Audit method and device for thalassemia detection

Abstract

The invention discloses a verification method and device for thalassemia detection. Firstly, determining whether a detection system and patient information match a preset verification limit, if the detection system and patient information match the preset verification limit, determining a search scope of matched items; if the search scope is limited within one bar code, only searching for matched items under a same bar code in a first database; if the search scope extends to different bar codes, searching matched items under a same bar code of the first database at first; when no matched items are searched out, starting searching matched items under different bar codes in the second database; according to a numerical relationship between the to-be-verify item and the detection result of the matched items, obtaining the verification result of the test result of the item to be verified. Through the above solution, the detection result of the matched items can be automatically searched, and it is judged whether the item to be verified is abnormal according to the value of the detection result of the matched item; no manual search and alignment are required and the method is adapted to existing medical systems and reduces diagnostic error rates.

Description

technical field [0001] The invention relates to the field of medical detection, in particular to an audit method and device for thalassemia detection. Background technique [0002] With the continuous improvement of the medical system, the inspection service as a means of disease diagnosis has become more specialized and diversified. With the increase of test items and specimen volume, the sample turnaround time will be extended according to the original process. However, the above clinical needs and regulatory requirements require laboratories to shorten the sample turnaround time as much as possible. How to classify samples in an orderly manner is reasonable. The effective optimization of laboratory testing process and the reasonable and convenient design of laboratory information system have become the key links to shorten the sample turnaround time. At present, the categories of projects carried out by independent laboratories are mainly divided into: physical and chemi...

AI Technical Summary

Problems solved by technology

This part of the sample takes a lot of time and will greatly delay the issuance of other reports; at the same time, under the pressure of sample turnaround time, laboratory personnel may neglect or simplify the proper processing procedures, resulting in a significant increase in the risk of results

Nowadays, almost all laboratory reports are issued manually, and the number of reports issued by a person who issues reports is about 1,000 in a working day, and most of these tasks are limited to evening to early morning (21:00-04:00 ), the long-term computer operation review data during this period is very likely to cause visual and physical and mental fatigue, leading to errors; at the same time, if the reported results involve comparison and analysis between disciplines, a large amount of manual history is required Record query and the entire data analysis work will last for more than 6 hours

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