Cleaning method of detection pool

Abstract

The invention provides a cleaning method of a detection pool. The detection pool is used for accommodating a to-be-detected object comprising specific protein for determining the specific protein, and the cleaning method of the detection pool comprises the following steps: providing the detection pool; after the determination in the detection pool is finished, the detection pool being firstly subjected to early-stage cleaning; pushing a determination reagent to the detection pool, and discharging the determination reagent after the determination reagent soaks the detection pool for a first preset time so as to complete cleaning of the detection pool, the determination reagent being a determination reagent used by the detection pool for next determination of the to-be-detected object. According to the invention, the detection pool is soaked by using a determination reagent used for determining the object to be detected next time instead of a diluent or a cleaning solution, so that the possible diffusion of the cleaning solution and the determination reagent used for determining the object to be detected next time is avoided, and the result of the next detection is not influenced.

Description

technical field [0001] The invention relates to the field of detection instruments, in particular to a method for cleaning a detection pool. Background technique [0002] Conventional specific protein analysis includes two steps: detection and cleaning. Detection is only responsible for the accuracy of a single result, while cleaning is to ensure the consistency of multiple measurement results and the life of the reaction pool; therefore, the specific protein detection system is effective. Cleaning is one of the core indicators for comprehensive evaluation of a specific protein analysis system. The disadvantages of the existing technical solutions on the market are as follows: 1. Traditional biochemical analyzers use sampling needles to add cleaning liquid or discharge waste liquid, and there will be dead spots that cannot be washed cleanly; The cleaning of the reaction pool and the colorimetric pool, as well as the design of the intermediate pipeline and the cleaning of th...

AI Technical Summary

Problems solved by technology

The disadvantages of the existing technical solutions on the market are as follows: 1. Traditional biochemical analyzers use sampling needles to add cleaning liquid or discharge waste liquid, and there will be dead spots that cannot be washed cleanly; The cleaning of the reaction pool and the colorimetric pool, as well as the design of the intermediate pipeline and the cleaning of the sampling needle, involve many links, and any problem in any link will lead to poor results; 3. The integrated reaction and detection pool scheme generally has multiple inlets. If the liquid level Below the inlet, some parts cannot be washed; if the liquid level is above the inlet, there will be diffusion; 4. In the last step, use diluent to infiltrate, if it is not drained cleanly, it may affect the next test result

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