Nucleic acid amplifier adjusting method

Abstract

The present invention provides a nucleic acid amplifier adjusting method. The nucleic acid amplifier adjusting method comprises the following steps: step 1, nucleic acid is injected into a first reaction cavity; step 2, a heating device works to enable the nucleic acid in the first reaction cavity to be heated to split, a first control valve is opened, so that the split nucleic acid enters a second reaction cavity through a flow guide pipeline; step 3, an output material control valve is opened to enable an intermediate material in an output material storage bin to flow into the second reaction cavity; step 4, a controller controls a heat dissipation device to start to work to cool the second reaction cavity; step 5, a heating device in the second reaction cavity starts to work, the controller controls a second control valve to be opened, meanwhile, the controller further controls a pump body to work, so that the nucleic acid in the second reaction cavity is conveyed back into the first reaction cavity; and step 6, the step 1 to the step 5 is set as a cyclic reaction and the cyclic reaction is repeated for 20-30 times.

Description

technical field [0001] The present invention generally relates to a nucleic acid amplification instrument, and more particularly relates to a method for adjusting a nucleic acid amplification instrument. Background technique [0002] Nucleic acid amplification is a general term for a large class of technical methods, currently including conventional PCR, real-time fluorescent PCR, isothermal nucleic acid amplification technology, etc. Nucleic acid amplification is very useful in molecular biology and is widely used in biology, therapeutics, diagnostics, forensic And every aspect of the study has broad applicability. Typically, one or more primers are used to generate an amplicon from a starting template, wherein the amplicon corresponds to or is complementary to the template from which the amplicon was generated. Multiplex amplification also simplifies the process and reduces costs. [0003] The existing nucleic acid amplification instrument is not highly intelligent. In t...

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Problems solved by technology

[0003] The existing nucleic acid amplification instrument is not highly intelligent. In the process of nucleic acid amplification, the addition of primers, buffers, and dNTPs and other components requires manual addition by staff; at the same time, in the process of nucleic acid amplification, often need To amplify nucleic acid multiple times, temperature co...

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