首页> 美国政府科技报告 >Injuries and Illnesses Among New York City Fire Department Rescue Workers After Responding to the World Trade Center Attacks. Morbidity and Mortality Weekly Report, September 11, 2002, Volume 51 Special Issue.
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Injuries and Illnesses Among New York City Fire Department Rescue Workers After Responding to the World Trade Center Attacks. Morbidity and Mortality Weekly Report, September 11, 2002, Volume 51 Special Issue.

机译:纽约市消防局救援人员应对世界贸易中心袭击事件后的伤病情况。发病率和死亡率周报,2002年9月11日,第51卷特刊。

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Within minutes of the terrorist attacks on September 11, 2001, the Fire Department of New York City (FDNY) operated a continuous rescue/recovery effort at the World Trade Center (WTC) site. Medical officers of FDNY Bureau of Health Services (FDNY-BHS) responded to provide emergency medical services. The collapse of the WTC towers and several adjacent structures resulted in a vast, physically dangerous disaster zone. The height of the WTC towers produced extraordinary forces during their collapse, pulverizing considerable portions of the buildings' structural components and exposing first responders and civilians to substantial amounts of airborne particulate matter. Fires burned continuously under the debris until mid-December 2001. Because of ongoing fire activity and the large numbers of civilians and rescue workers who were killed during the attacks, approximately 11,000 FDNY firefighters and many emergency medical service (EMS) personnel worked on or directly adjacent to the rubble and incurred substantial exposures. This report describes morbidity and mortality in FDNY rescue workers during the 11-month period after the WTC attacks and documents a substantial increase in respiratory and stress-related illness compared with the time period before the WTC attacks. These findings demonstrate the need to provide acute and long-term medical monitoring, treatment, and counseling to FDNY rescue workers exposed to this disaster and to solve supply, compliance, and supervision problems so that respiratory protection can be rapidly provided at future disasters.

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