DB RNase Inhibitors offer a comprehensive solution to protect against RNA degradation caused by ribonucleases, which can jeopardize the reliability and reproducibility of your experiments. Our wide selection comprises recombinant proteins, expressed in Escherichia coli, effectively inhibits the activity of common eukaryotic RNases. By utilizing our RNase inhibitors, the integrity of your RNA is fully preserved throughout various applications.
Our flagship is the DB Ultima H, representing a new benchmark for RNA protection! With unmatched stability and activity in the most challenging conditions outperforms all known competitors.
PRODUCTS
DB Ultima H RNase Inhibitor
Unique approach to the RNase inhibition! Bovine variant offers a remarkable stability with fewer cysteine residues, ensuring consistent performance and oxidation resistance.
RNase Inhibitor Bovine
Unique approach to the RNase inhibition! Bovine variant offers a remarkable stability with fewer cysteine residues, ensuring consistent performance and oxidation resistance.
RNase Inhibitor Human
The best option for samples of human origin against RNases A, B and C. Recombinant protein from E. coli
RNase Inhibitor Porcine
The best option for your everyday work. The golden standard of RNase inhibition.
Key Parameters
Retains activity without DTT. Fully active even at 2% H₂O₂.
The only protein RNase inhibitor stable above 55 ℃!
Stable at room temperature in usual PCR buffers for months.
Even higher activity than human RNase inhibitor in human tissues!
Selection Guide
Name (Cat. no.) | Inhibition of Human RNases | Oxidative stability | Storage stability | Thermal stability | Origin |
|---|---|---|---|---|---|
Recombinant | |||||
DB RNase Inhibitor Human (DB-1259) | Recombinant | ||||
DB RNase Inhibitor Bovine (DB-1260) | Recombinant | ||||
DB RNase Inhibitor Porcine (DB-1261) | Recombinant |
References
Exploring Advanced Methodologies for NS5 Methyltransferase Targeted Drug Discovery, Evžen Bouřa Group, IOCB Prague
