Nanoscale biocatalysis system with novel NADH oxidase
Chemical transformations catalyzed by immobilized biocatalysts have attracted lots of attention in industry because bioprocessing can be carried out under mild conditions. Immobilized biocatalysts have higher stability during reaction and can be easily recovered from the reaction mixture. In recent...
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sg-ntu-dr.10356-435742023-03-03T16:05:17Z Nanoscale biocatalysis system with novel NADH oxidase Wang, Liang Jiang Rongrong School of Chemical and Biomedical Engineering DRNTU::Engineering::Chemical engineering::Biotechnology Chemical transformations catalyzed by immobilized biocatalysts have attracted lots of attention in industry because bioprocessing can be carried out under mild conditions. Immobilized biocatalysts have higher stability during reaction and can be easily recovered from the reaction mixture. In recent years, development in nanotechnology has opened new avenues for enzyme immobilization. The nanoscale biocatalysts have been applied in biosensor, fuel cell and biocatalysis. One of the major obstacles that hinder the application of immobilized biocatalysts is the low enzyme activity retention after immobilization. Common immobilization methods, including adsorption, covalent binding and entrapment, often cause enzyme leaching, enzyme 3D structure change and diffusion resistance. As a result, development of an efficient immobilization approach with high activity retention is of great interest to improve catalytic efficiency. DOCTOR OF PHILOSOPHY (SCBE) 2011-04-13T06:57:09Z 2011-04-13T06:57:09Z 2011 2011 Thesis Wang, L. (2011). Nanoscale biocatalysis system with novel NADH oxidase. Doctoral thesis, Nanyang Technological University, Singapore. https://hdl.handle.net/10356/43574 10.32657/10356/43574 en 191 p. application/pdf |
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DRNTU::Engineering::Chemical engineering::Biotechnology Wang, Liang Nanoscale biocatalysis system with novel NADH oxidase |
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Chemical transformations catalyzed by immobilized biocatalysts have attracted lots of attention in industry because bioprocessing can be carried out under mild conditions. Immobilized biocatalysts have higher stability during reaction and can be easily recovered from the reaction mixture. In recent years, development in nanotechnology has opened new avenues for enzyme immobilization. The nanoscale biocatalysts have been applied in biosensor, fuel cell and biocatalysis. One of the major obstacles that hinder the application of immobilized biocatalysts is the low enzyme activity retention after immobilization. Common immobilization methods, including adsorption, covalent binding and entrapment, often cause enzyme leaching, enzyme 3D structure change and diffusion resistance. As a result, development of an efficient immobilization approach with high activity retention is of great interest to improve catalytic efficiency. |
author2 |
Jiang Rongrong |
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Jiang Rongrong Wang, Liang |
format |
Theses and Dissertations |
author |
Wang, Liang |
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Wang, Liang |
title |
Nanoscale biocatalysis system with novel NADH oxidase |
title_short |
Nanoscale biocatalysis system with novel NADH oxidase |
title_full |
Nanoscale biocatalysis system with novel NADH oxidase |
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Nanoscale biocatalysis system with novel NADH oxidase |
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Nanoscale biocatalysis system with novel NADH oxidase |
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nanoscale biocatalysis system with novel nadh oxidase |
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2011 |
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https://hdl.handle.net/10356/43574 |
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1759856688571088896 |