The Perfect Master Mix SYBR GREEN by AnyGenes® is a high-performance reagent designed for accurate and sensitive real-time PCR analysis.
Used by research laboratories worldwide, it ensures consistent amplification results for gene expression profiling, biomarker validation, and microbiota studies.
Thanks to its innovative formulation, this master mix delivers exceptional efficiency and reproducibility, even with limited sample amounts or complex DNAtemplates.
Optimized Master Mix SYBR Green for maximum sensitivity and real-time PCR performance
The Perfect Master Mix SYBR GREEN offers outstanding precision, reproducibility, and efficiency for all real-time PCR applications.
This ready-to-use reagent simplifies your workflow by eliminating optimization steps while ensuring high amplification fidelity across all targets — from gene expression analysis to microbiota characterization.
High-performance formulation for reliable qPCR results
Developed by AnyGenes® molecular biology specialists, the Perfect Master Mix SYBR GREEN integrates a highly efficient Hot-start Taq polymerase to guarantee specific and accurate amplification.
Its formulation minimizes non-specific binding and primer-dimer formation, producing clean amplification curves with strong fluorescence signals.
Suitable for all sample types — including biopsies, FFPE tissues, PBMCs, LCM samples, and cell lines – this mix requires no further optimization.
Key advantages of the Perfect Master Mix SYBR GREEN
Validated on thousands of AnyGenes® qPCR primer sets, this reagent ensures reproducibility, reliability, and compatibility with all major real-time PCR instruments.
Available with or without passive reference dyes (ROX, Low ROX, Fluorescein), it adapts perfectly to your instrument’s specifications.
The Perfect Master Mix SYBR GREEN® offers excellent cost-effectiveness, consistency, and analytical precision, making it the ideal solution for demanding research applications.
AnyGenes® reagents are cited in prestigious journals such as Nature, Circulation, and PLoS ONE, demonstrating their scientific reliability and trusted performance.