Products & Reviews

Double-quenched probes that offer improved quenching over longer probe sequences

Combining throughput, efficiency and robust design, the Hydrocycler range of water bath thermal cyclers offer an attractive alternative to traditional Peltier-based thermal cyclers for high-throughput PCR.

High-throughput, high-quality DNA and RNA purification for detection of multiple pathogens.

The QuickExtract™ DNA Extraction Solution can be used to rapidly and efficiently extract PCR-ready genomic DNA from almost any sample type using a simple, one-tube protocol that takes only 3-8 minutes, depending on the sample. The extracted DNA is suitable for PCR analyses, such as genomic, transgenic, or viral DNA screening in animals, or for genetic or environmental research and screening in humans and other organisms.

Formulated with diagnostic kit developers in mind, RapiDxFire™ qPCR 5X Master Mix glycerol free (GF) can be combined with gene-specific primers and hydrolysis probes for immediate use in high-throughput laboratory developed test (LDT) workflows or further processed for lyophilisation for use in point of care (POC) devices. Provided at a 5X concentration without passive reference dye, this flexible master mix allows more room…

The Soellex™ is an ultra-high-throughput end-point PCR thermal cycler leveraging a 3-chamber water bath.

The Yale 2019-nCoV SalivaDirect™ ValuPanel Reagents™ include FAM-BHQ and Quasar™ 670-BHQ probes and primers delivered in individual tubes in dried format.

A dual-labelled probe that combines a hairpin structure and a PCR primer element in a single oligo, allowing for target detection through a unimolecular mechanism. Mismatched hybrids are less stable than the reformed stem region. Therefore, Scorpions Primers only produce signal when the probe region hybridizes to a perfect-match target sequence within the primer extension product. 

Choose premier KASP on Demand (KOD) service for design and delivery of your KASP Assay, plus full validation and optimization of your assay by our scientific team.  

The mag™ kits use magnetic beads to purify DNA from a variety of sample types. They are a cost-effective solution for automated DNA extractions using magnetic particle handlers, as well as liquid handlers.  The protocol follows the common technology of binding the DNA to the mag beads, removing contaminations by salt and alcohol based wash buffers and a final eluation step.