Negative pressure CO2 concentration control type honeycomb culture system

Abstract

The invention relates to a negative pressure CO2 concentration control type honeycomb culture system. RTP negative pressure CO2 incubators are placed in module assemblies, the RTP negative pressure CO2 incubators are connected with a vacuumizing automatic control system by negative pressure pipelines, and an RTP negative pressure CO2 concentration control type incubator is adopted as the RTP negative pressure CO2 incubator for achieving VHP sterilization and guaranteeing the sealing performance and sterility of the RTP negative pressure CO2 incubator; the multiple module assemblies and the RTP negative pressure CO2 incubators in the module assemblies are stacked together to form a honeycomb incubator, and an electrical cabinet is connected with the module assemblies and the RTP negative pressure CO2 incubators in the module assemblies to form a honeycomb culture management system. Compared with a conventional carbon dioxide incubator, the negative pressure CO2 concentration control type honeycomb culture system has a negative-pressure culture environment, and the problems that the conventional carbon dioxide incubator cannot achieve aseptic docking, the lack of sealing can not guarantee that the cultured samples are not polluted, and the negative pressure culture environment cannot be provided, and highly infectious, high-risk microorganisms such as viruses cannot be cultured,.

Description

technical field [0001] The present invention relates to a kind of cell or virus, microorganism culture system, especially relate to a kind of negative pressure CO 2 Integrated culture system for incubators. Background technique [0002] Due to the effective immune vaccines of viruses and bacteria, it is necessary to successfully isolate the attenuated strains during the vaccine preparation process, and quickly reproduce the viruses through cell reproduction or genetic recombination. There are almost no incubators for leaking microorganisms with high infectious risks such as viruses and bacteria, and there are almost no culture systems that can integrate mass-produced attenuated strains. The cultivation of attenuated strains is an indispensable and important part of subsequent mass-produced vaccines. Therefore, there is a need for a closed RTP negative pressure CO under the existing technical conditions 2 The incubator is used in combination with the integrated and modular ...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the deficiencies of the prior art above, the present invention provides a negative pressure CO 2 The concentration-controlled honeycomb culture system is used to solve the problem of traditional carbon dioxide incubators. If it is not airtight, it cannot cultivate viruses, bacteria or other highly infectious microorganisms. There is a risk of leakage, and it cannot form negative pressure. It cannot be reasonable and effective for people and samples. There is a risk of infection and the existing equipment cannot be integrated, modularized and mass-produced, which will have a certain impact on the subsequent mass production of vaccines

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