Titlebook: Recognition and Response in Plant-Virus Interactions; Ron S. S. Fraser (Workshop Director) Conference proceedings 1990 Springer-Verlag Ber

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Specificity and Recognition Events in the Transmission of Plant Viruses by Vectorse highly specific. Vector specificity is determined by recognition events between virus proteins and sites of retention in the vector. Virus particle protein is invariably involved but in some instances recognition is mediated by a non-particle protein (helper component), or by the particle protein

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Plant Virus Epidemiology: The Battle of the Genes All three components of the pathosystem are subject to genetic variability and there is abundant evidence of the way in which virus strain, host cultivar and vector biotype can influence the onset and course of epidemics. Indeed, virus epidemiology can be considered as a “battle” of virus, host and

Yag-Capsulotomy

Signals and Structures Involved in Early Interactions between Plants and Viruses or Pseudovirusesexposed portion of RNA. No cell specificity exists during virus uptake or early cotranslational disassembly. Virus-like reporter ribonucleocapsids were synthesized . to study the mechanism, sequence-dependence and site of disassembly and transient gene expression without concomitant replication. “Ps

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Genetic Organization, Evolution and Expression of Plant Viral RNA Genomesmay have either segmented or nonsegmented genomes that are expressed using a variety of translation strategies. Despite this variation, nucleotide sequence data reveal many interviral relationships and indicate that plant RNA viruses can be grouped into a small number of clusters. A review will be g

constellation

Replication of Plant RNA Viruses , in Relation to Virus-Host Interactionsrtments due to virus infection can indicate the parts of the cell likely to be involved in replication. The sites at which RNA replication occurs can also be ascertained by investigating where virus-specific, newly synthesized or double-stranded RNA species are located, or where the viral nonstructu

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Viroid Replication Mechanisms, circular RNA molecule of 246–375 nucleotides. The autonomous replication of viroid RNA in the infected cell requires a close interaction with host factors. At least two replication mechanisms for different viroids can be envisaged. This chapter gives a brief review of possible mechanisms of viroid