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ThermoFIsher Considerations When Purchasing a Flow Cytometer

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Now more than ever and across vast areas of study, researchers are developing innovative applications for new areas of research, improving data quality, and expanding the boundaries of experimental limitations. These advances are enabled by increasingly sophisticated instrument design and technology—especially in flow cytometry.

Researcher demand is driving the evolution of instrumentation throughout the market, resulting in advanced flow cytometers designed to fulfill the needs and budgets of all types of labs.

Learn about key experimental concepts and flow cytometer components including:

  • Comparing different hardware parts found in most flow cytometers
  • The importance behind technologies for measuring light from fluorescence-labeled cells
  • Distinguishing flow cytometer fluidic and optical system design technologies that best suit key applications such as immunophenotyping, difficult sample types including tumors and sticky cells, high-volume needs for rare events, and specific research goals

Objective information on comparing technical specifications, evaluating system fludics and optics, and engaging in key technical conversations enables principal investigators, core facility managers, and researchers considering many different brands or just one, key insights for informed buying decisions.