Flow cytometry uses laser technology to analyze and sort cells. The lasers are used to excite fluorescent dyes or antibodies that are bound to specific cell markers. The fluorescence emitted by the dyes is then detected and analyzed by the flow cytometer. The use of lasers makes Flow Cytometry a highly sensitive and accurate technology. Flow cytometry uses a fluidics system to move cells through the flow cell.
The fluidics system controls the flow rate and pressure of the sample, ensuring that cells are analyzed and sorted accurately. The fluidics system also minimizes cell damage and ensures that cells remain viable after analysis. Flow cytometry is accompanied by powerful analysis software that allows researchers to analyze and interpret their data. The software can be used to visualize cell populations and identify subpopulations based on different parameters. The software can also be used for data analysis and statistical analysis, providing researchers with valuable insights into their data.
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