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An occupational disease or industrial disease is any chronic ailment that occurs as a result of work or occupational activity. It is an aspect of occupational safety and health. An occupational disease is typically identified when it is shown that it is more prevalent in a given body of workers than in the general population, or in other worker populations. The first such disease to be recognised, squamous-cell carcinoma of the scrotum, was identified in chimney sweep boys by Sir Percival Pott in 1775. Occupational hazards that are of a traumatic nature (such as falls by roofers) are not considered to be occupational diseases. Under the law of workers' compensation in many jurisdictions, there is a presumption that specific diseases are caused by the worker being in the work environment and the burden is on the employer or insurer to show that the disease came about from another cause. Diseases compensated by national workers compensation authorities are often termed occupational diseases. However, many countries do not offer compensations for certain diseases like musculoskeletal disorders caused by work (e.g. in Norway). Therefore, the term work-related diseases is utilized to describe diseases of occupational origin. This term however would then include both compensable and non-compensable diseases that have occupational origins. In a landmark study published by the World Health Organization and the International Labour Organization in 2021, 745,000 fatalities from coronary artery disease and stroke events in 2016 were attributed to exposure to long working hours. With these UN estimates, the global burden of work-related cardiovascular diseases has been quantified for the first time. Occupational disease is expected to be reported less than actual figure. Neither educational material nor educational meeting increase the report of occupational disease. However, reminders on the legal obligation to report the occupational disease seem to increase physician reporting. Source: Wikipedia (en)
Works about occupational disease 185
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Occupational tumors and allied diseases
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The first round of the National Study of Coal Workers' Pneumoconiosis
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Industry, process, and use data for in-house criteria document part 4 fluorocarbons
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NIOSH testimony on coal mine health research by E. J. Baier, July 27, 1976
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NIOSH testimony on mining by J. F. Finklea, February 11, 1976
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An analysis of maximal expiratory flow-volume curves based on an analytical model of lung mechanics
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Wood dust
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Respiratory and immunologic evaluation of isocyanate exposure in a new manufacturing plant
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Benzyl chloride
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Carbon black
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Furfuryl alcohol
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Hexachlorocyclopentadiene
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Hydrogen chloride
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Methyl ethyl ketone peroxide
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Ozone
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Talc
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Vinyl cyclohexene dioxide
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Inorganic chromium compounds
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Organic anhydrides
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Organoarsenicals
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Organoisocyanates
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Manufacture and use of cement
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Welding and brazing
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Mortality patterns among miners and millers of non-asbestiform talc
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Occupational safety and health implications of increased coal utilization
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NIOSH testimony on recombinant DNA by Dr. J. F. Finklea, March 16, 1977
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NIOSH Testimony on Coal Mine Health Research by E. J. Baier, June 29, 1977
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NIOSH testimony on noise by E. J. Baier, October 4, 1977
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NIOSH testimony on coal mining by J. F. Finklea, May 26, 1977
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NIOSH Testimony on Mine Health Research by E. J. Baier, March 31, 1977
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NIOSH Testimony on Mine Health Research by E. J. Baier, April 4, 1977
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Respiratory and immunologic evaluation of isocyanate exposure in a new manufacturing plant
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