Polaris® BstY Polymerase 8 U/µL

Polaris® BstY Polymerase 8 U/µL is optimized for LAMP and validated across various biological matrices. It boasts an array of enhancements such as: resistance to inhibitors, increased robustness, rapid reaction kinetics, and superior thermostability.

Polaris® BstY Polymerase 8 U/µL represents the cutting edge in strand-displacing DNA polymerases, specifically optimized for loop-mediated isothermal amplification (LAMP) in diagnostic contexts. This enzyme exhibits potent 5´→3´ DNA polymerase activity, complemented by strong strand-displacement capabilities, without the 5´→3´ exonuclease activity. Designed for superior performance, it boasts an array of enhancements: unmatched resistance to inhibitors, exceptional robustness, rapid reaction kinetics, and superior thermostability.

Engineered for high-temperature LAMP assays (optimal activity at 68-69 °C), Polaris® BstY Polymerase surpasses traditional enzymes by operating effectively at 65-70 °C. This not only increases the specificity of the assays by reducing non-specific amplifications but also mitigates the effects of inhibitors present in various sample types, essential traits for both clinical and research applications.

NZYtech provides the Polaris® BstY enzyme in various formats to ensure versatility for end-users. This version is a robust glycerol-containing format. In summary, Polaris® BstY Polymerase 8 U/µL is rigorously validated and designed for adaptability, marking it as an essential tool for diagnostics. Its consistency and reliability extend across various biological matrices and assay conditions, meeting a wide range of diagnostic needs.

For customers seeking to conduct a smaller scale of experiments, such as 200 reactions, we offer tailored enzyme packs designed to meet your specific needs (Polaris® LAMP Pack, Cat. No. MD0772)

Specification:
Shipping Conditions: Dry Ice
Storage Conditions: -85 °C to -15 °C
Application: LAMP
Format: Liquid
Product Category: LAMP
Compatibility: All standard Real-time thermal cyclers
Sample Material: DNA
Protocol time: 20 min.
Internal Control: No
Features: High specificity, Inhibitor resistant