre participated through to analysis. The IG performed specified balance and agility exercises in addition to normal physical training. The incidence of lower limb injury during basic training was used to measure effect. Analysis, which adhered to recommendations for this type of trial, used a weighted paired t-test based on the empirical logistic transform of the crude event rates. The intervention had no statistically significant effect on lower limb injury incidence (RR = 1.25, 95% CI 0.97–1.53, 90% CI 1.04–1.47), on knee and ankle injury incidence (RR = 1.08, 95% CI 0.83–1.38), and on knee and ankle ligament injury incidence (RR = 0.98, 95% CI 0.64–1.47). We conclude that the intervention, implemented in this fashion, is possibly harmful, with our best estimate of effect being a 25% increase in lower limb injury incidence rates. This type of structured balance and agility training added to normal military recruit physical training did not significantly reduce lower limb, knee and ankle, or knee and ankle ligament injury rates. Caution needs to be used when adding elements to training programmes with the aim of reducing injury, as fatigue associated with the addition may actually raise injury risk.     

The epidemiology of non-fatal injuries among 11-, 13- and 15-year old youth in 11 countries: findings from the 1998 WHO-HBSC cross national survey

The primary objective was to present a cross-country comparison of injury rates, contexts and consequences. The research design was the analysis of data from the 1998 cross-national Health Behaviour in School-aged Children survey and 52955 schoolchildren from 11 countries, aged 11, 13 and 15 years, completed a self-administrated questionnaire. A total of 41.3% of all children were injured and needed medical treatment in the past 12 months. Injury rates among boys were higher than among girls, 13.3% reported activity loss due to injury and 6.9% reported severe injury consequences. Most injuries occurred at home and at a sport facility, mainly during sport activity. Fighting accounted for 4.1% of injuries. This paper presents the first cross-national comparison of injury rates and patterns by external cause and context. Findings present cross-country similarities in injury distribution by setting and activity. These findings emphasize the importance of the development of global prevention programmes designed to address injuries among youth.     

Comparing the characteristics of snowboarders injured in a terrain park who present to the ski patrol,the emergency department or both

Ski patrol report forms are a common data source in ski/snowboard research, but it is unclear if those who only present to the emergency department (ED) are systematically different from those who see the ski patrol. To determine the proportion and characteristics of injured snowboarders who bypass the ski patrol before presenting to the ED, three groups of injured snowboarders were compared: presented to the ED only, ski patrol only and ski patrol and ED. Data were collected from ski patrol Accident Report Forms (ARFs), ED medical records and telephone interviews. There were 333 injured snowboarders (ED only: 34, ski patrol only: 107, both: 192). Ability, time of day, snow conditions or drugs/alcohol predicted ED only presentation. Concussions (RRR: 4.66; 95% CI: 1.83, 11.90), sprains/strains (RRR: 4.22; 95% CI: 1.87, 9.49), head/neck (RRR: 2.90; 95% CI: 1.48, 5.78), trunk (RRR: 4.17; 95% CI: 1.92, 9.09) or lower extremity (RRR: 3.65; 95% CI: 1.32, 10.07) injuries were significantly more likely to present to ski patrol only versus ski patrol and ED. In conclusion, snowboarders who presented to the ED only had similar injuries as those who presented to both.     

The multilevel diagram

This narrative review examines injuries sustained by soldiers undertaking occupational load carriage tasks. Military soldiers are required to carry increasingly heavier occupational loads. These loads have been found to increase the physiological cost to the soldier and alter their gait mechanics. Aggregated research findings suggest that the lower limbs are the most frequent anatomical site of injury associated with load carriage. While foot blisters are common, other prevalent lower limb injuries include stress fractures, knee and foot pain, and neuropathies, like digitalgia and meralgia. Shoulder neuropathies (brachial plexus palsy) and lower back injuries are not uncommon. Soldier occupational load carriage has the potential to cause injuries that impact on force generation and force sustainment. Through understanding the nature of these injuries targeted interventions, like improved physical conditioning and support to specialised organisations, can be employed.     

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.     

Deaths and hospitalisation from fireworks injuries

Statement of the Problem Little is known about the severity of fireworks injuries and no international reviews have been conducted. This study aimed to document and describe the severity of fireworks injuries and the implications for prevention in several countries. Method This retrospective epidemiological study of fireworks-related deaths and hospitalisations obtained injury surveillance data and vital statistics from Australia, the Netherlands, New Zealand and the United States. Of three further countries approached, none was able to supply the full dataset. Results From 1991 to 1995, there were 22 deaths involving fireworks in the United States, 5 in the Netherlands and none in Australia or New Zealand. Except in 1994, the Netherlands had higher admission rates from fireworks injuries than Australia, New Zealand and the United States. Overall, Australia experienced the lowest admission rates. Australian injuries may also have been less severe. Males and children &lt;15 years of age accounted for most admissions. Fatal injuries were mostly to males aged 15-44 years. Conclusions Deaths from fireworks injuries are rare in Australia and New Zealand. Differences in rates and in some characteristics of admitted cases were observed between countries. This study should serve as a benchmark and a pilot to future studies. International comparisons will require enhanced epidemiological data, possibly by collaborative prospective data collection, with appropriate quality control, rather than routinely collected data. Such studies should include developing countries, where the manufacture and use of fireworks is widespread. Since differences may relate to regulatory control and exposure, these should be documented.     

学龄前儿童意外伤害流行病学特征及预防对策研究

伤害使儿童、青少年早死或残疾,给家庭和社会带来巨大负担,早死人数的多寡直接影响到人口平均期望寿命的高低.为了解学龄前儿童意外伤害流行病学特征并提出预防干预对策,对武汉市部分城区学龄前儿童意外伤害的发生进行了现场调查研究.经统计分析,儿童的行为特点与意外伤害的发生均存在密切联系;伤害的类型以摔碰伤、车祸、坠落伤及切割伤居前四位.在调研基础上提出了干预和控制学龄前儿童意外伤害的对策.     

Unintentional child home injury incidence and patterns in six countries in Europe

This study investigates the incidence and patterns of child home injuries in six European Union countries. Emergency department and inpatient injury data on injuries to children aged 0-18 years in the home (n = 88,567) for the years 2003-2004 were extracted from the European Injury Database in Austria, Denmark, France, Netherlands, Portugal and Sweden. The incidence of child home injuries was 44.9/1000 inhabitants Six age-dependent injury patterns were identified using cluster analysis: 1) open wound head injuries; 2) hospital admissions for bruises, contusions, abrasions; 3) falls on stairs indoors; 4) fractures and sprains of the upper extremities; 5) crush/cut/piercing of the fingers; 6) miscellaneous injuries. Child home injuries are a considerable public health problem, particularly in the ages 0 to 4 years. The findings are useful for injury surveillance at the European level yet do not allow for designing testable countermeasures for prevention within home safety initiatives.     

A survey of inventions aimed at preventing drowning

To identify, describe and compare injuries among three water sport activities: kite surfing (KS), personal watercraft (PWC) and towed water sports (TWS). The study was a cross sectional, online survey. The setting was on Perth, Western Australia's popular beaches and riverbanks. Main outcome measures were number of injuries and level of severity; level of exposure and protection measures. Overall, 43% reported at least one injury in the past 12 months, a rate of 22.3 injuries per 100 h. Kite surfers were more likely to report an injury than PWC or TWS. One-half of injuries occurred while on the water. Most injuries were caused by landing awkwardly (56%) and/or trying new tricks (41%). Despite 90% of respondents having used at least one personal protective equipment (PPE) item, half (49%) reported always using a personal floatation device. This study provided information on KS, PWC and TWS injuries as well as a range of safety behaviours. It is recommended that these results form the basis of further research to reduce injury rates and encourage the use of PPE items.     

Wet and wild: results from a pilot study assessing injuries among recreational water users in Western Australia

To identify, describe and compare injuries among three water sport activities: kite surfing (KS), personal watercraft (PWC) and towed water sports (TWS). The study was a cross sectional, online survey. The setting was on Perth, Western Australia's popular beaches and riverbanks. Main outcome measures were number of injuries and level of severity; level of exposure and protection measures. Overall, 43% reported at least one injury in the past 12 months, a rate of 22.3 injuries per 100 h. Kite surfers were more likely to report an injury than PWC or TWS. One-half of injuries occurred while on the water. Most injuries were caused by landing awkwardly (56%) and/or trying new tricks (41%). Despite 90% of respondents having used at least one personal protective equipment (PPE) item, half (49%) reported always using a personal floatation device. This study provided information on KS, PWC and TWS injuries as well as a range of safety behaviours. It is recommended that these results form the basis of further research to reduce injury rates and encourage the use of PPE items.     

Incidence,patterns and risk factors for injuries among Ugandan children

There is limited epidemiological data on childhood injuries in developing countries. This study assessed the incidence, patterns and risk factors for injuries among children aged 0–5 years in Wakiso District, Uganda. To determine differences, chi-square and Wilcoxon rank sum tests were used. Risk factors were assessed using Poisson regression. Overall, information from 359 children of mean age 32 months (SD: 18.4) was collected. Annual incidence of injuries was 69.8 per 1000 children/year (95% CI 58.8–80.8). One fatal injury due to burns was reported. Incidence of injuries was less associated with being female (IRR: 0.56, 95% CI 0.34–0.90) and increasing age of the caretaker (IRR: 0.96, 95% CI 0.92–0.99). The high incidence of childhood injuries necessitates the need for interventions to reduce injuries among children.     

Inflatable rescue boat-related injuries in Queensland surf lifesavers: the epidemiology - biomechanics interface

The objective was to describe the relationship between epidemiological and biomechanical factors in the causal pathway of inflatable rescue boat (IRB)-related injuries in Australian surf lifesavers; to develop epidemiological and biomechanical methodologies and measurement instruments that identify and measure the risk factors, for use in future epidemiological studies. Epidemiological and biomechanical models of injury causation were combined. Host, agent and environmental factors that influenced total available force for transfer to host were specified. Measurement instruments for each of the specified risk factors were developed. Instruments were piloted in a volunteer sample of surf lifesavers. Participant characteristics were recorded using demographic questionnaires; IRB operating techniques were recorded using a custom-made on-board camera (Grand RF-Guard) and images of operating techniques were coded by two independent observers. Ground reaction forces transmitted to the host through the lifesaver's feet at the time of wave impact were measured using a custom-built piezoelectric force platform. The demographic questionnaire was found practical; the on-board camera functioned successfully within the target environment. Agreement between independent coders of IRB operating technique images was significant (p < 0.001) with Kappa values ranging from 0.5 to 0.7. Biomechanical instruments performed successfully in the target environment. Peak biomechanical forces were 415.6N (left foot) and 252.9N (right foot). This study defines the relationship between epidemiological and biomechanical factors in modifying the risk of IRB-related injury in a population of surf lifesavers. Preliminary feasibility of combining epidemiological and biomechanical information has been demonstrated. Further testing of the proposed model and measurement instruments is required.     

Homeless in America: injuries treated in US emergency departments, 2007–2011

Despite being a high-risk population, epidemiological research about injuries among homeless individuals is limited. We sought to describe injury characteristics among individuals identified as homeless in the National Electronic Injury Surveillance System (NEISS), and to compare them to age- and sex-matched controls. We searched text narratives for all patients with product-related injuries who presented to NEISS emergency departments from 2007 to 2011 to identify homeless cases (N = 268). A random sample of 2680 age- and sex-matched controls was identified for the same time period. The incident location differed between groups, and the mention of substance use was significantly more common among homeless cases than controls. The body part injured differed significantly between cases and controls for all age groups, with the exception of older adults. Among homeless cases, injuries occurred most frequently to the lower extremities, and sprains/strains, contusions/abrasions and burns were most common. Additional research on injury among homeless individuals is warranted in order to identify meaningful preventive strategies for this at-risk population.     

Ergonomic Assessment of Musculoskeletal Discomfort Among Commissary Foodservice Workers in Taiwan

Abstract

This study was conducted to investigate the prevalence rate and potential risk factors associated with work-related musculoskeletal discomfort among commissary foodservice workers in Taiwan. Many workers reported numb or sore discomfort in their shoulders (41.1%), hands/wrists (38.2%), and lower backs (40.1%). But the three highest discomfort scores were for the elbow 3.00 (±1.05), finger/wrist 2.74 (±1.04), and upper back 2.74 (±0.92) according to the 5-point level scores. Several tasks had significant correlations: packing lunch box with forearm discomfort (odds ratio; OR = 1.9) and ankle/feet discomfort (OR = 2.5), moving object with forearm discomfort (OR = 2.6), and pre-preparing with lower back discomfort (OR = 2.0). The RULA (Rapid Upper-Limb Assessment) was used to evaluate working postures. The most frequent upper arm extension (flexion) was 20-45? or more, and the range for the lower arm was less than 60? or more than 100? of flexion. The participants' heads were in extension and their trunks had the highest degree of flexion. Moreover, their legs and feet were not balanced properly. RULA was determined from video recordings and presented as a useful technique. Results indicated that all four jobs (pre-prep/bussers, preparation/cooks and chefs, utility/dish washers, and service/packers) had frequent extension/flexion postures and posted high grand total risk scores (4.93-5.69).     

Global road safety

New Zealand's (NZ) preschoolers carry the greatest injury burden among children aged 0–14 years. These injuries commonly occur at home. To identify how NZ addresses child injury the 1990s national injury datasets and associated free text were examined retrospectively, NZ injury circumstances and interventions were compared to internationally recognised hazards and best practice, and whether NZ interventions addressed common circumstances of injury was assessed. Certain injuries, often associated with activities of daily living, were not addressed by interventions, although most interventions advocated internationally are implemented in NZ. Possible reasons for main injuries not being addressed were the specificity and variable effectiveness of interventions, normality of many injury circumstances, difficulties in evaluating complex environments, and the need for active intervention. There is considerable scope for NZ to improve its child safety. It is unlikely that simple solutions will be found for complex circumstances in which injury events occur. Strategies to address multifaceted problems requiring changes to personal, social and societal factors are required, with evaluation methods able to match their complexity.