KiCqStart Probe qPCR Master Mix Low ROX - High-Quality qPCR Solution

REF #: 3200200
Procurenet
Short description

KiCqStart Probe qPCR Master Mix, Low ROX

  • High sensitivity and specificity for probe-based qPCR
  • Ensure accurate and reliable quantitative PCR results
  • Ready-to-use master mix with ROX reference dye
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  • Procurenet Team Tshim Sha Tsui
    Hong Kong Hong Kong 3 years
Delivery options
  • 7 Days Return Back Policy
  • 2 Days Cancellation Policy
  • Ship Only
Description

KiCqStart Probe qPCR Master Mix, Low ROX

The KiCqStart Probe qPCR Master Mix, Low ROX, is a high-quality and reliable solution for quantitative PCR (qPCR) with probe-based detection. It is designed to ensure accurate and reproducible results, making it ideal for a wide range of applications in gene expression analysis and molecular biology research.

Features and Benefits:

  • Ready-to-use format simplifies qPCR workflow:
    • The KiCqStart Probe qPCR Master Mix is conveniently prepared and pre-mixed, saving you time and effort in preparing your qPCR reactions.
    • Simply add your primers, probes, and template DNA/RNA to the mix, and you're ready to go.
  • Low ROX formulation:
    • The low ROX concentration in this master mix is optimized for use with ABI and Stratagene instruments.
    • ROX is a passive reference dye used in real-time PCR to normalize fluorescence signals and correct for well-to-well optical variations.
    • Using a low ROX concentration ensures accurate and reliable quantitative results on these specific instrument platforms.
  • High sensitivity and specificity:
    • The KiCqStart Probe qPCR Master Mix provides exceptional sensitivity and specificity, enabling robust and reliable detection of target genes.
    • With its optimized formulation and stringent quality control measures, you can trust the performance and accuracy of this master mix in your qPCR experiments.
  • Broad compatibility:
    • This master mix is compatible with a wide range of ABI and Stratagene instruments.
    • Whether you are using the latest model or an older version, you can rely on the KiCqStart Probe qPCR Master Mix to deliver consistent and accurate results.

Composition:

The KiCqStart Probe qPCR Master Mix, Low ROX, is carefully formulated using high-quality components to ensure optimal performance. It contains:

  • Taq DNA Polymerase: A thermostable enzyme that catalyzes DNA synthesis, providing the basis for PCR amplification.
  • dNTPs: Deoxynucleotide triphosphates (dATP, dCTP, dGTP, and dTTP) that serve as the building blocks for DNA synthesis during PCR.
  • Magnesium ions (MgCl2): Essential cofactors for the optimal activity of Taq DNA Polymerase.
  • PCR buffer: A proprietary buffer system that provides optimal pH and ionic conditions for efficient DNA amplification.
  • ROX reference dye: A passive reference dye used in qPCR to normalize fluorescence signals and correct for well-to-well optical variations.
  • Stabilizers and enhancers: Additional components to ensure the stability and performance of the master mix.

Applications:

The KiCqStart Probe qPCR Master Mix, Low ROX, is specifically optimized for probe-based qPCR and is suitable for a wide range of applications, including:

  • Gene expression analysis: Accurately quantify gene expression levels for both target genes and reference genes.
  • Molecular diagnostics: Detect and quantify specific nucleic acid targets for diagnostic purposes.
  • Pathogen detection: Identify and quantify pathogens in biological samples for research or clinical applications.
  • Mutation analysis: Detect and quantify specific DNA mutations or genetic variants.
  • Environmental monitoring: Measure target gene expression in environmental samples for pollution assessment or bioremediation studies.

With its exceptional sensitivity, specificity, and compatibility with ABI and Stratagene instruments, the KiCqStart Probe qPCR Master Mix, Low ROX, is a reliable and efficient solution for your qPCR experiments. Trust in its performance to deliver accurate and reproducible results, allowing you to confidently pursue your research and achieve your scientific goals.

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