AviURT™

Keep in freezer (≥ -20°C)

Thermo-resistant H-minus MMLV – optimum activity at 55 °C

AviURT, MMLV reverse transcriptase, is a genetically modified RNA-dependent DNA polymerase that necessitates a DNA primer and an RNA template to synthesize a complementary DNA strand.

AviURT™ exhibits no RNase H activity, thereby preventing RNA degradation during the synthesis of the first cDNA strand. This characteristic leads to enhanced yields of full-length cDNA from lengthy templates in comparison to other reverse transcriptases.

AviURT™ retains its functionality across a broad temperature range (50-60°C), rendering it an optimal choice for reverse transcription of RNAs with complex secondary structures.

$109.00$449.00

SKU: A112010-A12911

Thermo-resistant-H-MMuLV-RT

AviURT™
(Thermo-resistant H-MMuLV RT – optimum activity at 55 °C)​

AviURT™:
Empowering Genetic Research

AviURT showcases the pinnacle of genetic research capabilities through its revolutionary Thermo-Resistant H-minus MMLV reverse transcriptase. Crafted to redefine the boundaries of molecular biology, this genetically modified RNA-dependent DNA polymerase is a catalyst for precision and efficiency, requiring the mere presence of a DNA primer and an RNA template to orchestrate the synthesis of a complementary DNA strand.

Unraveling the Innovation of AviURT™

Innovative at its core, AviURT™ shines brightly with its hallmark feature of zero RNase H activity. This groundbreaking attribute shields RNA integrity during the crucial first cDNA synthesis, leading to unparalleled yields of full-length cDNA from extensive templates. Surpassing the abilities of traditional reverse transcriptases by leaps and bounds, AviURT™ represents a pivotal advancement in genetic analysis methodologies.

Precision Redefined: AviURT™ in Genetic Research

AviURT™’s optimal activity temperature of 55°C epitomizes precision engineering at its finest. Positioned as a powerhouse for reverse transcription of RNAs sporting intricate secondary structures, this genetic marvel offers researchers a key advantage in navigating the convoluted pathways of genetic sequences with an unmatched blend of accuracy, reliability, and efficiency. Through AviURT™, the stage is set for groundbreaking genetic discoveries and insights that were once deemed unattainable.

AviURT™:
Elevating Genetic Sequencing Capabilities

Embodying the spirit of precision and excellence, AviURT™ stands as a beacon of genetic sequencing prowess. By streamlining reverse transcription processes and enhancing data precision, this genetic maestro empowers researchers to embark on a journey of uncovering genetic intricacies and unraveling complex genetic landscapes with unmatched accuracy, reliability, and speed.

Leading the Charge in Molecular Biology:
AviURT™ Unleashed

AviURT™, meticulously designed for optimal performance at 55°C, drives a transformative wave of genetic research excellence by ushering in a new era of transformative discoveries in molecular biology. By simplifying the reverse transcription process and amplifying data accuracy, researchers equipped with AviURT™ gain a decisive edge in decoding genetic mysteries, mapping gene expression patterns, and conducting experiments with unwavering precision and reliability.

Charting a Path of Innovation with AviURT™

AviURT™ emerges as an avant-garde force reshaping the landscape of genetic analysis and molecular biology research. By seamlessly integrating cutting-edge technology with unparalleled performance, AviURT™ heralds a new dawn in genetic research, propelling researchers into realms of genetic discovery and exploration that were previously deemed unattainable.

Explore the Genetic Frontier with AviURT™

Elevate your genetic research pursuits to new heights and unlock a treasure trove of genetic insights with AviURT™ Thermo-Resistant H-minus MMLV Reverse Transcriptase. Discover the power of precision, accuracy, and reliability in genetic sequencing, and embark on a journey of discovery and innovation in molecular biology with AviURT™ as your guiding light.

Advantages:


  • Optimal activity at 47- 48°C.

  • RT of RNAs with a high degree of secondary structure.

  • No RNase H activity.

  • More stable than Wild type MMuLV.

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