Probe-based qPCR

SuperReal PreMix Plus (Probe)

Dual-enzyme probe quantitative reagent with stable performance

Catalog number / packaging

Cat. no

ID

No. of preps

4992305

FP206-03 20µl×5000 rxn

4992291

FP206-02 20 µl×500 rxn

4992290

FP206-01 20 µl×125 rxn
  • Storage

    Store in dark at -20℃.
  • Description

    The product adopts a unique two-component hot-start DNA polymerase to carry out PCR amplification. The PCR products are detected by the fluorescent probe added in the PCR reaction solution, and fluorescence intensity is detected the in the reaction process.

    1. The double-hotstart polymerases in this product form a unique enzyme activity automatic regulation system. The automatic regulation system of enzyme activity is composed of chemically modified HotStart Taq DNA polymerase and antibody modified Anti Taq DNA polymerase, which makes SuperReal PreMix maintain the best DNA polymerase activity throughout the whole PCR reaction process. With careful optimization of Buffer system, it has the characteristics of accurate quantification, high amplification efficiency, good repeatability and wide credible range.

    2. The optimized product is especially beneficial for Taq polymerase to perform its 5'-3' exonuclease activity, so as to achieve the best effect of fluorescence signal release. In addition, by the buffer optimization, SuperReal PreMix (Probe) also fully degrades the signal release of the fluorescence quenching group of the probe, so that higher signal can be obtained using same amount of template.

  • Precautions

    ■ The initial denaturation condition for PCR reaction must be set at 95°C for 15 min to activate the hotstart polymerase.

    ■ If the reagents are not mixed evenly, the reaction performance will be decreased. When using it, please

    mix it up and down and do not use the oscillator to mix it evenly. Try to avoid foam and use it after instantaneous centrifugation.

    ■ Good amplification results can be obtained in most systems using primer with final concentration of 300 nM and probe with the final concentration of 200 nM.

    ■ If the concentration of primer needs to be further optimized, it can be adjusted within the range of 50-900 nM; If the probe concentration needs to be further optimized, it can be adjusted in the range of 100-500 nM.

    ■ In the 20 μl reaction system, the input of genomic DNA or cDNA template generally should be less than 100 ng, and when reverse transcription product is used as template, the input should not exceed 20% of the final volume of PCR system.

  • Features

    ■ Dual-enzyme advantage: Dual-enzyme hot-start system can ensure strong stability and more accurate data.

    ■ Wide linear detection range: The linear detection range can be up to 107.

    ■ High sensitivity: Low abundance templates such as viruses and microorganisms can be detected.

    ■ Strong amplification capability: Stronger fluorescence signal.

Experimental Example

  • Wide linear detection range

    The product has a wide linear detection range. It can detect templates as low as 1 fg/μl for lamda DNA, with high amplification efficiency, good repeatability and excellent linear relationship.

    Use lamda DNA as template, dilute 7 gradients by 10 times (concentration from 1 ng/μl to 1fg/μl) for PCR detection.

  • Strong amplification capability, more standard amplification curve and higher sensitivity

    The amplification fluorescence signal is strong (amplification capability is strong), with a more standard amplification curve and high sensitivity. It can accurately and quantitatively detect low-concentration templates, while the detection signal of relevant product from Supplier T is weak, resulting in low sensitivity, which may lead to undetectable low-concentration templates and false negative results.

    Detect lectin gene with soybean gDNA (100-0.01 ng/μl) as template and compare with relevant product from Supplier T.

  • Wide adaptability of instruments

    It has been proven by multiple tests that the product is widely applicable to experiments such as gene expression analysis and nucleic acid detection by adopting a Probe method on various real time PCR instruments such as ABI, Stratagene, Roche, Bio-Rad, Eppendorf, etc.