Animal Cell Biotechnology: Volume 6

Animal Cell Biotechnology: Volume 6

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There has been a dramatic increase in the perception of the value of animal cell biotechnology to the research and manufacturing communities in recent years. This volume seeks to keep the reader up-to-date with this progress. This sixth and final volume in the series concentrates on the biology of animal cells in culture, giving special attention to the relationship between biology and the ability to use such cells productively. As the search continues for greater productivity, there is a need to understand the switches within cells that control expression. Additional abilities to manipulate those switches in a controllable manner are also required. In the last five years, considerable progress has been made in the elucidation of the mechanisms for cell signaling and control of gene expression. The 13 chapters of this volume are devoted to these subjects and to techniques in areas of particular concern in manufacturing circles. The achievements in the field to date are described in this book, which, together with its five companion volumes in the series, will provide a building block for the future development of animal cell biotechnology.
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Product details

  • Hardback | 384 pages
  • 164 x 236 x 34mm | 721.21g
  • Academic Press Inc
  • San Diego, United States
  • English
  • 6th edition
  • 0126575568
  • 9780126575569

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With the change in perceptions of the value of animal cell biotechnology to the research and manufacturing communities, and this book provides a comprehensive and in-depth review of this area, from the basics to the generation of products for the marketplace.
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Table of contents

R.E. Spier and J.B Griffiths, Introduction to Volume 6: Animal Cell Biotechnology Comes of Age.
T.W. Rademacher, Monitoring and Control of Glycosylation.
D. Stephens, S. Kulkarni, and B. Austen, Assembly of Membrane Proteins and their Movement to the Cell Surface.
L.-J. Eales, Measurement of Cell Surface Area.
M. Raes, Cell-Matrix Interactions.
K.E. Nye, Signalling in the Activation of Immunologically Relevant Cells.
R.H. Burdon, Oxidative Stress in Cultured Animal Cells.
P.D. Darbre, The Actions of Steroid Hormones on Animal Cells in Culture: Mechanisms and Applications.
J.R.E. Davis and N. Hoggard, Mechanisms of Action of Non-steroid Hormones in Animal Cells: Events in theNucleus.
F. Ruiz-Larrea and C.P. Berrie, Molecular Mechanisms of Cell Growth and Oncogene Action.
M.L. Wolf and M.D. Hirschel, Growing TIL and LAK Cells in Hollow Fibre Bioreactors.
W.J. Harris, Humanizing Monoclonal Antibodies for in Vivo Use.
R.J. Long, The Production and Regulation of Veterinary Virus Vaccines.
M. Mackett, Vaccinia Virus Recombinants: Expression Vectors and Potential Vaccines.
Subject Index.
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About R. E. Spier

Jonathan Griffiths, University of Lincoln, UK
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