Method and system for marking clinical test samples

Abstract

The present invention provides a method and system for identifying clinical test samples. The method includes: reading the system configuration file, searching the system configuration file according to the sample type of the sample to be tested, and obtaining the sample identification corresponding to the sample to be tested in the current detection task Rules, the system configuration file includes the corresponding relationship between the test sample type and the sample identification rule, and the corresponding relationship between the sample identification rule and the detection task; the sample identification number is generated according to the sample identification rule, and the current detection task is generated using the sample identification number Identify the sub-test samples; establish the association relationship between the parent sample and the sub-test samples, and the sample identification number corresponding to the sub-test samples inherits the matching relationship between the parent sample and other samples and the attributes of the parent sample. The invention can solve the problem of maintaining accurate sample information in different detection links of sample identification, and accurately mark and track samples in different states.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a method and system for marking clinical test samples. Background technique [0002] In clinical testing, patient samples go through the production process of multiple links of clinical testing, and finally a corresponding test result report is issued according to the purpose of testing. The production process of traditional clinical testing methods is very short. Such as microscopic examination, after obtaining the original sample, there is no need to process or only simple preparation and staining, and the conclusion can be obtained by direct observation under the microscope; another example is blood routine and urine routine, after obtaining the original sample, after simple processing, send Enter the biochemical analyzer for analysis, and the test results can be obtained. Therefore, during the entire testing process of the sample, the actual form of the sample changes les...

AI Technical Summary

Problems solved by technology

The update of business rules requires corresponding program revisions and even database changes, resulting in increased system maintenance pressure and costs, and it is difficult to accurately mark and track samples in different states, which is not suitable for flexible and changeable production processes

[0005] At present, for new detection methods represented by next-generation sequencing detection, the patient's samples to be tested need to undergo pathological sample preparation, sectioning, staining, microscopic examination, DNA (or RNA) extraction, amplification, and construction in molecular biology. Library, computer sequencing, data analysis, medical interpretation, report generation and many other links, its production process is complex, flexible and changeable

Moreover, when the samples to be tested are circulated in the production process, there are two situations: 1) the physical form of the samples will change; 2) it is possible to produce one-to-many (1:n) sample segmentation or many-to-one (n: 1) Sample Merging

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