BioEasy 2×qPCR Master Mix (Lyophilizable)
BioEasy 2×qPCR Master Mix (Lyophilizable) is a reagent kit specially developed for the lyophilization process, designed for conducting quantitative fluorescence PCR (qPCR) reactions using DNA as a template. This product contains an antibody-modified hot-start Taq DNA polymerase, which effectively suppresses nonspecific primer amplification at low temperatures, thereby enhancing the specificity of the amplification reaction. The BioEasy 2×qPCR Master Mix (Lyophilizable) includes an optimized buffer system, dNTPs, Mg2+, lyoprotectants, and excipients, making it suitable for specific detection systems utilizing fluorescence probes. The reagent is formulated for lyophilization, featuring excellent lyophilized form, reconstitution properties, and stability.
Product Features
Hot-start Taq DNA Polymerase:
Reduces nonspecific amplification and enhances reaction specificity.
Lyophilizable Formulation:
Designed for freeze-drying, ensuring long-term stability and ease of storage.
Easy to Use and Cost-effective:
Only a single-tube master mix.
Excellent Stability and Reconstitution:
Maintains good morphology and functionality after lyophilization.
Product Description
BioEasy 2×qPCR Master Mix (Lyophilizable) is a reagent kit specifically developed for lyophilization processes, designed for performing quantitative fluorescence PCR reactions using DNA as a template. This product contains antibody-modified hot-start Taq DNA polymerase, which effectively inhibits nonspecific primer amplification at low temperatures, thereby improving the specificity of the amplification reaction. The BioEasy 2×qPCR Master Mix (Lyophilizable) includes an optimized buffer system, dNTPs, Mg2+, lyoprotectants, and excipients, making it suitable for fluorescence probe-labeled specific detection systems. The reagent is intended for lyophilization, featuring excellent lyophilized form, reconstitution properties, and stability.
Application Field
Ideal for quantitative PCR
(qPCR) applications in gene expression analysis, pathogen detection in
clinical diagnostics, genotyping, SNP analysis, and any research or
diagnostic application requiring high specificity and sensitivity in
qPCR.
Storage Conditions
-20℃
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