Geminivirus: Detection, Diagnosis and Management focuses on the latest techniques for managing diseases caused by these circular, single-stranded (ss) DNA genomes. The most significant impact of plant diseases in host populations is often caused by emerging diseases, whose incidence in a plant host is increasing as a result of long-term changes in their underlying epidemiology. Genetic changes in pathogen and host populations, as well as changes in host ecology and environment, are major factors contributing to disease emergence. Understanding plant virus evolution is crucial for modeling the within-host and between-host dynamics and genetics of virus populations.
The book presents a comprehensive review of how these viruses develop, including contributing factors such as population bottlenecks during cell-to-cell movement, systemic colonization, or between-host transmission by different procedures.
Presented in five sections—Detection and Diagnosis, Emergence and Diversity, Vector and Transmission, Virus–Host Interaction, and Disease Management, the book includes host range determinant and virulence factors involved in pathogenesis, virus–vector interactions during acquisition, retention, and transmission and evaluating management strategies to control Geminivirus.
The book is an essential reference for students and researchers interested in plant virology, particularly begomoviruses, geminiviruses, and vector transmission biology.
1. Geminivirus: Detection, Diagnosis and Management - p. Page i 2. Cover - p. Page i 3. Title page - p. Page ii 4. Table of Contents - p. Page iii 5. Copyright - p. Page iii 6. Contents - p. Page vi 7. List of contributors - p. Page vii 8. About the editors - p. Page vii 9. Foreword - p. Page ix 10. Preface - p. Page x 11. A journey of Geminivirus - p. Page xi 12. List of Illustrations - p. Page xv 13. List of Tables - p. Page xvi 14. Chapter 1 : Current challenges and future perspectives on detection of geminiviruses - p. Page xvi 15. Chapter 2 : Molecular detection and characterization of begomoviruses infecting Amaranthus, a protein-rich crop - p. Page 17 16. Chapter 3 : Recent developments in the diagnosis of geminiviruses - p. Page 31 17. Chapter 4 : Viral metagenomics for the analysis of the Begomovirus genome - p. Page 39 18. Chapter 5 : In silico detection tools for begomoviruses causing leaf curl disease in crops and its management through RNA interference - p. Page 52 19. Chapter 6 : Origin, evolution and bottlenecks of geminiviruses - p. Page 72 20. Chapter 7 : Spotlight on the recently discovered aphid-transmitted geminiviruses - p. Page 90 21. Chapter 8 : Emergence of begomoviruses in cucurbits as a menace for its cultivation - p. Page 103 22. Chapter 9 : Begomoviruses in crops with economic interest for North and Central America - p. Page 118 23. Chapter 10 : Diversity of begomoviruses infecting crops and weeds in the Caribbean and Latin America - p. Page 131 24. Chapter 11 : Diversity of geminiviruses occurring on jatropha (Jatropha curcus), a biodiesel crop - p. Page 151 25. Chapter 12 : Geminiviruses occurrence in the middle east and their impact on agriculture in Iraq - p. Page 167 26. Chapter 13 : Diversity of begomoviruses associated with gourds - p. Page 183 27. Chapter 14 : Characterization of begomoviruses and DNA satellites associated with tomato - p. Page 213 28. Chapter 15 : Replication and transovarial transmission of tomato yellow leaf curl virus in its whitefly vector: myth or reality? - p. Page 230 29. Chapter 16 : The other face of pollinating insects and their relationship to geminivirus transmission - p. Page 249 30. Chapter 17 : Behavioral manipulation for managing Bemisia tabaci as a virus vector - p. Page 257 31. Chapter 18 : Enigmatic emergence of seed transmission of geminiviruses - p. Page 282 32. Chapter 19 : The diverse roles of the multifunctional C4/AC4 protein in geminivirus infection - p. Page 304 33. Chapter 20 : Geminivirus DNA replication in plants - p. Page 319 34. Chapter 21 : Begomovirus–host protein-protein interactions in intracellular virus movement - p. Page 338 35. Chapter 22 : Geminivirus promoters: a breakthrough in transgenic research - p. Page 354 36. Chapter 23 : Molecular evaluation of geminiviruses and their interaction with host plants - p. Page 364 37. Chapter 24 : Molecular insights into pathogenicity determinant proteins of geminiviruses - p. Page 377 38. Chapter 25 : The begomovirus–host interplay in viral replication and movement - p. Page 391 39. Chapter 26 : Role of plant viral satellites association in geminivirus infection - p. Page 412 40. Chapter 27 : Geminivirus infections co-opt posttranslational modification of proteins during viral pathogenesis - p. Page 439 41. Chapter 28 : Exploring the functional interactions between geminivirus and host during viral replication, assembly, and movement - p. Page 451 42. Chapter 29 : Molecular arms race between geminiviruses and host plants during infection cycle—a transcriptomics overview - p. Page 465 43. Chapter 30 : Resistance to geminivirus infections: natural and induced by controlled elicitation - p. Page 480 44. Chapter 31 : Invasive tomato yellow leaf curl virus recombinants challenge virus diagnosis and disease management - p. Page 493 45. Chapter 32 : Natural and engineered host resistance for geminivirus management - p. Page 509 46. Chapter 33 : Natural and engineered resistance: implications for managing the cassava mosaic disease - p. Page 523 47. Chapter 34 : Host immunity and viral counter defense - p. Page 542 48. Chapter 35 : Disease rating scale for the resistant screening against begomoviruses causing yellow mosaic disease in different crops - p. Page 556 49. Chapter 36 : Overview of host factors and geminivirus proteins involved in virus pathogenesis and resistance - p. Page 572 50. Chapter 37 : Application of virus-induced gene silencing in crops: mechanism, assessment of risk factors and ecological advantages - p. Page 581 51. Chapter 38 : Peptide aptamers: selection strategies, mechanisms, and applications in engineered geminivirus resistance - p. Page 595 52. Chapter 39 : Geminiviruses infecting tomato: genetic diversity, distribution, natural and genetically engineered resistance - p. Page 607 53. Chapter 40 : Evaluating management strategies to control geminivirus - p. Page 624 54. Index - p. Page 645
Geminivirus: Detection, Diagnosis and Management focuses on the latest techniques for managing diseases caused by these circular, single-stranded (ss) DNA genomes. The most significant impact of plant diseases in host populations is often caused by emerging diseases, whose incidence in a plant host is increasing as a result of long-term changes in their underlying epidemiology. Genetic changes in pathogen and host populations, as well as changes in host ecology and environment, are major factors contributing to disease emergence. Understanding plant virus evolution is crucial for modeling the within-host and between-host dynamics and genetics of virus populations.
The book presents a comprehensive review of how these viruses develop, including contributing factors such as population bottlenecks during cell-to-cell movement, systemic colonization, or between-host transmission by different procedures.
Presented in five sections—Detection and Diagnosis, Emergence and Diversity, Vector and Transmission, Virus–Host Interaction, and Disease Management, the book includes host range determinant and virulence factors involved in pathogenesis, virus–vector interactions during acquisition, retention, and transmission and evaluating management strategies to control Geminivirus.
The book is an essential reference for students and researchers interested in plant virology, particularly begomoviruses, geminiviruses, and vector transmission biology.
1. Geminivirus: Detection, Diagnosis and Management - p. Page i 2. Cover - p. Page i 3. Title page - p. Page ii 4. Table of Contents - p. Page iii 5. Copyright - p. Page iii 6. Contents - p. Page vi 7. List of contributors - p. Page vii 8. About the editors - p. Page vii 9. Foreword - p. Page ix 10. Preface - p. Page x 11. A journey of Geminivirus - p. Page xi 12. List of Illustrations - p. Page xv 13. List of Tables - p. Page xvi 14. Chapter 1 : Current challenges and future perspectives on detection of geminiviruses - p. Page xvi 15. Chapter 2 : Molecular detection and characterization of begomoviruses infecting Amaranthus, a protein-rich crop - p. Page 17 16. Chapter 3 : Recent developments in the diagnosis of geminiviruses - p. Page 31 17. Chapter 4 : Viral metagenomics for the analysis of the Begomovirus genome - p. Page 39 18. Chapter 5 : In silico detection tools for begomoviruses causing leaf curl disease in crops and its management through RNA interference - p. Page 52 19. Chapter 6 : Origin, evolution and bottlenecks of geminiviruses - p. Page 72 20. Chapter 7 : Spotlight on the recently discovered aphid-transmitted geminiviruses - p. Page 90 21. Chapter 8 : Emergence of begomoviruses in cucurbits as a menace for its cultivation - p. Page 103 22. Chapter 9 : Begomoviruses in crops with economic interest for North and Central America - p. Page 118 23. Chapter 10 : Diversity of begomoviruses infecting crops and weeds in the Caribbean and Latin America - p. Page 131 24. Chapter 11 : Diversity of geminiviruses occurring on jatropha (Jatropha curcus), a biodiesel crop - p. Page 151 25. Chapter 12 : Geminiviruses occurrence in the middle east and their impact on agriculture in Iraq - p. Page 167 26. Chapter 13 : Diversity of begomoviruses associated with gourds - p. Page 183 27. Chapter 14 : Characterization of begomoviruses and DNA satellites associated with tomato - p. Page 213 28. Chapter 15 : Replication and transovarial transmission of tomato yellow leaf curl virus in its whitefly vector: myth or reality? - p. Page 230 29. Chapter 16 : The other face of pollinating insects and their relationship to geminivirus transmission - p. Page 249 30. Chapter 17 : Behavioral manipulation for managing Bemisia tabaci as a virus vector - p. Page 257 31. Chapter 18 : Enigmatic emergence of seed transmission of geminiviruses - p. Page 282 32. Chapter 19 : The diverse roles of the multifunctional C4/AC4 protein in geminivirus infection - p. Page 304 33. Chapter 20 : Geminivirus DNA replication in plants - p. Page 319 34. Chapter 21 : Begomovirus–host protein-protein interactions in intracellular virus movement - p. Page 338 35. Chapter 22 : Geminivirus promoters: a breakthrough in transgenic research - p. Page 354 36. Chapter 23 : Molecular evaluation of geminiviruses and their interaction with host plants - p. Page 364 37. Chapter 24 : Molecular insights into pathogenicity determinant proteins of geminiviruses - p. Page 377 38. Chapter 25 : The begomovirus–host interplay in viral replication and movement - p. Page 391 39. Chapter 26 : Role of plant viral satellites association in geminivirus infection - p. Page 412 40. Chapter 27 : Geminivirus infections co-opt posttranslational modification of proteins during viral pathogenesis - p. Page 439 41. Chapter 28 : Exploring the functional interactions between geminivirus and host during viral replication, assembly, and movement - p. Page 451 42. Chapter 29 : Molecular arms race between geminiviruses and host plants during infection cycle—a transcriptomics overview - p. Page 465 43. Chapter 30 : Resistance to geminivirus infections: natural and induced by controlled elicitation - p. Page 480 44. Chapter 31 : Invasive tomato yellow leaf curl virus recombinants challenge virus diagnosis and disease management - p. Page 493 45. Chapter 32 : Natural and engineered host resistance for geminivirus management - p. Page 509 46. Chapter 33 : Natural and engineered resistance: implications for managing the cassava mosaic disease - p. Page 523 47. Chapter 34 : Host immunity and viral counter defense - p. Page 542 48. Chapter 35 : Disease rating scale for the resistant screening against begomoviruses causing yellow mosaic disease in different crops - p. Page 556 49. Chapter 36 : Overview of host factors and geminivirus proteins involved in virus pathogenesis and resistance - p. Page 572 50. Chapter 37 : Application of virus-induced gene silencing in crops: mechanism, assessment of risk factors and ecological advantages - p. Page 581 51. Chapter 38 : Peptide aptamers: selection strategies, mechanisms, and applications in engineered geminivirus resistance - p. Page 595 52. Chapter 39 : Geminiviruses infecting tomato: genetic diversity, distribution, natural and genetically engineered resistance - p. Page 607 53. Chapter 40 : Evaluating management strategies to control geminivirus - p. Page 624 54. Index - p. Page 645
