拉脱维亚的工作条件和职业发病率

M. Eglīte, I. Vanadziņš, L. Matisāne, M. Bake, D. Sprūdža, Ž. Martinsone, I. Mārtiņsone, J. Reste, J. Cīrule, A. Seile
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引用次数: 1

摘要

这项研究的目的是分析拉脱维亚15年期间的工作条件和职业发病率,以便对就业政策方案提出建议。这项研究包括对里加斯特拉丁斯大学职业安全和环境健康研究所卫生和职业病实验室在1995-2010年期间对7000多家企业和公司进行的职业风险因素测量数据库进行分析。根据paul Stradins临床大学医院职业和辐射医学中心同期管理的拉脱维亚国家职业病登记处的数据,对登记的职业病进行了分析。在拉脱维亚,职业病是根据国际疾病分类进行诊断和编码的。测量结果显示,三分之一的测量职业风险因素值超过建议限值。传统的工作风险因素(化学、物理、生物等)部分被新的风险因素(人体工程学和社会心理因素)所取代。研究结果表明,下列企业构成了不遵守职业健康和安全立法的主要风险群体:小企业;私营和非政府部门的企业;不同行业的企业(建筑、金属加工、木材加工)。职业病初诊和患者数量逐步增加。1995年每10万名从业人员中首次诊断和登记的职业病患者总数为11.2人,2009年为140.5人。的结构
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Work conditions and occupational morbidity in Latvia
The aim of study was to analyse work conditions and occupational morbidity in Latvia during a 15-year period for recommendations to employment policy programmes. The study included the analysis of the database of occupational risk factor measurements in more than 7000 enterprises and companies performed in period 1995–2010 by the Laboratory of Hygiene and Occupational Diseases of the Institute of Occupational Safety and Environmental Health of Riga Stradins University. The analysis of registered occupational diseases according to the data from the Latvian State Registry of Occupational diseases run by the Centre of Occupational and Radiation Medicine of Pauls Stradins Clinical University Hospital for the same period was performed. Occupational diseases in Latvia are diagnosed and coded in accordance with the International Classification of Diseases. Results of measurements showed that for one third of measured occupational risk factors values exceeded recommended limits. The traditional work risk factors (chemical, physical, biological etc.) have been partly replaced by new risks (ergonomic and psychosocial factors). The results of the study indicated that the following enterprises form a major risk group of non-compliance with legislation regarding occupational health and safety: small enterprises; enterprises of private and non-governmental sectors; enterprises of different industries (construction, metal processing and wood processing). The number of firstly diagnosed occupational diseases and patients has gradually increased. The total number of firstly diagnosed and registered occupational patients per 100,000 employees was 11.2 in 1995 and 140.5 in 2009. The structure of
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