Formerly RNA Extraction Control 560.RNA Extraction Control not only enables users of a diagnostic qPCR assay to determine if there are inhibitors in the PCR assay, but also to validate the success of the extraction step, reducing the chance of obtaining a false negative result in the sample RNA.
- Simple – streamlined protocol for straightforward validation of RNA extraction and determination of RT-qPCR assay inhibition
- Sensitive – control assay identifies even small effects on RNA extraction and inhibition of amplification
- Optimized - control RNA has a sequence with no known homology to any organism thereby avoiding detection of sample RNA
- Specific – probe-based assay designed specifically for the REC control sequence
- Flexible – ideal for use with a wide range of sample types, including inhibitor-rich samples like blood, urine and sputum samples
A common practice in qPCR is to add a known amount of spiked control RNA after RNA extraction, this monitors PCR inhibition but has no value as an extraction control. The ideal situation is to have the test sample and internal control undergo the same processing prior to qPCR. Bioline has developed a RT-qPCR Extraction Control, which more closely mimics the test sample, as compared to spike controls. Genetic material from the test sample and the RT-qPCR Extraction Control is simultaneously extracted by common extraction methods, with the extraction control being as sensitive to inhibition and extraction failure as the test sample.
Artificial RT-qPCR Extraction Control cells are of a known concentration, containing the Internal Control RNA sequence. This sequence contains no known homology to any organism and, importantly, has minimal interference with detection of sample RNA. The RT-qPCR Extraction Control cells are spiked into the lysis buffer with the target sample, prior to RNA extraction. Control Mix, which primers and probe, is then added to the reaction mix before amplification. Signal derived from the Internal Control RNA confirms the success of the extraction step. RT-qPCR Extraction Control also monitors co-purification of PCR inhibitors that may cause biased or false amplification patterns.
- Pathogen detection
- Cancer risk assessment
- Gene expression analysis
- Drug therapy efficacy
- Biomarker validation
- Copy number variation (CNV) analysis
- Viral loading
We’ve started building a collection of short written and video reviews that we share online with the research community. Would you like to share your experience of the RT-qPCR Extraction Control Orange as part of our new customer review program? To watch or read our reviews, to learn more about the rewards being offered, or to post your own review, please click here
RT-qPCR Extraction Control Orange is suitable for use with commercially available silica-membrane RNA extraction kits and CHELEX matrices and has been tested on a wide range of qPCR platforms including ABI-7500, LightCycler 480®, RotorGene-Q™, Mic and MX3005P®.
RT-qPCR Extraction Control Orange uses Cal Fluor® Orange 560 and is also available with Quasar®670, to fit in with existing protocols. CAL Fluor and Quasar dyes are performance-optimized fluorophores for multiplex qPCR.
Certification of Analysis (COAs)
Internal Control RNA Orange
5 x 200 µL
25 x Control Mix 560
5 x 100 µL
Storage & Stability
All kit components should be stored at -80°C upon receipt. When stored under the recommended conditions and handled correctly, full activity of the kit is retained until the expiry date on the outer box label.
Shipped on dry ice.