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There is increasing concern over the possible use of biological weapons. If they are used, an attack will manifest as a disease outbreak among humans, animals or plants. It is thus important to be able to distinguish between natural disease outbreaks and the result of such an attack. The bok discusses the scientific and technical means available to investigate this question and then goes on to consider the agents of concern. The book concludes with a look forward to future developments.
The Editors would like to thank the authors of the papers at the Advanced Research Workshops for their excellent presentations at the workshops and the production of their drafts. We are indebted to those who helped in the preparation of this volume. We should particularly like to acknowledge the help of Piers Millett, who compiled the papers, set them into camera-ready format and produced the index and Dr. Simon Whitby who made the final changes to the manuscript. Any remaining errors are, of course, our responsibility. Malcolm R. Dando Cyril Klement Marian Negut Graham S. Pearson IX ACHIEVING SECURITY BENEFITS FROM TECHNICAL COOPERATION UNDER THE BIOLOGICAL AND TOXIN WEAPONS CONVENTION GRAHAM S. PEARSON Visiting Professor of International Security, Department of Peace Studies, University of Bradford, Bradford, West Yorkshire BD7 IDP, UK 1. Background l The Biological and Toxin Weapons Convention which opened for signature in 1972 2 and entered into force in 1975 currently has 144 States Parties and 18 Signatory States Article I of the Convention is all-embracing in its complete prohibition of biological weapons stating that: Each State Party to this Convention undertakes never in any circumstances to develop, produce, stockpile or otherwise acquire or retain: (1) Microbial or other biological agents, or toxins whatever their origin or method of production, of types and in quantities that have no justification for prophylactic, protective or other peaceful purposes; (2) Weapons, equipment or means of delivery designed to use such
Microbial Forensics describes the new and growing field of Microbial Forensics- the science that will help bring to justice criminals and terrorists who use biological material to cause harm. This book describes the foundation of the field of microbial forensics and will serve as a basic primer to initiate those scientists and officials that have an interest in the topic. It covers a variety of areas from forensic science, to microbiology, to epidemiology, to bioinformatics, and to legal issues.* Provides the real science beyond that displayed on TV and in the movies * Covers not only microbes but also the biology, chemistry, physics & computer science that is used for identification.* Of relevance Internationally to military, intelligence, law enforcement, agricultural, legal and environmental fields
The use of biological warfare (BW) agents by states or terrorists is one of the world's most frightening security threats but, thus far, little attention has been devoted to understanding how to improve policies and procedures to identify and attribute BW events. Terrorism, War, or Disease? is the first book to examine the complex political, military, legal, and scientific challenges involved in determining when BW have been used and who has used them. Through detailed analysis of the most significant and controversial allegations of BW use from the Second World War to the present, internationally recognized experts assess past attempts at attribution of unusual biological events and draw lessons to improve our ability to counter these deadly silent killers. This volume presents the most comprehensive analysis of actual and alleged BW use, and provides an up-to-date evaluation of law enforcement, forensic epidemiology, and arms control measures available to policymakers to investigate and attribute suspected attacks.
The terrorist use of diseases as bioweapons has been one of the major security concerns in recent years, particularly after the anthrax letter attacks in the USA in 2001. This uncertain threat of intentional outbreaks of diseases exists side by side with the constantly changing very real threat from diseases, epidemics and pandemics as recently illustrated by the H1N1 influenza pandemic, SARS, and H5N1 bird influenza events. This publication contains case studies on the public health planning for (un)usual disease outbreaks for 11 large and small countries with a focus on South Eastern Europe. In many countries, military entities traditionally play an important role in emergency response to disease outbreaks. In smaller countries, very little exists, however, in terms of specific biopreparedness efforts (in both the military and civilian area), which is at least partly due to a relatively low bioterrorism threat perception, and serious resource constraints. The uncertainty associated with the bioterrorism threat makes public health preparedness planning for such events politically and financially very difficult. The similarity of responding to bioterrorism events and natural disease outbreaks from a public health point of view suggests the merit of looking at biopreparedness as a part of overall health emergency planning, not as a separate effort.
Biotechnology is vital to counter biological and toxin weapons. Without biotechnology, the detection, identification and diagnoses of, and medical countermeasures to such weapons would be virtually impossible. As biological and toxin agents occur in natural outbreaks of disease or intoxications, there are both civil and military benefit to be had from the use of biotechnology in providing effective countermeasures to such agents. The role of biotechnology in countering biological and toxin weapons is here addressed under seven major headings: The wider political and economic contexts; Enabling technologies for BTW agent detection; The applicability of biotechnological methods for BTW agent detection on the battlefield, in a terrorist incident, and in an inspection environment; Pre-exposure medical countermeasures; Diagnosis and identification; Post-exposure treatment and decontamination; Contribution of biotechnology to strengthening international conventions against BTW agents.
Provides a coherent and comprehensive account of the theory and practice of real-time human disease outbreak detection, explicitly recognizing the revolution in practices of infection control and public health surveillance. - Reviews the current mathematical, statistical, and computer science systems for early detection of disease outbreaks - Provides extensive coverage of existing surveillance data - Discusses experimental methods for data measurement and evaluation - Addresses engineering and practical implementation of effective early detection systems - Includes real case studies
The spread of weapons of mass destruction poses one of the greatest threats to international peace and security in modern times--the specter of nuclear, chemical, and biological weapons looms over relations among many countries. The September 11 tragedy and other terrorist attacks have been painful warnings about gaps in nonproliferation policies and regimes, specifically with regard to nonstate actors. In this volume, experts in nonproliferation studies examine challenges faced by the international community and propose directions for national and international policy making and lawmaking. The first group of essays outlines the primary threats posed by WMD proliferation and terrorism. Essays in the second section analyze existing treaties and other normative regimes, including the Nuclear Non-Proliferation Treaty and the Chemical Weapons and Biological Weapons Conventions, and recommend ways to address the challenges to their effectiveness. Essays in part three examine the shift some states have made away from nonproliferation treaties and regimes toward more forceful and proactive policies of counterproliferation, such as the Proliferation Security Initiative, which coordinates efforts to search and seize suspect shipments of WMD-related materials.
In these papers drawn from the January 2003 workshop, contributors describe methods of building integrated systems to combat epidemics and bio-terrorism. Their general topics include developing epidemiology with laboratory support as a biological attack identification tool, using national approaches to biodefense, and conducting risk assessment, cr.
The first accessible reference to cover the history, context, current issues, and key concepts surrounding biological, chemical, and nuclear weapons. A collection of information on everything from aerosols to zones of peace, these two volumes cover historical background, technology, and strategic implications of biological, chemical, and nuclear weapons, thus providing facts, terms, and context needed to participate in contemporary policy debate. This encyclopedia is the only comprehensive reference dedicated to the three types of weapons of mass destruction. With over 500 entries arranged alphabetically, volume one covers biological and chemical weapons, while volume two focuses on nuclear weapons. Experts from eight countries cover issues related to these weapons, policies, strategies, technologies, delivery vehicles, arms control concepts, treaties, and key historical figures and locations. Entries are written to make difficult concepts easy to understand by cutting through military and scientific jargon. Students, lay readers, scientists, and government policy makers are provided with the broad range of information needed to place today's policy discussions in proper strategic or historical context.