AMPLIFYME SG UNIVERSAL Mix (AM02)

AMPLIFYME SG UNIVERSAL Mix (AM02)

119,00 777,00 

The AMPLIFYME SG Universal Mix is a convenient enzyme mixture for fast and reliable quantitative Real-Time PCR, using SG dsDNA-binding dye. Compatible with all types of qPCR instruments. Additional tubes with low and high concentration of ROX are included.
AM02, AM02-200, AM02-020

SKU: AM02 Category:

Available Options:

Product Information

Ready-to-use, 2x concentrated Master Mix contains TaqNovaHS polymerase which is a mixture of recombinant Taq polymerase over-expressed in E. coli and a highly specific monoclonal anti-Taq antibody. The TaqNovaHS polymerase enables easy set-up of a hot-start PCR reaction at room temperature. The antibody binds reversibly to the enzyme, inhibiting polymerase activity at ambient temperatures, what prevents extension of non-specifically annealed primers and primer-dimers formed at low temperatures during PCR set-up. The antibody is released from the polymerase during initial DNA denaturation step, thus providing full DNA polymerase activity during standard cycling conditions.
Precisely optimized buffer components, reliable DNA polymerase and the appropriate selection of PCR enhancers provide a high performance, sensitivity and specificity over a broad dynamic range and give consistent results across all commonly-used Real-Time PCR platforms.

Applications

  • qPCR / Real-Time PCR
  • gene expression analysis
  • mass screening
  • pathogen detection
  • characterization of genetically modified organisms (GMO)
  • copy number variation analysis

Protocol & Manual

AMPLIFYME SG UNIVERSAL Mix (AM02) - Manual

Instruments Compability

Technical Tips

Quality & Safety

Quality Control

The AMPLIFYME SG No-ROX Mix is extensively tested for its performance in different Real-Time PCR assays. Free of deoxyribonuclease contamination.

AMPLIFYME SG UNIVERSAL Mix (AM02) - MSDS


AMPLIFYME SG UNIVERSAL Mix (AM02) - CoA L:706373

AMPLIFYME SG UNIVERSAL Mix (AM02) - CoA L: 726373

AMPLIFYME SG UNIVERSAL Mix (AM02) - CoA L:716373

Publications