Flow cytometry is a powerful technique that uses fluidics, optics, and multiparametric data
analysis to determine and correlate multiple properties of single particles or cells in a rapid …

In food and drinks industries, the time required for conventional tests can lead to substantial
delays in product release to the market. Flow cytometry (FCM) has been used in conjunction …

Selection of appropriate bacterial strains is crucial for development of new probiotic
preparations. The fundamental prerequisite for potential efficacy of a probiotic preparation …

Flow cytometry (FC) is a powerful technique for the rapid analysis of single cells in a mixture,
by means of light-scattering and fluorescence measurements. In biotechnology, the power of …

Flow cytometry (FCM) is based on the detection of scattered light and fluorescence to
identify cells with characteristics of interest. Many flow cytometers cannot precisely control …

High-sensitivity, single-molecule detection in fiow is a paradigm that has been defined at
Los Alamos over the last two decades. A recent focus has been on applications of single …

Flow cytometry (FCM) is a technique for counting, examining and sorting microscopic
particles suspended in a stream of fluid. It uses the principles of light scattering, light …

The application of flow cytometry to microorganisms is as old as the technique itself, but it
has historically been underexploited for microbial applications. This is now being reversed …

Background: Flow cytometry assay is emerging as an alternative rapid method for microbial
detection, enumeration, and population profiling. The use of flow cytometry not only permits …

The number of bacterial cells is currently recognized as the most important parameter for the
efficacy and quality of finished probiotic or live biotherapeutic products (LBP). Cell …