S2K Commerce - Products Dropdown
ActionsS2K Commerce - Shopping Cart
ActionsS2K Commerce - Order Entry
Actions
TAKE ADVANTAGE OF THIS SPECIAL PRICING!
Azure Cielo 6 qPCR (AIQ060) PROMOTIONAL PRICE: $16,895
*Includes: Azure Cielo 6, analysis software, and 18 months of warranty.
Promo is extended! Now valid 12/31/24. Not to be combined with any offers or discounts. No institutional pricing. All terms apply.
TAKE ADVANTAGE OF THIS SPECIAL PRICING!
Azure Cielo 6 qPCR (AIQ060) PROMOTIONAL PRICE: $16,895
*Includes: Azure Cielo 6, analysis software, and 18 months of warranty.
Promo is extended! Now valid 12/31/24. Not to be combined with any offers or discounts. No institutional pricing. All terms apply.
Azure Cielo 3 & 6
The Azure Cielo Real-Time PCR system provide accuracy and sensitivity needed for research, with intuitive touch screen software.
Product Features
- Flexibility: Engineered for a wide variety of qPCR applications, with high sensitivity and wide dynamic range.
- Intelligent workflow: The user interface is a simple touch screen assay setup. Protocols can be saved to make assay set up easy and reproducible.
- Reliability: Cielo's optics and thermal block are designed to deliver the same uniformity and reproducibility over at least 1,000 qPCR experiments, giving you confidence in the reliability of the instrument.
- Connectivity: An external PC is not required to run the instrument.
- Data Transfer: This can be performed via Ethernet, Wi-Fi or USB.
Operation - A standalone qPCR system with 10.3” touchscreen interface
Optics - 3 or 6 dye channel filters with LED based excitation for multiplexing
Speed - Fiber optic detection system scans 16 wells simultaneously
Durability - Tested reliability for over 1000 continuous runs
Connectivity - Easily export data via Wi-Fi, ethernet, USB or LAN
Capacity - 96-well format for semi-skirted or un-skirted plates and tubes
Thermal Performance - Marlow Peltier based block with 12 temperature gradient zones, ramp rates up to 6.0°C/sec
Chemistry - Supports reaction volumes between 10 µl–150 µl, open source chemistry, including FAST ~20 minute run-times
Sensitivity - Detect 2-fold differences in target quantities in singleplex reactions and up to 1 copy of amplified DNA, 10 logs of dynamic range
Competitor Q uses a single light source to excite all samples.
Differences in light path length lead to differences in excitation, which requires normalization. Though Competitor Q has said that they do not require normalization dyes, this is not reflected in the data as the data CV values for replicates is significantly higher.
Why doesn’t the Cielo require ROX dye?
The Cielo does not require ROX dye because it uses in-well detection technology. The light path for excitation and reading emission are collimated directly into the well. As such, the light path length is always the same for each well, so there is no need to normalize for varying light path length. The data from the Cielo is consistently uniform and reproducible.
Dyes/Probes | Azure Cielo 3 AIQ030 | Azure Cielo 6 AIQ060 |
SYBR™ Green, EvaGreen™, FAM™ | x | x |
VIC®, HEX™, JOE™, CAL Fluor® 540, CAL Fluor® Orange 560 | x | x |
TAMRA™ | x | |
ROX™, TEX®615, CAL Fluor® Red 610 | x | |
Cy®5, Quasar®670, Liz®, Mustang Purple® | x | x |
Cy®5.5 | x | |
Other dyes/probes are possible depending on the system configuration. |
MyGo Mini S
- Small format 16 x 0.1 mL QPCR System with Taqman Multiplexing at an amazing price.
- Amazing accuracy and easy to use software that allows you to control 100s of systems with one PC and analyze the data at the same time. Windows, Linux and Mac OSX
- Solid state reliability with up to 5-year warranty
Precision and Performance
The MyGo Mini demonstrates superior intra-run and inter-run analytical precision in DNA quantification and melting point analysis. Users can now address biological phenomena with subtle effects on gene expression, or pathogen levels, for example discriminating 10% differences in transcript concentrations. For users performing HRM-based analysis of genetic variants, the combination of thermal control, optical data quality and HRM data analysis of the MyGo Mini S system provide compelling functionality. The system can discriminate all classes of SNP, including Class 4 SNPs via HRM.
Users can now address biological phenomena with subtle effects on gene expression, or pathogen levels, for example discriminating 10% differences in transcript concentrations.
For users performing HRM-based. analysis of genetic variants, the combination of thermal control, optical data quality and HRM data analysis of the MyGo Mini system provide compelling functionality. The system can discriminate all classes of SNP, including Class 4 SNPs via HRM.
Easy Analysis
The MyGo Mini system comes with easy-to-use software, and robust, high performance algorithms which provide accurate results from complex data. Automated analysis of complex HRM data makes this powerful technique more accessible to non-experts, and minimizes operator-dependent variability in data analysis. Automated report generation makes life easier for service providers, and users operating within GLP quality systems.
Automated report generation makes life easier for service providers, and users operating within GLP quality systems.
MyGo Pro ESR
The MyGo Pro real-time PCR instrument provides unmatched performance in a convenient format. Novel Full Spectrum Optics deliver 120 optical channels of fluorescence data from every tube in parallel, with no moving parts, for reliable multiplex PCR.
Precision And Performance
The MyGo Pro demonstrates superior intra-run and inter-run analytical precision in DNA quantification and melting point analysis.
Users can now address biological phenomena with subtle effects on gene expression, or pathogen levels, for example discriminating 10% differences in transcript concentrations.
For users performing HRM-based analysis of genetic variants, the combination of thermal control, optical data quality, and HRM data analysis of the MyGo Pro system provides compelling functionality. The system can discriminate all classes of SNP, including Class 4 SNPs via HRM.
Multiplex With Full Spectrum Optics
Novel Full Spectrum Optics provide 120 channels of wavelength-dependent optical data from every well every time. No other qPCR system offers this number of optical channels.
Full Spectrum Optics, combined with advanced matrix deconvolution technology, enable the simultaneous analysis of at least 7 different targets in a single reaction, each monitored with a different color of fluorescent label.
The MyGo Pro comes pre-calibrated for 20 different fluorescent labels, and the software enables users to use any dye with an emission maximum between 510nm and 750nm. No other qPCR system provides the user with this level of flexibility.
Easy Analysis
The MyGo Pro system comes with easy-to-use software, and robust, high-performance algorithms provide accurate results from complex data.
Automated analysis of complex HRM data makes this powerful technique more accessible to non-experts and minimizes operator-dependent variability in data analysis.
Automated report generation makes life easier for service providers, and users operating within GLP quality systems.
Reliability
The MyGo Pro has been designed to last, with very few moving parts, made and tested to exacting standards. The result is a highly reliable instrument, which comes with the option of a 5-year extended warranty.
Speed
With heating rates of 5°C per second and cooling rates of 4°C per second the MyGo Pro is one of the fastest systems available. No other system matches this speed with convenient-to-use disposables. The system demonstrates excellent quantitative precision and speed, with 45 cycles of PCR in 33 minutes. Typical qPCR systems take much longer than this to deliver results.
Compatibility
The MyGo Pro software can be installed on Mac OS X, Windows, and Linux operating systems. Use your computer and your choice of operating system.
Connectivity
The MyGo Pro software does not require a dedicated computer, so users do not need to find the space or money, for an additional computer to run the system. In addition, the software enables the user to control multiple instruments, and simultaneously analyze multiple runs, with one computer.