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Handbook of Plant Virology [Kõva köide]

(Wageningen Agricultural University, Wageningen, NET), (National Botanical Research Institute, Lucknow, India)
  • Formaat: Hardback, 476 pages, kõrgus x laius: 229x152 mm, kaal: 861 g
  • Ilmumisaeg: 05-Jul-2006
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1560229780
  • ISBN-13: 9781560229780
Teised raamatud teemal:
  • Formaat: Hardback, 476 pages, kõrgus x laius: 229x152 mm, kaal: 861 g
  • Ilmumisaeg: 05-Jul-2006
  • Kirjastus: CRC Press Inc
  • ISBN-10: 1560229780
  • ISBN-13: 9781560229780
Teised raamatud teemal:
All the information you need on plant viruses in a single volume

The Handbook of Plant Virology is a comprehensive guide to the terms and expressions commonly used in the study of plant virology, complete with descriptions of plant virus families down to the generic level. Rather than simply listing terms in alphabetical order, this unique book links each term to related terms within a theme and adds commentary from authors whose specific expertise adds additional dimensions to the topics. The result is an invaluable resource for research workers, educators, and students working in plant virology and pathology, crop protection, molecular biology, and plant breeding.

The Handbook of Plant Virology provides enough details and background in the discussion of each topic to present a clear and thorough understanding of terms without the lengthy analysis found in most textbooks. The book’s first section covers:
  • the mechanics of virus classification
  • internal and external symptoms (with color illustrations)
  • isolation and purification
  • genome packaging
  • replication and gene expression
  • detection and identification
  • various methods of virus transmission
  • serology
  • forecasting disease development
  • recombination
  • control strategies
  • economic importance
  • and much more
  • The second section of The Handbook of Plant Virology is devoted to concise descriptions of the 81 genera and 18 families of plant viruses, including:
    • positive-sense, single-stranded RNA viruses, such as Potyviridae, Sequiviridae, and Comoviridae
    • double-stranded RNA viruses, such as Reoviridae and Partitiviridae
    • negative-sense, single-stranded RNA viruses, such as Rhabdoviridae and Bunyaviridae
    • single-stranded DNA viruses, such as Geminiviridae, Pseudoviridae, Metaviridae
    • The Handbook of Plant Virology also includes photos, illustrations, figures, diagrams, and brief, but detailed, bibliographies. The book’s concise mix of information on currently assigned taxonomic families and the genera of plant viruses make it an essential reference tool for practitioners, researchers, educators, and students.



  • The Handbook of Plant Virology is a comprehensive guide to the terms and expressions commonly used in the study of plant virology, complete with descriptions of plant virus families down to the generic level. Rather than simply listing terms in alphabetical order, this unique book links each term to related terms within a theme and adds commentary from authors whose specific expertise adds additional dimensions to the topics. The result is an invaluable resource for research workers, educators, and students working in plant virology and pathology, crop protection, molecular biology, and plant breeding.
    About the Editors xiii
    Contributors xv
    Preface xvii
    A Historical Outline of Plant Virology
    1(10)
    J. P. H. van der Want
    Early Concepts of Virus
    1(2)
    Virus As Pathogen
    3(3)
    Virus As Infectious Macromolecule
    6(5)
    Plant Virus Taxonomy
    11(12)
    Mike A. Mayo
    Allan A. Brunt
    Introduction
    11(1)
    Nomenclature
    12(2)
    Virus Species
    14(2)
    Orthography
    16(1)
    The Current Genera and Families of Plant Viruses
    16(4)
    The Mechanics of Virus Classification
    20(3)
    Symptomatology
    23(10)
    Jeanne Dijkstra
    Jawaid A. Khan
    Introduction
    23(1)
    Internally Visible Symptoms
    24(1)
    Externally Visible Symptoms
    25(8)
    Isolation and Purification of Plant Viruses
    33(10)
    Sara Hughes
    Nicola Spence
    Introduction
    33(1)
    Plant Material
    33(1)
    Extraction of Infected Plant Material
    34(2)
    Clarification of Plant Extract
    36(1)
    Concentration of the Virus and Further Purification
    36(2)
    Assaying the Virus in Purified Preparations
    38(1)
    Maintenance of Purified Virus
    38(1)
    Case Studies
    38(5)
    Architecture of Plant Viruses
    43(10)
    Ayala L. N. Rao
    Vijay Reddy
    Introduction
    43(1)
    Capsid Morphology
    44(3)
    Interactions Promoting Virus Assembly
    47(2)
    Pathways
    49(1)
    Genome Packaging
    50(3)
    Replication and Gene Expression of Plant RNA Viruses
    53(22)
    Kook-Hyung Kim
    Introduction
    53(1)
    Genome Structure
    53(4)
    Expression Strategies
    57(7)
    Viruses with Divided Genomes
    64(1)
    Regulation of Replication
    65(1)
    Synthesis of RNA
    66(4)
    Viruses with Incomplete RNA Genomes
    70(2)
    Concluding Remarks
    72(3)
    Replication and Gene Expression of DNA Viruses
    75(18)
    Crisanto Gutierrez
    Introduction
    75(1)
    Genome Structure
    75(6)
    Transcription Strategies
    81(3)
    Genome Replication
    84(3)
    Regulation of DNA Replication/Virus-Host Interactions
    87(2)
    Viruses with Incomplete Genomes
    89(4)
    Viroids
    93(14)
    Ricardo Flores
    Vicente Pallas
    Structure
    93(4)
    Replication
    97(4)
    Movement
    101(1)
    Pathogenesis
    102(1)
    Diseases
    103(1)
    Diagnosis and Identification
    104(3)
    Transmission of Plant Viruses by Arthropods
    107(20)
    Dick Peters
    Introduction
    107(1)
    The Vectors
    108(1)
    The Biology of Aphids
    108(4)
    Noncirculative Transmission of Viruses by Aphids
    112(2)
    Viruses Transmitted in the Semipersistent Way
    114(1)
    Circulative Transmission of Plant Viruses
    115(4)
    Transmission of Geminiviruses by Whiteflies and Planthoppers
    119(1)
    Circulative/Propagative Transmission of Plant Viruses
    120(1)
    Thrips Transmission of Tospoviruses
    121(2)
    Noncirculative/Circulative Transmission of Plant Viruses by Beetles
    123(1)
    Virus Transmission by Mites
    124(3)
    Plant Virus Transmission: Fungi, Nematodes, and Seeds
    127(10)
    Jeanne Dijkstra
    Jawaid A. Khan
    Transmission by Fungi
    127(1)
    Contact Between Virus and Fungus
    128(1)
    Molecular Interactions Between Virus and Fungus
    129(1)
    Transmission by Nematodes
    130(1)
    Contact Between Virus and Nematode
    130(1)
    Molecular Interactions Between Virus and Nematode
    131(1)
    Seed Transmission
    132(1)
    Contact Between Virus and Seeds
    132(1)
    Molecular Interactions Between Virus and Seed
    133(2)
    Transmission Through Pollen Grains
    135(2)
    Mechanical Transmission of Plant Viruses
    137(8)
    Jeanne Dijkstra
    Jawaid A. Khan
    Experimental Mechanical Transmission
    137(2)
    Susceptibility of the Test Plant
    139(1)
    Inoculation of Isolated Protoplasts
    140(1)
    Natural Mechanical Transmission
    140(1)
    Transmission by Grafting
    141(1)
    Transmission by Vegetative Propagation
    142(1)
    Transmission by Dodder
    143(2)
    Serology
    145(12)
    Marc H. V. van Regenmortel
    Introduction
    145(1)
    Antibodies
    145(2)
    Viral Antigens and Epitopes
    147(2)
    Antibody Production
    149(3)
    Precipitation Tests
    152(1)
    Immunodiffusion Tests
    153(1)
    Enzyme-Linked Immunosorbent Assay
    154(1)
    Other Immunoassays
    154(2)
    Serological Differentiation Index
    156(1)
    Detection and Identification of Plant Viruses and Disease Diagnosis
    157(14)
    Francisco J. Morales
    Introduction
    157(1)
    Detection
    157(4)
    Identification
    161(5)
    Diagnosis
    166(2)
    Conclusion
    168(3)
    Ecology and Epidemiology
    171(14)
    Michael J. Jeger
    Introduction
    171(1)
    Sources of Infection
    172(1)
    Vectors and Mode of Spread
    173(2)
    Epidemiological Cycles of Infection
    175(1)
    Quantifying Virus Spread
    176(2)
    Cultural Practices
    178(2)
    Environmental Conditions
    180(1)
    Forecasting Disease Development
    181(4)
    Recombination in Plant Viruses
    185(14)
    Chikara Masuta
    Masashi Suzuki
    Introduction
    185(1)
    Classification of RNA Recombination
    185(2)
    Natural Recombination
    187(2)
    Recombination Between Viral RNA and Transgenes
    189(1)
    Pseudorecombination (Reassortment)
    189(1)
    Mechanism of RNA Recombination
    190(2)
    Identification of Recombination
    192(2)
    Significance in RNA Recombination
    194(1)
    Recombination in DNA Viruses
    195(4)
    Virus Variability and Evolution
    199(12)
    Fernando Garcia-Arenal
    Jose M. Malpica
    Introduction
    199(1)
    Mutation
    199(1)
    Genetic Exchange
    200(1)
    Strains
    201(1)
    Selection
    202(3)
    Genetic Drift
    205(1)
    Genetic Polymorphism and Population Diversity
    206(5)
    Recombinant DNA Technology in Plant Virology
    211(10)
    Huub J. M. Linthorst
    Introduction
    211(1)
    Reverse Genetics
    211(1)
    Genetic Transformation
    212(1)
    Transgenic Plants
    213(2)
    Construction of Infectious cDNA Clones of RNA Viruses
    215(1)
    Transient Gene Expression
    216(1)
    Plant Virus Gene Vectors
    217(1)
    Recombinant Proteins
    218(1)
    Antibody Expression
    219(2)
    Resistance to Viral Infections in Plants
    221(14)
    Jennifer L. Miller
    Tessa M. Burch-Smith
    S. P. Dinesh-Kumar
    Introduction
    221(1)
    Resistance-Gene-Dependent Responses
    222(5)
    Homology-Dependent Resistance Responses
    227(1)
    Pathogen-Derived Resistance
    228(5)
    Discussion
    233(2)
    Virus Diseases: Economic Importance and Control Strategies
    235(18)
    A. F. L. M. Derks
    Direct and Indirect Crop Losses
    235(1)
    Sources of Infection
    236(2)
    Disease Forecasting
    238(1)
    Direct Control
    239(1)
    Indirect Control
    240(1)
    Vector Control
    241(1)
    Cultural Practices
    242(2)
    Breeding for Resistance
    244(2)
    Transgenic Plants
    246(1)
    Meristem Tip Culture
    247(1)
    Virus-Free Stocks
    248(1)
    Certification Schemes
    248(1)
    Import and Quarantine
    249(4)
    Appendix
    1. Description of Positive-Sense, Single-Stranded RNA Viruses
    253(136)
    Jeanne Dijkstra
    Jawaid A. Khan
    Family Polyviridae
    253(10)
    Family Sequiviridae
    263(5)
    Family Comoviridae
    268(7)
    Family Luteoviridae
    275(7)
    Family Tymoviridae
    282(7)
    Family Tombusviridae
    289(22)
    Family Bromoviridae
    311(11)
    Family Closteroviridae
    322(8)
    Family Flexiviridae
    330(18)
    Unassigned Genera
    348(41)
    Appendix
    2. Description of Double-Stranded RNA Viruses
    389(14)
    Jeanne Dijkstra
    Jawaid A. Khan
    Family Reoviridae
    389(7)
    Family Partitiviridae
    396(3)
    Unassigned Genus
    399(4)
    Appendix
    3. Description of Negative-Sense, Single-Stranded RNA Viruses
    403(16)
    Jeanne Dijkstra
    Jawaid A. Khan
    Family Rhabdoviridae
    403(4)
    Family Bunyaviridae
    407(3)
    Unassigned Genera
    410(9)
    Appendix
    4. Description of Single-Stranded DNA Viruses
    419(12)
    Jeanne Dijkstra
    Jawaid A. Khan
    Family Geminiviridae
    419(5)
    Family Nanoviridae
    424(7)
    Appendix
    5. Description of Reverse-Transcribing Viruses
    431(12)
    Jeanne Dijkstra
    Jawaid A. Khan
    Family Caulimoviridae
    431(7)
    Family Pseudoviridae
    438(2)
    Family Metaviridae
    440(3)
    Index 443
    Jawaid Khan, Jeanne Dijkstra