Clinical examination analysing device

Abstract

The clinical test analyzing device (100) includes an appearance pattern storing section (301) that stores a plurality of appearance patterns on analyzing results of a prescribed plurality of items inclinical tests for a prescribed population, a clinical test result input section (302) that inputs analyzing results of the prescribed plurality of items in clinical tests for a subject, and a resemblance calculation section (303) that calculates the degree of resemblance of the analyzing result to the most resembling appearance pattern, based on the analyzing results that was input by the clinicaltest result input section (302) and the plurality of appearance patterns stored in the appearance pattern storing section (301).

Description

technical field [0001] The present invention relates to a clinical test analysis device, a clinical test analysis method, and a computer program for analyzing a plurality of analysis items with a plurality of symptom modes. Background technique [0002] Traditionally, in clinical tests, each sample (specimen) provided by a patient under test (hereinafter referred to as "subject") is analyzed for prescribed items, and the health status of the subject is judged based on the analyzed results . In particular, at present, automatic analysis equipment has been greatly improved. Such an automatic analysis device is installed where clinical tests are required, that is, in test rooms in hospitals, and can analyze a plurality of samples in a short time. Due to the improvement of clinical testing technology, it is now possible to perform a test with high reliability and judge the health status of the subject based on the test result. [0003] However, the traditional technology has ...

AI Technical Summary

Problems solved by technology

That is, in the case of clinical testing on a population with a disease, there arises a problem of judging whether a normally occurring abnormal value is a value that requires retesting or further precise testing, or a value that can be accepted as a normal value value, it is impossible

However, since most patients show abnormal values ​​for multiple items, there is a problem that it is difficult to judge without a skilled doctor

In addition, even with the previous value checking method, since in a multidimensional space where each item has an axis, whether a value falls into a fixed range or not, a similar normalized judgment is used, so there is still a need for Problems with retesting or testing multiple samples for further precision testing

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