

Upgrade to 15-minute DNA/RNA extractions using enzymes evolved for stability in Earth’s harshest environments. Achieve high molecular weight yields without the legacy drag of silica columns or magnetic beads

Introduction
High-integrity DNA/RNA extraction in minutes, not hours
Exymes is driving a fundamental shift in pre-analytical chemistry. By using thermophilic proteinases and mesophilic cell wall-degrading enzymes isolated from Antarctic geothermal environments, we have eliminated the inhibitory legacy chemistry that creates hidden drag in modern labs.
Our single-tube temperature-driven protocols ensure 100% recovery for short-read, long-read and full length downstream applications
Our Products
High-quality reagents for every application
Seven extremophile‑powered reagents and kits designed to deliver clean DNA/RNA extraction across forensics, academic, life sciences, agricultural and environment labs in minutes.
Choose the right combination for your industry and workflow to reduce waste, cut steps, and improve data quality.

Meet our team
At Exymes PLC, our dedicated team of scientists and researchers are pioneers in sustainable DNA/RNA extraction. United by a passion for innovation, we develop and refine enzyme-based technologies that power the future of fast, pure nucleic acid research.
Testimonials

News
Recent Insights
Read More
Frontier Science in the Field
How we’re using DNA tech to help farmers fight crop diseases. Watch Assoc. Prof. Laura Boykin’s TED Talk on the real-world impact of portable, enzymatic extraction in sub-Saharan Africa.
Read More
The PhytoGEM Advantage: Precision Plant Extraction
Releasing Stable DNA/RNA from Complex Plant Matrices. An overview of multi-activation temperature protocols that penetrate tough cell walls for rapid pathogen detection and barcode-based storage
Read More
Overcoming Legacy Drag in the Forensic Lab
5-Minute Extraction for Human Identification. A technical demonstration of the single-step enzymatic process. See how we eliminate the wash-step bottleneck and reduce plastic waste while preserving evidence quality for STR analysis




