gb HRM PCR Master Mix
gb HRM PCR Master Mix contains hot-start Taq DNA polymerase, reaction buffer, dNTP, MgCl2, fluorescent dye (with detection in FAM/Sybr channel) and other components needed for PCR amplification with subsequent HRM analysis. For mixing of reaction mixture only add primers and template.
Description of the product
gb HRM PCR Master Mix is intended for amplification of DNA with subsequent High Resolution Melting (HRM) analysis. HRM analysis is an efficient melt curve analysis method for genotyping, mutation scanning prior to sequencing analysis, DNA mapping, species identification or DNA methylation analysis etc. It is based on dissociation behavior of nucleic acids due to increasing temperature gradient.
With the use of a double stranded DNA fluorescent dye it allows to detect even a single base change in the sequence of an amplified PCR product. No additonal instrumentation is required; HRM analysis can be performed on any real-time PCR cycler simply by adding a Melt Curve step analysis with high resolution directly after a PCR amplification. This product is intended for research use only.
Parameters of the product
- Master Mix is 2x concentrated.
- One vial contains 1 ml of Master Mix (this amount is sufficient for 100 reactions of 20 µl). PCR Master Mix contains hot-start Taq DNA polymerase, reaction buffer, dNTP, MgCl2, fluorescent dye (with detection in FAM/Sybr channel) and other components needed for PCR amplification with subsequent HRM analysis.
- PCR Master Mix does not contain any passive reference dye.
- If the real-time PCR cycler requires normalization with a passive reference dye, it can be added to the reaction mixture separately (see Passive Reference Dye, Cat. No. 3010)
gb PCR Master Mix by application
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gb HRM |
end-point PCR, common PCR amplification |
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real-time PCR without probes |
✓
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real-time PCR with hydrolysis probes |
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real-time PCR with LNA probes |
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real-time PCR with hybridization probes |
✓
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real-time PCR with High Resolution Melting Analysis |
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real-time PCR with low DNA samples |
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real-time PCR with inhibited samples |
✓
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