Design method of multi-type organ chip database

Abstract

The patent mainly describes a method for constructing a database containing different organ chip data, and a plurality of different types of organ chip data are respectively liver chip data, heart chip data, intestine chip data, lung chip data, kidney chip data, brain chip data, skin chip data, skeleton chip data and the like. Meanwhile, the system also comprises some public information which can be used by various organ chip data, and the public information mainly comprises medicine information, cell information, material information, biological reagent information, organ chip model information, organ chip parameter configuration information and experimental result information. The database can provide more sufficient and more comprehensive data for various data analysis methods, including deep learning models and the like, applied to the field of organ chips.

Description

technical field [0001] The invention belongs to the field of the combination of biomedical engineering and computer technology. Through computer technology, database technology, artificial intelligence technology, etc., it is closely combined with the cutting-edge technology in the field of biomedical engineering, which is an organ chip, and the use of relational database construction technology is effective. It solved the key link of the combination of organ-on-a-chip and artificial intelligence-how to establish an organ-on-chip database. [0002] This patent mainly describes a database construction method including data on different organ chips, multiple different types of organ chip data, namely liver chip data, heart chip data, intestinal chip data, lung chip data, kidney chip data, and brain chip data. Data, skin chip data, bone chip data, etc., and also includes some public information that various organ chip data will use, mainly including drug information, cell informa...

AI Technical Summary

Problems solved by technology

[0004] During the process of organ chip culture and experimentation, a large amount of experimental data will be generated, but in previous studies, researchers did not carefully analyze the relationship between the data, especially for different organ chip experiments. , due to the different experimental teams, the data was not shared, only the experimental results were valued

At the same time, there is currently no auxiliary tool on the market that can analyze the results of similar experiments done in the past online, analyze and compare your own design parameters with other experiments online, and then predict the results of your own organ chip experiments

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