Paper Title
ADVANCING ENZYME AND BIOPROCESS TECHNOLOGY TOWARDS FUNCTIONAL FOOD INNOVATION

Abstract
The combination of bioengineering and sustainable chemistry opens exciting new possibilities for creating health-promoting compounds in environmentally friendly and efficient ways. This work focuses on enzyme-based synthesis of two important groups of bioactive molecules namely diacylglycerols (DAGs) and flavonoid esters. Both compounds holding significant potential for functional food innovation and human health improvement. DAGs act as functional lipids that can support better metabolic health and energy balance.In contrast, flavonoid esters exhibit enhanced antioxidant and antimicrobial properties, making them suitable for food and nutraceutical applications. They were synthesized using lipase enzymes under mild, green conditions that preserve biological activity and minimize environmental impact. Reaction optimization enabled high selectivity and conversion efficiency without the use of harmful or toxic solvents.This eco-friendly approach demonstrates how enzyme technology can be applied to produce a wide range of complex and valuable molecules efficiently. The process also provides environmental advantages such as reduced waste generation, lower energy consumption, and safer materials.The research aligns with several Sustainable Development Goals (SDGs), particularly those promoting good health and well-being, innovation, and responsible production. By integrating green chemistry, bioprocessing, and functional food innovation, this study illustrates how enzyme-based synthesis can bridge scientific advancement with real-world sustainability. These findings further highlight potential applications in bioengineering, industrial biotechnology, and the development of high-value natural products that contribute to a healthier and more sustainable future. Keywords - Green Chemistry, Lipase, Flavonoid Esters, Diacylglycerols