The isolation of specific cell populations from blood products or tissues by immunomagnetic cell separation or flow cell sorting techniques is an indispensable operation in any research facility to enrich target cells for immunology and other areas of the life sciences. As a pioneer in immunohistology, CD Genomics offers a wide range of cell types available for isolation.
Immunomics is the study of immune system regulation and response to pathogens using a genome-wide approach. Today, genomics and proteomics are used to help provide a better understanding of how the immune system functions and how it is regulated. For example, analyzing systematic variation in gene expression can correlate these patterns with specific diseases and gene networks that are important for targeting immune function.
In turn, cell isolation is a key step in immunomics research. Techniques now commonly used for cell isolation include immunomagnetic bead sorting and flow cytometric sorting, which allows specific populations of immune cells to be screened from samples for subsequent studies.
Both positive and negative selection methods can be used in cell isolation services. Outsourcing the time-consuming process of cell isolation to CD Genomics can streamline the workflow of your laboratory, allowing in-house staff to focus on other priorities.
Adaptive B lymphocytes have a central role in the production of antibody-mediated immune responses.
T cells are the main effectors of adaptive immunity and are responsible for cell-mediated immune responses.
NK cells are the main effector lymphocytes of the innate immune system and have cytotoxic and regulatory functions.
Peripheral blood mononuclear cells are one of the most widely used cellular materials for immunomics studies.
In addition, CD Genomics offers bulk cell isolation services. We offer our clients standard and continuous isolation methods to save time and provide consistent high-quality and high-viability product yields. Bulk isolation allows customers to focus on other projects, create customer-specific cell banks, or collect multiple cell types from a single donor.
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High Purity: the purity of the obtained cells reaches (90%-99%). |
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Great Yield: the obtained rate is up to 90%. |
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Low Impact on Cell Viability: the rate of viable cells is greater than 95%. |
CD Genomics has been dedicated to immunomics research for many years and has gained extensive experience in the field of immunomics. We offer a wide variety of cell isolation services. We can efficiently isolate the specific cell types required by our clients while ensuring cell activity. Please contact us for more information.
