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The Cell Separation Company
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Magnetic vs. Non-Magnetic Cell Separation: Which Method Preserves Cell Function?
Cell separation is often treated as a preparation step, but what happens during isolation can...
How pluriSpin® Isolates Untouched Cells Without Magnets or Columns
Isolating a specific cell population from a mixed sample often requires more than simply separating...
How Antibody-Based Cell Isolation Improves Rare Cell Recovery
Rare cell populations play a critical role in many areas of life science research. Whether...
Five Common Cell Separation Challenges and How to Solve Them
Cell separation is a fundamental step in many areas of life science research, including immunology,...
How pluriSpin® Human CD19⁺ Cell Depletion Helps Researchers Isolate Cleaner Non-B Cell Populations
The ability to isolate specific immune cell populations is critical for many areas of biomedical...
How Advanced Cell Separation Improves Stem/Progenitor Cell Studies
Stem and progenitor cell research continues to expand across vascular biology, immunology,...
Platelet Contamination: The Hidden Problem in Whole Blood Workflows
Whole blood workflows are widely used in research and clinical laboratories for isolating immune...
Choosing Between Positive and Negative Separation: A Practical Guide for Routine Lab Work
Two of the most commonly used methods are positive cell separation and negative cell separation.
