MyGo Pro ESR

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 provide compelling functionality. The system can discriminate all classes of SNP, including Class 4 SNPs via HRM.

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 colour 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.

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 minimises operator-dependent variability in data analysis.

Automated report generation makes life easier for service providers, and users operating within GLP quality systems.

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.

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.