The Big Picture: Clean Technology for a Greener Future
Enzymes are nature's tiny machines. They are proteins that speed up chemical reactions with incredible efficiency and specificity. Our lab harnesses the power of enzymes to convert low-value agricultural waste into high-value, eco-friendly products. This approach, known as biocatalysis, is a cornerstone of green chemistry, allowing us to create valuable compounds without harsh chemicals or polluting processes.
While nature provides a vast array of enzymes, they are not always perfect for industrial applications. We use a technique called Directed Evolution (another Nobel Prize-winning technology) to improve them.
This process mimics natural selection in a test tube. We start with an enzyme and introduce random mutations to its gene. From the resulting library of slightly different enzymes, we select the ones that perform best for our specific needs—for example, those that are more stable, faster, or can work on different materials. We repeat this cycle until we have "evolved" a highly efficient and robust enzyme tailored for our application.
Our goal is to use our custom-designed enzymes to create sustainable solutions for the cosmetic, nutraceutical, and biotechnological industries.
Value from Waste: Transforming agricultural byproducts like coconut pulp, coffee grounds, and shrimp shells into valuable bioactive compounds.
Bioactive Production: Producing oligosaccharides (short-chain sugars) with potent anti-inflammatory properties.
Industrial Biocatalysis: Developing enzymes for various industrial processes, reducing reliance on chemical synthesis.
Custom Enzyme Development: Over 20 years of experience in creating highly specialized enzymes for processing mannans and chitin/chitosan.
Sustainable Production: Our enzyme-based processes are clean, water-based, and environmentally friendly, contributing to a circular economy.