Virology

목차 (Table of Contents)

• CONTENTS
• PREFACE = ⅸ
• 1 GENERAL VIROLOGY(WHAT VIRUSES ARE AND HOW TO STUDY THEM) = 1
• 1.1 Discovery of viruses and the history of virology = 1
• 1.2 Nature of viruses : dead or alive? = 10
• 1.3 Symptoms of viral infection, and virus assays = 12
• 1.4 Methods for the purification of viruses = 17
• 1.5 Methods of characterization of viruses = 20
• 1.6 Methods of separation and characterization of viral components = 28
• 1.7 Methods of studying viral replication = 30
• 1.8 Terms used in describing the size, shape, and topography of viruses = 34
• 1.9 Classification and taxonomy of viruses = 38
• 2 UNENVELOPED PLUS-STRAND RNA VIRUSES = 39
• 2.1 Bacterial viruses(RNA phages, leviviridae) = 39
• 2.2 Plant viruses(phyto-picornaviruses) = 59
• 2.3 Animal viruses = 83
• 3 ENVELOPED PLUS-STRAND RNA VIRUSES = 94
• 3.1 Togaviridae = 94
• 3.2 Coronaviridae = 101
• 3.3 Retroviridae = 103
• 4 MINUS-STRAND RNA VIRUSES = 117
• 4.1 Rhabdoviridae of animals and plants = 117
• 4.2 Paramyxoviridae = 124
• 4,3 Orthomyxoviridae = 128
• 4,4 Arenaviridae = 139
• 4.5 Bunyaviridae = 140
• 5 VIROIDS AND OTHER DISEASE-ASSOCIATED SMALL RNAS = 143
• 5.1 Viroids = 143
• 5.2 Encapsidated small replicated but non-infectious RNAs = 146
• 6 DOUBLE-STRANDED RNA VIRUSES = 150
• 6.1 Reoviridae = 150
• 6.2 Bacteriophage Φ6 = 156
• 6.3 Mycoviruses(fungal viruses) = 157
• 7 SMALL GENOME DNA VIRUSES = 159
• 7.1 Isometric single-stranded DNA bacteriophages(microviridae) = 160
• 7.2 Filamentous single-stranded DNA bacteriophages(inoviridae) = 174
• 7.3 Parvoviridae = 179
• 7.4 Papovaviridae = 186
• 7.5 Other small genome DNA viruses = 195
• 8 MEDIUM AND LARGE DNA VIRUSES = 199
• 8.1 Adenoviridae = 199
• 8.2 Herpesviridae = 207
• 8.3 Poxviridae = 211
• 8.4 Insect DNA viruses(baculoviridae, iridoviridae) = 216
• 8.5 Medium-sized virulent and temperate phages = 219
• 8.6 Large phages = 231
• 9 EFFECTS OF BACTERIOPHAGES ON PROKARYOTIC CELL BIOLOGY = 249
• 9.1 Productive infections = 250
• 9.2 Lysogeny : nonproductive infections = 257
• 9.3 Conversion of host phenotype = 276
• 10 BIOLOGICAL CONSEQUENCES OF VIRAL INFECTION IN EUKARYOTIC CELLS = 281
• 10.1 General characterization of cell-virus interactions = 281
• 10.2 Interaction of viruses with the cell surface : receptors and membrane changes = 285
• 10.3 Morphologic alterations in cells = 294
• 10.4 Effects on synthesis of host macromolecules = 301
• 10.5 Interferon and viral interference = 306
• 11 TRANSFORMATION OF ANIMAL CELLS BY TUMOR VIRUSES = 315
• 11.1 Properties of transformed cells in culture = 316
• 11.2 DNA tumor viruses = 319
• 11.3 RNA tumor viruses = 328
• 12 BIOLOGICAL CONSEQUENCES OF VIRAL INFECTIONS ON ORGANISMS AND POPULATIONS = 343
• 12.1 Epidemiology of viral infections = 343
• 12.2 Pathogenicity and virulence of viruses = 350
• 12.3 Immunology, vaccination, and other methods to control viral diseases = 354
• 12.4 Persistent, latent, chronic, and slow virus infections = 362
• 12.5 Formation of tumors = 366
• 12.6 Response of plants to virus infection = 369
• 12.7 Bacteriophages in human activities = 371
• 12.8 The origin of viruses = 377
• GLOSSARY OF TECHNICAL TERMS = 379
• INDEX = 397