The SNUPP^TM Taq Polymerase is a DNA polymerase with ultra-high specificity that can identify single base mismatch, thus reducing NTC and non-specific amplification. Through semi-rational directed molecular evolution of wild-type Taq DNA polymerase, SNUPP^TM is endowed with significant elevation in its specificity. This brand new enzyme can be applied to a wide range of genetic detection, including SNP analysis, genotyping, tumor mutation, pathogen identification, gene editing efficiency, and much more.

With the ultra-high primer recognition ability of SNUPP^TM Polymerase, only a single base divergence at the 3'-end of primer is needed to achieve extremely high rare mutation detection, hence the Perfect-ARMS. Scientists no longer have to consider additional base mismatch (1st-generation ARMS) or ring structure (2nd-generation ARMS) —— Primer designing will be monumentally simplified. The Perfect-ARMS system is by far the most specific PCR detection technology on the market. 

Advantages of the Perfect-ARMS Technology with the SNUPP^TM Polymerase
Ultra-high specificity: SNUPP^TM can identify single base mismatch, and rid ARMS PCR of the complicated circular primers
Easier panel designing: making the development of diagnostic panels extremely simple
Compatible with dPCR, qPCR and canonical PCR platforms

Can choose from Hot Start or Non-Hot Start products, 5x buffer can be ordered separately. Customizable to exclude ions or dNTP.

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