Free Delivery Over $100
|
|
|||
|
||||
OverviewVirus Culture: A Practical Approach provides a broad treatment of the principles and practice of virus culture and will be of interest to all those, whether in academic, industrial, or clinical research, involved in virus culture. The first chapter is an overview of cell culture techniques essential for virologists. Other techniques then covered are isolating, identifying, concentrating, and purifying viruses. Electron Microscopy as applied to virology is also explained. Chapter 6 is about creating virus vaccines and chapters 7 and 8 cover antiserum production, monoclonal antibodies and antiviral drug testing. The final chapter describes the methods used to study plant viruses. Full Product DetailsAuthor: Alan Cann (Department of Microbiology and Immunology, University of Leicester)Publisher: Oxford University Press Imprint: Oxford University Press Volume: 208 Dimensions: Width: 15.50cm , Height: 1.60cm , Length: 23.50cm Weight: 0.454kg ISBN: 9780199637140ISBN 10: 0199637148 Pages: 290 Publication Date: 29 July 1999 Audience: Professional and scholarly , Professional & Vocational Format: Paperback Publisher's Status: Out of Print Availability: Out of stock  Table of ContentsPreface 1: Cell Culture 2: Virus Isolation 3: P.D. Minor: Concentration and Purification of Viruses 4: J. J. Gray: Assays for Virus Infection 5: H. R. Gelderblom & S. Biel: Electron Microscopy of Viruses 6: R. Jennings & C. W. Potter: Virus Vaccines 7: J. McKeating, C. Shotton & M. Valeri: Antiserum Production & Monoclonal Antibodies 8: J.S. Oxford, L.S. Kelly, S. Davies & R. Lambkin: Antiviral Drug Testing 9: E.P. Rybicki & S. Lennox: Plant Virus Culture IndexReviews<br> Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News<br> Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs.--SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifyingviruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs.--SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News Not the next stage in learning how to deal with people from a different culture, but a guide to growing viruses in order to conduct research in virology. Mostly British, with a German and a few South African, scientists detail the procedures for isolating, identifying, concentrating, and purifying viruses. They also describe electron microscopy as applied to virology, the production of virus vaccines and antiserum, and testing antiviral drugs. --SciTech Book News<br> Author InformationTab Content 6Author Website:Countries AvailableAll regions |
||||
