Introduction to Flow Cytometry - Hardcover

Watson, James V.

Hardcover

ISBN 10: 0521380618 ISBN 13: 9780521380614

Publisher: Cambridge University Press, 1991

Synopsis

Flow cytometry is a technique for measuring both scattered light and fluorescence from single cells at very rapid rates. Typically up to 5000 cells can be analysed per second. Using various fluorochromes this allows a cell population to be analysed for cells showing certain characteristics such as the presence of a particular enzyme, cellular constituent or other gene product. The information it can provide is invaluable in helping to diagnose certain cancers as well as aiding pure research into many aspects of cell biology such as the cell cycle and gene expression. This book describes the technology in a simple and direct way. The fundamental concepts upon which the technology is based are outlined and the book goes on to describe flow cytometers and what can be gained from using them in biology and medicine. The book gives a particularly detailed account of how artifactual results can arise and where 'noise' is generated. Anyone starting to use, or already using this technique, will need to read this book.

About this title

Review:

..".a highly individualistic view of flow cytometry and as such is not only informative but is a 'good read'....has succeeded in producing a book which is more than just an introduction to flow cytometry. People reading this book will benefit from the author's experience, knowledge and foresight to help them in their own application. I thoroughly recommend this book to anyone who has an interest in flow cytometry." George D. Wilson, BioEssays

Book Description:

Flow cytometry is a technique for measuring both scattered light and fluorescence from single cells at very rapid rates, allowing a cell population to be analysed for cells showing certain characteristics. Here the technology is described as well as the advantages of using flow cytometers in biology and medicine.

About this edition

• Publisher: Cambridge University Press
• Publication date: 1991
• ISBN 10: 0521380618
• ISBN 13: 9780521380614
• Binding: Hardcover
• Number of pages: 459