Intelligent temperature control system for gene detection

Abstract

The invention relates to an intelligent temperature control system for gene detection. The intelligent temperature control system is used for the technical field of gene detection. The system comprises a detection cover plate, a gene sample box and a temperature control box. The detection cover plate and the gene sample box are sequentially arranged on the temperature control box, one end of an electrolysis probe electrode is inserted into a sample cavity, and the other end of the electrolysis probe electrode is connected with a gene electrochemical testing device. A gene extraction injection pump and a gene data output device connected with the gene sample box through a data output probe are further arranged on the side face of the gene sample box. A cooling device, a temperature controller and a heating device are arranged on the side face of the temperature control box side by side. The cooling device is connected with a cooling tank, and the heating device is connected with heating conducting glass. The temperature controller is inserted into the sample cavity through a temperature detection rod. The system is high in efficiency, low in cost, high in automation degree, low in labor intensity, easy to operate and good in safety, data for gene detection are real and good in effectiveness, detection is convenient, the effects of accurate temperature control and intelligent temperature control are achieved, and large market promotion prospects are achieved.

Description

technical field [0001] The invention belongs to the technical field of gene detection, and in particular relates to an intelligent temperature control system for gene detection. Background technique [0002] At the end of 1998, the American Association for the Advancement of Science listed electrochemical gene sensor technology as one of the top ten advances in natural science in 1998, which shows its significance in the history of science. It has shown great power with its ability to analyze thousands of genome information simultaneously, quickly and accurately. These applications mainly include gene expression detection, mutation detection, genomic polymorphism analysis and gene library mapping, and hybridization detection. [0003] Since the implementation of the Human Genome Project, gene sequencing technology has developed very rapidly. The original manual sequencing has been replaced by semi-automatic instrument operation, and fully automated control will be the mains...

AI Technical Summary

Problems solved by technology

[0005] The current gene detection is low in efficiency, high in cost, low in automation, high in labor intensity, and there are deviations in the accuracy of data. In the process of electrochemical gene detection, temperature is an important factor affecting chemical reactions and material form changes. The detection effect after adding different concentrations and types of electrochemical agents is very large

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