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Virology Principles and applications

Book Title: Virology Principles and applications

Book Author: John B. Carter, Venetia A. Saunders

Book Format: EBook

Date published: 2007

Illustrator: John Wiley & Sons Ltd,

ISBN: 978-0-470-02386-0

Number Of Pages: 383

Descripción

Virology

Virology is a fascinating and rapidly developing subject, and is worthy of study purely because viruses are interesting! Furthermore, virology is a branch of science that is of immense relevance to mankind for a host of reasons, not least of which are the threats to human health caused by viruses, such as HIV, hepatitis B virus, papillomaviruses, measles and influenza viruses, to mention just a few. There is a continuing need for trained virologists, and it is hoped that this book will play a small role in helping to fulfil this need.
To a large extent the material in the book is based on virology taught at Liverpool John Moores University.
This is not a textbook of fundamental virology, medical virology, veterinary virology, plant virology or of bacteriophages, but a bit of each of these! The general pattern of the book is that principles of virology are covered earlier and applications are covered later.
There is no strict demarcation between the two, however, so the reader may be made aware of important applications while principles are being introduced.
The first 10 chapters cover basic aspects of virology.
A chapter on methods used in virology comes early in the book, but could be skimmed to gain an overview of its contents and thereafter used for reference. There is one chapter on each of the seven Baltimore classes, concentrating mainly on animal viruses. There is a chapter devoted entirely to HIV and an extended chapter on phages, reflecting the renewed interest in their biology and applications. After a chapter on origins and evolution of viruses, there follow five chapters covering various aspects of applied virology, including vaccines and antiviral drugs. The final chapter is on prions, which are not viruses but are often considered along with the viruses.


CONTENIDO:

  • Preface
  • Abbreviations used in this book
  • Greek letters used in this book
  • Colour coding for molecules
  • 1. Viruses and their importance
  • 2. Methods used in virology
  • 3. Virus structure
  • 4. Virus transmission
  • 5. Attachment and entry of viruses into cells
  • 6. Transcription, translation and transport
  • 7. Virus genome replication
  • 8. Assembly and exit of virions from cells
  • 9. Outcomes of infection for the host
  • 10. Classification and nomenclature of viruses
  • 11. Herpesviruses (and other dsDNA viruses)
  • 12. Parvoviruses (and other ssDNA viruses)
  • 13. Reoviruses (and other dsRNA viruses)
  • 14. Picornaviruses (and other plus-strand RNA viruses)
  • 15. Rhabdoviruses (and other minus-strand RNA viruses)
  • 16. Retroviruses
  • 17. Human immunodeficiency viruses
  • 18. Hepadnaviruses (and other reverse-transcribing DNA viruses)
  • 19. Bacterial viruses
  • 20. Origins and evolution of viruses
  • 21. Emerging viruses
  • 22. Viruses and cancer
  • 23. Survival of infectivity
  • 24. Virus vaccines
  • 25. Anti-viral drugs
  • 26. Prions
  • Virologists’ vocabulary
  • Index
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