Cells of the Immune System
The immune system is comprised of many subsets of cells that work together to protect the host against infections and malignancies. Each one of these cells has a role to play. Research on how they work and their interactions with other subsets continues to reveal opportunities for novel therapeutic strategies.
Below is a collection of scientific resources for your immune cell research.
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Fast and Easy Cell Isolation with EasySep™
EasySep™ is a fast and easy immunomagnetic cell separation technology that allows you to isolate virtually any cell types from a variety of sample sources in as little as 8 minutes. This video describes the EasySep™ technology.
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Improving Cell Recovery with EasySep™ Negative Selection KitsTechnical tip from our dedicated team of Product and Scientific Support specialists -
Automate Cell Isolation for Up to 16 Samples with the RoboSep™-16 Cell Separation InstrumentFeatures and benefits of using the fully automated cell isolation platform RoboSep™-16 which allows you to efficiently isolate cells from up to 16 samples simultaneously -
Comparing Cell Separation Platforms from ϳԹϳԹ is a leader in cell separation technology, & we offer multiple cell separation platforms, to suit different research needs -
Jessica Yang, BScJessica Yang describes her work in the Jenkins' lab investigating how CD4+ T cell subsets shape the B cell immune response -
How to Deplete Red Blood Cells from Small Volume Samples with HetaSep™How to use an erythrocyte aggregation agent to remove red blood cells (RBCs) from small volume blood samples prior to colony-forming unit (CFU) assays -
How to Prepare a Single-Cell Suspension from Primary Tissue Samples (e.g. Mouse Spleen)How to harvest cells from a mouse spleen and prepare a single cell suspension prior to performing cell isolation to enable cell separation by minimizing additional cell loss and improving the labeling of target cells -
How to Pipette Off Samples During Cell Isolation Using the EasyEights™ EasySep™ Cell Separation MagnetDemonstrates the proper technique for pipetting off samples, to achieve optimal results when using the EasyEights™ EasySep™ magnet to isolate cells -
Considerations for Flow Cytometry GatingTo achieve accurate results, it is important to use an optimal gating strategy when assessing cell samples via flow cytometry -
Total Nucleated Cell and Viable Cell CountsAccurate cell counts are important in experiments. Ideally both the total nucleated cell (TNC) count and the viability of the cells should be assessed -
Isolate Multiple Cell Types from a Single Sample with Sequential IsolationSequential separation, for higher recovery of purified cells from limited sample size and isolation of multiple cell types, is ideal for chimerism analysis
