Biological sample library management system and management method based on batch identification equipment

Abstract

The invention discloses a biological sample library management system and management method based on batch identification equipment, relates to a biological sample library management technology, and provides a scheme aiming at insufficient informatization and intelligentization of biological sample library management. Basic information of a storehouse and a preservation facility of a biological sample library is established according to actual information of a current mechanism; an organization user system is established according to a current organization organization structure, personnel information is input, user roles are distributed, and users with different permissions can use different function modules in an actual working scene; and inputting sample information, and identifying the RFID and the two-dimensional code labels in batches by taking the offline sample small tubes or sample boxes pasted with the RFID and the two-dimensional code labels as units so as to perform warehouse-in and warehouse-out management of the samples. The method has the advantages that the method fits an offline actual application scene, combines reasonably designed business functions and convenient operation interface interaction, is integrated into daily work of various use scenes, and can better guarantee data integrity of each link in the operation process of the biological sample library.

Description

technical field [0001] The invention relates to a biological sample bank management technology, in particular to a biological sample bank management system and management method based on batch identification equipment. Background technique [0002] Biobank is a department that provides storage space for biological samples for scientific research, medicine, and clinical practice, provides a platform for various basic scientific research and clinical experiments, and provides and implements comprehensive sample management solutions according to research needs in accordance with domestic and international standards. The establishment of biobanks is not only to store biological samples, but more importantly, to promote the centralized application and mutual sharing of biological resources. [0003] With the progress of life science research, the informatization and intelligentization of the environmental conditions and preservation methods of biobanks are becoming more and more ...

AI Technical Summary

Problems solved by technology

[0004] At present, the main factors that affect the effective digital management of biobanks are that the management methods and processes are relatively diverse, the number of samples is large, there is a lot of duplication of labor in management, and there is no real-time communication and recording between actual users and managers. Still using paper records or EXCEL form records, unable to synchronize in real time, etc.

However, some biological sample banks manage one by one through the label of each sample tube, which creates a lot of duplication of labor in the actual sample preservation operation, and a single barcode or QR code is scanned on the sample tubes that have been kept in a frozen environment. The identification is very unfriendly. First, the outer wall of the small tube needs to be defrosted, but once the temperature rises, it will have unpredictable effects on the sample activity in the small tube.

Moreover, in the actual environment, the personnel responsible for the management of the biological sample bank are not familiar with the use of overly complex electronic equipment, and are unwilling to frequently log in to the system in the office to operate in the actual work, resulting in the inability to ensure the integrity of the data in each link , some important information is missing or interrupted, which will lead to incomplete sample information and errors in sample storage location information

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