Reverse transcription and qPCR with SYBR® Green .
Hard Facts .
- Excellent sensitivity
- cDNA synthesis and qPCR in one reaction
- Ultra-Fast: RT-qPCR in < 35 minutes
- One tube format
- Made in Germany
Applications .
The primaQUANT 1 STEP RT-qPCR Master Mix allows reverse transcription and qPCR in one step. Thus, gene expression can be determined quickly via the RNA level without additional effort.
For the diagnosis of pathogenic RNA viruses, the pathogen RNA must be transcribed into cDNA. With the primaQUANT 1Step RT-qPCR Master Mix, you can complete reverse transcription and qPCR in one go. This makes high-throughput analysis and automation easy.
High Resultion Melting Curve Analysis (HRM) can be used to easily detect the smallest changes in the genome, such as SNP and mutations, using qPCR.
Matsuda, K. (2017). PCR-Based Detection Methods for Single-Nucleotide Polymorphism or Mutation: Real-Time PCR and Its Substantial Contribution Toward Technological Refinement. Advances in Clinical Chemistry, 80, 45-72. https://doi.org/10.1016/bs.acc.2016.11.002
Simko, I. (2016). High-Resolution DNA Melting Analysis in Plant Research. Trends in Plant Science, 21(6), 528-537. https://doi.org/10.1016/j.tplants.2016.01.004
Mohammad Rahimi, H., Pourhosseingholi, M. A., Yadegar, A., Mirjalali, H., & Zali, M. R. (2019). High-resolution melt curve analysis: A real-time based multipurpose approach for diagnosis and epidemiological investigations of parasitic infections. Comparative Immunology, Microbiology and Infectious Diseases, 67, 101364. https://doi.org/10.1016/j.cimid.2019.101364
Features .
For all qPCR cyclers .
Our qPCR 2x Master Mixes are suitable for all common qPCR cyclers and optionally available with ROX.
We have compiled a table for you showing whether your device uses ROX(6-carboxy- X-rhodamine) for normalization and which concentration, if any, is required.
RT-qPCR in under 35 minutes .
In the primaQUANT 1STEP RT-qPCR Master Mixes, we combine optimized reverse transcriptases with an extremely fast DNA polymerase. Thus, a complete RT-qPCR (transcription of RNA into cDNA and subsequent qPCR) can be performed in less than 35 minutes, depending on the qPCR instrument.
This saves you valuable time and capacity, especially for diagnostics or larger numbers of samples.
Of course, you can also continue to use your previous RT-qPCR protocol.
Direct analysis of RNA with very high sensitivity .
The primaQUANT 1STEP RT-qPCR master mixes are very sensitive and show a wide linear dynamic range.
The product is therefore particularly interesting for diagnostics, where speed and sensitivity are especially important.
Stable even at room temperature .
Freeze/thaw
Our primaQUANT 1STEP Master Mix can also withstand multiple freezing/thawing . You can therefore freeze and defrost the mixes more than 10 times without any problems.
Refrigerator storage
The primaQUANT 1 STEP Master Mixes are stable for weeks at 4°C. For short-term storage, we therefore generally recommend storage at 4°C in the refrigerator.
Stability at room temperature
We have optimized our Master Mixes so that they can withstand several days without cooling without damage. Therefore, you no longer need to pipette your RT-qPCR laboriously on ice to avoid loss of sensitivity. This also makes the primaQUANT 1STEP perfect for automation solutions, as no cooling is required.
- Stable during freezing/thawing
- Stability for weeks at 4°C
- Pipetting without ice - Stable for days at room temperature
Smart Package Size .
No more annoying aliquoting!
Our Master Mixes come in units of 1 ml as standard.
This is very convenient and practical, because one tube is enough for exactly one 96 well plate, two tubes for one 384 well plate. If you ever need less, you can simply store the mixes in the refrigerator for several weeks.
Customized fillings: As the manufacturer, we can of course supply you with fillings and mixtures according to your special requirements.
Coloring for optimized handling .
The primaQUANT 1STEP master mix is colored blue for better handling. This makes pipetting much more convenient and also much safer: You can see immediately whether mastermix has already been added to a preparation and if wells have already been pipetted or not. vvvv
The blue dye used has no measurable adverse effect on RT-qPCR .
Made in Germany .
We develop and produce our enzymes and master mixes exclusively ourselves in Germany. You benefit from this in several ways:
- Very short delivery times
- Fast and competent support
- ISO certified production
- High-end quality control
- Customized fillings or product adaptations
primaQUANT RT-qPCR Master Mixes with SYBR® Green .
Available with ROX or without ROX – suitable for all qPCR instruments.
Downloads .
Hersteller | qPCR Gerät | ROX notwendig? |
---|---|---|
Applied Biosystems / Thermo Fischer | StepOne™ Real-Time PCR System | Ja (high ROX) |
StepOnePlus™ Real-Time PCR System | Ja (high ROX) | |
7500 Real-Time PCR System | Ja | |
7500 Fast Real-Time PCR System | Ja | |
7500 Fast Dx Real-Time PCR Instrument | Ja | |
7500 Real-Time PCR System for Human Identification | Ja | |
7300 Real-Time PCR System | Ja (high ROX) | |
Viia™ 7 Real-Time PCR System | Ja | |
7900HT Fast Real-Time PCR System | Ja (high ROX) | |
OpenArray® Real-Time PCR Platform | Ja (high ROX) | |
PRISM® 7000 Sequencing Detection System | Ja (high ROX) | |
PRISM® 7700 Sequencing Detection System | Ja (high ROX) | |
PRISM® 7900 Sequencing Detection System | Ja (high ROX) | |
Gene Amp 5700 | Ja (high ROX) | |
Quantstudio™ 3 / 3 FAST | Ja | |
Quantstudio™ 5 / 5 FAST | Ja | |
Quantstudio™ 6 | Ja | |
Quantstudio™ 7 | Ja | |
Quantstudio™ 12 | Ja | |
QuantStudio™ 12K Flex system | Ja | |
Bioneer | Exicycler™96 | Nein (optional) |
Exicycler™384 | Nein (optional) | |
Biorad | CFX96™ Real-Time PCR Detection System | Nein |
CFX96 Touch™ Real-Time PCR Detection System | Nein | |
CFX384 Touch™ Real-Time PCR Detection System | Nein | |
CFX Opus 96 Real-Time PCR System | Nein | |
CFX Opus 384 Real-Time PCR System | Nein | |
CFX Connect™ Real-Time PCR Detection System | Nein | |
iQ5 Real-Time PCR Detection System | Nein | |
MiniOpticon™ Real-Time PCR Detection System | Nein | |
Opticon 2 – Continuous Fluorescence Detection System | Nein | |
Chromo4™ Four-Color Real-Time Detector | Nein | |
Bioron | RealLine Cycler 48-4 | Nein (optional) |
RealLine Cycler 48-5 | Nein (optional) | |
RealLine Cycler 96-4 | Nein (optional) | |
RealLine Cycler 96-5 | Nein (optional) | |
DNA Technology | Dtlite | Nein (optional) |
Dtprime | Nein (optional) | |
Eppendorf | Mastercycler® ep realplex 4, Real-Time Thermal Cycler | Nein |
Mastercycler® ep realplex 4s, Real-Time Thermal Cycler | Nein | |
Mastercycler® ep realplex, Real-Time Thermal Cycler | Nein | |
Mastercycler® ep realplex s, Real-Time Thermal Cycler | Nein | |
Mastercycler Nexus | Nein | |
Mastercycler Nexus gradient | Nein | |
Mastercycler Pro | Nein | |
Mastercycler Pro S | Nein | |
Mastercycler Pro 384 | Nein | |
Roche | LightCycler® 96 System | Nein |
LightCycler® 480 System | Nein | |
LightCycler® 2.0 Instrument | Nein | |
LightCycler® 1.5 Instrument | Nein | |
LightCycler® 1536 System | Nein | |
LightCycler® Nano System | Nein | |
Analytik Jena | qTower | Ja |
qTower 2.0 | Ja | |
qTower 2.2 | Ja | |
qTower 3 | Ja | |
qTower 3 84 | Ja | |
Stratagene / Agilent | AriaMx Real-time PCR System | Nein |
Mx3000P® qPCR System | Ja | |
Mx3005P® qPCR System | Ja | |
Mx4000® qPCR System | Ja | |
Qiagen | Rotor-Gene™ Q | Ja |
Rotor-Gene™ 6000 | Ja | |
Quantabio | Q | Nein (optional) |
Composition
Komponente | Stock Konzentration | 20 µl Reaktion | 10 µl Reaktion | Finale Konzentration |
---|---|---|---|---|
primaQUANT 1STEP Master Mix | 2x | 10 µl | 5 µl | 1 x |
Forward Primer | 8 µM | 1 µl | 0,5 µl | 400 nm (100 – 600 nM empfohlen) |
Reverse Primer | 8 µM | 1 µl | 0,5 µl | 400 nM (100 – 600 nM empfohlen) |
Probe / Sonde | 8 µM | 1 µl | 0,5 µl | 400 nM (100 – 600 nM empfohlen) |
Template RNA | 10 ng/µl | 2 µl | 1 µl | 0,1 – 100 ng/Reaktion |
Steriles Wasser | – | 5 µl | 2,5 µl | – |
Standard protocol
3-Step
Schritt | Zeit | Temperatur | |
---|---|---|---|
Reverse Transkription | 10 Minuten | 50°C | |
Initiale Denaturierung | 3 Minuten | 92°C – 95°C | |
25 – 45 Zyklen | Denaturierung | 5 Sekunden | 92°C – 95°C |
Annealing | 5 Sekunden | 60°C – abhängig von den verwendeten Primern | |
Extension | 5-10 Sekunden | 72°C |
2-Step
Schritt | Zeit | Temperatur | |
---|---|---|---|
Reverse Transkription | 10 Minuten | 50 °C | |
Initiale Denaturierung | 3 Minuten | 92 °C – 95°C | |
25 – 45 Zyklen | Denaturierung | 5 Sekunden | 92 °C – 95°C |
Kombiniertes Annealing/Extension | 10 Sekunden | 60 °C – abhängig von den verwendeten Primern |
Ultra-FAST protocol
3-Step
Schritt | Zeit | Temperatur | |
---|---|---|---|
Reverse Transkription | 5 Minuten | 50°C | |
Initiale Denaturierung | 60 Sekunden | 92°C – 95°C | |
25 – 45 Zyklen | Denaturierung | 1 Sekunde | 92°C – 95°C |
Annealing | 1 Sekunde | 60°C – abhängig von den verwendeten Primern | |
Elongation | 1-5 Sekunden | 72°C |