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Advances in virus research. v. 70 / edited by Karl Maramorosch, Aaron J. Shatkin, Frederick A. Murphy. — New York : Academic Press, 2007.—(58.679/A244/v.70) |
Contents
Contents
1. Viruses， Vectors， and Vegetation: An Autobiography
I. From Childhood in Europe to America
II. Brooklyn Botanic Garden
III. Virus Nomenctature and Classification
IV. Cold Spring Harbor
V. The Cadang-Cadang Disease
VI. Dark Clouds on the Horizon
VII. Insect Viruses and Cell Culture
VIII. Electron Microscopy
IX. Books
X. International Connections
2. Honey Bee Viruses
I. Introduction
II. Common Honey Bee Viruses
III. Taxonomy
IV. Transmission Modes
V. Pathogenesis
VI. Host Defense Mechanisms
VII. Management of Virus Infections
VIII. Future Directions
3. Use of Functional Genomics to Understand influenza-Host Interactions
I. Introduction
II. Model Systems of Influenza A Infection Used in Functional Genomics
III. Conclusions
4. A Guide to Viral Inclusions， Membrane Rearrangements， Factories， and Viroplasm Produced During Virus Replication
I. Introduction
II. Viroplasm， Virosomes， Factories， and Inclusions
III. Membrane Rearrangements Occurring During the Replication of the Positive-Stranded RNA Viruses
IV. Virus Factories and Inclusion Bodies Generated by Large DNA Viruses
V. Herpesviruses Induce Nuclear Inclusions and Cytoplasmic Assembly Sites
VI. Nuclear Inclusions are Formed by Small DNA Viruses
VII. Virus Factories and Inclusions Formed by RNA Viruses
VIII. Conclusions
5. Parvoviral Host Range and Cell Entry Mechanisms
I. Introduction to the Viruses
II. Structure of a Uniquely Dense and Compact Virion
III. Recognizing the Target: Celt Surface Receptors and Viral Host Range
IV. Breaching the Outer Barrier: To the Cytoso[ and Beyond
6. Viral Stress-Inducible Genes
I. Introduction
II. Signaling Pathways Leading to VSIG Induction
III. Inhibition of Translation by Proteins Encoded by VSIGs
IV. Viral Evasion of VSIG Expression and Function
