Chemical BiotechnologyEditor  |
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1. | Amelie Kenkel Scale-up of capillary photo-biofilm reactors Volume: 34 Series: Chemical Biotechnology 978-3-8440-9537-1, June 2024 Online publication (PDF) Cyanobakterien bilden eine vielversprechende Basis für die Entwicklung von nachhaltigen Prozessen für die Herstellung von Chemikalien. Jedoch ist dieses Potential derzeit eingeschränkt, da noch kein geeignetes ... more ... | 55,80 € |
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2. | Ingeborg Heuschkel Investigating novel concepts for the efficient production of nylon precursors from cyclohexane Volume: 33 Series: Chemical Biotechnology 978-3-8440-8220-3, September 2021 Online publication (PDF) This thesis aims at the design of a continuous and robust bioprocess to produce nylon monomers from cyclohexane. Cyclohexane is a challenging substrate for biotechnological applications due to its physicochemical ... more ... | 45,80 € |
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3. | Magdalena Mock Photoautotrophic production of succinate using Synechocystis sp. PCC 6803 Volume: 32 Series: Chemical Biotechnology 978-3-8440-7123-8, January 2020 Online publication (PDF) To date, nearly all established biotechnological processes are based on heterotrophic organisms. However, these processes depend on organic carbon-based feedstocks like corn or sugarcane and sustainability ... more ... | 45,80 € |
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4. | Anna Hoschek Whole-cell redox biocatalysis driven by photosynthesis An integrated bioprocess design for phototrophic biocatalysts Volume: 31 Series: Chemical Biotechnology 978-3-8440-6765-1, June 2019 Online publication (PDF) Much success was already achieved for the development of efficient oxyfunctionalization bioprocesses by the application of oxygenases in heterotrophic whole-cell host systems. However, several restrictions ... more ... | 49,80 € |
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5. | Michael Hillen Stabilization of physiology and C-H hydroxylation rates of whole-cell biocatalysts by reaction engineering Volume: 30 Series: Chemical Biotechnology 978-3-8440-6575-6, March 2019 Online publication (PDF) Whole-cell based biocatalysis provides a great potential for the sustainable production of compounds for the chemical and pharmaceutical industries. Especially in the field of redox cofactor dependent ... more ... | 48,80 € |
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6. | Verena Oehling Integrated population and single-cell analyses for improving industrial lignocellulosic ethanol production with Saccharomyces cerevisiae Volume: 29 Series: Chemical Biotechnology 978-3-8440-5918-2, May 2018 Online publication (PDF) Cost-effective biotechnological processes based on renewable lignocellulosic biomass will be key in the transition from a fossil-based to a bio-based industry. Lignocellulosic biomass provides a mixture ... more ... | 49,80 € |
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7. | Marvin Kadisch Stabilizing whole-cell biocatalysts En route to more efficient fatty acid methyl ester bioprocessing Volume: 28 Series: Chemical Biotechnology 978-3-8440-5610-5, November 2017 Online publication (PDF) Whole-cell biocatalysts offer great potential for the development of sustainable processes that are difficult to achieve chemically and can replace or complement traditional chemical and pharmaceutical ... more ... | 49,80 € |
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8. | Katrin Rosenthal Single cell analysis and quantitative physiology of industrially relevant microorganisms Volume: 27 Series: Chemical Biotechnology 978-3-8440-5055-4, February 2017 Online publication (PDF) The analysis of single cell behavior is currently an important research topic in industrial biotechnology for studying functions and mechanisms of microorganisms without relying on average values of a ... more ... | 48,80 € |
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9. | Kerstin Lange THCA Synthase from Cannabis sativa L. – a biocatalyst for the production of cannabinoids Volume: 26 Series: Chemical Biotechnology 978-3-8440-5038-7, February 2017 Online publication (PDF) Die vorliegende Arbeit befasst sich mit dem Potential und dem zellfreien Einsatz der FAD-abhängigen Oxidase Δ9-Tetrahydrocannabinolsäure Synthase (THCAS), welches ein Enzym aus dem Sekundärmetabolismus ... more ... | 48,80 € |
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10. | Karolin Schmutzler Understanding the regulatory network of biofilm formation in Pseudomonas taiwanensis VLB120 Volume: 25 Series: Chemical Biotechnology 978-3-8440-4791-2, October 2016 Online publication (PDF) Pseudomonas taiwanensis VLB120ΔC is a biofilm forming, solvent tolerant bacterium efficiently producing a variety of industrially attractive fine chemicals in catalytic biofilms. The primary goal ... more ... | 48,80 € |
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