Products

Raw Materials for MDx LyoReady Premix

LyoReady qRT-PCR Premix

  • Ready for lyophilization
  • Glycerol-free mix containing enzymes, buffer, dNTP, MgCl₂, and excipients
  • Simply add primers/probes and lyophilize
  • High performance and reproducible
  • UDG system: Prevention of carryover contamination

Products

Cat.No. Product Feature Size
SDFQR-1ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] - 1 ml
SDFQR-10ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] - 10 ml
SDFQR-100ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] - 100 ml
BSDFQR RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe], Bulk - Custom
SDFQRU-1ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System] UDG System 1 ml
SDFQRU-10ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System] UDG System 10 ml
SDFQRU-100ML RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System] UDG System 100 ml
BSDFQRU RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System], Bulk UDG System Custom
RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] is a glycerol-free master mix for qRT-PCR, designed to be lyophilized directly without requiring additional excipients. Primers and probes can be incorporated into the mix before the lyophilization process. RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] contains antibody-inhibited hot-start Taq DNA polymerase, reverse transcriptase, RNase inhibitor, dNTPs, Mg2+, salts, and a set of excipients.

RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System], is a glycerol-free master mix for qRT-PCR, designed to be lyophilized directly without requiring additional excipients. Primers and probes can be incorporated into the mix before the lyophilization process. RealHelix™ 2.5x qRT-PCR LyoReady Premix [Probe] [UDG System], contains antibody-inhibited hot-start Taq DNA polymerase, heat-labile Uracil-DNA glycosylase(HL-UDG), reverse transcriptase, RNase inhibitor, dNTPs, Mg2+, salts, and a set of excipients. The applied HL-UDG/dUTP system eliminates the carryover contamination of PCR products from previous reactions.

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