Micropore reaction cup stacking device and using method thereof

Abstract

The invention discloses a micropore reaction cup stacking device. The device comprises a through pipeline, and a plurality of micropore reaction cups are stacked in the pipeline. In addition, the invention discloses a using method of the micropore reaction cup stacking device. According to the micropore reaction cup stacking device and the using method thereof, a solid phase carrier micropore plate in traditional enzyme linked immunosorbent assay and chemiluminescence immune assay is disassembled into plate strips, and the plate strips are cut into the single micropore reaction cups; the single micropore reaction cups are sequentially put into 'cartridge clips' or pipelines in the similar way, the 'cartridge clips' or the pipelines of different detection items are loaded in a certain area of a full-automatic immune analyzer, the corresponding micropore reaction cups are provided according to immunoassay detection item requirements, and the reaction cups can enter in the detection process of the full-automatic immune analyzer randomly. By means of the micropore reaction cup stacking device and the using method thereof, 'randomization' full-automatic immune analysis can be realized, the space of the full-automatic instrument system is reduced, and the cost of the full-automatic instrument system is lowered.

Description

technical field [0001] The invention relates to a solid-phase carrier coated with an antigen or an antibody used in in vitro immunodiagnostic detection, in particular to a stacking device for microporous reaction cups. Furthermore, the invention also relates to methods of using the device. Background technique [0002] Immunoassay has become the most important detection method in clinical laboratories, including detection of sex hormones, thyroid function, tumor markers, antibodies and infectious antigens, metabolites and some disease markers. The current hospital advocates rapid diagnosis, and the detection process needs to be completed quickly, replacing the previous few days by a few hours. At the same time, reducing labor costs has also become an important factor to reduce project testing costs. At present, immunoassays are showing a huge growth rate, and the demand for fully automated instrument operation is imminent. Fully automatic instrument detection can avoid mo...

AI Technical Summary

Problems solved by technology

However, there are great obstacles in the fully automatic instrument platform where microplates are applied in the "random processing mode": the microplates are awkward to move during the detection process, and some unused microwells will be exposed to the high temperature and humidity of incubation, which will affect Performance without microwells

In addition, if there are a large number of sample testing needs, huge transport tracks and incubation chambers are required

And cross-contamination between microwells is also a concern

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