Microbial Fermentation
portes grátis
Microbial Fermentation
Innovations, Challenges, and Future Directions
Poertner, Ralf; Al-Rubeai, Mohamed
Springer Nature Switzerland AG
04/2026
379
Dura
Inglês
9783032175137
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Part I: Strain Development.- Chapter 1: Process-guided engineering of whole-cell biocatalysts for enhanced performance in fermentations at scale.- Part II: Fermentation technology and process development.- Chapter 2: Bioprocess monitoring - how much do we need to know for successful scale-up?.- Chapter 3: Miniaturized bioreactor systems for speeding up the development of microbial fermentation processes.- Chapter 4: Parallelized bioprocess development in small-scale bioreactors.- Chapter 5: High-Cell-Density Cultivation of Microorganisms.- Chapter 6: Photoautotrophic fermentation.- Chapter 7: Solid-state fermentation as a sustainable bioprocessing approach.- Chapter 8: Precision Fermentation for Functional Protein Production.- Chapter 9: Microbial Fermentation for Lipase Production: Advances in Enzyme Engineering and Industrial Applications.- Part III: Model assisted process development.- Chapter 10: Standardized process engineering characterization and biological evaluation of stirred bioreactors for microbial processes.- Chapter 11: CFD simulations for modelling of transport phenomena in large scale bioreactors.- Chapter 12: Simultaneous Process and Mathematical Model Design for Microbial Cultivations.- Chapter 13: Fermentations in the era of metagenomics and machine learning.- Part IV: Downstream techniques.- Chapter 14: Membrane separation and purification in downstream processing - novel approaches to classical problems.
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microbial bioprocesses;microbial strain development;bioprocess development;microbial diversity;sustainable feedstocks;yield improvement;bioreactor design;micro bioreactor;small-scale bioreactors;fermentation scale-up;fermentation scale-down;microbial bioprocess development;high cell density cultivation;photoautotrophic fermentation;bioprocess optimization;computational fluid dynamics;precision fermentation;solid-state fermentation ;model assisted process development;stirred bioreactors
Part I: Strain Development.- Chapter 1: Process-guided engineering of whole-cell biocatalysts for enhanced performance in fermentations at scale.- Part II: Fermentation technology and process development.- Chapter 2: Bioprocess monitoring - how much do we need to know for successful scale-up?.- Chapter 3: Miniaturized bioreactor systems for speeding up the development of microbial fermentation processes.- Chapter 4: Parallelized bioprocess development in small-scale bioreactors.- Chapter 5: High-Cell-Density Cultivation of Microorganisms.- Chapter 6: Photoautotrophic fermentation.- Chapter 7: Solid-state fermentation as a sustainable bioprocessing approach.- Chapter 8: Precision Fermentation for Functional Protein Production.- Chapter 9: Microbial Fermentation for Lipase Production: Advances in Enzyme Engineering and Industrial Applications.- Part III: Model assisted process development.- Chapter 10: Standardized process engineering characterization and biological evaluation of stirred bioreactors for microbial processes.- Chapter 11: CFD simulations for modelling of transport phenomena in large scale bioreactors.- Chapter 12: Simultaneous Process and Mathematical Model Design for Microbial Cultivations.- Chapter 13: Fermentations in the era of metagenomics and machine learning.- Part IV: Downstream techniques.- Chapter 14: Membrane separation and purification in downstream processing - novel approaches to classical problems.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
microbial bioprocesses;microbial strain development;bioprocess development;microbial diversity;sustainable feedstocks;yield improvement;bioreactor design;micro bioreactor;small-scale bioreactors;fermentation scale-up;fermentation scale-down;microbial bioprocess development;high cell density cultivation;photoautotrophic fermentation;bioprocess optimization;computational fluid dynamics;precision fermentation;solid-state fermentation ;model assisted process development;stirred bioreactors
