Gene detection framework and method thereof

Abstract

The invention discloses a gene detection framework and a method thereof. The gene detection framework comprises a host processing terminal and a detection terminal, wherein the detection terminal comprises a gene detector and a controller; a connecting structure between the controller and the host processing terminal is that: the controller is connected with a wireless data transmission module; the controller is connected with a communication network through the wireless data transmission module, so that connection of the controller and the communication network is achieved; the communicationnetwork is also connected with the host processing terminal. With the combination of the method of the gene detection framework, defects that in the prior art replacement is not carried out easily, anout-of-date state of a dehumidizer cannot be efficiently confirmed, a great number of the dehumidizer is wasted because of a rapid replacement velocity, the dehumidizer is completely replaced beforean expiry date, an analog quantity signal can be lost and cannot be finally converted into a digital signal and an analysis result which are transmitted to the host processing terminal, and completeness of the digital signal and the analysis result is affected, can be effectively solved.

Description

technical field [0001] The invention relates to the technical field of gene detection, in particular to a gene detection framework and a method thereof. Background technique [0002] Existing gene detection through electrochemical sensors requires many steps, and the requirements for manual operation are relatively high. At the same time, the detection steps are cumbersome and take a long time. For the situation where multiple samples need to be detected at the same time, a lot of manpower and material resources are required. Increased testing costs, and, due to local and equipment constraints, there are obviously great restrictions on the processing of multiple samples, especially for hospitals and laboratories, where too much equipment cannot be installed due to space constraints And accommodating too many operators greatly reduces the detection efficiency of the sample, and the sample needs to be transferred or manipulated during the detection process. Due to the separati...

AI Technical Summary

Problems solved by technology

[0031] In order to solve the above problems, the present invention provides a gene detection framework and its method, which effectively avoids the difficulty of replacement in the prior art, the inability to efficiently determine the state of desiccant expiration, fast replacement speed, a lot of waste of desiccant, and no All expired will be replaced, the analog signal will be lost and cannot be finally converted into digital signals and analysis results are transmitted to the upper processing terminal, which is unfavorable to the integrity of digital signals and analysis results

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