MyGo Real-Time PCR Mixes (for use in other instruments)
Reagents for Results
Quality reagents for a broad range of applications.
High specific activity polymerases together with antibody based hot-start provide speed, specificity and sensitivity.
Buffers optimised for the best results under challenging conditions such as high GC targets, secondary structure and inhibition.
Formulated for flexible use, including multiple freeze thaw cycles, extended stability of fully assembled reactions, and multiplex PCR.
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MyGo Real-Time PCR Mixes (for use in other instruments) 2x mix including dNTPs and MgCl2 MyGo cDNA Synthesis Kit unbiased cDNA for qPCR experiment |
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| MyGo Green Mix Low ROX | Application: qPCR from DNA |
| MyGo Green Mix High ROX | Application: qPCR from DNA |
| MyGo Probe Mix Low ROX | Application: qPCR from DNA |
| MyGo Probe Mix High ROX | Application: qPCR from DNA |
| MyGo SNP Probe Kit Low ROX | Application: Hydrolysis probe gentotyping |
| MyGo SNP Probe Kit High ROX | Application: Hydrolysis probe gentotyping |
| MyGo Green 1-Step High ROX | Application: qPCR from DNA |
| MyGo Probe 1-Step Low ROX | Application: qPCR from DNA |
| MyGo Probe 1-Step High ROX | Application: qPCR from DNA |
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. High performance Peltier elements, and solid silver blocks, provide both speed and world leading thermal uniformity. The result is rapid, precise, quantitative PCR and melting point analysis. Advanced algorithms combined with an intuitive user interface support a broad range of applications, operating systems and connection options. Performance made easy...
The MyGo Mini is the world's most compact real-time PCR instrument, with no moving parts for silent operation and maximum reliability. It provide users with great results over a broad range of applications. Personal precision...
