2× SYBR green qPCR MIX(With High ROX)

Short Description:

This product, 2×SYBR green qPCR MIX, comes in a single tube containing all the components required for PCR amplification and detection, including Taq DNA poLymerase, SYBR green I dye, High ROX Reference Dye, dNTPs, Mg2+, and PCR buffer.


Product Detail

Product Tags

Product features

This product, 2×SYBR green qPCR MIX, comes in a single tube containing all the components required for PCR amplification and detection, including Taq DNA poLymerase, SYBR green I dye, High ROX Reference Dye, dNTPs, Mg2+, and PCR buffer.
SYBR green I dye is a green fluorescent dye that binds to the double-stranded DNA (double-strand DNA, dsDNA) double helix minor groove region.SYBR green I fluoresces weakly in the free state, but once it binds to double-stranded DNA, its fluorescence is greatly enhanced. This makes it possible to quantify the amount of double-stranded DNA produced during PCR amplification by detecting the fluorescence intensity.
ROX is used as a correction dye to correct for fluorescence fluctuations unrelated to PCR, thus minimizing spatial differences. Such differences can be caused by a variety of factors, such as pipette error or sample evaporation. Different fluorescence quantification instruments have different needs for ROX, and this product is suitable for fluorescence quantification analyzers that require High ROX correction.

Main components

Num.

Grouping

Specification

Quantity

Main components

1

2×SYBR green qPCR MIX(With High ROX)

1mL

5

dNtps、Tris Buffers、High ROX、Taq DNA poLymerase、SYBR green I Dyes、Mg2+

SYBR green qPCR Dyes


  • Previous:
  • Next:

  • Write your message here and send it to us
     Privacy settings
    Consent to Cookies & Data processing
    On this website we use cookies and similar functions to process end device information and personal data. The processing is used for purposes such as to integrate content, external services and elements from third parties, statistical analysis/measurement, personalized advertising and the integration of social media. This consent is voluntary, not required for the use of our website and can be revoked at any time using the icon on the bottom left.
    Accept
    Decline
    Accepted