ChamQ Geno-SNP Probe Master Mix Q811
Vazyme ChamQ Geno-SNP Probe Master Mix (Q811) is specially designed for single nucleotide polymorphism (SNP) typing by probe-based qPCR.
Vazyme ChamQ Geno-SNP Probe Master Mix (Q811) is specially designed for single nucleotide polymorphism (SNP) typing by probe-based qPCR.
Vazyme AceQ Universal Probe Master Mix V2 (Q513-EN) adopts rigorous chemical modification Acetaq, with a carefully optimized buffer system, which can greatly improve the sensitivity of the probe method.
An Induced Pluripotent Stem Cells (iPSCs or iPS cells) electroporation system includes an electroporation machine and compatible electroporation tubes. A few Celetrix electroporation models can be used for iPS stable cell line development as well...
Vazyme AceQ qPCR Probe Master Mix (Q112) is a special reagent for qPCR using the probe method. This product is based on the hot-start AceTaq® DNA Polymerase, combined with the optimal buffer optimized for qPCR
Vazyme Murine RNase Inhibitor (R301) is a recombinant mouse-derived RNase inhibitor expressed and purified in E.coli in a soluble form. It can extensively inhibit various RNases (RNase A, B, C).
Vazyme Murine RNase Inhibitor (Glycerol-free) (RL301) is a lyophilizable version of Murine RNase Inhibitor (Vazyme #R301) with excellent thermal stability and storage stability in the glycerol-free state.
Vazyme HiScript II Reverse Transcriptase (R201) is a new generation reverse transcriptase optimized from the M-MLV (RNase H-) Reverse Transcriptase.
Vazyme M-MLV (H-) Reverse Transcriptase (R021-01) is an M-MLV mutant with loss of RNase H activity obtained by site-directed mutation.
An electrofusion system for hybridoma development includes an electrofusion machine and compatible eletroporation tubes. A couple of Celetrix electroporation models, EX+ and SLT, can be equipped with optional fusion accessories for hybridoma generation with high-efficiency...
Vazyme HiScript III Reverse Transcriptase (R302-01) is an upgraded version of HiScript II Reverse Transcriptase, which can perform highly efficient reverse transcription reactions at 37°C.