俄罗斯紧急情况部联邦消防局官员的病状组成和职业伤害风险(2012-2021年)。

Q3 Health Professions
V. Evdokimov, E. V. Bobrinev, A. A. Vetoshkin, A. A. Kondashov
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We analyzed occupational injuries across different categories among Federal Fire Service (FFS) officers of the EMERCOM of Russia (emergency response squads, prevention, technical and administrative workforce), their causes (technical, organizational, psychophysiological and hazardous fire-related factors), and performed occupational activities (firefighting, training, sport or daily activities). Based on the ICD-10, injury risks and exposure of particular body areas to external factors were calculated per 10,000 people according (×10–4).Results and Discussion. Over a 10 year’s timespan, 1,769 occupational injuries have been registered among Federal Fire Service officers EMERCOM of Russia. The occupational injury rate for firefighters was (9.19 ± 0.54)•10–4 injuries/(person•year), which was statistically significantly lower (p < 0.001) than for male workforce employed in Russian economy sectors – (16.50 ± 1.09)•10–4. 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For determination coefficients of different significance, the polynomial trend of body injuries risk shows a downward trend of data reduction; the risk of burns resembles an inverted U-curve; while the risk of poisoning by combustion products demonstrates an increase in indicator values. Risks of injuries to the head (S00–S09 in ICD-10) showed rank 1 of significance among occupational body lesions in the entire cohort of firefighters, reaching the level of (2,49 ± 0,32)•10–4 injuries/(person•year) equal to 20.8 % of all occupational injuries; knee and shin injuries were assigned rank 2 (S80-S89) – (1.87 ± 0.24)•10–4 equal to 15.6 %; ankle and foot area were assigned rank 3 (S90–S99) – (1.11 ± 0.15)•10–4 equal to 9,3 %; rank 4 injuries were injuries of the thorax (S20–S29) – (0.91 ± 0.13)•10–4 equal to 7.6 %; wrist and hand injuries were assigned rank 5 (S40–S49) – (0.88 ± 0.07)•10–4 equal to 7.4 % respectively. Overall, these body traumas amounted to 60.7 % of all occupational injuries of external causes. In the genesis of damages of body areas of firefighters during occupational injury, the leading place is given to head injuries, which contribute to loss of balance and create conditions for falling, as a result of which other areas of the body are injured. The analysis of occupational injuries and nosologies across different workforce categories was effectively performed taking account of injury causes and types of activity.Conclusion. 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引用次数: 0

摘要

的相关性。职业消防员暴露在高水平的身体和情绪压力下,这影响了他们的功能储备,使他们容易做出错误的行为和职业创伤。目标是评估十年(2012年至2021年)职业伤害风险,并根据《国际疾病和相关健康问题分类第十次修订版》(ICD-10)第十九章确定其与外因分类学的相关性。我们分析了俄罗斯联邦消防局(EMERCOM)的联邦消防局(FFS)官员(应急响应小组、预防、技术和行政人员)不同类别的职业伤害,其原因(技术、组织、心理生理和危险的火灾相关因素),以及从事的职业活动(消防、培训、体育或日常活动)。根据ICD-10,根据(×10-4)计算每万人的伤害风险和特定身体部位暴露于外部因素的风险。结果和讨论。在10年的时间里,俄罗斯联邦消防局(EMERCOM)官员登记了1,769起职业伤害。消防员的职业伤害率为(9.19±0.54)•10-4次/(人•年),显著低于俄罗斯经济部门男性劳动力的(16.50±1.09)•10-4次(p < 0.001)。每次受伤的总体平均诊断率为1.5,其中消防和其他应急响应活动为1.7,战斗训练活动为1.4,日常活动为1.5。身体损伤的加权平均风险为(11.96±0.89)•10-4次/(人•年);其中,累计伤害危险率为(10.01±0.83)•10-4,占总危险率的83.6%,其中烧伤危险率为(1.39±0.23)•10-4,占11.6%,燃烧产物中毒危险率为(0.39±0.09)•10-4,占3.3%,热昏危险率为(0.18±0.04)•10-4,占1.5%。职业伤害、工业头部和身体伤害(包括烧伤)的一致风险趋势是积极的,具有统计学意义,这表明趋势是由相同的(单向)参数驱动的。对于不同显著性的确定系数,身体伤害风险的多项式趋势呈现数据减少的下降趋势;烧伤风险呈倒u型曲线;而燃烧产物中毒的风险显示出指标值的增加。在整个消防员队列中,头部损伤风险(ICD-10中S00-S09)在职业身体损伤中呈1级显著性,达到(2,49±0,32)•10-4次伤害/(人•年)的水平,占所有职业伤害的20.8%;膝关节和胫骨损伤评分为2级(S80-S89) -(1.87±0.24)•10-4 = 15.6%;踝关节和足部评分为3 (S90-S99) -(1.11±0.15)•10-4 = 9.3%;第4位为胸部损伤(s20 ~ s29) -(0.91±0.13)•10 ~ 4,占7.6%;腕部和手部损伤分级为5 (S40-S49) -(0.88±0.07)•10-4,分别为7.4%。总的来说,这些身体创伤占所有外因职业伤害的60.7%。在消防员职业伤害中身体部位损伤的成因中,头部损伤占主导地位,头部损伤导致身体失去平衡,为摔倒创造条件,从而导致身体其他部位受伤。考虑到伤害原因和活动类型,对不同劳动力类别的职业伤害和病种进行了有效的分析。对各部门负责人、职业安全官员、消防工程师、消防员和医生之间所有伤害的因果关系进行分析,可以改善俄罗斯联邦消防局(EMERCOM)官员的职业伤害预防工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The composition of nosologies and occupational injury risks in officers of the Federal Fire Service of the Ministry of Emergency Situations of Russia (2012–2021).
Relevance. Professional firefighters are exposed to high levels of physical and emotional stress which impacts their functional reserves and makes the susceptible to erroneous actions and occupational traumas. The objective is to assess the decade-long (2012 to 2021) risk of occupational injuries and to establish its correlation with nosologies of external causes under Chapter XIX of the International Classification of Diseases and Related Health Problems, 10th Revision (ICD-10).Methods. We analyzed occupational injuries across different categories among Federal Fire Service (FFS) officers of the EMERCOM of Russia (emergency response squads, prevention, technical and administrative workforce), their causes (technical, organizational, psychophysiological and hazardous fire-related factors), and performed occupational activities (firefighting, training, sport or daily activities). Based on the ICD-10, injury risks and exposure of particular body areas to external factors were calculated per 10,000 people according (×10–4).Results and Discussion. Over a 10 year’s timespan, 1,769 occupational injuries have been registered among Federal Fire Service officers EMERCOM of Russia. The occupational injury rate for firefighters was (9.19 ± 0.54)•10–4 injuries/(person•year), which was statistically significantly lower (p < 0.001) than for male workforce employed in Russian economy sectors – (16.50 ± 1.09)•10–4. The overall average diagnose per injury rate was 1.5, including 1.7 in firefighting and other emergency response activities, 1.4 in combat training activities, and 1.5 in routine activities. The weighted average risk of body injuries was (11.96 ± 0.89)•10–4 injuries/(person•year); in particular, cumulative injury risk rate was (10.01 ± 0.83)•10–4 responsible for 83.6% of the total value, with burns (1.39 ± 0.23)•10–4 (equal to 11.6%), poisoning by combustion products (0.39 ± 0.09)•10–4 (equal to 3.3%), heat fainting (0.18 ± 0.04)•10–4 (equal to 1.5%) respectively. The congruent risk trends for occupational injuries, industrial head and body injuries, including burns, are positive and statistically significant, which suggests the trends are driven by identical (unidirectional) parameters. For determination coefficients of different significance, the polynomial trend of body injuries risk shows a downward trend of data reduction; the risk of burns resembles an inverted U-curve; while the risk of poisoning by combustion products demonstrates an increase in indicator values. Risks of injuries to the head (S00–S09 in ICD-10) showed rank 1 of significance among occupational body lesions in the entire cohort of firefighters, reaching the level of (2,49 ± 0,32)•10–4 injuries/(person•year) equal to 20.8 % of all occupational injuries; knee and shin injuries were assigned rank 2 (S80-S89) – (1.87 ± 0.24)•10–4 equal to 15.6 %; ankle and foot area were assigned rank 3 (S90–S99) – (1.11 ± 0.15)•10–4 equal to 9,3 %; rank 4 injuries were injuries of the thorax (S20–S29) – (0.91 ± 0.13)•10–4 equal to 7.6 %; wrist and hand injuries were assigned rank 5 (S40–S49) – (0.88 ± 0.07)•10–4 equal to 7.4 % respectively. Overall, these body traumas amounted to 60.7 % of all occupational injuries of external causes. In the genesis of damages of body areas of firefighters during occupational injury, the leading place is given to head injuries, which contribute to loss of balance and create conditions for falling, as a result of which other areas of the body are injured. The analysis of occupational injuries and nosologies across different workforce categories was effectively performed taking account of injury causes and types of activity.Conclusion. The analysis of cause-and-effect relations of all injuries among heads of subdivisions, occupational safety officers, fire engineers, firefighters and doctors allows to improve prevention of occupational injuries among officers of the Federal Fire Service of EMERCOM of Russia.
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