The ribonuclease inhibitor enzyme from a murine source, recombinantly expressed in Escherichia coli (E. coli), represents a critical tool in molecular biology research for safeguarding RNA integrity. This enzyme, meticulously engineered through recombinant techniques, serves as a potent guardian against the deleterious effects of ribonucleases (RNases), which can rapidly degrade RNA molecules, compromising experimental outcomes.
High quality enzyme meeting global quality requirements.
Murine sequence, cloned and expressed in E.Coli.
Truely safeguarding RNA from RNases.
Oxidation resistant.
High tolerance to change in pH and temperature.
Seamless yield in IVT and cDNA applications.
Affordable to all. Made in India.
Ultrafast delivery across India. Less than 3 hrs for Namma Bengaluru.
Derived from murine tissues and expressed in E. coli, this ribonuclease inhibitor boasts exceptional efficacy and specificity in neutralizing a broad spectrum of RNase species. Its recombinant production ensures consistent quality and purity, providing researchers with a reliable defense against RNA degradation in diverse experimental settings.
By binding tightly to RNases and sequestering them from RNA substrates, this inhibitor effectively preserves RNA integrity, allowing researchers to maintain the fidelity of their RNA samples throughout various molecular biology procedures, such as RNA isolation, cDNA synthesis, and RNA-based assays.
Moreover, the recombinant expression of this ribonuclease inhibitor in E. coli offers advantages in terms of scalability, reproducibility, and cost-effectiveness, making it accessible to laboratories of all sizes.
In essence, the ribonuclease inhibitor enzyme from a murine source, recombinantly expressed in E. coli, stands as an indispensable ally for researchers striving to protect the integrity of RNA molecules and unlock the mysteries of gene expression and regulation with confidence and precision.
Yeast RNA (purified powder) was used as starting template.
Details
1μg of yeast RNA was incubated with 10ng of RNase A at 37°C for 1 hour with and without RNAse inhibitor. After the incubation, the sample was loaded on reducing agarose gel.
Long time storage: -20℃, 2 years.
Protocol for this product can be found here.
All the products are for research purpose only. Not for human diagnostics.
