By Mandy Elschner, Sally Cutler, Manfred Weidmann, Patrick Butaye
In a single convenient publication, this reference gathers all of the useful details on 14 of the main generic risky teams of pathogens in biosafety point three and four laboratories. all of the chapters are uniformly dependent, with a quick evaluate of the microbiology, pathology, epidemiology and detection equipment for every workforce. moreover, a complete bankruptcy is dedicated to the specific biosafety necessities, disinfection, decontamination protocols, twist of fate literature and twist of fate techniques, in addition to remedies for the entire organisms. This bankruptcy is obviously marked and straightforward to discover whilst establishing the book.
crucial literature for the expanding variety of BSL3 or BSL4 labs world wide and for scientific amenities intervening when it comes to an incident.Content:
Chapter 1 Bacillus anthracis: Anthrax (pages 1–18): Markus Antwerpen, Paola Pilo, Pierre Wattiau, Patrick Butaye, Joachim Frey and Dimitrios Frangoulidis
Chapter 2 Brucella Species: Brucellosis (pages 19–35): Sally J. Cutler, Michel S. Zygmunt and Bruno Garin?Bastuji
Chapter three Burkholderia mallei: Glanders (pages 37–46): Lisa D. Sprague and Dr. Mandy C. Elschner
Chapter four Burkholderia pseudomallei: Melioidosis (pages 47–56): Lisa D. Sprague and Dr. Mandy C. Elschner
Chapter five Coxiella burnetii: Q Fever (pages 57–69): Matthias Hanczaruk, Dr. Sally J. Cutler, Rudolf Toman and Dimitrios Frangoulidis
Chapter 6 Francisella Tularensis: Tularemia (pages 71–84): Anders Johansson, Herbert Tomaso, Plamen Padeshki, Anders Sjostedt, Nigel Silman and Paola Pilo
Chapter 7 Yersinia Pestis: Plague (pages 85–121): Anne Laudisoit, Werner Ruppitsch, Anna Stoeger and Ariane Pietzka
Chapter eight Rickettsia Species: Rickettsioses (pages 123–148): Alice N. Maina, Stephanie Speck, Eva Spitalska, Rudolf Toman, Gerhard Dobler and Dr. Sally J. Cutler
Chapter nine Mycobacterium Tuberculosis: Tuberculosis (pages 149–171): Stefan Panaiotov, Massimo Amicosante, Marc Govaerts, Prof. Patrick Butaye, Elizabeta Bachiyska, Nadia Brankova and Victoria Levterova
Chapter 10 Influenza Virus: hugely Pathogenic Avian Influenza (pages 173–200): Chantal J. Snoeck, Nancy A. Gerloff, Radu I. Tanasa, F. Xavier Abad and Claude P. Muller
Chapter eleven Variola: Smallpox (pages 201–210): Andreas Nitsche and Hermann Meyer
Chapter 12 Arenaviruses: Hemorrhagic Fevers (pages 211–235): Amy C. Shurtleff, Steven B. Bradfute, Sheli R. Radoshitzky, Peter B. Jahrling, Jens H. Kuhn and Sina Bavari
Chapter thirteen Filoviruses: Hemorrhagic Fevers (pages 237–252): Victoria Wahl?Jensen, Sheli R. Radoshitzky, Sina Bavari, Peter B. Jahrling and Jens H. Kuhn
Chapter 14 Bunyavirus: Hemorrhagic Fevers (pages 253–289): Ali Mirazimi, Dr. Manfred Weidmann, F. Xavier Abad, Janusz T. Paweska and Jonas Klingstrom
Chapter 15 Bacillus anthracis (pages 291–297): Markus Antwerpen, Paola Pilo, Pierre Wattiau, Prof. Patrick Butaye, Joachim Frey and Dimitrios Frangoulidis
Chapter sixteen Brucella Species (pages 298–300): Dr. Sally J. Cutler, Michel S. Zygmunt and Bruno Garin?Bastuji
Chapter 17 Burkholderia mallei: Glanders (pages 301–302): Lisa D. Sprague and Dr. Mandy C. Elschner
Chapter 18 Burkholderia pseudomallei: Melioidosis (pages 303–305): Lisa D. Sprague and Dr. Mandy C. Elschner
Chapter 19 Coxiella burnetii: Q Fever (pages 306–308): Matthias Hanczaruk, Dr. Sally J. Cutler, Rudolf Toman and Dimitrios Frangoulidis
Chapter 20 Francisella tularensis: Tularemia (pages 309–311): Anders Johansson, Herbert Tomaso, Plamen Padeshki, Anders Sjostedt, Nigel Silman and Paola Pilo
Chapter 21 Yersinia pestis: Plague (pages 312–317): Anne Laudisoit, Werner Ruppitsch, Anna Stoeger and Ariane Pietzka
Chapter 22 Rickettsia Species: Rickettsioses (pages 318–321): Alice N. Maina, Stephanie Speck, Eva Spitalska, Rudolf Toman, Gerhard Dobler and Sally J. Cutler
Chapter 23 Mycobacterium tuberculosis: Tuberculosis (pages 322–325): Stefan Panaiotov, Massimo Amicosante, Marc Govaerts, Prof. Patrick Butaye, Elizabeta Bachiyska, Nadia Brankova and Victoria Levterova
Chapter 24 Influenza Virus: hugely Pathogenic Avian Influenza (pages 326–333): Chantal J. Snoeck and Claude P. Muller
Chapter 25 Variola: Smallpox (pages 334–337): Andreas Nitsche and Hermann Meyer
Chapter 26 Arenaviruses: Hemorrhagic Fevers (pages 338–343): Amy C. Shurtleff, Steven B. Bradfute, Sheli R. Radoshitzky, Peter B. Jahrling, Jens H. Kuhn and Sina Bavari
Chapter 27 Filoviruses: Hemorrhagic Fevers (pages 344–349): Victoria Wahl?Jensen, Sheli R. Radoshitzky, Sina Bavari, Peter B. Jahrling and Jens H. Kuhn
Chapter 28 Bunyavirus (pages 350–360): Ali Mirazimi, Dr. Manfred Weidmann, F. Xavier Abad, Janusz T. Paweska and Jonas Klingstrom
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Extra resources for BSL3 and BSL4 Agents: Epidemiology, Microbiology, and Practical Guidelines
However, national programs for the control and eradication of anthrax led to the decrease of its natural incidence in animals and in humans worldwide and restricted the disease to animal-related professions. It is nearly absent in northern, middle, and western Europe. Due to stringent measures when cases are met, the discovery of antibiotics, and the development of an effective vaccine, anthrax is no longer considered as one of the most important causes for economical losses in livestock farming.
E. (2004) Comparison of a multiplexed ﬂuorescent covalent microsphere immunoassay and an enzyme-linked immunosorbent assay for measurement of human immunoglobulin G antibodies to anthrax toxins. Clin. Diagn. Lab. , 11(1), 50–55. Bathnagar, R. and Batra, S. (2001) Anthrax toxin. Crit. Rev. , 27, 167–200. , and Imberechts, H. (2003) Bacillus anthracis. Vlaams Diergen. , 72, 43–50. 27. F. (2003) Comprehensive systematic surveillance for adverse effects of anthrax vaccine adsorbed, US Armed Forces, 1998–2000.
03 and more than 160 cases per 100 000 of the population have been recorded . In many of these countries comprehensive livestock surveillance data is not available, thus human infection serves as a sentinel for infection in livestock. 2 Molecular Typing Methods Classical biotyping has been the ‘‘gold standard’’ approach for distinguishing different isolates into their respective species and biovars. However, this requires highly skilled staff, large amounts of viable organism requiring containment level 3 facilities, and lengthy incubation periods.