Probe-Based qPCR
Highly specific probe-based qPCR
When performing probe-based qPCR, specificity and sensitivity, ease of use and process safety are important for your experiments’ success. Our qPCR kits for use with qPCR probes have a unique combination of in-process controls – including a built-in visual indicator – to remove variables and ensure precise reaction setup. Thanks to a novel hot-start mechanism, our kits demonstrate high specificity and sensitivity, allowing you to detect target sequences down to one copy. Plus, our kits also deliver seamless performance with GeneGlobe Primer Assays.
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11 Produkte gefunden
QuantiTect PCR Kits
For qPCR and two-step qRT-PCR using SYBR Green I and for qPCR and two-step qRT-PCR and also multiplex qPCR and two-step multiplex qRT-PCR using sequence-specific probes
QuantiNova PCR Kits
For highly sensitive, specific and ultrafast probe-based real-time PCR and multiplex PCR, and unparalleled results using SYBR Green-based qPCR
QuantiNova Pathogen +IC Kit
For ultrafast, simultaneous detection of viral RNA/DNA and bacterial DNA, including internal control
Certal Residual DNA Detection Kits
For sensitive probe-based detection of residual CHO host cell DNA, including an internal control
UCP PCR Kits
For SYBR Green-based and probe-based, real-time quantitative PCR for microbiome or quality control applications using reagents from Ultra Clean Production
miRCURY LNA miRNA Custom Probe PCR Assays
For extremely sensitive and accurate quantification of mature miRNA using LNA-enhanced, probe-based qPCR
miRCURY LNA Probe PCR Kits
For high-performance PCR with the miRCURY LNA miRNA Probe PCR System
Rotor-Gene Probe PCR Kit
For ultrafast, real-time PCR and two-step RT-PCR using sequence-specific probes
Rotor-Gene Multiplex PCR Kit
For ultrafast, multiplex, real-time PCR and two-step RT-PCR on Rotor-Gene cyclers
QuantiFast Multiplex PCR Kits
For fast, multiplex, real-time PCR and two-step qRT-PCR using sequence-specific probes
QuantiFast Probe PCR Kits
For fast, real-time PCR and two-step qRT-PCR using sequence-specific probes