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AviSRT™

$89.00 – $409.00

Keep in freezer (≥ -20°C)

Thermo-resistant H-minus MMLV – optimum activity at 50 °C

AviSRT™ MMLV reverse transcriptase, a genetically modified RNA-dependent DNA polymerase that requires a DNA primer and an RNA template to synthesize a complementary DNA strand.

AviSRT™ has no RNase H activity, ensuring that RNA degradation does not occur during first-strand cDNA synthesis. This results in higher yields of full-length cDNA from long templates compared to other reverse transcriptases.

AviSRT™ maintains activity over a wide temperature range (47-55°C), making it an ideal tool for reverse transcription of RNAs with a high degree of secondary structure.

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SKU: A11010-A11011 Category:
Description
Thermo-resistant-H-MMuLV-RT

AviSRT™
(Thermo-resistant H-MMuLV RT - optimum activity at 50 °C)

 

Unveiling AviSRT™:

Revolutionizing Genetic Research

AviSRT™ (Thermo-Resistant H-minus MMLV Reverse Transcriptase) emerges as a groundbreaking enzymatic tool that redefines the landscape of molecular biology research. At the core of this innovation lies the MMLV reverse transcriptase, a versatile enzyme essential for converting RNA into complementary DNA—a fundamental process in an array of molecular biology applications.

Decoding MMLV Reverse Transcriptase

Moloney Murine Leukemia Virus (MMLV) reverse transcriptase is a pivotal player in genetic research, instrumental in the synthesis of DNA from RNA templates. This enzyme, coupled with a DNA primer and an RNA template, efficiently catalyzes the conversion of RNA strands into complementary DNA counterparts. This transformation paves the way for detailed genetic analysis, gene expression studies, and a myriad of downstream applications essential for unraveling the mysteries of genetic information.

Harnessing the Unique Capabilities of AviSRT™

AviSRT™ is distinguished by its exceptional performance and reliability, particularly in the rigorous workflows of molecular biology. Featuring an optimal activity temperature of 50°C, this enzyme demonstrates remarkable stability and efficiency across a broad temperature spectrum, ensuring consistent and precise conversion of RNA to DNA.

Unparalleled Advantages of AviSRT™ Thermo-Resistant H-minus MMLV

1. Temperature Flexibility: AviSRT™ is engineered to excel at 50°C, offering researchers a reliable and optimized environment for conducting reverse transcription reactions with meticulous temperature control. This unique feature streamlines experimental protocols and ensures the reproducibility of results, essential for robust genetic analysis.

2. Superior Performance: AviSRT™ delivers unwavering performance in the intricate process of RNA-to-DNA conversion, setting a new standard of excellence in molecular biology applications. Researchers can depend on the consistent and accurate outcomes provided by AviSRT™, essential for generating precise genetic data and insights.

3. Enhanced Efficiency: AviSRT™ elevates experimental efficiency by maximizing yields and sensitivity, enhancing the success rate of molecular biology experiments and analyses. Its potent enzymatic capabilities empower researchers to unlock deeper insights into genetic mechanisms with heightened precision and speed.

Elevating Molecular Biology Research with AviSRT™

Elevate your genetic research endeavors with AviSRT™ and embark on a transformative journey into the realms of molecular biology. From unraveling the intricacies of RNA sequences to unraveling gene expression patterns, AviSRT™ serves as a cornerstone in advancing scientific discoveries with unparalleled precision and reliability.

Unlock the Genetic Mysteries with AviSRT™

Dive into the intricate world of genetic research armed with AviSRT™ and unveil the mysteries of the genetic code with unparalleled accuracy and efficiency. Equipped with this innovative enzymatic powerhouse, researchers can embark on an exploration of genetic landscapes with confidence, precision, and groundbreaking insights.

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.

Related documents
AviRT™

Thermo-resistant H-MMuLV RT

AviRT™ (Thermo-resistant H-MMuLV RT)
​ Broshor Kit		Download
Molecular Biology Enzymes & Reagents CatalogDownload
  
Additional information
Brand

avigene
packing

10'000 U

,

50'000 U
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