Cell culture pipeline device and automatic cell culture system

Abstract

The invention discloses a cell culture pipeline device, which comprises a main circulating pump, a gas exchange tube, a culture tube and a culture solution main library which are sequentially connected through a guide tube, wherein a micro-pore exhaust hole communicated with the atmosphere is formed on the culture solution main library; the gas exchange tube is a cured silicone tube; and the main circulating pump is a finger peristaltic pump. The invention also discloses an automatic cell culture system, which comprises a sensor arranged nearby a transparent testing container, and also comprises a liquid filling device which is connected with a first guide tube through a fifth guide tube and a waste liquid recovery device which is connected with a third guide tube through a sixth guide tube. The cell culture pipeline device is simple in structure, easy and convenient to operate and high in culture efficiency, as well as the automatic cell culture system employing the cell culture pipeline device.

Description

Technical field [0001] The invention relates to a cell culture device and system, in particular to a cell culture pipeline device and a cell automated culture system. Background technique [0002] T cells are important white blood cells that help the immune response against cancer and viral infections. They are produced in the thymus and have a long-term immune memory to prepare for the need for rapid response in the immune response. Once activated by an antigen, T cells can replicate rapidly and produce a rapid antigen response. In some chronic viral infections and cancers, T cells are inactivated or function insufficiently. In the case of viral infection, the immune response cannot activate T cells and kill the infected cells, which can lead to chronic infection. Chronic infection can lead to long-term disabling diseases (such as chronic active hepatitis) and even death (such as AIDS). Chronic infection, as well as many other factors, can also cause genetic mutations in inf...

AI Technical Summary

Problems solved by technology

This method requires experienced and well-trained staff, and this labor-intensive training method is not efficient

The second method is to use disposable blood bags or hollow fiber culture tubes. This culture method has the problems of complicated culture operation and low culture efficiency.

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