Device and method for removing nucleic acid pollution

Abstract

The invention discloses a device and method for removing nucleic acid pollution, the device comprises a working box main body, a hydrochloric acid evaporation assembly and an adjusting assembly, the hydrochloric acid evaporation assembly is fixed on the inner wall of one side of the working box main body, and the adjusting assembly is fixed on the outer wall of the top end of the working box main body; the hydrochloric acid evaporation assembly comprises a liquid storage tank, a partition plate, heating pieces, a telescopic exhaust pipe, an expansion pipe, a ventilation plate, a valve, an air cylinder and a sealing plate, the liquid storage tank is formed in the inner wall of one side of the working box body, and the heating pieces are symmetrically embedded in the inner wall of the bottom end of the liquid storage tank; according to the device, the interior of equipment can be stamped, and when gasified hydrochloric acid is discharged, the gasified hydrochloric acid can be sprayed and discharged to the periphery of a laboratory, so that the gasified hydrochloric acid is rapidly diffused into the laboratory, and the removing efficiency is improved; and the angle and the position of the discharge structure can be adjusted, so that gasified hydrochloric acid is prevented from being discharged only in a certain direction and can be uniformly diffused into a laboratory, and the discharge effect is improved.

Description

technical field [0001] The present invention relates to the technical field of nucleic acid pollution removal, in particular to a device and method for removing nucleic acid pollution. Background technique [0002] Nucleic acid contamination is a problem that plagues most laboratories; trace amounts of nucleic acid contamination will produce false positive test results, which will lead to misdiagnosis of patients and delay their illness; if this situation is allowed to develop, aerosol pollution will form and spread, and eventually This will lead to contamination of the entire laboratory. In severe cases, the laboratory will be closed. If there is no spare laboratory, it will cause greater losses. Therefore, a device to remove nucleic acid contamination is required; however, the existing removal device is generally used when hydrochloric acid is generated. It has a large pressure, so that the gasified hydrochloric acid is discharged slowly, thus reducing the removal efficien...

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Problems solved by technology

[0002] Nucleic acid pollution is a problem that plagues most laboratories; a small amount of nucleic acid pollution will produce false positive test results, which will cause misdiagnosis of patients and delay the treatment of patients; if this situation develops, it will form aerosol pollution and spread, eventually It will lead to the pollution of the whole laboratory, and if it is serious, the laboratory will be closed. If there is no spare laboratory, it will cause greater losses. Therefore, a device for removing nucleic acid contamination is needed; It has a relatively high pressure, so that the gasified hydrochloric acid is discharged slowly, thereby reducing the removal efficiency, and when the gasified hydrochloric acid is discharged, the discharge angle and position cannot be adjusted, and it can only be discharged in a certain direction, so that the gasification Hydrochloric acid spreads for a long time, thereby reducing the discharge effect, and the method of removing nucleic acid contamination is relatively slow, and the removal is not thorough enough, which reduces the removal effect.

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