Stem cell bank system and method thereof for transferring cell resource

Abstract

The invention relates to a stem cell bank system and a method of the stem cell bank system for transferring a cell resource. The stem cell bank system comprises a cell collecting module, a cell generating module, a cell quality testing module, a cell storage module and a cell information module. Each module of the stem cell bank system is independent in operation, distinct in function and convenient to manage; the information among the modules is transferred in real time, so that the cell information is immediately and accurately recorded into the cell information module, classified and stored to conveniently track the cell in the system and circulate cell information in the future; autogenous and allogeneic cells are collected, produced, tested and stored to avoid cross contamination among the cells; the quality of the cells is ensured; and the cell information module achieves real-time interaction of the cell information. A user can enquire and primarily screen the cells in the system through the system according to the needs, strictly controls circulation of the cells, and is responsible to patients. Meanwhile, the information of the user is stored so as to be convenient for track and visit after sale.

Description

technical field [0001] The invention relates to a stem cell bank system and a method for mobilizing cell resources, belonging to the field of biotechnology. Background technique [0002] Due to its multi-differentiation potential, stem cells have a unique advantage in the field of regenerative medicine and restorative medicine. With the development of tissue cell biomedicine to this day, scientists have been focusing on issues such as future industrialization models, clinical translational medicine, and laboratory research. In the process of continuous exploration and discovery, in the process of tissue cell biomedical clinical transformation and industrial transformation, traditional medicine and clinical medical models cannot cover the meticulous science of tissue cell clinical transformation medicine and industrial transformation. [0003] At present, the focus of stem cell banks at home and abroad is on collection and storage, and the types of cells targeted are single. ...

AI Technical Summary

Problems solved by technology

[0002] Due to its multi-differentiation potential, stem cells have a unique advantage in the field of regenerative medicine and restorative medicine. With the development of tissue cell biomedicine to this day, scientists have been focusing on issues such as future industrialization models, clinical translational medicine, and laboratory research. In the process of continuous exploration and discovery, in the process of tissue cell biomedical clinical transformation and industrial transformation, traditional medicine and clinical medical models cannot cover the meticulous science of tissue cell clinical transformation medicine and industrial transformation

[0003] At present, the focus of stem cell banks at home and abroad is on collection and storage, and the target cell types are single

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