Reaction bin box framework with DNA sequencer

Abstract

The invention relates to a reaction bin box framework with a DNA sequencer. The reaction box body framework comprises a left side vertical plate assembly, a middle vertical plate assembly, a left side part of a top plate assembly and a left side part with a bottom plate assembly at the lower side, wherein a reaction bin accommodating cavity of a reaction bin assembly is co-enclosed by splicing the assemblies; the top plate assembly comprises a front side plate, a rear side plate and a left side plate; each plate comprises a vertical plate and a horizontal plate, wherein the vertical plate is arranged at the outer side of the horizontal plate; a middle plate is connected between the front side plate and the rear side plate; the middle plate is used for dividing each of the front side plate and the rear side plate into left and right parts; and an upper side framework of a reaction bin box are co-enclosed by the left side part of the front side plate, the left side part of the rear side plate and the left side plate. According to the reaction bin box framework, a sequencer box framework is arranged at the periphery of the reaction bin assembly for DNA sequencing, so that the reaction bin has enough stability and a clean space; and in a connecting process of the box, a stable supporting structure is formed by virtue of a groove, a bulge and a connecting hole which are formed in the end part of a steel plate.

Description

technical field [0001] The invention relates to the field of DNA sequencing, in particular to a reaction chamber box frame of a DNA sequencer capable of accommodating reaction chamber components. Background technique [0002] In the existing DNA sequencer, it generally includes a reaction chamber part and a test part. In the sequencer, the reaction chamber part collects the information of the sequencing reaction, and the reaction chamber is required to have sufficient precision, installation stability and sufficient clean space. [0003] The DNA sequencer in the prior art does not set a shielding mechanism with reasonable space and easy handling and adjustment in the reaction chamber, which brings inconvenience to the sequencing work and even affects the sequencing results; especially, the reaction chamber part of the DNA sequencer needs to be tested. Chip testing has high requirements for the stability and reliability of the test environment. [0004] In view of the above...

AI Technical Summary

Problems solved by technology

[0003] The DNA sequencer in the prior art does not set a shielding mechanism with reasonable space and easy handling and adjustment in the reaction chamber, which brings inconvenience to the sequencing work and even affects the sequencing results; especially, the reaction chamber part of the DNA sequencer needs to be tested. The chip is tested, which has high requirements for the stability and reliability of the test environment

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