NEXT-GENERATIONAL FERMENTATION STRATEGIES: HARNESSING PROBIOTIC MICROBIOTA FOR BIOACTIVE COMPOUND PRODUCTION AND GUT HEALTH PROMOTION

Fermentation has evolved from a traditional preservation method into a modern biotechnology platform. This review examines next generational fermentation strategies that utilize probiotic microbiota for bioactive metabolite production and gut health promotion.This review examines next generational fermentation strategies that utilize probiotic microbiota for bioactive metabolite production and gut health promotion. Emphasis is placed on probiotics, next-generation probiotics, short-chain fatty acids, bioactive peptides, postbiotics, and precision fermentation technologies.The review also discusses the role of fermentation-derived compounds in gut microbiota modulation, immune regulation, and intestinal health. Emerging tools such as synthetic biology, omics technologies, and precision fermentation are highlighted as important drivers of innovation in food microbiology. Although promising, challenges relating to strain specificity, clinical validation, and regulatory standardization remain. Overall, next-generational fermentation offers significant potential for developing targeted functional foods and microbiome-based health interventions.