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1. Bioreactor technology in food processing - history and perspectives
2. Microorganisms and bioprocessing application in food
3. Bioreactor: General configuration, classification, and bioreactor types
4. Analytical tools and operational requirements for bioreactors
5. An integrated systematic approach for modeling, simulation, and scaling up of food bioreactors
6. Scale-up technology of bioreactors
7. Food bioreactor technology: Economics aspects, IPR issues, and sustainability
8. Application of bioreactor technology for the food industry
9. Production of bread and bioreactor technology
10. Beer and Wine production and Bioreactor technology
11. Processing distilled beverages from cereals
12. Bioreactor for Coffee Fermentation
13. Bioreactors in the aroma production
14. Microbial Enzymes in Food Industry and Bioreactor Technology
15. Bioreactor technology in the production of fructooligosaccharides
16. Bioreactor Technology in the Production of Fructose Syrups
17. Bioreactor Technology for Pectin Production
18. Production of vitamins in a bioreactor
19. Bioreactor Technology, fermentation strategy and statistical approaches for pigment production by microorganisms
20. Bioreactor Technology for D-Gluconic Acid
21. Bioreactor technology for succinic and fumaric acids
22. Bioreactor technology for the production of ellagic acid
23. Biocolor: source, role, and its therapeutic significance
24. Bioreactor technology for the production of biocolor by selected microalgae 25. Bioreactor technology in the production of biocolor from plant and food waste
26. Bioreactor Technology in Waste Utilization and Management