Biochip Detection System

Abstract

The invention relates to the technical field of gene sequencing, and discloses a biological chip detection system, comprising: a PCR reaction device for amplifying a sample in a PCR tube; a hybridization device, including a reaction chamber and a chip carrying platform on which a biological chip is placed, The sample is hybridized with the biochip; the reading device detects the biochip processed by the hybridization device and obtains relevant gene information; the conveying device transmits the PCR tube to the PCR reaction device and from the PCR reaction device to the hybridization device. The increased sample, or the hybridized biochip is transferred from the hybridization device to the reading device. In the present invention, the conveying device is used to automatically transport the PCR tube, the sample in the PCR tube and the hybridized biochip, so as to realize the integration and systematization of the PCR reaction device, the hybridization device and the reading device, thereby realizing the mechanization and automation of the biochip detection, reducing the Manual operation can reduce errors caused by manual operation and improve the detection efficiency of the biochip.

Description

technical field [0001] The invention relates to the technical field of gene detection, in particular to a biological chip detection system. Background technique [0002] Biochip (also known as DNA chip, gene chip) originated from the crystallization of the combination of DNA hybridization probe technology and semiconductor industry technology. Analysis systems for accurate, rapid, and informative detection of cells, proteins, DNA, and other biological components. Simply put, a biochip is a piece of glass, silicon wafer, nylon membrane and other materials placed on a biological sample, and then an instrument collects signals and uses a computer to analyze the data results. [0003] Biochips are widely used and can be used for gene expression level detection, gene diagnosis, drug screening, individualized medicine, sequencing, and bioinformatics research. Specifically, the sequencing principle of the biochip is the hybridization sequencing method, that is, a method for deter...

AI Technical Summary

Problems solved by technology

The transfer of samples, biochips, etc. between various devices requires manual work and auxiliary execution, which increases costs and is prone to errors; in addition, the above-mentioned devices are placed independently and scattered, occupying a large space, and it is not convenient for staff to carry out systematic work, which greatly increases the work intensity of the staff, the staff is prone to make mistakes in the work due to excessive fatigue, and the detection efficiency of the biochip is low

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