— X-Zyme —

X-Zyme is a biotechnology company focused on delivering next-generation enzymes and innovative biocatalysis technologies to support industrial-scale synthesis of epoxides, chiral compounds, and other high-value molecules.

Founded by a team of scientists and engineers, our mission is to transform chemical manufacturing through enzyme-powered solutions that are efficient, clean, and cost-effective.

🚀 Enzymatic Epoxide Production at Industrial Scale.

X-Zyme is launching a high-capacity, enzyme-powered ton-scale epoxide synthesis process. Designed for chemical, pharma, and biotech companies, our enzymatic platform drives the production of high-purity chiral epoxides with unmatched efficiency. Powered by advanced biocatalysts and scalable fermentation, X-Zyme is setting new benchmarks in green chemistry and sustainable synthesis.

🔬 Advanced Enzyme Technology for Chiral Compound Synthesis

We specialize in the large-scale enzymatic production of chiral compounds using novel enzymes improved through genetic engineering. Whether you're targeting fine chemicals or complex active ingredients, our chiral biocatalysts deliver the high selectivity and purity demanded by modern industry.

🌐 Industrial Biocatalysis Platform for the Future

At the core of X-Zyme is a growing library of high-performance enzymes—tailored for enantioselective transformations, stereospecific oxidation, and epoxidation reactions. Our platform supports a broad spectrum of biocatalytic processes optimized for scalability, reproducibility, and high-value synthesis.

🧬 CTP : Color Tag Protein for High-Throughput Biocatalyst Screening

CTP (Color Tag Protein) is a proprietary technology developed by X-Zyme for protein expression and biocatalyst screening. This intensely yellow-tagged protein, with engineered color variants, provides a fast and visual tool for selecting and purifying enzyme candidates. The small (100 amino acid), stable domain ensures easy integration into existing workflows.

Patent-protected and application-ready, CTP enables:

Improved solubility and expression levels