Irradiated Feeder Cell-Induced NK Cell Expansion Technology

All products and services are For Research Use Only and CANNOT be used in the treatment or diagnosis of disease.

Irradiated Feeder Cell-Induced NK Cell Expansion is a method that enables the generation of large quantities of functionally potent NK cells for therapeutic applications. Natural Killer cells are an integral component of the innate immune system, responsible for detecting and destroying abnormal cells, including infected or cancerous ones.

At Creative Biolabs, we have developed a cutting-edge platform that leverages irradiated feeder cells to induce the expansion of NK cells. This method allows for the development of highly cytotoxic and activated NK cells that are suitable for immunotherapy.

Process of Irradiated Feeder Cell-Induced NK Expansion

The expansion of NK cells through irradiated feeder cell-induced technology involves a series of meticulously orchestrated steps:

Fig.1 Process of Irradiated Feeder Cell - Induced NK Expansion.

Advantages of Irradiated Feeder Cell-Induced NK Cells

Feasible and Effective Manufacturing: The process of generating NK cells using this platform is practical and efficient.
Robust Cytotoxicity and Antitumor Activity: These NK cells exhibit strong cytotoxicity and are highly effective in targeting and destroying tumor cells.
Enhanced Effector Function: The NK cells possess enhanced effector functions, making them even more potent in their antitumor activity.
Long-Term In Vivo Persistence: These NK cells have the ability to persist in the body over an extended period, contributing to a sustained antitumor response.
Consistent Phenotype: The NK cells maintain a stable and consistent phenotype, ensuring reliable performance.
Highly Purified NK Cells: The final product consists of highly purified NK cells with reduced T-cell contamination, which is important for maintaining the specificity and effectiveness of the therapy.

Customized Service

We provide tailored solutions, including the isolation of NK cells, preparation of irradiated feeder cells, and the entire expansion process.

In addition, we employ cutting-edge analytical techniques to evaluate the purity, potency, and functionality of expanded NK cells. please get in touch with our expert team for more information.

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