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RNAse mimic

R-mimTM,   0.1 mM solution in water  

Catalog #Pack sizePrice, EuroSHOP
8080010,1 ml40,00Add to cart
8080021 ml200,00Add to cart
80800310 ml1600,00Add to cart


Datasheet: RNase mimic

RNAse mimic is a chemically synthesized organic molecule capable to cleave RNA in RNAseA-like manner (1)

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R-mimTM molecule designed so, that it imitates the action of RNAseA, digesting RNA mainly at CpA and UpA sequences in single-stranded stretches of RNA. Due to the low molecular weight R-mimTM may penetrate the secondary structure of RNA, RNA-protein complexes, viral particles and living cells. As compared to enzymes, it withstands a wide range of conditions and do not perturb the object of action. In contrast to other RNAse-mimetics, R-mimTM doesn't contain metal ions and therefore does not inhibit enzymes used in molecular biology manipulations (Taq DNA polymerase, restriction endonucleases, polynucleotidekinase etc.).

MW: 693.60

Purity: 95% (H1-NMR)

R-mimTM chemical structure:    

R-mimTM  gives only highly reproducible results!

R-mimTM  has several advantages on the natural RNAseA preparations, namely:

  • no unspecific impurities.
  • no ballast protein.
  • specific activity does not vary from lot to lot.
  • the preparation is pure from other RNAses; very high stability; no inhibition by heating, high salt concentrations (including GuSCN), organic impurities (including phenol).
  • no degradation by proteases.
  • easy to separate from proteins, DNA, RNA.

Use R-mimTM for:

  • the study of RNA secondary structure
  • the study of RNA-protein interaction.
  • the cleavage of RNA within the cell, viral particles, RNA-protein complexes.
  • digestion of RNA in bulk quantities.

1 molecule of R-mimTM catalyzes the digestion of 150-170 of phosphodiether bonds in RNA for 60 min at 25°C. We recommend using 0,01 mM concentration of R-mim in your experiments.

Storage and shipment:
room temperature

ATTENTION: DO NOT FREEZE THE PRODUCT    

The following points are to be considered when RNase mimic is used:
- the concentration of RNA should not be higher than 0,5mg/ml;
- the majority of tests with RNA digestions were done on purified tRNA and viral RNA (both successful), not too much experimets were performed with other types of RNA;
- presence of excess of small RNA molecules may reduce strongly the effectivity of digestion.

Reference: 1. Giege R. at al. (2000), Methods in Enzymology, v.318, p.147

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