Technology Development
Our research integrates biological sciences, materials science, and molecular engineering to develop next-generation solutions across sustainable materials, nutrition, and health. Through a combination of microbial research, biochemical process development, and advanced analytical characterization, we create differentiated technologies that form the foundation for future industrial and societal applications.
Biopolymers & Advanced Materials
We conduct research on various biopolymers focusing on polymer biosynthesis pathways, molecular weight control, material properties, and biodegradation behavior. Our work aims to improve performance, environmental compatibility, and lifecycle outcomes of biodegradable materials through scientific optimization rather than downstream manufacturing.
Proteins & Alternative Nutrition
Our technology platform includes research on fermented soybeans, protein-rich rice, rice protein, and single-cell protein (SCP). We study protein expression, nutritional quality, functional performance, and processing stability to develop sustainable protein systems suitable for food and feed research applications.
Bioactive & Functional Molecules
We develop technologies for the biosynthesis and extraction of hyaluronic acid, vitamin K2-7, beta-carotene, and astaxanthin. Our research emphasizes purity, molecular consistency, and bioavailability, supported by controlled bioprocessing and analytical validation for pharmaceutical, nutraceutical, and cosmetic research use.
Process Science & Analytical Capability
Across all product domains, our research is supported by capabilities in strain development, biochemical process optimization, purification strategies, and advanced analytical techniques. This enables us to generate reproducible data, validated methods, and transferable technical knowledge.
Technology Philosophy
Our approach is grounded in scientific rigor, ethical responsibility, and sustainability-driven research. We focus on developing foundational technologies and intellectual property that can be independently validated and responsibly applied by downstream stakeholders