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Objective: To explore a method to solve the issue of interference in fluorescence quantitative PCR non-specific amplification for gene detection. Method: A three-s tep method was used for amplification, and the quantitative fluorescence signal collection process was set in the extension stage. Results: Three-step amplification has the advantages of wide application range; improved accuracy; and reduced primer design requirements. Conclusion: The interference of non-specific amplification signals was effectively avoided, the melting curve plotting process was omitted, the reaction time was shortened, and the detection accuracy was improved.

Method for Solving Non-specific Amplification Interference of Fluorescence Quantitative PCR in Gene Detection