Applied Plant Virology

<p>Important landmarks in the history of  virology<br>1. Major advances in the history of plant virology <br></p> <p>Techniques for assay detection and diagnosis of plant viruses<br>2. Recent Advances in  Plant virus Diagnostics in horticultural crops<br>3. Advance methods  in the isolation and characterization of plant viruses infecting crops<br>4. Diagnosis of the causal viruses of crop plants<br>5. Modern technologies for the diagnosis and assay of plants viruses <br>6. Diagnosis of Plant Virus Diseases' <br>7. Advances in  Protein based diagnostic tools of plant viruses<br>8. Rapid detection of plant viruses and viroids</p> <p><br>Architecture of Important viruses<br>9. ARCHITECTURE OF IMPORTANT PLANT VIRUSES: THE ROLE OF CAPSID PROTEIN - ITS ASSEMBLY AND ARCHITECTURE</p> <p><br>Plant molecular virology<br>10. Next generation sequencing technologies & plant molecular virology: a practical perspective<br>11. Molecular responses of plants to viruses with emphasis on small RNAs <br>12. Protein Preparation from Virus-Infected Plants for Protoplast-Chloroplast Proteomics<br>Replication of plant viruses <br>13. DNA plant viruses :Biochemistry ,replication and molecular genetics <br>14. RNA plant viruses :Biochemistry  ,replication and  molecular genetics <br>Physiology of virus infected hosts<br>15. Physiology of Virus Infected Plants<br>Viroids, Satellite viruses and satellite RNAs<br>16. VIROIDS: SMALL ENTITIES WITH A MEAN PUNCH<br></p> <p>Viruses of cryptogamic plants<br>17. Fungal Viruses<br>18. Algal Viruses</p> <p><br>Transmission of Plant Viruses<br>19. The Role of Heat shock Proteins, in Vector-Virus Transmission</p> <p><br>Vectors of  plant viruses/Virus ,Vector relationship<br>20. Mite (Acari: Acarina) Vectors Involving in Transmission of Plant Viruses<br>21. Different Nematodes and Plasmodiophorids as Vectors of Plant Viruses<br>22. Transmission of plant viruses through soil inhabiting nematode vectors<br>23. New Advances in Insect Vector Biology and Virus Epidemiology<br>24. Transmission of plant viruses in fields through various vectors<br>25. White fly (Bemisia tabaci)  as vector of plant viruses<br>26. Insect Vectors of Plant Viruses<br>27. Insects as Transport Devices of Plant Viruses</p> <p><br>Epidemiology and evolution of Viruses <br>28. Epidemiology and evolution of poytviruses infecting cucurbits</p> <p><br>Nomenclature and classification of plant  viruses<br>29. Plant  Virus Taxonomy</p> <p><br>Viral diseases of crops<br>30. Inter- and intraspecific interactions among plant viruses in mixed infections<br>31. Begomovirus research in Oman: A critical appraisal and the way ahead.<br>32. Papaya ringspot virus-Carica papaya pathosystem <br>33. Viral Diseases of Crops-a critical review<br>34. An insight into begomoviruses and associated satellites molecular diversity: Their prevalence and geographic distribution in ornamental plants across India<br>35. Recent advances in  begomoviruses research in India<br>36. Begomovirus research in Saudi Arabia: Current status and future prospects<br>37. Curly top virus transmission, epidemiology, and management</p> <p><br>Economic losses due to infection by plant viruses<br>38. Economic losses due to infection by plant viruses</p> <p><br>Human disorders caused by ssRNA plant viruses and DNA green algal virus<br>39. PLANT and GREEN MICROALGAE VIRUSES IN HUMAN DISEASES <br>Strategies for the Management of Viral diseases of crops<br>I. Antiviral Agents<br>40. Management of viral diseases of crops<br>41. Prevention and control of Viral Diseases of Crops<br>II. Systemic induced resistance<br>42. Systemic resistance  inducers from  plants –an ecofriendly approach for the management of viral diseases  of crops<br>43. Mechanisms of systemic induced resistance in host plants <br>44. CRISPR Cas  system for engineering resistance to plant viruses<br>45. Molecular tools  for engineering resistance in hosts against  plant viruses<br>46. CRISPR -Cas system--a promising tool  for engineering resistance to plant viruses <br>47. Plant translation factors and virus resistance   <br>48. Host Factor-Targeted Resistance to Plant Viruses<br>49. Mechanisms of natural and genetically engineered resistance against Viruses<br>III. Integrated Management of viral diseases of crops<br>50. Integrated Management of Vectored Viral Diseases of Plants<br>51. Viruses of Orchids and Their Management Strategies <br></p> <p>Exclusion of plant viruses by certification and quarantine.<br>52. Elimination  of viruses through  plant  quarantine<br>53. Exclusion of plant viruses by certification and quarantine</p> <p><br>Evolution of Plant viruses<br>54. Origin and evolution of plant viruses</p>