Geothermal springs and other extreme environments are home to microorganisms that produce enzymes with exceptional properties.

We identify these unique enzymes and optimize them through bioengineering, creating innovative tools for molecular biologists.

These enhanced enzymes are accelerating research discoveries and transforming point-of-care and field-based diagnostics.

Our team of protein engineers and biochemists have decades of experience in modifying and optimizing enzymes for improved performance.

As an example, Varizymes' neoBolt™ Bst DNA Polymerase is a recombinant, truncated (lacks 5’ to 3’ exonuclease activity), thermostable, Bst-like DNA polymerase with high reverse transcriptase and strand-displacement activities, making it ideal for isothermal amplification of both RNA and DNA targets.

NeoBolt Bst DNA Polymerase is a key component of our TORCH™ mLAMP multiplexed diagnostic assay technology.

Varizymes Diagnostics is the leader in multiplex loop-mediated isothermal amplification (mLAMP) technology. Our TORCH™ mLAMP kits are the only point-of-care LAMP tests capable of simultaneously identifying up to four targets in a single test.

We also offer colorimetric pathogen detection kits that produce visual results in 30 minutes for a single pathogen target. Our ChromaLAMP™ test kits were designed for rapid, field-ready testing across human, animal, and aquaculture health applications, with kits immediately available for prevalent catfish and tilapia pathogens.

Quick results and simple workflows make our kits ideal for deployment in laboratories, clinics, hatcheries, and field environments. We also partner with organizations to develop custom assays tailored to specific pathogen detection needs.

At Varizymes Molecular Tools, our team is hard at work taking enzymes we have discovered and engineering them for significantly improved performance, enhancing their utility across a variety of cutting-edge research applications including next-generation sequencing, PCR, gene expression analysis, isothermal amplification, and more.

For example, Varizymes' SwifTag™ Tn5 2.0 Transposase is a hyperactive retroviral integrase engineered for improved activity and stability that is used to construct random next-generation sequencing libraries and to study chromatin structure using targeted ATAC-seq.

At Varizymes, we deeply value our customers, partners and distributors. Our mission is to provide you with state-of-the-art tools to accelerate research discoveries and transform molecular diagnostics.

Together, we are advancing the frontiers of biotechnology for a healthier future.