Description
ViPrimePLUS One Step Taq RT-qPCR Master Mix is next generation master mix designed for one step realtime PCR reaction set up. The master mix is prepared in 2X concentrated solution and contains unique thermostable M-MULV enzyme, Taq DNA Polymerases and buffer components at optimal concentrations. The M-MULV enzyme has an optimal operating temperature and a higher affinity for primer template duplexes which allows very rapid processing during RT step. The One Step Taq RT-qPCR Master Mix is designed to achieve excellent results in reaction efficiency, correlation coefficient and slope.
ViPrimePLUS One Step Taq RT-qPCR Master Mix can be used to amplify any RNA template including mRNA, total RNA and viral sequences. The formulation of RTqPCR master mix can detect low copy number targets very specifically with high efficiency that give CT values close to the theoretical time of detection. The ViPrimePLUS One Step Taq RT-qPCR Master Mix is a complete system for use in one step real-time PCR, the removal of a separate reverse transcription step reduces handling errors as well as the time taken to obtain results. The master mix provides convenient and robust set up for quantitative real-time analysis of RNA samples.
ViPrimePLUS One Step Taq RT-qPCR Master Mix has several formulations optimized to be used with most of real-time PCR instruments. The sensitivity and consistency of ViPrimePLUS One Step Taq RT-qPCR Master Mix in standard cycling conditions gives the industry leading performance in fast cycling conditions.
Applications
All kinds of RNA sample material suited for RT-qPCR amplification can be used.
Features
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One step real time RT-qPCR reaction set up
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Equipped with thermostable M-MULV enzyme
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Good buffer system for excellent amplification efficiency
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High sensitivity detection
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Optimal performance for highly sensitive and specific RT-qPCR reaction
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Compatible with most of the real-time PCR platforms
Component
3 x 0.6ml aliquots of master mix 0.6ml aliquots of “no RT control master mix standard”
Storage
Stable at -20°C up to the expiry date stated. Store all components at -20°C upon arrival. Keep in aliquot to reduce freeze-thaw cycles.
Quality Control
As part of the ISO9001:2008 quality assurance systems, each lot of ViPrimePLUS One Step Taq RTqPCR Master Mix has been tested against predetermined specifications to ensure consistent product quality and highest levels of performance and reliability.
Limitation Of Use
For research use only. Not recommended or intended for diagnosis of disease in humans or animals. Do not use internally or externally in humans or animals.
Instruments
To calibrate a real-time PCR reaction, various formulations of master mixes are available for most of the platforms.
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Product Description
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Compatible Hardware
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QLMM13
ViPrimePLUS One Step Taq RT-qPCR Master Mix
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Biometra qTower, BioRad iCycler, BioRad IQ4, BioRad IQ5, Cepheid SmartCycler®, Eppendorf Mastercycler, Fluidigm BioMark?, Illumina Eco, MJ Chromo4, Opticon, PCRMax Eco?, Roche lightcycler® 480, lightcycler® LC96 and lightcycler® Nano Platforms, RotorGene, Roche Capillary Lightcycler 1.0-2.0, Stratagene MX MX4000P®, MX3000P®, MX3005®, Thermo PikoReal?
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QLMM13-LR
ViPrimePLUS One Step Taq RT-qPCR Master Mix with Low ROX
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Applied Biosystems 7500 and 7500 FAST platform, QuantStudio?, ViiA7
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QLMM13-R
ViPrimePLUS One Step Taq RT-qPCR Master Mix with ROX
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Applied Biosystems 7000, 7300, 7700, 7900 and 7900HT FAST platforms, GeneAmp® 5700, StepOne?, StepOne? PLUS
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Ordering Information
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Catalog No
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Description
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Pack Size
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QLMM13
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ViPrimePLUS One Step Taq RT-qPCR MasterMix
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150 reactions
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QLMM13-LR
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ViPrimePLUS One Step Taq RT-qPCR MasterMix with Low ROX
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150 reactions
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QLMM13-R
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ViPrimePLUS One Step Taq RT-qPCR MasterMix with ROX
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150 reactions
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Download
Manual
ViPrimePLUS One Step Taq RT-qPCR MasterMix
ViPrimePLUS One Step Taq RT-qPCR MasterMix with Low ROX
ViPrimePLUS One Step Taq RT-qPCR MasterMix with ROX
Publication
This Product Has Been Used In:
Attaran, B., Falsafi, T. (2017). ). Effect of biofilm formation by clinical isolates of Helicobacter pylori on the efflux-mediated resistance to commonly used antibiotics, . World Journal of Gastroenterology, Vol. 23, No. 7. 1163-1170 (2017).
