If you have any inquiryPlease leave us a message

Product description

    The kit uses unique separation magnetic beads and buffer system to separate and purify high-quality viral nucleic acid from the sample. The special coated magnetic beads have a strong affinity for the nucleic acid in the sample under certain conditions. When the conditions change, the magnetic The beads release the adsorbed nucleic acid, so that the nucleic acid in the sample can be quickly extracted and purified.

Apply to:Serum, plasma, cerebrospinal fluid or other cell-free body fluids, virus culture fluid or nasopharyngeal swabs

detection principle and method

    One-step method, reagent preparation and sample pretreatment and then machine processing.

    The operation time is short, and 1-32 samples can be extracted at the same time within 15-40 minutes, realizing high-throughput processing of parallel samples, freeing researchers from tedious and repetitive extraction and purification work.

    All operations are carried out simultaneously in the machine reaction chamber, without any manual operation, which can minimize errors caused by human factors.

Product advantages

  • One-step method, reagent configuration and sample pretreatment and then machine processing.
  • The operation time is short, and 1-32 samples can be extracted at the same time within 15-40 minutes, realizing high-throughput processing of parallel samples, freeing researchers from tedious and repetitive extraction and purification work.

Features

  • Extraction can be completed in as fast as 18 minutes.

  • Completely remove pollutants and inhibitors, suitable for middle and downstream experiments

  • Good yield and high purity.

  • The combination of magnetic bead method and automatic nucleic acid extractor can realize automatic nucleic acid extraction

Instructions

  • 1
    Sample pretreatment;
  • 2
    Add proteinase K and lysis buffer to lyse the sample;
  • 3
    Transfer the sample to the adsorption column membrane;
  • 4
    Wash the impurities in the nucleic acid with the eluent;