With the rapid development of biopharmaceuticals, it is possible to cure more and more diseases. However, biological drugs are more complex than traditional small molecule drugs, especially products such as monoclonal antibodies, cell and gene therapy. In addition to dealing with various risks in the drug development process, a high-quality, efficient Packaging is particularly important for the safe storage of drugs and the overall control of development costs.
RTU means that the COP vials produced in a specific environment (ISO Class 8+ISO Class 5) are placed in trays or nests for sealing and packaging in bags to control the microbial load and insoluble particles of the COP vials, and then irradiated After sterilization, it can reach 10-6 sterility assurance level. In this way, after the company receives the package, it does not need to perform complex procedures such as cleaning and sterilization, and can directly fill it, saving investment in cleaning and sterilization equipment and reducing the total cost.
COP packaging
In recent years, cell-based drugs have become the research and development direction of many pharmaceutical companies. Such drugs generally need to be stored in a liquid nitrogen environment, which puts forward higher requirements for the low-temperature resistance of the packaging. COP vials are stable in the environment of -196°C-+121°C, meeting the low-temperature storage requirements of cell-based drugs.
COP vials are widely used in biopharmaceuticals. Most of these drugs contain protein components. If a glass bottle is used, a certain amount of drug will be absorbed and the usage rate of the drug will be reduced. The COP west bottle uses cycloolefin polymer as raw material. The low surface energy and hydrophobicity of the material endow the packaging with low protein adsorption characteristics, which solves this problem well.
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