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  • CrystalMix® > Conventional PCR

    CrystalMix® HS-PCR

    CrystalMix® HS-PCR kit contained all the reagents necessary for successful routine hot-start PCR in a convenient individually aliquot in an 8-strip PCR tube. CrystalMix® HS-PCR kit is an economical, highly efficient, ready-to-use, and room temperature stable format. There is no need for freezing, thawing steps, or pipetting on ice, so minimized the risk of human errors and contaminations.
    CrystalMix® HS-PCR kit processive, 5’→ 3’ DNA polymerase and lacks a 3’→5’ proofreading function, therefore the amplification products are compatible with TA cloning. CrystalMix® HS-PCR kit yields excellent and consistent results in routine hot-start PCR reactions as well as high-throughput PCR genotyping, colony PCR, RT-PCR, and PCR cloning. CrystalMix® HS-PCR kit contained blue loading dye, therefore the PCR product can be directly loaded onto an agarose gel without the additional need of loading buffer and dyes.
    CrystalMix® HS-PCR kit without gel loading dyes is also available for applications when loading dyes are undesired.

    • Overview
    • Ordering Information
      Cat No. Size Remark
      W8111 96 rxn 8 strip x 12 ea
    • Features
      Pre-aliquoted & lyophilized in 0.2 ml clear tube
    • Technical Data
    • Application
      • High through-put PCR
      • Routine diagnostic PCR requiring high reproducibility
      • DNA sequencing template preparation
      • Point-of-care Molecular diagnostics
    • Storage & Shipping
      Store below 25°C in airtight pouch with desiccants
    • Advantages
      • Room temperature stable for over 1 year
      • Ready-to-use lyophilized type
      • Fast protocol, just add sample & primer
      • No freezing/thawing step
      • No PCR mixture preparation step
      • No cold chain shipping, Simple transport logistics
      • Minimize human error and contamination
      • Maximize Stability, Reproducibility, and Reliability
      • Aliquot per each reaction
      • Eliminating extra pipetting steps and reducing contamination risk from multiple reagents and providing better reproducibility