Explore plant molecular virology with this uniquely valuable book, which highlights the tremendous progress of knowledge in different areas of the field over the last decade. Here you'll find new information about virus taxonomy, the molecular basis of virus transmission, replication and gene expression of RNA/DNA viruses, and novel aspects of plant virus detection technologies. Plant Viruses As Molecular Pathogens is the only book to compile all of this information in a single volume! To view an excerpt online, find the book in our QuickSearch catalog at www.HaworthPress.com.
Explore plant molecular virology with this uniquely valuable book, which highlights the tremendous progress of knowledge in different areas of the field over the last decade. Here you'll find new information about virus taxonomy, the molecular basis of virus transmission, replication and gene expression of RNA/DNA viruses, and novel aspects of plant virus detection technologies. Plant Viruses As Molecular Pathogens is the only book to compile all of this information in a single volume! To view an excerpt online, find the book in our QuickSearch catalog at www.HaworthPress.com.
Contents Preface Chapter 1. The Principles and Current Practice of Plant Virus Taxonomy Introduction The Underlying Principles The Role of ICTV The Current System of Plant Virus Classification Future Prospects Chapter 2. How to Write The Names of Virus Species Chapter 3. Genes Involved in Insect-Mediated Transmission of Plant Viruses Introduction Insect Vectors of Plant Viruses Classification of Transmission Modes Nonpersistent and Semipersistent Transmission Circulative Nonpropagative Transmission Circulative Propagative Transmission Concluding Remarks Chapter 4. Characteristic Features of Virus Transmission by Nematodes Introduction Vector Nematodes Viruses Transmitted by Nematodes Mechanism of Virus Transmission Control of Nematode-Transmitted Viruses Chapter 5. Virus Transmission by Fungal Vectors Introduction Fungal Vectors Fungus-Transmitted Viruses Modes of Transmission Mechanism of Virus-Vector Association Epidemiology and Control of fungus-Borne Viruses Conclusions Chapter 6. Seed Transmission of Viruses: Biological and Molecular Insights Introduction Biological Characteristics Genetic Determinants Conclusions Chapter 7. Molecular Biology of Plant Virus Movement Introduction Movement of Plant Viruses Current Status Chapter 8. Mechanism of RNA Synthesis by a Viral RNA-Dependent RNA Polymerase Introduction Initiation of RNA Synthesis Abortive Synthesis Transition from Initiation to Elongation Termination of RNA Synthesis Comparison of RNA-Dependent and DNA-Dependent RNA Synthesis Final Comments
Contents Preface Chapter 1. The Principles and Current Practice of Plant Virus Taxonomy Introduction The Underlying Principles The Role of ICTV The Current System of Plant Virus Classification Future Prospects Chapter 2. How to Write The Names of Virus Species Chapter 3. Genes Involved in Insect-Mediated Transmission of Plant Viruses Introduction Insect Vectors of Plant Viruses Classification of Transmission Modes Nonpersistent and Semipersistent Transmission Circulative Nonpropagative Transmission Circulative Propagative Transmission Concluding Remarks Chapter 4. Characteristic Features of Virus Transmission by Nematodes Introduction Vector Nematodes Viruses Transmitted by Nematodes Mechanism of Virus Transmission Control of Nematode-Transmitted Viruses Chapter 5. Virus Transmission by Fungal Vectors Introduction Fungal Vectors Fungus-Transmitted Viruses Modes of Transmission Mechanism of Virus-Vector Association Epidemiology and Control of fungus-Borne Viruses Conclusions Chapter 6. Seed Transmission of Viruses: Biological and Molecular Insights Introduction Biological Characteristics Genetic Determinants Conclusions Chapter 7. Molecular Biology of Plant Virus Movement Introduction Movement of Plant Viruses Current Status Chapter 8. Mechanism of RNA Synthesis by a Viral RNA-Dependent RNA Polymerase Introduction Initiation of RNA Synthesis Abortive Synthesis Transition from Initiation to Elongation Termination of RNA Synthesis Comparison of RNA-Dependent and DNA-Dependent RNA Synthesis Final Comments
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