Description
Specifications Table
Product Name – BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X)
Quantity/Pack Size – 0.5 ml (20 amps), 1 ml (40 amps), 5 × 1 ml (200 amps)
Form – Liquid
Grade – Molecular Biology Grade
Application – Quantitative PCR (qPCR)
Product Overview
BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X) is a premium-quality reagent designed for high-performance quantitative PCR (qPCR) applications. This master mix is formulated to ensure exceptional sensitivity and specificity, making it ideal for a wide range of molecular biology experiments. The low CAR (Carryover Avoidance Reagent) feature minimizes the risk of contamination, ensuring reliable and accurate results. The 2X concentration simplifies the preparation process, allowing for efficient and consistent performance across various qPCR applications. Whether you are conducting academic research, clinical diagnostics, or industrial testing, BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X) provides the precision and reliability you need for successful qPCR experiments.
FAQs
1. What is the primary application of BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X)?
BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X) is primarily used for quantitative PCR (qPCR) applications, providing high sensitivity and specificity for accurate molecular analysis.
2. What is the concentration of the master mix?
The master mix is available in a 2X concentration, which simplifies the preparation process for qPCR experiments.
3. What are the available pack sizes for this product?
The product is available in 0.5 ml (20 amps), 1 ml (40 amps), and 5 × 1 ml (200 amps) pack sizes.
4. Is this master mix suitable for academic research?
Yes, BioLit® FluroGreen qPCR Master Mix (Low CAR) (2X) is designed for a wide range of applications, including academic research, clinical diagnostics, and industrial testing.
5. How does the low CAR feature benefit qPCR experiments?
The low CAR (Carryover Avoidance Reagent) feature minimizes the risk of contamination, ensuring reliable and accurate results in qPCR experiments.
