Versatile Amfisure 1-step Rt-qpcr Master Mix (2x) Certified [QZ6XO7sI]

Versatile Amfisure 1-step Rt-qpcr Master Mix (2x) Certified [QZ6XO7sI]

Introducing the Versatile Amfisure 1-step Rt-qpcr Master Mix (2x) Certified [QZ6XO7sI], a revolutionary reagent designed for one-step, real-time, probe-based RT-qPCR. This comprehensive master mix eliminates the need for separate RT-qPCR reactions, streamlining your workflow and saving valuable time. Its unique formula includes the advanced amfiXpand Fast Taq DNA Polymerase and amfiRivert II Reverse Transcriptase, ensuring efficient and accurate results.

• Seamless One-Step Process: Perform both reverse transcription and qPCR in a single reaction tube, saving time and reducing pipetting errors.
• Novel amfiRivert II Reverse Transcriptase: Offers increased heat tolerance (up to 55°C) while maintaining specificity and extensibility, enabling cDNA synthesis from complex RNA structures.

Superior Performance and Versatility

The Versatile Amfisure 1-step Rt-qpcr Master Mix (2x) Certified [QZ6XO7sI] stands out for its exceptional performance and versatility. It is highly resistant to inhibitory substances like heparin (blood) and humic acid (soil), making it ideal for a wide range of sample types. This product is perfect for various applications, including gene expression analysis and RNA virus detection.

• Stable and Accurate Results: The master mix provides consistent and reliable results, ensuring accurate data interpretation.
• Wide Range of Applications: Suitable for diverse research areas, such as molecular biology, virology, and environmental studies.

Convenient and Easy to Use

Designed with user convenience in mind, the Versatile Amfisure 1-step Rt-qpcr Master Mix (2x) Certified [QZ6XO7sI] simplifies your experimental process. With its optimized buffer and ready-to-use components, you can start your reactions quickly and easily. Just add the template sample, primer, and probe, and you're ready to go.

• Quick and Simple Protocol: Streamlined workflow reduces the potential for errors and increases efficiency.
• Optimized Buffer System: Ensures consistent performance and accurate results across different platforms.