Principles of plant virology : genome, pathogenicity, virus ecology

著者

    • Astier, Suzanne
    • Albouy, Josette
    • Maury, Yves
    • Robaglia, Christophe
    • Lecoq, Hervé

書誌事項

Principles of plant virology : genome, pathogenicity, virus ecology

S. Astier ... [et al.]

Science Publishers, c2007

  • : PB
  • : HC

タイトル別名

Principes de virologie végétale : génome, pouvoir pathogène, écologie des virus

大学図書館所蔵 件 / 全4件

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注記

Translation of: Principes de virologie végétale : génome, pouvoir pathogène, écologie des virus

Other authors: Josette Albouy, Yves Maury, Christophe Robaglia, Hervé Lecoq

Originally published: Paris : INRA, c2001

"Revisewd and updated S. Astier, C. Robaglia and H. Lecoq for the English Edition in 2006" -- T.p. verso

Bibliography: p. [405]-457

内容説明・目次

巻冊次

: HC ISBN 9781578083169

目次

  • THE VIRUS, THE CELL AND THE PLANT
  • Viral Structures
  • * Architecture of the virion
  • * Viral nucleic acids
  • * Viral information: a protected message
  • Infection of the Cell: Synthesis of Viral Proteins
  • * Entry of viral genetic information into the cell
  • * Translation of the viral messenger
  • Infection of the Cell: Replication of the Viral Nucleic Acid
  • * Replication of positive-sense RNA viruses
  • * Replication of negative-sense RNA viruses
  • * Replication of single-stranded DNA viruses: Geminiviridae and Nanoviridae
  • * Replication of double-stranded DNA viruses: Caulimoviridae
  • * Conclusion
  • Plant Virus Movement
  • * TMV movement: a model system
  • * The movement of other viruses
  • * Another form of cell-to-cell movement: the viral particle
  • * Virus movement: a paradigm for macromolecular trafficking within plants
  • * Concluding remarks
  • The defence reaction of the infected plant
  • * Recovery from viral infection is due to an RNA silencing mechanism similar to post-transcriptional gene silencing (PTGS)
  • * Viruses can suppress RNA silencing
  • * Concluding remarks: RNA silencing, the tip of the iceberg?
  • Resistance with Hypersensitivity Reaction and Extreme Resistance
  • * Description of resistance
  • * Induction of resistance
  • * Translation of the signal
  • * The expression of resistance
  • * Conclusion
  • Subviral Pathogenic RNAs: Satellites and Viroids
  • * Satellite viruses and satellite RNAs
  • * Viroids. THE VIRUS IN THE AGRO-ENVIRONMENT
  • Virus Dissemination
  • * To be transmitted or to disappear
  • * Specific molecular interactions between viruses and vectors
  • * The epidemiology of viral diseases
  • Diagnostic Methods
  • * Symptoms observed on the plant
  • * Symptoms observed at the cellular level
  • * Diagnosis through biological means
  • * Serological diagnostics
  • * Towards plant virus diagnosis in the fields
  • * Contribution of electron microscopy
  • * Detection of viral nucleic acids
  • * Towards efficient use of diagnostic methods
  • Control of Plant Viral Diseases: Prophylactic Measures
  • * Virus-free seeds and vegetative propagules
  • * Preventing and reducing virus dissemination
  • Controlling Plant Viral Diseases: Breeding for Resistant Varieties
  • * Search for and characterization of virus resistances
  • * Diversity of resistance mechanisms
  • * Durability of resistance genes
  • Control of Plant Viral Diseases: Genetic Engineering for Protection
  • * Gene transfer
  • * How is a transgenic plant obtained?
  • * Transgenic protection against plant viruses
  • * Potential environmental impact of virus-resistant transgenic plants
  • EVOLUTION AND CLASSIFICATION OF VIRUSES
  • Evolution of Viruses
  • * Mutation
  • * Recombination
  • * Viral sequences are integrated in plant DNA
  • * Viral quasi-species
  • * Vectors, a field that is constantly explored by viruses
  • * New viral diseases and emerging viruses
  • * Molecular phylogenies
  • * Origin of viruses and viral genes: modular evolution
  • * A phylum: positive-sense RNA viruses
  • * A provisional conclusion: How is a virus produced?
  • Classification of Plant Viruses
  • * Species
  • * Genera
  • * Families
  • * Orders
  • Viral Genera
  • * Positive-sense single-stranded RNA viruses One isometric particle
  • * Positive-sense single-stranded RNA viruses bipartite genome, isometric particles
  • * Positive-sense single-stranded RNA viruses tripartite genome, isometric particles
  • * Positive-sense single stranded RNA viruses helical rod-shaped particles
  • * Positive-sense single stranded RNA viruses helical filamentous particles
  • * Negative-sense single stranded RNA viruses
  • * Double-stranded RNA viruses
  • * Single-stranded RNA viruses
  • * Double-stranded DNA reverse-transcribing viruses
  • Glossary.
巻冊次

: PB ISBN 9781578085033

目次

  • THE VIRUS, THE CELL AND THE PLANT: Viral Structures
  • Infection of the Cell: Synthesis of Viral Proteins
  • Infection of the Cell: Replication of the Viral Nucleic Acid
  • Plant Virus Movement
  • The defence reaction of the infected plant
  • Resistance with Hypersensitivity Reaction and Extreme Resistance
  • Subviral Pathogenic RNAs: Satellites and Viroids
  • THE VIRUS IN THE AGRO-ENVIRONMENT: Virus Dissemination
  • Diagnostic Methods
  • Control of Plant Viral Diseases: Prophylactic Measures
  • Controlling Plant Viral Diseases: Breeding for Resistant Varieties
  • Control of Plant Viral Diseases: Genetic Engineering for Protection
  • EVOLUTION AND CLASSIFICATION OF VIRUSES: Evolution of Viruses
  • Classification of Plant Viruses
  • Viral Genera.

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