Description

In the past, research on plant viruses has made significant contributions to our understanding of eukaryotic biology. Recombinant protein-based illness therapeutics has recently been produced by the biotechnology sector, along with the evolution of viruses into expression vectors. For the generation of recombinant proteins, plant viral vectors are thought to be a good alternative. Pathogens are effectively turned into allies by using them to enhance agricultural productivity. The primary option for virus control is counteractive action. Preventing virus spread by either regulating the vectors or by destroying contaminated plants is a clear goal in the fight against plant virus disease. It is important that nurseries and tissue culture research centres provide reliable virus-free engendering material to maintain the interest of ranchers, the farming industry, as well as national and international trade. This book covers all aspects of plant viruses, including viral pathogenesis, relationships between viruses, quality capability, genetic characteristics, opposition to viruses, RNA hushing, etc. Additionally, concentrates with useful methodological applications, such diagnostic technologies and metagenomics, are distributed in this domain.