«INNOVATIVE TECHNOLOGIES FOR PROBIOTIC FOOD PRODUCTION»

Probiotic microorganisms have attracted significant scientific and industrial interest due to their positive effects on human health and their potential role in improving the nutritional value of food products. The beneficial properties of probiotics have been recognized for more than a hundred years, and extensive research has confirmed their ability to support the balance of intestinal microflora, enhance digestive processes, and contribute to overall well-being. Despite their long history of study, the large-scale industrial application of probiotic cultures in food production has become widespread only in recent decades as a result of advances in biotechnology and food processing technologies. One of the major challenges associated with the use of probiotics in the food industry is maintaining the viability and functional activity of these microorganisms throughout production, storage, distribution, and consumption. Probiotic strains must be capable of withstanding technological processes such as heating, cooling, drying, and packaging, while also remaining stable under different storage conditions. In addition, they must survive the acidic environment of the stomach and reach the intestinal tract in sufficient quantities to provide health benefits. Today, probiotics are widely incorporated into various food products, including fermented dairy products, beverages, functional foods, and dietary supplements. The growing sconsumer demand for healthy and functional foods has encouraged manufacturers to develop innovative probiotic products with improved quality, safety, and effectiveness. This paper discusses the importance of probiotic microorganisms in food production, the challenges related to their application, and their growing role in the development of modern functional foods.