Technologies in Food Engineering for Functional Foods

Abstract

Research and development of nutraceuticals and functional meals has attracted a lot of attention due to the rising worldwide demand for such products. In addition to providing nourishment, these goods may improve general health, alleviate symptoms of certain diseases, or both. The research, manufacture, and optimization of these functional meals rely heavily on food engineering, which enhances bioavailability, stability, and efficacy. the many ways that food engineering is improving nutraceuticals and functional foods through the development of novel processing methods, component combinations, and delivery mechanisms. Microencapsulation, fermentation, and nanotechnology are some of the techniques that are investigated for their potential to prolong the shelf life, improve customer acceptance, and enhance the bioactive qualities of functional components. Also, there are a lot of problems that might arise when functional ingredients are added to food, such as dealing with regulations, how consumers view them, and how difficult it is to keep their functioning intact while processing. With an emphasis on the significance of interdisciplinary collaboration in developing functional food products that are effective, safe, and sustainable, food engineering plays a crucial role in connecting scientific research with product development. In response to the rising demand from consumers for food products that promote health and have been scientifically proven to work, food engineering has played a crucial role in the development of nutraceutical and functional food sectors.