Bioterrorism alleging use of anthrax and interim guidelines for management--United States, 1998.
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From October 30 through December 23, 1998, CDC received reports of a series of bioterroristic threats of anthrax exposure. Letters alleged to contain anthrax were sent to health clinics on October 30, 1998, in Indiana, Kentucky, and Tennessee. During December 17-23 in California, a letter alleged to contain anthrax was sent to a private business, and three telephone threats of anthrax contamination of ventilation systems were made to private and public buildings. All threats were hoaxes and are under investigation by the Federal Bureau of Investigation (FBI) and local law enforcement officials. The public health implications of these threats were investigated to assist in developing national public health guidelines for responding to bioterrorism. This report summarizes the findings of these investigations and provides interim guidance for public health authorities on bioterrorism related to anthrax. (+info)
Delphi study into planning for care of children in major incidents.
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This paper describes a Delphi study used to identify and improve areas of concern in the planning of care for children in major incidents. The Delphi was conducted over three rounds and used a multidisciplinary panel of 22 experts. Experts were selected to include major incident, immediate care, emergency medicine, and paediatric specialists. This paper presents a series of consensus statements that represent the Delphi group's opinion on the management of children in major incidents. The statements cover all phases of major incident planning and response. Paediatric services may play a vital role in the preparation and response to a major incident involving children. This paper represents a consensus view on how best to plan and respond to major incidents involving children. An accompanying paper describes the practical implementation of this guidance. (+info)
Planning for major incidents involving children by implementing a Delphi study.
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This paper provides a practical approach to the difficult problem of planning for a major incident involving children. It offers guidance on how general principles resulting from an expert Delphi study can be implemented regionally and locally. All phases of the response are covered including preparation, management of the incident, delivery of medical support during the incident, and recovery and support. A check list for regional planners is provided. Supplementary equipment is discussed and action cards for key roles in the paediatric hospital response are shown. Particular emphasis is placed on management of the secondary-tertiary interface including the special roles of paediatric assessment teams and paediatric transfer teams. A paediatric primary triage algorithm is provided. The important role of local interpretation of guidance is emphasised. (+info)
Great earthquakes and medical information systems, with special reference to telecommunications.
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The Hanshin-Awaji earthquake in January 1995 caused the greatest number of deaths and injuries in Japan since World War II. Various weaknesses of modern information systems were exposed during and after the earthquake. The authors carried out a questionnaire survey to investigate the current state of hospital information and to examine the kinds of information needed immediately after an earthquake. The survey results show that information about the ability to admit new patients and the availability of medical supplies is necessary immediately after such a disaster. These results will be useful for planning countermeasures against this kind of disaster. (+info)
Emergency planning and the acute toxic potency of inhaled ammonia.
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Ammonia is present in agriculture and commerce in many if not most communities. This report evaluates the toxic potency of ammonia, based on three types of data: anecdotal data, in some cases predating World War 1, reconstructions of contemporary industrial accidents, and animal bioassays. Standards and guidelines for human exposure have been driven largely by the anecdotal data, suggesting that ammonia at 5,000-10,000 parts per million, volume/volume (ppm-v), might be lethal within 5-10 min. However, contemporary accident reconstructions suggest that ammonia lethality requires higher concentrations. For example, 33,737 ppm-v was a 5-min zero-mortality value in a major ammonia release in 1973 in South Africa. Comparisons of secondary reports of ammonia lethality with original sources revealed discrepancies in contemporary sources, apparently resulting from failure to examine old documents or accurately translate foreign documents. The present investigation revealed that contemporary accident reconstructions yield ammonia lethality levels comparable to those in dozens of reports of animal bioassays, after adjustment of concentrations to human equivalent concentrations via U.S. Environmental Protection Agency (EPA) procedures. Ammonia levels potentially causing irreversible injury or impairing the ability of exposed people to escape from further exposure or from coincident perils similarly have been biased downwardly in contemporary sources. The EPA has identified ammonia as one of 366 extremely hazardous substances subject to community right-to-know provisions of the Superfund Act and emergency planning provisions of the Clean Air Act. The Clean Air Act defines emergency planning zones (EPZs) around industrial facilities exceeding a threshold quantity of ammonia on-site. This study suggests that EPZ areas around ammonia facilities can be reduced, thereby also reducing emergency planning costs, which will vary roughly with the EPZ radius squared. (+info)
Lessons learnt from a factory fire with asbestos-containing fallout.
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BACKGROUND: Fallout containing asbestos from a factory fire at Tranmere, Wirral, England, landed on a highly populated urban area with an estimated 16000 people living in the area worst affected, which included a shipbuilding community. There was considerable public concern over the health impact of the acute environmental incident, and great media interest. METHODS: A descriptive study was carried out of the acute environmental incident and its management, and the difficulties encountered. RESULTS: Practical lessons learnt include need for: increased fire-fighter awareness of potential adverse health effects from asbestos in the structure of buildings; early involvement of both Local Authority environmental health and National Health Service public health departments; creation of a systematic local database of potential environmental health hazards in the structure of buildings as well as their contents; 24 hour on-call arrangements with laboratories expert in analyses of fire fallout; rapid quantitative analyses of multiple environmental samples; district written policy on handling asbestos incidents; systematic assessment of fright and media factors in public impact of an incident; dedicated public help-lines open long hours; consistent evidence-based public messages from all those communicating with the public; measurement of asbestos levels in the street and homes for public reassurance; local and health authorities' subscription to an environmental incident support service; formation of an acute environmental incident team to jointly manage and publicly report on airborne acute environmental incidents; clear government definition of responsibilities of different agencies. CONCLUSIONS: This paper provides a description of important lessons learnt during an acute environmental incident with asbestos-containing fallout. It will be helpful to those involved in the practical planning for and management of future incidents. (+info)
Medical cover at Scottish football matches: have the recommendations of the Gibson Report been met?
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OBJECTIVES: To determine if doctors providing medical care at Scottish football stadiums meet the standards recommended by the Gibson Report. METHODS: A postal questionnaire and telephone follow up of doctors involved with the 40 Scottish League teams. RESULTS: 47% of the doctors had not attended any relevant resuscitation courses and 72% had no training in major incident management. CONCLUSIONS: The recommendations of the Gibson Report with regard to medical cover at football stadiums have not been fully implemented in Scotland. (+info)
Major incidents: training for on site medical personnel.
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OBJECTIVE: To assess the present levels of training for the medical incident officer (MIO) and the mobile medical team leader (MMTL) throughout the UK. METHOD: Postal questionnaire to consultants in charge of accident and emergency (A&E) departments seeing more than 30,000 patients a year. Information regarding MIO staffing and training and MMTL training and provision requested. RESULTS: A&E provides the majority of both MIOs and MMTLs in the event of a major incident. Virtually all MIOs are consultants or general practitioners. However, 63% of MMTLs are from hospital training grade staff. One third of hospitals required their designated MIO to have undertaken a Major Incident Medical Management and Support course and a quarter had no training requirement at all. Two thirds of MMTLs were expected to have completed an Advanced Trauma Life Support course, but in 21% there was no minimum training requirement. Training exercises are infrequent, and hence the exposure of any one individual to exercises will be minimal. CONCLUSION: There has been some improvement in major incident training and planning since 1992, but much remains to be done to improve the national situation to an acceptable standard. (+info)