Restriction Enzymes

Achieve surgical precision in your genomic editing with Restriction Enzymes and endopeptidases engineered to cleave specific sequences with absolute fidelity.

These molecular scissors offer the specialized substrate specificity needed for complex genetic manipulation and site-directed mutagenesis. By delivering high catalytic efficiency, these reagents safeguard genomic integrity while streamlining the path to transfection-grade constructs. Each batch is reproducibility-tested to eliminate sequence bias, providing the high-titer yields required for robust NGS workflows and bioinformatics validation. These tools provide the biochemical muscle to refine your templates without unwanted degradation.

What you will find:

• Enterokinase Cleavage Enzyme: A specific mammalian-produced protease for precise affinity tag removal from recombinant fusion proteins.

• DpnI: A specialized enzyme targeting methylated GATC sequences, ideal for template digestion in site-directed mutagenesis.

• Tn5 Transposase for Tagmentation: A high-efficiency enzyme for simultaneous DNA fragmentation and adapter ligation in NGS library construction.

We provide the precision-cut tools necessary to dismantle, modify, and reorganize genetic material for demanding research applications.

Refine your genomic editing—contact the MBP team today to request a quote for our high-fidelity enzymes.