Product Info
Documentation
Product Info
A universal PCR master mix for allele-specific PCR assays. Precision fluorescent signal generation with consistently high performance at any reaction volume.
Documentation
Our patented genotyping chemistry, PACE, is the latest in allele-specific chemistry. It provides consistent performance making it ideal for high-throughput genotyping applications. PACE genotyping master mixes are designed for use with PACE Genotyping Assays and are also compatible with pre-existing KASP™ and Amplifluor® assays
Unlike probe-based products such as TaqMan™, PACE assays only require un-labelled primer oligos to make up the PACE genotyping reaction, in combination with PACE Genotyping Master Mix. Watch our quick video explaining how PACE genotyping works.
All our master mixes are supplied at 2x concentration for convenience and contain ROX normalising dye at either high (500 nM working concentration), low (25 nM working concentration), standard ROX level (150 nM working concentration) or without ROX.
3CR Bioscience provides a free PACE assay design service plus full- or partial assay validation options to help you reduce the cost and turnaround time of your genotyping.
For Research and Development purposes only. Not for diagnostic use.
Legal Information
KASP™ is a trademark of LGC Biosearch Technologies
Amplifluor® is a registered trademark of Merck KGaA
TaqMan™ is trademark of Roche Molecular Systems, Inc.
A universal PCR master mix for allele-specific PCR assays. Precision fluorescent signal generation with consistently high performance at any reaction volume.
An enhanced PCR master mix for allele-specific assays. Improved signal to noise ratio and tight clustering. Developed specifically for genotyping direct from crude DNA samples.
PACE Multiplex Master Mix for the simultaneous detection of up to four targets in one reaction. Save time, cost, and consumables while maximising data generation.
Genotype directly from RNA samples. RNA reverse transcription and cDNA PCR genotyping simultaneously in a single, one-step reaction.
Advanced performance at ultra-low reaction volumes, delivering consistent, cost-effective PCR genotyping for high-throughput, miniaturised and automated workflows.