Human cell sample storage device for precision medical treatment

Abstract

The invention relates to a human cell sample storage device for precision medical treatment. The human cell sample storage device comprises a bearing base, a protective wall, bearing cavities, circulating pumps, culture medium storage tanks, semiconductor refrigeration devices, electric heating wires, irradiation inactivation devices, a driving power supply and a control system, wherein the bearing base comprises protective side walls, bearing keels, a bearing platform and a positioning table; the bearing cavities are installed in the positioning table by locating holes; each bearing cavity and the corresponding locating hole are distributed in a coaxial way; connecting threads are arranged on the outer side face of the positioning table; the circulating pumps and the culture medium storage tanks are embedded in the bearing keels of the bearing base; the semiconductor refrigeration devices are embedded in the positioning table; the electric heating wires are evenly distributed on the walls of the locating holes and the outer surfaces of the culture medium storage tanks; the irradiation inactivation devices are respectively embedded in the bearing cavities. After the human cell sample storage device is used, a cell storage mode can be flexibly selected; the human cell sample storage device is good in universality and high in use safety, can avoid the pollution, caused by leakage and the like, to the surrounding environment, and can meet the demands of inactivated cell storage and cell activity preservation at the same time.

Description

technical field [0001] The invention relates to a medical auxiliary device, specifically a human cell sample storage device for precision medicine. Background technique [0002] At present, in processes such as stem cell extraction and cancer sample analysis, it is often necessary to reliably preserve the collected cell samples, and in the process of preservation, it is also necessary to maintain and cultivate the cells according to the needs of use. and inactivation of cells are two completely different preservation methods. In order to meet this need, when preserving biological cells, first use activity-preserving containers to preserve the cells that need to maintain biological activity according to the needs. In addition, the inactivation and storage of biological cells can be stored after inactivation, although the needs of use can be met, but the current cell storage operation is more complicated, and the comprehensive utilization rate of equipment is relatively low, a...

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Problems solved by technology

[0002] At present, in processes such as stem cell extraction and cancer sample analysis, it is often necessary to reliably preserve the collected cell samples, and in the process of preservation, it is also necessary to maintain and cultivate the cells according to the needs of use. and inactivation of cells are two completely different preservation methods. In order to meet this need, when preserving biological cells, first use activity-preserving containers to preserve the cells that need to maintain biological activity according to the needs. In addition, the inactivation and storage of biological cells can be stored after inactivation, although the needs of use can be met, but the current cell storage operation is more complicated, and the comprehensive utilization rate of equipment is relatively low, and the current biological When the cell activity is maintained, the activity of the biological cell is often mainly reduced by freezing to maintain the activity of the biological cell, so the activity of the biological cell is easily affected, and the biological cell cannot be effectively cultivated during the storage period, which will affect the subsequent Therefore, in view of this situation, it is urgent to develop a new type of biological cell preservation device to meet the needs of actual work.

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