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Epidemiology of Bioterrorism

机译:生物恐怖主义流行病学

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摘要

Since the discovery of Iraq?s biological weapons program, concern regarding the threat of biological warfare has increased (1). Anthrax immunizations; increased nuclear, biological, and chemical defense training; improved detection systems and protective gear; and increased vigilance have been instituted to protect the military. However, the military is not the only population at risk for biological attack. To effectively counter the potentially devastating effects of an attack, we need to understand the basic epidemiologic principles of biological agents used as weapons. A biological agent is commonly portrayed as a genetically engineered organism resistant to all known vaccines and drugs, highly contagious, and able to harm thousands of people. However, alleged attacks by the Aum Shinrikyo did not result in a single illness from a biological agent (2), and the successful 1984 contamination of salad bars in The Dalles, Oregon, by a religious cult involved a common salmonella strain that was not lethal or contagious and was susceptible to antibiotics (3).
机译:自从发现伊拉克的生物武器计划以来,人们对生物战威胁的关注增加了(1)。炭疽免疫;加强核,生物和化学防御训练;改进的检测系统和防护装备;为了保护军队,人们开始提高警惕。但是,军队不是唯一遭受生物攻击的人群。为了有效应对攻击的潜在破坏性影响,我们需要了解用作武器的生物制剂的基本流行病学原理。通常将生物制剂描述为对所有已知疫苗和药物具有抗性,高度传染性并能够伤害数千人的基因工程生物。然而,据称由奥姆真理教发起的袭击并没有导致由生物制剂造成的单一疾病(2),并且1984年在俄勒冈州达勒斯市的一个宗教信徒成功地将色拉条污染了一种普通的不致命的沙门氏菌菌株。或具有传染性,并且容易感染抗生素(3)。

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