Chapter1. Microbial bioreactors: An introductionChapter2. Microbial bioreactors for lignolytic enzymes productionChapter 3. Microbial bioreactors for bio-fuelsChapter 4. Microbial bioreactors for pharmaceutical protein productionsChapter 5. Vaccine production using microbial bioreactorsChapter 6. Lactic acid production using microbial bioreactorsChapter 7. Microbes as a bio-factory for bioplastic molecule productionChapter 8. Functional sugar production using microbial bioreactorsChapter 9. Microbial bioreactor for bioremediationChapter 10. Microbial bioreactor for production of bioactive peptidesChapter 11. Microbial bioreactor system for fatty acidsChapter 12. Microbial bioreactor for secondary metabolite productionChapter 13. Bioreactor-scale strategy for pectinase productionChapter 14. Microbial bioreactor for marine enzyme productionChapter 15. Microbial biorecator system for synbiotic productChapter 16. Microbial reactor for anti-aging molecule productionChapter 17. Microbial bioreactor system for lactose transformation in milkChapter 18. Microbial bioreactor for plastic degrading enzymesChapter 19. Microbial bioreactor for biogas productionChapter 20. Micro-scale bioreactor systems and its significance in biopharmaceutical industry
Sudhir P. Singh is a scientist working in biotechnology and synthetic biology at the Center of Innovative and Applied Bioprocessing, Mohali, India. His research focuses on the catalytic biosynthesis of functional biomolecules.Santosh Kumar Upadhyay is Assistant Professor in the Department of Botany, Panjab University, Chadigarh, India. His research focuses on the isolation and production of plant-based proteins for industry and defense.