🔬 Comprehensive PCR Reagents Collection at Astor Scientific

Astor Scientific offers a diverse range of high-quality PCR reagents designed to meet the demands of various applications, from routine diagnostics to advanced genetic analyses. Their collection ensures precision, sensitivity, and consistency in every reaction.

🧪 Key Categories of PCR Reagents

1. DNA Polymerases

• Taq DNA Polymerase: Standard enzyme for routine PCR amplifications.

• High-Fidelity Polymerases: Designed for applications requiring high accuracy, such as cloning and sequencing.

• Hot-Start Polymerases: Activated only at elevated temperatures, reducing non-specific amplification.

2. Master Mixes

• amfiSure PCR Master Mix (2X): A ready-to-use mixture that includes all reagents needed for PCR, reducing smearing and background artifacts.

• amfiSure PCR ONE Master Mix (2X): Optimized for challenging PCR applications like direct PCR from crude samples and multiplex PCR. 

3. Direct PCR Kits

• Blood Direct PCR Kit V2 (PD103): Allows PCR directly from whole blood samples without DNA purification.

• Plant Direct PCR Kit (PD105): Facilitates direct amplification from plant tissues, overcoming common inhibitors. 

4. qPCR Reagents

• AceQ qPCR Probe Master Mix (Q112): Optimized for probe-based quantitative PCR, ensuring high sensitivity and specificity.

• Probe qPCR Master Mix (TBS4011): Contains all core components for probe-based qPCR reactions, suitable for food safety and plant detection. 

5. Supporting Reagents

• dNTP Mixes: Equimolar mixtures of deoxynucleotide triphosphates essential for DNA synthesis.

• Magnesium Chloride Solutions: Provide the necessary magnesium ions for polymerase activity.

• PCR Certified Water: DNase, RNase, and pyrogen-free water for PCR applications. 

🛒 Explore the Full PCR Reagents Collection

For a comprehensive list of available PCR reagents, visit Astor Scientific's dedicated PCR Reagents Collection. This platform allows you to compare products, view detailed specifications, and make informed purchasing decisions.

✅ Summary Table