Full-automatic gene detection processing system and method

Abstract

The invention relates to a full-automatic gene detection processing system and method, the full-automatic gene detection processing system comprises: a case, the case comprises a sample processing area, a buffer area and a detection area; the sample management module and the consumable management module are arranged in the sample processing area; the sample treatment transfer module is arranged in the sample treatment area and is used for transferring a sample cup and a PCR tube in the sample treatment area, closing a cover of the PCR tube and transferring liquid; the centrifugation module and the nucleic acid extraction module are both arranged in the sample treatment area; the buffer transfer module is arranged in the buffer area and is used for conveying the PCR tubes in the sample treatment area to the detection area; the detection transfer module is arranged in the detection area and is used for transferring the PCR tube in the detection area; and the PCR detection module is arranged in the detection area. According to the application, each functional module can be controlled through the main control module to realize gene detection, and full-process automation from a sample to a result is realized, so that a user only needs to load a sample and consumables in advance.

Description

Fully automatic genetic testing processing system and method technical field The application relates to the technical field of genetic testing, specifically, to a kind of automatic genetic testing processing system and method. Background technique Gene detection has become the research method mainly used in clinical molecular experiments, such as for new coronavirus infection. The confirmed diagnosis and suspected release of infected patients, and the infection of severe patients after operation all require the evidence of genetic testing results. [0003] The current genetic testing is usually carried out in a specialized PCR laboratory, which occupies a large space. Inspection process automation process Low degree of detection and more manual intervention, not only low detection efficiency, but also increased operator infection and manual misoperation affecting detection risk of results. SUMMARY OF THE INVENTION The purpose of this application is to provide a ...

AI Technical Summary

Problems solved by technology

The detection process has a low degree of automation and more manual intervention, which not only reduces the detection efficiency, but also increases the risk of operator infection and manual misoperation affecting the detection results

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