Enzymes for molecular biology

RNases (ribonucleases) are indispensable tools in molecular biology, used to degrade RNA in applications ranging from DNA purification to gene expression analysis. In this line, we provide high-purity, research-grade ribonucleases designed for precision work in genomics, proteomics, and life science research. Additionally, our RNase enzymes are supplied at high activity and purity, with detailed specifications including unit concentration, storage conditions, and optimal pH ranges. Each batch is tested for performance and stability, ensuring reliable results every time.

See Our Huge RNase Enzyme Range

We supply a selection of RNase enzymes for specialised molecular biology applications:

RNase A: the most commonly used RNase, ideal for eliminating RNA contamination during DNA extraction and purification protocols.
RNase T1: highly specific for single-stranded RNA, perfect for protecting double-stranded RNA while degrading unwanted single-stranded RNA.
RNase Cocktail: a combination of multiple RNases for comprehensive RNA degradation in complex samples.
RNase-free reagents: when you need RNase inhibitors to protect precious RNA samples from degradation.

Why RNases Matter in Molecular Biology

RNA contamination can compromise downstream applications like PCR, sequencing, and expression analysis. RNases ensure clean, high-quality nucleic acid preparations essential for accurate results. Whether you're isolating genomic DNA, preparing samples for next-generation sequencing, or conducting RNA stability studies, the right RNase enzyme is critical.