Group detection method, reagent box and detection device for clinical biochemical samples

Abstract

The invention relates to a medical detection method and a medical detection device, in particular to a group detection method, a reagent box and a detection device for clinical biochemical samples. The detection method includes: a, arranging an R1 reagent box and an R2 reagent box, wherein the reagent box R1 comprises a plurality of R1 reagent cavities which are sequentially arrayed and connectedinto a whole, and the R2 reagent box comprises a plurality of R2 reagent cavities which are sequentially arrayed and connected into a whole; b, sequentially adding R1 reagents into the R1 reagent cavities of the R1 reagent box and closing the R1 reagent box to form the R1 reagent box containing all R1 reagents of a certain detection item group, and sequentially adding R2 reagents into the R2 reagent cavities of the R2 reagent box and closing the R2 reagent box to form the R2 reagent box containing all R2 reagents of a certain detecting item group; and c, completing a group detection item by the aid of the R1 reagent box and the R2 reagent box in each pair. By the aid of the detection method, automatic detecting equipment can be simplified, and the group detection item is conveniently detected.

Description

technical field [0001] The invention relates to a medical detection method and device, in particular to a group detection method for clinical biochemical samples, a kit and a detection device. Background technique [0002] In clinical testing, test items are usually grouped by function (such as renal function, liver function, etc.) according to clinical needs, and each group of test items includes multiple individual test items. For example, the test group for renal function testing includes CRE muscle liver, ALB Individual detection items such as albumin, T-PRO total protein, UA uric acid, BUN urea nitrogen, etc., generally use "dual reagents" for each single detection item, that is, before detection, first add the first reagent (commonly known as R1 reagent in the field) ) to make it react with the interfering substances in the sample; add the second reagent (commonly known as R2 reagent in the art), and formally react with the sample. In order to meet the requirements of...

AI Technical Summary

Problems solved by technology

When this method is applied to automatic detection equipment, it makes the entire equipment complex in structure, inconvenient to move and operate, and it is not convenient for automatic detection in the field and under maneuvering conditions, and it is not convenient for a large number of repeated detections for specific detection item groups.

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