Skip to main content
BioEasy Universal qPCR Master Mix (SYBR Green)

BioEasy Universal qPCR Master Mix (SYBR Green)

This kit utilizes nucleic acid amplification technology combined with SYBR Green for Real-Time PCR, enabling rapid and accurate detection and quantification of target genes. The kit provides a 2× Universal SYBR Green Mix, requiring only the addition of primers and template to perform Real-Time PCR reactions, making it fast and easy to operate.

Details

Product Description

The kit offers 2x Universal SYBR Green Mix, which can be used to carry out Real Time PCR reaction by only adding primers and templates. This character makes the operation for user very simple and fast. Through the improvement of the composition of the reaction solution and the application of higher-quality fast enzyme, the kit has the advantages of high amplification efficiency, high specificity, good reproducibility, high sensitivity, and fast reaction speed, and it is also very effective in the detection and quantification of high GC sequences were also greatly improved. At the same time, this kit optimizes the ROX dye in the system, which can support accepting different instruments with different ROX type and greatly improve the sensitivity of the kit itself.

Product Features

Easy to Use

  • This product is a fully premixed qPCR reaction solution, requiring only the addition of primers and template as needed.

Fast and Reliable

  • The kit uses recombinant, engineered fast Taq polymerase with an extension speed of up to 5s/kb, significantly faster than standard Taq polymerase, which typically extends at 1min/ kb. It is compatible with both standard and fast PCR programs.

High Sensitivity and Specificity

  • The components of this product include optimized reaction enhancers, compatible with various types of templates, and offering excellent linearity over a wide range of template concentrations.

Broad Compatibility

  • This kit is compatible with fluorescence quantitative PCR instruments that use different ROX versions, eliminating the need to choose different reagents based on the instrument model.

Storage Conditions

-25℃~-15℃