Pathological whole process quality control and information management system

Abstract

The invention relates to a pathological whole process quality control and information management system. The system comprises a pathological application module, a sample receiving module, a material sampling module, a slice production module, a diagnostic module, a quality evaluation module, a sample database management module, a wax block management module, a slice management module and the like.Through reasonably setting association modes between a system module and the modules, effective pathological department whole process quality control management and clear rights and responsibilitiesare realized, automatic circulation among inspection items in the pathology department is realized, needs of the pathological department for unified information storage and management and disaster recovery backup are satisfied, and remote access, remote maintenance and mobile login management are realized.

Description

technical field [0001] The invention relates to the field of medical information, in particular to a quality control and information management system for the whole process of pathology. Background technique [0002] The initial form of pathology specimens is surgical specimens. After entering the pathology department, they have to be collected and embedded into wax blocks, and then sliced ​​into tissues with a thickness of only 4-6 μm on glass slides. After staining, they are placed under a microscope to observe the cells. The process of shape change is very complicated and interlocking, and the quality control of each step is related to the accuracy of diagnostic results. [0003] The pathology information management software currently on the market is generally based on the traditional pathology department information management process, and adopts the traditional c / s architecture, without a quality control module, even if there is, it is only a statistical and query func...

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Problems solved by technology

[0003] The pathology information management software currently on the market is generally based on the traditional pathology department information management process, and adopts the traditional c/s architecture, without a quality control module, even if there is, it is only a statistical and query function, In terms of function, it cannot meet the requirements of connection management and quality control between the various processes and links of the pathology department, let alone the pathology department's tracking and management of pathological data in the era of big data, and cannot realize remote follow-up, remote maintenance, and mobile terminal management. Function

In addition, the existi

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