Fermentation and biomass production are integral to the efficient manufacturing of probiotics and prebiotics. Fermentation processes utilize specialized microbial cultures under controlled conditions to enhance the yield and functionality of probiotics. These processes optimize parameters like temperature, pH, and nutrient availability to support microbial growth and metabolite production. Biomass production focuses on scaling these processes to industrial levels, ensuring consistent quality and high yield of active microbial cells. Advances in fermentation technologies, such as submerged and solid-state fermentation, have streamlined production while minimizing resource consumption. Integrating these methods enables cost-effective solutions for large-scale probiotic production, meeting the growing global demand for functional foods and supplements. Collaborative efforts in research and technology continue to refine these processes, ensuring sustainability and innovation in the field.
Title : Probiotics in the prevention and treatment of atherosclerotic cardiovascular disease: Focus on molecular mechanisms
Dipak P Ramji, Cardiff University, United Kingdom
Title : Effect of dietary probiotic on the pH and colour characteristics of carcasses, breast fillets and drumsticks of broilers
Nurinisa Esenbuga, Ataturk University, Turkey
Title : Phytochemical analysis and antioxidant activity of Physalis minima
Suriyavathana Muthukrishnan, Periyar University, India
Title : Scale up for manufacturing next generation probiotics: Process development strategies and processes to fast track products into the market
Jason Ryan, Sacco System, Australia
Title : Bacillus subtilis natto: A next-generation probiotic with positive implications in immunological, metabolic, and neurological health
Roberto Ricardo Grau, National University of Rosario, Argentina
Title : Canned cherries made with lactitol or xilitol: A dietetics and prebiotic alternative to reduce its caloric value
Mariela Maldonado, CONICET-UTN FRM, Argentina