1.Seat belt injury.
Sung Kwon LEE ; Seung Bong LEE ; Tae Soo CHANG
Journal of the Korean Surgical Society 1993;45(6):913-919
No abstract available.
Seat Belts*
2.Vaccination = Seat Belt
Journal of Korean Medical Science 2019;34(33):e214-
No abstract available.
Seat Belts
;
Vaccination
3.Bipolar Clavicular Dislocation: A Case Report.
Han Jun LEE ; Jae Sung LEE ; Young Bong KO
Journal of the Korean Fracture Society 2008;21(4):316-319
Bipolar clavicular dislocation is simultaneous dislocation of both poles of the clavicle (mainly an anterior dislocation of the sternoclavicular joint and a posterior dislocation of acromioclavicular joint) and rarely reported. We report a case of bipolar claviclular dislocation after a seat belt injury and describe its presumed mechanism and treatment with a review of literature.
Clavicle
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Dislocations
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Seat Belts
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Sternoclavicular Joint
5.Appendiceal transection associated with seat belt restraint.
Seung Je GO ; Young Hoon SUL ; Jin Bong YE ; Joong Suck KIM
Annals of Surgical Treatment and Research 2016;91(2):93-95
The seat belt is designed for safety in a motor vehicle and should be worn to prevent severe injuries. But, the seat belt itself can be an injury factor in combination with deceleration forces applied to fixation points of mobile viscera. Here, we present a 23-year-man with traumatic transection of the appendix, highly mobile viscera, following seat belt injury.
Appendix
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Deceleration
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Motor Vehicles
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Seat Belts*
;
Viscera
6.The Effect of Rear Seatbelt Advocacy and Law Enforcement in Reducing Injuries among Passenger Vehicle Occupants in Malaysia
Rohayu Sarani ; Hizal Hanis Hashim ; Wan Fairos Wan Yaakob ; Norlen Mohamed ; Radin Umar Radin Sohadi
International Journal of Public Health Research 2013;3(1):267-275
The increase in car usage due to economic prosperity has led to increase in occupant injuries. One way to reduce the injuries encountered by road accident victims is by implementing the rear seatbelt (RSB) law. Rear seatbelt wearing has been proven to save lives. In Malaysia, the implementation of the restraint system for front occupant has started in the 70’s. However, the rear seatbelt enforcement law only came in 2009, after six months of an advocacy program. Prior to the introduction of the rear seatbelt law, rear seatbelt wearing rate was rather low, started to increase gradually during the advocacy period and jumped to the highest level after two month of the enforcement. This paper attempts to assess the effectiveness of the rear seatbelt intervention in reducing injuries among passenger car occupants in Malaysia using the generalized linear model (GLM). In GLM procedure, the dependent variable is the number of people from passenger vehicles that sustained severe and slight injuries, for the study period. The study period selected covers six months before implementation, six months during advocacy program, and six months after the law is implemented. The independent variables considered are enforcement and balik kampung activities (both are dummy variables) and time effect. Our results suggest that RSB intervention (p-value= 0.0001) had significantly reduced the number of people sustained serious and slight injuries by about 20%. The implementation of change in the RSB law has benefited not only in reducing the number of injuries but also result to great impact to the health outcomes.
Seat Belts
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Law Enforcement
;
prevention & control
;
Malaysia
7.Rear Seatbelt Usage in Malaysia: Findings from Roadside Observations and Surveys
Norlen Mohamed ; Noradrenalina Isah ; Fadhli Yussof
International Journal of Public Health Research 2011;1(1):48-54
Despite of its importance for preventing fatal and severe injuries in an event of a crash, limited studies were conducted to find out the status of seatbelt use among rear passengers in Malaysia. This study was conducted to the determine seatbelt use among rear passengers in Malaysia in conjunction with the introduction of the rear seatbelt law that took effect on 1st January 2009. Two methods were used; the roadside observations and surveys. A total of 4180 rear passengers were observed during the road side observation and 793 rear passengers were interviewed in the survey. About 41.8 % (95 % CI: 38.3, 45.4) of rear passengers interviewed reported that they “Always/Often’ wore safety belts, while roadside observation recorded slightly lower rate (36.2 % [95 % CI: 34.8, 37.7]). Based on the roadside observation method, male rear passengers were more likely to use rear seatbelts as compared to female rear passengers (with Odd Ratio: 1.17 (95 % CI: 1.03, 1.33)). Both methods consistently reported that rear passengers of Multipurpose Vehicle (MPV)/Sport Utility Vehicle (SUV) (survey method “always wear”: 39.3 %, Odd Ratio: 2.02 [95 % CI: 1.13, 3.61], roadside observation method: 51.9 %, Odd Ratio: 2.23 [95 % CI: 1.89, 2.62]) were two times more likely to wear seatbelts as compared to rear passengers of a car. The two research methods indicate rear passengers in Malaysia were consistently having low seatbelt usage rate. As the rear seatbelt advocacy and enforcement programme are new in Malaysia, efforts to advocate rear seatbelt use should be strengthened. The changes in rear seatbelt usage rate need to be tracked regularly and as an alternative to roadside observation method, interview survey method could be used to measure the seatbelt usage rate and to identify the reason for not using safety belt among rear passengers.
Seat Belts
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Motor Vehicles
;
Observation
;
Data Collection
;
Accident Prevention
8.Injury Patterns of Front-seat Passengers without Seat Belts in Traffic Crashes.
In Woo HWANG ; Tae O JEONG ; Young Ho JIN ; Jae Baek LEE
Journal of the Korean Society of Emergency Medicine 2004;15(6):492-497
PURPOSE: This study aimed to investigate the injury patterns of unrestrained front-seat passengers in traffic crashes. METHODS: Using 2000~2003 data from the Jeonbuk Provincial Police Agency and medical-chart review, we estimated the relationship between crash patterns and individual variables, such as age, sex, Injury Severity Score, prehospital care, outcome, injury types, passenger seats, velocity, and alcohol consumption. We also investigated whether the Injury Severity Score correlated with crash patterns, passenger seats, velocity, prehospital care, and alcohol consumption. RESULTS: The mean Injury Severity Scores in frontal and rollover crashes were 15.0(+/-0.7) and 22.6(+/-3.3), respectively and the difference was statistically significant (p<0.05). The mortality rate was higher in rollover crashes than in frontal crashes (p<0.05). The most common type of injury in unrestrained passengers during frontal and rollover crashes was head and face injury. In addition, chest and lumbar spine injuries were more common in rollover crashes than in frontal crashes, and this difference had statistical significance (p<0.05). The Injury Severity Score correlated with the crash patterns (rho=0.25, p<0.01), overspeeding (rho=0.44, p<0.01), prehospital care (rho=0.25, p<0.01), and alcohol consumption (rho=0.18, p<0.05). CONCLUSION: We estimate that rollover crashes are associated with an increased risk of injury to and death for frontseat passengers compared to frontal collisions. Knowledge of injury mechanisms should help emergency physicians to promptly evaluate all areas at risk, as well as the potential for fatality.
Alcohol Drinking
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Emergencies
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Head
;
Humans
;
Injury Severity Score
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Jeollabuk-do
;
Mortality
;
Police
;
Seat Belts*
;
Spine
;
Thorax
9.Injury to the Abdominal Aorta from a Seat Belt in a Frontal Motor Vehicle Collision.
Jin Young KIM ; Sang Chul KIM ; Kang Hyun LEE ; Jae Wan LEE ; Ick Hee KIM ; Keun Soo WEON ; Kwang Je BAEK
Journal of the Korean Society of Emergency Medicine 2013;24(3):326-330
In traffic accidents, wearing a seatbelt can cause abdominal aortic injury due to an abrupt deceleration. We report a case of abdominal aorta dissection caused by a seat belt in a frontal motor vehicle collision. The initial symptoms and signs were vague or uncertain. However, he complained severe abdominal pain with seat belt sign below the umbilicus. Abdominal computed tomography scans showed an initial flap of the abdominal aorta with hematoma and hazy stranding of the mesentery.
Abdominal Pain
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Accidents, Traffic
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Aorta, Abdominal*
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Deceleration
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Hematoma
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Mesentery
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Motor Vehicles*
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Seat Belts*
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Umbilicus
10.Roadside observation on the use of safety belt in Guangzhou and Nanning cites of China.
Li-ping LI ; Mark STEVENSON ; Rebecca IVERS ; Ying ZHOU
Chinese Journal of Epidemiology 2006;27(8):698-701
OBJECTIVETo determine the rates of correct use of safety belt (CUSB) among drivers and front seat passengers in Guangzhou and Nanning through roadside observation and to provide scientific evidence for the development of intervention plan and to strengthen road safety law enforcement.
METHODSObservational sites were randomly selected from three road types (Highway, Main Street and Subordinate Street). Targeted automobiles were observed at each site at four different times and uniformed checklists were used to record safety belt use during observations. Within each vehicle, belt use by drivers of different sex, road type, workday/weekend, day/night and seating position were calculated. Data was analyzed, using Chi-square tests to compare the statistic significance.
RESULTS(1)The rate of CUSB and non-use rate among drivers were higher in Nanning than in Guangzhou (P= 0.00) but the rate of incorrect use was on the contrarary. (2) The rate of CUSB by front seat passengers in Guangzhou was higher than that in Nanning (P = 0.04); as well as the rate of (P = 0.00) incorrect use while the non-use rate was on the contrarary. (3)In general, the rate of CUSB was higher on highways than on local streets (P = 0.00). (4) The CUSB rate of drivers and front seat passengers was higher at daytime than at night (P = 0.00), and the rate of incorrect use was higher at working days than weekends (P = 0.00). (5) The CUSB rate was higher for female drivers than for males in Guangzhou (P = 0.00), but there no statistical significance was found in Nanning (P = 0.21).
CONCLUSIONResults suggested that intervention actions should be undertaken to raise the awareness of the importance of safety belt use. Effective public information and education programs, law enforcement and mandatory safety belt use, prioritizing programs on people neglegent to the importance are necessary to increase the safety belt use and to decrease the mortality and injuries caused by traffic accidents.
Automobile Driving ; China ; Data Collection ; Female ; Humans ; Male ; Seat Belts ; utilization