Why do Cell Filters embed nylon filters?

Date：2023-12-13

In the realm of stem cell research and tissue-derived primary cell preparation, the choice of filtration materials is a critical determinant of success. Cell filters, designed with meticulous precision, often feature a core element—Nylon filters. This deliberate integration is not incidental; it is a strategic decision rooted in the unique properties of Nylon that elevate the efficacy of cell filters in maintaining a sterile environment.

1. Unparalleled Precision in Filtration:

Nylon, a synthetic polymer known for its satisfactory strength and durability, is chosen for its ability to provide unparalleled precision in filtration. The intricate structure of Nylon filters acts as a selective barrier, allowing only sterile fluids to pass through while capturing particles, including cells and contaminants. This precision is vital in applications such as stem cell and primary cell preparation, where maintaining the purity of samples is paramount.

2. Resistance to Biological Agents:

Nylon possesses inherent resistance to biological agents, making it an ideal material for filters employed in sensitive scientific processes. This resistance ensures that the filter itself does not introduce contaminants into the environment. The robust nature of Nylon enhances the reliability of cell filters in protecting samples from unwanted elements that could compromise the integrity of research outcomes.

3. Sterility Assurance:

The decision to embed Nylon filters within cell filters is intricately tied to the overarching goal of maintaining sterility. These filters undergo stringent sterilization processes, such as gamma irradiation, ensuring they are free from RNase, DNase, and pyrogens. The absence of these contaminants is critical in preserving the genetic material and biological characteristics of cells, especially in applications involving stem cells and primary cells.

4. Meeting Rigorous Laboratory Standards:

The incorporation of Nylon filters aligns with the rigorous standards set by laboratories engaged in cutting-edge scientific research. The choice of materials reflects a commitment to precision, reliability, and sterility, factors that are non-negotiable in the intricate world of stem cell research and tissue-derived primary cell preparation.

The embedding of Nylon filters in cell filtration is a deliberate and informed choice driven by the material's unique properties. This strategic decision ensures that cell filters meet the exacting standards of sterility required in critical scientific processes, providing researchers with the confidence and precision needed to push the boundaries of discovery in the dynamic field of cell biology.

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Tel：+86-0571-87993109

Email：hzbioland@126.com

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