Rotor Gene

With it, you can work with dyes covering the entire spectrum, from infra-red to UV for up to 6-plex capability. In addition, the GeneDisc™ 100 well rotor supports 96 sample workflow plus extra space for controls. To maximize throughput, try fast amplification - a 40 cycle reaction can be completed in about 40 minutes. Already fully equipped for real-time amplification, end point analysis, High Resolution Melt (SNP) analysis using intercalating dyes, and nucleic acid concentration measurement, this is only the beginning. Uniquely flexible hardware and software let you explore new ideas, chemistries, methods and analysis options.

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The Rotor-Gene 6000 is unlike any other real-time system. It uses a unique centrifugal rotary format designed specifically for the demanding requirements of real-time thermo-optical analyses.

What sets the Rotor-Gene design apart is its amazing well-to-well optical and thermal uniformity—critical factors in real-time analysis. Its design also enables a fast data acquisition rate, a feature now proving to be essential for advanced applications such as HRM (high-resolution melt).

In short, the Rotor-Gene 6000 is the most versatile real-time analyser available:

· It supports the broadest range of applications, including quantification, HRM (high-resolution melt), end-point, association/disassociation (i.e. melting/annealing) kinetics, and nucleic acid concentration measurement.

· Included software supports the most real-time data analysis methods.

· It has the greatest optical range, with 6 channels spanning UV to infra-red wavelengths.

· It uses the widest range of reaction tube formats.

With the Rotor-Gene 6000 you can embrace or invent the future of real-time analysis and unlock new research possibilities.