Analytical Enzymes

The analytical enzyme grouping includes all enzyme activities that are non-CAZy enzymes such as kinases, dehydrogenases and isomerases. Betazymes supplies an extensive and continually expanding portfolio of analytical enzymes that have widespread use in analytical, diagnostic and research applications throughout various industries.

At Betazymes, our expertise extends to the development and production of high-quality analytical enzymes, specifically designed for sensitive and accurate detection and quantification in various applications. These enzymes are engineered for exceptional specificity and stability, ensuring reliable performance in diagnostic assays, environmental monitoring, and food safety testing. Our analytical enzyme development process involves rigorous selection, optimization, and quality control to guarantee the highest levels of accuracy and reproducibility, empowering our clients with confidence in their analytical results.

The creation of analytical enzymes at Betazymes often involves tailoring their properties for specific detection methods. This might include engineering enzymes that produce a chromogenic, fluorogenic, or luminescent signal upon interaction with a target analyte. We also focus on enhancing their stability under assay conditions and minimizing interference from other components in complex samples. Our multidisciplinary team combines expertise in enzymology, molecular biology, and analytical chemistry to develop innovative analytical tools that meet the evolving needs of various industries requiring precise and reliable detection capabilities.

Betazymes is committed to providing analytical enzymes that are not only high-performing but also readily integrated into existing analytical workflows. We offer a range of formats and specifications to suit diverse instrumentation and assay designs. Our focus on quality assurance and batch-to-batch consistency ensures that our analytical enzymes deliver dependable results, contributing to more accurate diagnoses, safer environments, and higher standards in food and beverage analysis. By leveraging the specificity and efficiency of enzymes, we aim to provide powerful tools for analytical challenges across numerous sectors.