A fully automatic cell separation and culture system

Abstract

The invention belongs to the technical field of biological product production, in particular to a fully automatic cell separation and cultivation system, which includes a sample transfer chamber, a cell separation work room is fixedly installed on one end of the sample transfer window, and a centrifuge tube supply is fixedly installed on the back of the cell separation work room. Room and waste recovery room, and at one end of the cell separation work room, there is also a cell replacement and subculture work room, and a low-temperature reagent supply room and a culture bottle supply room are fixedly installed on the back of the cell change and passage work room. The fully automatic cell separation and culture system of the present invention, through the extensive use of industrial robots such as the sample transfer window, the cell separation studio, and the centrifuge tube supply room, enables cell products to be automatically separated and replaced on a highly intelligent production line , culture, subculture and collection, etc., which improves the culture efficiency, makes the culture quality stable, the product quantification is uniform, and reduces the manpower, material resources, financial resources and time and the probability of artificial contamination of cell products.

Description

A fully automatic cell separation and culture system technical field The invention belongs to biological product production technical field, be specifically related to a kind of automatic cell separation and culture system. Background technique Cell separation and culture is one of the most core basic technologies in biotechnology, and it plays an important role in many cell functions and diseases. Research, drug development and basic research, embryonic development and gene expression research, during the large-scale production of cell-based drugs are essential parts. Traditional cell culture must be manually operated by humans, which takes up a lot of time and energy of the experimenter. The production efficiency is low, it is difficult to ensure the stability between batches, and there is also the problem of secondary pollution by staff. in the cell The dramatic increase in demand requires a fully automated cell separation and culture system that is more efficie...

AI Technical Summary

Problems solved by technology

[0003] With the depth and breadth of the development of industrial robots and the improvement of the level of robot intelligence, industrial robots have been applied in many fields, but in the field of cell product production, the development and application of industrial robots are still in the initial stage. At present, although Robots that can perform cell inoculation, culture medium replacement, and cell passage under GMP cleanliness have come out, but it is difficult for them to smoothly and gently complete trypsin treatment, cell harvesting, cell growth monitoring, centrifugation, and waste disposal. A series of complex cell isolation and culture processes

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