Titlebook: Biological Weapons Defense; Infectious Disease a Luther E. Lindler,Frank J. Lebeda,George W. Korch Book 2005 Humana Press 2005 Biological

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Book 2005begin work to understand Bacillus anthracis and develop new vaccines and drugs. However, just five years ago, only the US Department of Defense (DOD) seemed concerned about these “exotic” agents. In 1997, the DOD spent approximately $137 million on biodefense to protect the deployed force, while aca

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Kommunikation und suizidale Handlungvades many host immune responses and resists easy eradication by antimicrobial agents. These characteristics both increase the need for effective strategies to protect against infection and create challenges to development of vaccines and other antimicrobial countermeasures against the organism.

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Fortunately, during this time of national urgency, a sound base exists on which to build our defenses against this new threat. A relatively small cadre of dedicated scientists within the US Army Medical Research and Materiel Command (USAMRMC) laid this foundation over the past 20 years.978-1-59259-764-2

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https://doi.org/10.1007/978-3-642-76595-7splay very low visibility when delivered as an aerosol spray or powder. Inhalational anthrax is the primary target disease of biological warfare schemes (.). The LD. for human inhalation of anthrax is not known, but has been estimated from animal studies to be of the order of 10,000 spores, correspo

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Probleme beim Umgang mit Suizidgef?hrdetenan effective licensed human plague vaccine with demonstrated efficacy against both bubonic and pneumonic plague, with acceptable reactogenicity, nor a full understanding of pathogenesis or the true nature of immunity to the disease. Our understanding of plague immunity in humans is hampered by the l