RNA Mango: Track your RNA in Action!

Posted by Applied Biological Materials (abm) on January 28, 2020

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Track your RNA in action with the novel RNA Mango fluorescent imaging system
Technology for studying the diverse cellular roles of RNA has lagged behind the tools for studying DNA and proteins, but innovative researchers are working to change that! One such researcher is Dr. Peter Unrau of Simon Fraser University. He and his team have created RNA Mango, a novel technology with a number of useful applications. Dr. Peter Unrau

Key Features:

  • Non-toxic dye + aptamer system
  • High affinity, sensitive imaging of even low concentration of RNA
  • Small, easy-to-insert RNA aptamer tags
  • Works in vitro and in vivo


  • Pulldown RNA and RNPs in their native state
  • Measure gene transcription in real time
  • Track RNA/RNP abundance and distribution

How does RNA Mango Fluorescent Imaging System work?
How the RNA Mango imaging system works

Now Available:

  • TO1-3PEG-Biotin Fluorophore (G955)
  • TO1-3PEG-Desthiobiotin Fluorophore (G956)
  • TO3-3PEG-Biotin Flurophore (G959)
  • YO3-3PEG-Biotin Fluorophore (G957)

Visit our website here to learn more about RNA Mango and to view our products!

Watch this video to see RNA Mango in Action!

Transcription reaction were carried out in 300 µL volumes using T7 RNA polymerase (400 U, 50U/µL, applied biological materials), 0.5 µM TO1-3PEG-Biotin (applied biological materials), in 8 mM GTP, 5 mM CTP and ATP, 2 mM UTP, 40 mM TRIS buffer pH 7.9, 2.5 mM spermidine, 26 mM MgCl2, 20 mM KCl, Pyrophosphatase (0.5 U, 0.1 U/µL, ThermoFisher Scientific), and 0.01% Triton X-100. To each sample, either water (Negative), 0.33 µM DNA template (Mango Transcription), or 500 nM final Mango III A10U RNA (Positive) was added. Samples were visualized in a blue light box, movie is played back at 30X speed.

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