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A new preprint from the creators of FLASH-seq demonstrates that replacing protein-based RNase inhibitors with the synthetic, thermostable SEQURNA significantly improves sensitivity, especially in low-RNA cells, while enabling a fully DTT-free workflow.
In molecular biology, temperature control is one of those quiet essentials that makes all the difference. From snap-freezing delicate RNA to gently warming enzyme reactions, the right temperature brings consistency to every result. Thermoconductive modules have anchored molecular biology labs for years, replacing ice buckets and uneven heat blocks with stable, uniform temperature control. But…
Preserving RNA integrity is essential in molecular biology workflows, and RNase inhibitors are a critical part of that process. But if you're still relying on a traditional protein-based recombinant inhibitor, it could be costing you more than you think - in both performance and budget. Here's why it's time to switch to a smarter alternative:
On this Nobel Day, we honor two monumental breakthroughs in RNA research recognized by the Nobel Prize in Physiology or Medicine! 🏆
We’re excited and proud to launch a new solution for securing RNA integrity! SEQURNA RNase Inhibitor Thermostable is a fully synthetic and heat-tolerant inhibitor that protects RNA integrity. It is active across a wide temperature range, providing sustainability through ambient storage and shipping, minimizes batch effects, and avoids activity loss from freeze-thaw cycles and…
Scientists at the Karolinska Institute have demonstrated the construction of single-cell RNA sequencing (scRNA-seq) libraries using SEQURNA RNase Inhibitor Thermostable, a novel, fully synthetic, and thermostable RNase inhibitor. SEQURNA overcomes the limitations of traditional recombinant RNase inhibitors (RRIs) by providing superior thermal stability, enhanced reproducibility, and logistical convenience. Its use enabled the creation of high-quality…
