Chapter 1: Flow cytometry: a technique waiting for microbiologists.
David Lloyd

Chapter 2: The physical and biological basis for flow cytometry of Escherichia coli.
Erik Boye and Harald B. Steen

Chapter 3: Flow cytometric analysis of heterogeneous bacterial populations.
Richard Allman, Richard Manchee and David Lloyd

Chapter 4: On the determination of the size of microbial cells using flow cytometry.
Hazel M. Davey, Chris L. Davey and Dougles B. Kell

Chapter 5: Uses of membrane potential sensitive dyes with bacteria.
David Mason, Richard Allman and David Lloyd

Chapter 6: Flow cytometric analysis, using rhodamine 123, of Micrococcus luteus at low growth rate in chemostat culture.
Hazel M. Davey, Arseny S. Kaprelyants and Douglas B. Kell

Chapter 7: Characterization of bacterial cell size and ploidy using flow cytometry and image analysis.
Jerome Durodie, Kenneth Coleman and Michael J. Wilkinson

Chapter 8: Cytometric evaluation of antifungal agents.
Elizabeth A. Carter, Frank E. Paul and Pamela A. Hunter

Chapter 9: Applications of flow cytometry in bacterial ecology.
Clive Edwards, Julian P. Diaper, Jonathan Porter and Roger Pickup

Chapter 10: Analysis of microalgae and cyanobacteria by flow cytometry.
Alex Cunningham

Chapter 11: Flow cytometry at sea.
Glen A. Tarran and Peter H. Burkill

Chapter 12: Neural network analysis of flow cytometry data.
Lynne Boddy and Colin W. Morris

Chapter 13: Rapid analysis of microorganisms using flow cytometry.
Michael Brailsford and Stephen Gatley