Flow Cytometry Basics Flow Cytometry Fundamentals Fluorescence Basics Imaging Basics Glossary Give us your feedback › Welcome to the Molecular Probes School of Fluorescence module on Flow Cytometry Basics. Here you will learn about how flow cytometers work a...
Welcome to the Molecular Probes School of Fluorescence module on Flow Cytometry Basics. Here you will learn about how flow cytometers work and get information to help you get started with your flow cytometry experiments. Fundamentals of Flow Cytometry ...
Building a flow cytometry experiment often requires combining products into a multicolor panel. Use this guide to understand the basics of Invitrogen™eBioscience™flow cytometry antibodies and Invitrogen™flow cytometry assays and reagents. Then see how example panels are run on flow cytometers, ...
Flow Cytometry Basics Guide Includes a basic introduction to flow cytometry, advice for planning and optimizing your experiments, and examples of conventional and spectral multicolor panels. Flow Cytometry Explained Knowledge Hub Your one-stop shop for flow cytometry educational materials. Access ...
Build multicolor flow cytometry panels in just a few simple steps Go to Panel Builder Additional Flow Cytometry Resources We have a range of resources to help you master other aspects of flow cytometry include theIntroduction to Flow Cytometry- Basics guide, webinar onoptimizing your flow cytometry...
Flow cytometry and laser-activated cell sorting are unique techniques that permit the identification, analysis, and purification of individual cells based on the expression of specific markers. Flow cytometers can be used to analyze DNA content and cell cycle distribution, cellular viability, apoptosis...
instrument in particular: the flow cytometer. Blue lasers operating at 488 nm, similar to OSRAM’s PLT5 laser diode, contributed to recent research using nanoscale flow cytometry that explores variability in activity of HIV protease in patients infected with the virus. Courtesy of...Read full ...
Flow cytometry is the measurement of cells or other particles flowing past one or more sensing zones. Most commonly the sensing zone is a focused beam of light, and particles are characterized by the scattered and fluorescent light pulses that are created as the particle passes through the light...
The Molecular Probes School of Fluorescence was developed by our in-house bench scientists, featuring everything we wish we'd known when we first started working with fluorescent reagents, including the basics of fluorescence, imaging, and flow cytometry. eLearning Courses Our eLearning cour...
Figure 3. Impact of increasing pressure on flow cytometry data.(A) At low pressure, the cells travel through the interrogation point one at a time. (B) Increasing the pressure increases the width of the c...