Cell passage batch culture and detection device and method

Abstract

The invention provides a cell passage batch culture and detection device and method. The device comprises a culture region box body, a culture device and a detection clamping module; the culture region box body comprises an environment control box, a culture region box body frame and a culture region base; the culture device comprises a longitudinal storage frame, a transverse storage frame, a bracket base and a six-hole plate bracket; and the detection clamping module comprises a three-degree-of-freedom linear module and a manipulator. The cell passage batch culture and detection device has the advantages that: (1) by adopting the three-degree-of-freedom detection clamping module, the cell passage batch culture and detection device is flexible, convenient and accurate to position and clamp a culture dish in a culture region, and by matching with a camera module, automatic detection identification and grabbing on the cell passage culture dish are implemented, so that cell culture efficiency is improved; (2) the environment control box and the culture region box body isolate an external environment so as to ensure an aseptic environment of cell culture and improve a success rate ofcell culture; and (3) the cell passage batch culture and detection device further has the advantages of simple device structure, easiness for operation and saving of labor hours.

Description

technical field [0001] The invention belongs to the technical field of cell culture and detection, and in particular relates to a cell subculture batch culture and detection device and method. Background technique [0002] Cell culture detection is an interdisciplinary field of mechanical positioning and grasping, cell culture, medical image recognition and other fields. Achieving the purpose of culturing cells in batches through automation and computer technology is of great significance to cell culture in the medical field. [0003] At present, cell culture is mainly through manual identification and detection. The detection accuracy and cell culture efficiency are not high, and the cell culture process has specific requirements for a low-bacteria environment. Manual operation cannot meet the special requirements of cell culture for a low-bacteria environment. It is easy to cause the failure of cell subculture. Therefore, it is particularly important to design a cell subc...

AI Technical Summary

Problems solved by technology

[0003] At present, cell culture is mainly through manual identification and detection. The detection accuracy and cell culture efficiency are not high, and the cell culture process has specific requirements for a low-bacteria environment. Manual operation cannot meet the special requirements of cell culture for a low-bacteria environment. It is easy to cause cell passage failure, therefore, it is particularly important to design a cell passage batch culture device that meets the cell culture environment and has automatic detection

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