Description
Introducing the newest addition to the Thermo Scientific qPCR range. Thermo Scientific Solaris qPCR Gene Expression Assays. Through the use of advanced software design and probe technologies, we have adopted a novel approach to designing qPCR probe detection assays. With this approach, we are able to design each assay to a consensus sequence that covers all known splice variants of the target gene. This strategy allows us to recommend one optimal assay for each gene target, making it easier than ever to incorporate the benefits of qPCR probe detection assays into your workflow.
Find out more about Solaris qPCR Gene Expression Assays and order online.
Features
Thermo Scientific Solaris qPCR Gene Expression Assays are pre-designed, gene specific probe and primer pairs that utilize advanced probe technologies including minor groove binder (MGBTM) and Superbase technologies to deliver repeatable, sensitive and gene specific quantification.
Simplified user experience
One assay per target gene is all you need. |
 Accurate and consistent results have never been easier to obtain.
The pack sizes were created to fit your needs
Solaris Assays are available from small 100 reaction pack sizes to larger pack sizes for higher-throughput laboratories.
The sequence information is provided Probe and primer sequence information is provided with every assay so you can publish with confidence.
The master mix is blue. Solaris Assays have been developed with our optimized, blue qPCR master mix for the best assay performance and ease-of-use. See your reagents as you pipette, track your progress across multiple wells, and visually assess your set-up.
The protocol is familiar
If you currently use qPCR probe assays, Solaris Assays will not require major changes to your protocol or routine.
The result is a high performance assay
You can expect excellent results in terms of repeatability, sensitivity, dynamic range, efficiency and specificity. Search for your genes of interest and find Solaris qPCR Gene Expression Assays plus order online.
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