Advances in Virus Research

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Table of contents
  • Advances in Virus Researchiii
  • Copyright Pageiv
  • Contentsv
  • The Life and Times of Adenoviruses1
  • Text1
  • References12
  • Chapter 1. Role of Outer Capsid Proteins in Transmission of Phytoreovirus by Insect Vectors15
  • I. Introduction15
  • II. Localization of Structural Proteins in Particles of Phytoreovirus17
  • III. Role of P2 Protein in Viral Infection of Insect Vector Cells18
  • IV. Correlation between Infectivity and Presence of P2 Protein in Rgdv23
  • V. P2 Protein Allowing Rdv to Adsorb to Insect Vector Cells27
  • VI. Absence of P2 Protein Expression in Transmission-Defective Isolate of Rdv31
  • VII. P8 Outer Capsid Protein of Rdv Involved in Viral Infection of Insect Vector Cells37
  • VIII. Concluding Remarks38
  • References39
  • Chapter 2. Replication of Human Hepatitis Delta Virus Influence of Studies on Subviral Plant Pathoge45
  • I. Introduction and Scope45
  • II. Early History46
  • III. Transmission, Epidemiology, and Pathogenesis47
  • IV. Initial Application of Molecular Virology48
  • V. Initial Similarities to Plant Agents49
  • VI. Subsequent Molecular Virology50
  • VII. Subsequent Similarities to Plant Agents54
  • VIII. Conclusions and Outlook57
  • References58
  • Chapter 3. Regulation of Human Cytomegalovirus Gene Expression61
  • I. Introduction61
  • II. Viral Entry63
  • III. Immediate Early Events Mediated by Initial Virus– Host Interaction64
  • IV. Utilization of Preexisting Nuclear Architecture by Hcmv69
  • V. Influence of Host Cell Cycle Phase on Ie Gene Expression69
  • VI. Major Immediate Early Gene Expression IE1/IE2 (UL123/122)70
  • VII. Other IE Gene Products91
  • VIII. Activation of Early Genes96
  • IX. Regulation of True Late Genes108
  • X. Conclusions111
  • References112
  • Chapter 4. Dna Vaccines A Review129
  • I. Dna-Based Vaccines129
  • II. Serum Kinetics and Uptake Mechanisms132
  • III. Mechanism of Antigen Presentation134
  • IV. Adjuvancy Effects of Bacterially Derived Dna139
  • V. Immune Response to Dna-Based Vaccines141
  • VI. Mucosal and Epidermal Delivery150
  • VII. Transdermal Delivery154
  • VIII. Cytokine Modulation of Immunity to Dna-Based Vaccines155
  • IX. Safety164
  • X. Future Directions168
  • XI. Summary175
  • References177
  • Chapter 5. Epidemiological Risks from Mixed Virus Infections and Transgenic Plants Expressing Viral189
  • I. Introduction189
  • II. Mixed Infections192
  • III. Transgenic Plants231
  • IV. Analysis of Risk and Proactive Risk Reduction261
  • V. Concluding Remarks283
  • References289
  • Chapter 6. Replication of Orthomyxoviruses319
  • I. Introduction319
  • II. Ion Channel Protein320
  • III. Return Ticket for Rnp Nucleocytoplasmic Transport of Influenza Genome324
  • IV. Transcription and Replication Structure and Regulation of Rnp Complex328
  • V. Virus Assembly336
  • VI. Future Prospects339
  • References340
  • Chapter 7. Influenza Vaccines: Present and Future349
  • I. Introduction349
  • II. Trivalent Inactivated Vaccine351
  • III. Recombinant and Subunit Vaccines355
  • IV. Live Attenuated Influenza Vaccines356
  • V. Future Developments in Vaccines362
  • VI. Summary364
  • References365
  • Chapter 8. Influenza Neuraminidase as Target for Antivirals375
  • I. Introduction375
  • II. Antiviral Agents376
  • III. Structure-Based Drug Design385
  • IV. Concluding Remarks396
  • References397
  • Chapter 9. Replication of Paramyxoviruses403
  • I. Virion Structure and Genome Organization403
  • II. Key Players405
  • III. Supporting Cast413
  • IV. Genome Expression416
  • V. Summary417
  • References418
  • Chapter 10. Rational Design of Live-Attenuated Recombinant Vaccine Virus for Human Respiratory Syncy423
  • I. Introduction423
  • II. Respiratory Syncytial Virus424
  • III. Rsv Disease430
  • IV. Immunity to Rsv431
  • V. Obstacles to Development of Rsv Vaccine432
  • VI. Rsv Reverse Genetics Antigenic Subgroup A433
  • VII. Expression of Foreign Genes in Recombinant Rsv437
  • VIII. Gene Knockouts438
  • IX. Biologically Derived Rsv Subgroup A Candidate Vaccine Viruses439
  • X. Rational Design of Recombinant Rsv Subgroup A Vaccine443
  • XI. Advantages of Recombinant Dna Method444
  • XII. Current Directions446
  • XIII. Summary446
  • References447
  • Chapter 11. Clinical Virology of Rhinoviruses453
  • I. Introduction453
  • II. Attributes of Virus and Epidemiology of Disease454
  • III. Detection of Rhinovirus456
  • IV. Pathogenesis of Symptoms460
  • V. Summary464
  • References465
  • Index467
Book details
  • Vendor Elsevier S & T
  • SKU 9780120398546
  • ISBN-13 9780080522432

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Advances in Virus Research