Integrated immune reaction plate

Abstract

The invention discloses an integrated immune reaction plate which comprises a reaction plate body, a sample cup and a reaction plate cover, wherein the sample cup is arranged in the reaction plate body; the reaction plate cover is connected with the reaction plate body; the sample cup is positioned between the reaction plate body and the reaction plate cover. In actual use, samples are added into the reaction plate, the reaction plate is placed into a special detecting instrument, the instrument drives the reaction plate to do centrifugal movement, under the action of centrifugal force, the samples in the sample cup enter reaction cavities distributed on the periphery of the reaction plate, a dry-type reagent sealed in the reaction cavities in advance is mixed with the samples and reacts with the samples, and finally report results of the reaction cavities corresponding to projects can be obtained through the detecting instrument. According to the reaction plate, under the condition of needing no other auxiliary materials, detection on various human immune indexes can be automatically finished, the labor is greatly reduced, and errors due to misoperation are correspondingly reduced; all reactions are conducted in the reaction plate, so that pollution to the environment can be avoided.

Description

technical field [0001] The invention relates to a reaction plate for an immune analyzer, in particular to an integrated immune reaction plate which can detect various immune indexes of a human body without any other auxiliary materials. Background technique [0002] In the field of immunoassay and detection, the existing conventional technology at home and abroad usually stores the reagents separately in cold storage. When using them, professionals use professional pipettes and other equipment to suck out the cold storage reagents, and then inject the cold storage reagents into the samples to be tested. The sample in the cuvette and in the cuvette fully reacts, and finally detects its change and determines its content or composition through an optical system. [0003] However, the traditional filling of reagents and collection of samples requires the use of pipettes and pipette lamps. Generally, two or more types of pipetting equipment are required to complete the detection ...

AI Technical Summary

Problems solved by technology

[0003] However, the traditional filling of reagents and collection of samples requires the use of pipettes and pipette lamps. Generally, two or more types of pipetting equipment are required to complete the detection process during detection. Disadvantages such as inconvenient portability, easy contamination and errors

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