The Togaviruses: Biology, Structure, ReplicationThe Togaviruses: Biology, Structure, Replication deals with the biology, structure, and replication of rotaviruses. This book covers topics such as the biochemistry of rotaviruses and the biological and medical challenges they pose. It also gives an account of their mechanisms of replication that might lead to perceptions of the capacity to solve biological and epidemiological problems through the concepts and technology of molecular biology. This text is comprised of 21 chapters that explore clinical details, routine procedures for diagnostic virus isolation and identification and for serological tests; immunological host responses; the role of interferons; antiviral chemotherapy; and vaccine development. The discussion begins with a historical overview of arboviruses, followed by a description of all the viruses that belong to Togaviridae. These include alpha- and flaviviruses, rubiviruses, pestiviruses, and other ""non-arbo"" togaviruses. The next chapters focus on the arthropod-vertebrate-arthropod transmission cycle and its experimental equivalents, along with the viruses' structure, composition, and replication. This book concludes with a summary of physicochemical, morphological, and clinical data on non-arbo togaviruses. This reference material will be of interest to physicians, veterinarians, ecologists, entomologists, epidemiologists, cell biologists, immunologists, virologists, physical chemists, biochemists, molecular biologists, and geneticists. |
Contents
| 1 | |
| 13 | |
| 47 | |
Chapter 4 VirusHost Interactions in Natural and Experimental Infections with Alphaviruses and Flaviviruses | 83 |
Chapter 5 Immunological Parameters of Togavirus Disease Syndromes | 107 |
The Role of Arthropods as Hosts and Vectors and of Vertebrate Hosts in Natural Transmission Cycles | 175 |
Chapter 7 Arthropods as Hosts and Vectors of Alphaviruses and FlavivirusesExperimental Infections | 229 |
Chapter 8 Togavirus Morphology and Morphogenesis | 241 |
Chapter 13 Translation and Processing of Alphavirus Proteins | 371 |
Genetics and Physiology | 393 |
Chapter 15 Defective Interfering Alphaviruses | 427 |
Chapter 16 Effects of Alphaviruses on Host Cell Macromolecular Synthesis | 459 |
Chapter 17 The Assembly of Alphaviruses | 473 |
Chapter 18 Chemical and Antigenic Structure of Flaviviruses | 503 |
Chapter 19 Replication of Flaviviruses | 531 |
Chapter 20 Togaviruses in Cultured Arthropod Cells | 583 |
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Common terms and phrases
26 S RNA 42 S RNA acid Aedes aegypti albopictus cells alphavirus antibody antigenic arboviruses arthropod BHK cells Biol Burge capsid capsid protein Casals cell cultures cells infected Chapter chikungunya core Culex cytoplasm dengue infections dengue virus dengue-2 detected disease dsRNA encephalitis virus envelope epidemic flaviviruses genome Gesamte Virusforsch glycoproteins Halstead hemorrhagic Horzinek host cell Igarashi immune infected cells interferon isolated Kääriäinen Kennedy labeled lipid mice molecular weight monkeys mosquito mosquito cells mRNA mutants nonstructural nucleocapsid observed occur Pfefferkorn phenotype plaque plasma membrane polymerase polypeptide Proc protein synthesis replication RNA synthesis rubella Schlesinger Semliki Forest Semliki Forest virus sequences serological serum Sindbis virus species Stollar strain Strauss structural proteins studies surface tick-borne tion titer Togaviridae togaviruses Trent vector vertebrate viral RNA viremia virions Virol Virology virulence virus infection virus particles virus-specific viruses Wengler Westaway yellow fever


