Flow Cytometry Basics Guide
Flow cytometry is a powerful tool allowing you to detect, measure, and quantify single cells or particles in suspension as they pass through a laser. However, to produce impactful results, experiments must be designed with care.
To keep up to date with recent advances, we have updated our popular Flow Cytometry Basics Guide, which not only provides practical advice and best practice examples when planning multicolor experiments, but also a basic overview of all the important flow cytometry principles.
Split into 9 easy-to-read chapters, this 54-page-guide is ideal for beginners wanting to gain confidence when planning experiments and can also be used as a teaching aid.
Topics covered in the guide include:
- Principles of the flow cytometer
- Principles of fluorescence
- Data analysis
- Controls in flow
- Optimizing your experiments
- Multicolor panel building
- Common applications and new technology
- Common protocols
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Multicolor Panel Building Poster
To help you plan your experiment, we have created a new fluorescent dye reference guide. You can find essential information for common flow cytometry fluorescent dyes including optimal laser excitation, maximal emission, and relative brightness, as well as handy tips for panel design.Download a Copy