Recombinant RNase A, Yeast Expressed, DNase-Free (10 mg/mL)
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Recombinant RNase A, Yeast Expressed, DNase-Free (10 mg/mL)

Cat.No: IVDRM-0552 Datasheet

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Product Details Related Products
Product Name Recombinant RNase A, Yeast Expressed, DNase-Free (10 mg/mL)
Catalog No. IVDRM-0552
Description Ribonuclease A engineered by protein technology from the bovine pancreas gene and obtained through yeast expression and purification, this recombinant RNase A carries none of the bacterial endotoxin associated with prokaryotic expression systems. Functionally it is a non-specific endoribonuclease that hydrolyses the phosphodiester bond between the 5 prime ribose of a nucleotide and the 3 prime phosphate of the adjacent pyrimidine, so the resulting 2 prime, 3 prime cyclic phosphate resolves to the corresponding 3 prime nucleotide phosphate, and it degrades single stranded RNA specifically at cytosine and uracil residues with highest effect on single stranded substrates. The enzyme is very stable, and the preparation is free of endonuclease and exonuclease contamination and free of protease residue, which suits removal of RNA contamination from DNA or protein samples.
Intended Use Removal of RNA contamination from DNA or protein samples
Principle / Technology Endoribonucleolytic cleavage after cytosine and uracil residues via a 2 prime, 3 prime cyclic phosphate intermediate
Sample Type RNA contamination in DNA or protein preparations
Specificity Degrades single stranded RNA specifically at C and U residues
Reaction Conditions / Protocol Treat the sample with the enzyme and remove it before downstream use
Storage Conditions -25 to -15°C
Shelf Life 1 year
Package Specifications 1 mL; 5 mL; 10 mL
Key Features Yeast expression avoids bacterial endotoxin; highly stable enzyme
Purity Free of endonuclease and exonuclease contamination; free of protease residue; no bacterial endotoxin
Concentration 10 mg/mL
Source / Origin Bovine pancreas gene, yeast expressed
Readouts / Downstream Assays RNA clearance verified by gel electrophoresis

For in vitro diagnostic use.

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