Real Time PCR EasyTM-Taqman

Contactez nous

Real Time PCR EasyTM-Taqman

产品

September 22, 2022

Connexion De Catégorie: kit de qPCR

Contactez nous

Use specific fluorescent probes for Real Time PCR amplification reaction, which can greatly improve product specificity and reaction sensitivity

Balises:

#99 #9% un ACP de l'étape droite #un kit 1.7ml×3 de qPCR d'étape

Brief: Discover the Real Time PCR EasyTM-Taqman RT-PCR Master Mix, designed for quantitative detection of RNA templates. This kit features Foregene's unique hot-start Taq DNA Polymerase, offering high amplification efficiency, strong specificity, and low mismatch rates. Perfect for qPCR analysis with enhanced sensitivity and accuracy.

Related Product Features:

Contains Foregene's unique hot-start Taq DNA Polymerase for high amplification efficiency and low mismatch rates.
2X Real Time PCR EasyTM Mix-Taqman premix system improves product specificity and reaction sensitivity.
Includes ROX as an internal control dye for accurate results.
Optimized buffer and hot-start Taq enzyme prevent non-specific amplification and primer dimer formation.
Highly sensitive, capable of detecting low copies of template.
Compatible with most real-time quantitative PCR instruments for versatile use.
Simple 2X PCR Mix reduces experimental error and operation time.
Stable storage at -20℃, with short-term storage at 4℃ for frequent use.

FAQ:

What makes the Real Time PCR EasyTM-Taqman RT-PCR Master Mix unique?

It features Foregene's unique hot-start Taq DNA Polymerase, offering high amplification efficiency, strong specificity, and low mismatch rates, along with a premix system for improved sensitivity and accuracy.
How should the kit be stored for optimal performance?

The kit should be stored at -20℃ away from light. For frequent use, it can be stored at 4℃ for short periods (up to 10 days).
À quelles applications le kit Real Time PCR EasyTM-Taqman convient-il ?

Ce kit est idéal pour l'analyse par qPCR, offrant une sensibilité et une spécificité élevées pour la détection quantitative des modèles d'ARN.