Protect RNA when standard RNase inhibitors reach their limits
RNA degradation can significantly affect the sensitivity, reproducibility and reliability of molecular biology workflows. RNases are particularly difficult to control because they are abundant, highly active and can remain functional under conditions that reduce the performance of conventional RNase inhibitors.
DB Ultima H RNase Inhibitor has been engineered to provide robust RNA protection under demanding reaction and handling conditions. The inhibitor retains activity at elevated temperatures, under oxidative conditions and after prolonged storage in commonly used reaction environments.
This makes DB Ultima H particularly suitable for workflows where RNA integrity must be maintained throughout extended incubations, elevated-temperature reverse transcription or processing of RNase-rich samples.
Stop relying on unstable DTT to protect your RNA. DB Ultima H is the only inhibitor fully active without it
DB Ultima H is the only oxidatively resistant inhibitor: Standard inhibitors on the market are very limited in oxidative resistance. This leaves the DB Ultima H the only truly oxidative resistant inhibitor even with 2% hydrogen peroxide use with no DTT. Numbers represent the same order of RNase inhibitors as it is in the first graph
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