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On February 24, 1998, in the Niwka-Modrzej6w Coal Mine in Sosnowiec, a group accident occurred and, as a result, six miners died and four others were injured. Mine rescuers, proceeding to work in out of action mining excavation, separated by an isolative dam, were using oxygen escape breathing apparatuses AU-9 type and oxygen breathing apparatuses for work WU-70 type. A comprehensive evaluation of the accident circumstances, medical papers, autopsy, histopatological and chemico-toxicological reports, technical surveys of the Central Station of Mine Rescue and the Military Institution of Chemistry and Radiometry (WIChiR), taking into consideration the microclimatic conditions in the sidewalk and testimonies of the survivors allowed for determining the cause of death in the victims. The authors emphasized special difficulties in compiling the comprehensive opinion in the reviewed case and the significant evidential value of the technical survey prepared by WIChiR that showed numerous and serious abnormalities in the performance of oxygen breathing apparatuses, which in a short time led in their users to acute respiratory insufficiency due to anoxia with its further consequences.

Deaths in hard-coal mining industry can be divided into: accidental (usually of a single character) and non-accidental-intentional (homicide, suicide) and natural (with a pathological background, 'without external factors'). The main cause of natural deaths is myocardial infarction (MI). Its risk is increased by environmental factors in working place, unhealthy life style, cigarette smoking and alcohol drinking, which is often an attempt at coping with chronic stress, so proper prevention, qualification and periodic examination of workers is indispensable. The aim of the study is to analyze cases of miners' cardiac deaths investigated in Department of Forensic Medicine in Katowice and the number of natural deaths in hard-coal mines in the years 1999-2010. There were 298 accidental and 122 natural deaths, the latter showing an increasing tendency in the years 2002-2004, 2006, 2008 and 2010. Natural deaths--in 95% sudden cardiac deaths--constituted 29% of all deaths in hard-coal mining industry. Autopsies supplemented by histopathological investigations often revealed advanced atherosclerosis and coronary heart disease, which should disqualify a candidate from working underground. A high number of natural deaths in hard-coal mining industry and morphological post mortem assessment of victims indicate insufficiency of occupational medicine services. We propose an improvement of its quality and a higher frequency of periodic examinations of workers (especially in groups with the highest risk of MI), as well as courses of Basic Life Support (BLS). Forensic medicine may be socially useful in assessing the efficiency of occupational medicine services in mining industry.

The underground hard coal-mining sector demonstrates one of the highest rates of fatal accidents, in spite of a decline in coal-mining over the last few years. Post-accidental investigations, including forensic medical expertise, continue to present a significant problem. The objective of the research was to evaluate the role, tasks and usefulness of medico-legal determinations in post-accidental procedures in traumatic deaths in hard coal-mining industry. The study was carried out retrospectively by investigating files and autopsy reports, with attention focusing on the scope of necessary activities and medico-legal examinations in order to determine the cause and manner of death, and on identification of fatalities, especially in the cases of collective occupational accidents. Complex medico-legal determinations (identification, autopsy), supplemented by additional investigations (toxicology, histopathology and hemogenetics) provide a valuable source of evidence for legal authorities and post-accidental commissions. Mutual cooperation of the experts representing various branches of science is the basis of executing appropriate procedures after a traumatic death in the coal mine.