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• Enzyme engineering, volume 6
  crossref Charles A. White, John F. Kennedy 2002-12-28T00:17:02Z 置信度 0.70
• Contributors
  crossref 2020-09-14T03:53:49Z 置信度 0.70
• Stepwise Thermophotochemical Crosslinking for Enzyme Stabilization and Immobilization
  crossref P. Guire 2013-02-21T11:42:29Z 置信度 0.70
• Physicochemical Aspects of Immobilized Enzyme-Matrix Interactions
  crossref I. V. Berezin 2013-02-21T11:42:29Z 置信度 0.70
• Series Page
  crossref 2020-09-14T03:53:50Z 置信度 0.70
• Enzyme Immobilization in Porous Supports
  crossref J. E. Bailey 2013-02-25T13:14:39Z 置信度 0.70
• Enzyme Technology - An Emerging Trend in Biotechnology.
  crossref Khan NT 2018-09-17T01:01:12Z 置信度 0.70
• Decision letter for "Nano-Enzyme Engineering: Advancing Enzyme Immobilization for Industrial and Environmental Applications"
  crossref 2026-05-28T21:09:04Z 置信度 0.70
• Increase of Enzyme Stability by Protein Engineering
  crossref B. Zentgraf, T. J. Ahern 2018-04-27T10:42:51Z 置信度 0.70
• Review of Recent Enzyme Immobilization Techniques
  crossref R. D. Falb 2012-03-30T08:40:25Z 置信度 0.70
• Improvement of chymotrypsin enzyme stability as single enzyme nanoparticles
  crossref Imre Hegedűs, Endre Nagy 2008-11-18T04:48:13Z 置信度 0.70
• Strategies to Overcome Stability Constraints in Enzyme Evolution and Facilitate Effective Enzyme Engineering
  crossref 2020-07-09T16:55:02Z 置信度 0.70
• Initiation of Enzyme Reactions by Light
  crossref I. V. Berezin 2012-03-30T08:40:25Z 置信度 0.70
• Enzyme Cascade Reaction Engineering
  crossref Philipp Petermeier, Selin Kara 2021-02-24T10:03:01Z 置信度 0.70
• Enzyme Sequences in the Living Cell
  crossref G. Rickey Welch 2012-07-15T19:41:26Z 置信度 0.70
• Enzyme Engineering for Enzyme Activity Improvement
  crossref Ashutosh Dubey, A.K. Verma 2018-08-31T23:35:07Z 置信度 0.70
• Finding gene mutations by the enzyme: CHIPS for a simple and highly sensitive enzyme mismatch cleavage method
  crossref Yo Niida 2017-01-20T15:16:47Z 置信度 0.70
• Engineering encapsulation technology for enzyme immobilization
  crossref Yilun Weng 2024-08-15T23:22:55Z 置信度 0.70
• Enzyme Engineering, 5: Proceedings of the Fifth International Enzyme Engineering Conference
  crossref H. H. Weetal, G. P. Royer, D. A. Gough 2009-06-15T19:06:43Z 置信度 0.70
• Optically guided mass spectrometry to screen microbial colonies for directed enzyme evolution
  crossref 2020-05-18T17:53:40Z 置信度 0.70
• Enzyme Enabled Antibiotic Production: Going “Green” in Manufacturing
  crossref Vyasarayani Williams Rajasekar 2016-04-21T08:45:44Z 置信度 0.70
• Genetic engineering
  crossref C. Ball 2002-12-28T00:17:02Z 置信度 0.70
• Open Tubular Heterogeneous Enzyme Reactors
  crossref C. Horvath, B. A. Solomon 2012-03-30T12:40:25Z 置信度 0.70
• A Method to Prepare Bead-Shaped Immobilized Enzyme
  crossref Koji Kawashima 2012-07-15T23:41:26Z 置信度 0.70
• Enzyme Engineering
  crossref Kashyap Kumar Dubey, Avijit Pramanik, Ankush, Khushboo 等 2019-02-15T22:13:24Z 置信度 0.70
• Genetic Engineering
  crossref Alain Rambach 2012-07-15T19:41:26Z 置信度 0.70
• Use of Immobilized Enzyme Reactors in Automated Clinical Anlayses
  crossref T. Murachi 2013-02-25T13:14:39Z 置信度 0.70
• Spatially Structured Enzyme Support Arrangements in Electrochemical Systems
  crossref L. B. Wingard 2012-04-08T04:56:13Z 置信度 0.70
• Recent Developments in Enzyme Isolation Processes
  crossref P. Dunnill, M. D. Lilly 2012-03-30T12:40:25Z 置信度 0.70
• Prospects for an Assay Technique Based on Volatile Enzyme Products
  crossref J. C. Weaver 2013-02-21T11:42:29Z 置信度 0.70
• Screening of Enzyme Variants for Thermostability
  crossref Shigenori Kanaya 2010-02-23T14:07:26Z 置信度 0.70
• Enzyme engineering for sustainable production of caprolactam
  crossref Antonija Marjanovic 2021-04-29T09:37:22Z 置信度 0.70
• Radical Stabilization Energies for Enzyme Engineering: Tackling the Substrate Scope of the Radical Enzyme QueE
  crossref 2020-04-07T12:53:39Z 置信度 0.70
• Recent Studies on Antibiotics and Low Molecular Weight Enzyme Inhibitors
  crossref H. Umezawa 2013-02-25T18:14:39Z 置信度 0.70
• Application of Computers to Enzyme Recovery
  crossref R. P. Jefferis, M. R. Kula 2013-02-21T06:42:29Z 置信度 0.70
• Biosensors Based on Enzyme Amplification and Immunochemical Selectivity
  crossref M. Aizawa, S. Suzuki 2013-02-25T18:14:39Z 置信度 0.70
• Enzyme engineering
  crossref Lemuel B. Wingard 2005-10-05T09:22:23Z 置信度 0.70
• Enzyme Studies
  crossref 2006-03-06T17:45:55Z 置信度 0.70
• Enzyme Immobilization on Pyridine Containing Polymers
  crossref F. Pittner, T. Miron, G. Pittner, M. Wilchek 2012-02-28T14:29:29Z 置信度 0.70
• Engineering lytic polysaccharide monooxygenases (LPMOs)
  crossref 2020-05-15T13:27:21Z 置信度 0.70
• A comparison of dual-enzyme immobilization by magnetic nanoparticles and magnetic enzyme aggregates for cascade enzyme reactions
  crossref Guanya He, Hairong Liu, Chengli Yang, Kaishun Hu 等 2024-01-22T12:11:27Z 置信度 0.70
• Well-Mixed Immobilized Enzyme Reactors
  crossref M. D. Lilly, D. L. Regan, P. Dunnill 2012-03-30T12:40:25Z 置信度 0.70
• Genetic engineering: Principles and methods
  crossref J.F. Peberdy 2002-12-28T00:17:02Z 置信度 0.70
• Photo-Control of Enzyme-Collagen Membrane Activity
  crossref S. Suzuki, I. Karube, Y. Nakamoto, K. Namba 2013-02-21T06:42:29Z 置信度 0.70
• Multiple Carrier Regeneration and Enzyme Immobilization in Situ
  crossref J. E. Prenosil, E. Stuker 2013-02-25T18:14:39Z 置信度 0.70
• Multi Enzyme Systems in Membrane Reactors
  crossref C. Wandrey, R. Wichmann, A.-S. Jandel 2013-02-25T13:14:39Z 置信度 0.70
• Multipurpose Enzyme-Collagen Membrane Electrodes
  crossref D. C. Gautheron, P. R. Coulet, C. Bertrand 2013-02-25T13:14:39Z 置信度 0.70
• Genetic engineering vol. 3
  crossref John F. Peberdy 2002-12-27T19:17:02Z 置信度 0.70
• Reaction Engineering for Enzyme‐Catalyzed Biotransformations
  crossref 2008-06-02T12:47:59Z 置信度 0.70
• Enzyme Stabilization in High Macromolecular Concentration Environments
  crossref G. Greco, G. Marrucci, L. Gianfreda 2013-02-25T18:14:39Z 置信度 0.70
• Enzyme Catalysis
  crossref Young Je Yoo, Yan Feng, Yong Hwan Kim, Camila Flor J. Yagonia 2017-01-12T14:37:07Z 置信度 0.70
• Handbook of biochemical engineering and biotechnology
  crossref J.Maggiolly Novais 2002-12-27T19:17:02Z 置信度 0.70
• Enzyme reaction engineering: Design of peptide synthesis by stabilized trypsin
  crossref Rosa M. Blanco, Gregorio Alvaro, JoséM. Guisán 2003-02-04T21:26:05Z 置信度 0.70
• Temperature Effects on the Design of Enzyme Reactors
  crossref L. L. Tavlarides, W. R. Haas 2012-03-30T12:40:25Z 置信度 0.70
• Construction of Various Host Vector Systems and the Variation of Enzyme Levels
  crossref K. Sakaguchi 2013-02-25T13:14:39Z 置信度 0.70
• Rational-Design Engineering to Improve Enzyme Thermostability
  crossref Vinutsada Pongsupasa, Piyanuch Anuwan, Somchart Maenpuen, Thanyaporn Wongnate 2021-11-23T15:03:16Z 置信度 0.70
• Extraction of Oil from Mackerel Fish Processing Waste using Alcalase Enzyme
  crossref Ramakrishnan VV Ghaly AE 2013-12-26T10:26:33Z 置信度 0.70
• Bridging Algorithms and Biocatalysis: Perspectives on AI-Supported Enzyme Engineering.
  europepmc 2026 置信度 0.80
• MutexaGPT: An Intuition-to-Design Translator for Physics-based Enzyme Engineering
  europepmc 2026 置信度 0.80
• Artificial intelligence and automation in enzyme engineering: evolution, advances, and future perspectives.
  Natural enzymes often fail to meet industrial demands for catalytic efficiency, stability, and substrate specificity, creating a critical bottleneck in biomanufacturing. This review examines how artificial intelligence (AI) and automation are reshaping enzyme …
  pubmed Hao K, Liu J, Tang H, Zhang Y 等 2026 置信度 0.82
• Computer-guided enzyme engineering of PET hydrolase mutants towards improved PET affinity.
  europepmc 2026 置信度 0.80
• Machine Learning for Microbial Cell Factories: Pathway Design, Enzyme Engineering, and Metabolic Regulation.
  Microbial cell factories represent sustainable platforms for the production of fuels, chemicals, and therapeutics, but their development is limited by challenges in pathway discovery, enzyme optimization, and metabolic regulation. Recent advances in artificial…
  pubmed Huang Y, Ge R, Wu L, Sun Y 等 2026 置信度 0.82
• EZPro-Multi: Contrastive Learning-Enhanced Multi-property Prediction for Enzyme Engineering.
  europepmc 2026 置信度 0.80
• Metabolic and enzyme engineering for steroid hormone biosynthesis.
  europepmc 2026 置信度 0.80
• Benchmarking and Experimental Validation of Machine Learning Strategies for Enzyme Engineering
  europepmc 2026 置信度 0.80
• Modularity in Enzyme Engineering Enables a High-Yielding Microbial Platform for Melatonin Biosynthesis.
  europepmc 2026 置信度 0.80
• Computationally guided enzyme engineering for regioselective synthesis of fucosylated human milk oligosaccharides.
  europepmc 2026 置信度 0.80
• Computational design of oleuropein as a potential antifungal agent and enzyme engineering targeting multidrug-resistant fusarium species.
  europepmc 2026 置信度 0.80
• Advances in in vivo continuous evolution technologies for strain development and enzyme engineering.
  europepmc 2026 置信度 0.80
• Plasmid- and Inducer-Free Biosynthesis of Difucosyllactose through Rational Fusion Enzyme Engineering and Systematic Pathway Optimization.
  europepmc 2026 置信度 0.80
• Generative AI-driven enzyme engineering unlocks sustainable valorization of broccoli waste into sulforaphane.
  Current production of sulforaphane (SFN), a health-promoting isothiocyanate, relies mainly on energy-intensive plant extraction or chemical synthesis, limiting sustainable large-scale manufacture. Here, a waste-to-value framework integrating generative artific…
  europepmc 2026 置信度 0.80
• System-level metabolic and enzyme engineering enables high-titer gastrodin biosynthesis in yeast.
  europepmc 2026 置信度 0.80
• Lipase-Catalyzed Enantioselective Resolution of Chiral Pesticides and Herbicides: Advances in Biocatalysis and Enzyme Engineering.
  europepmc 2026 置信度 0.80
• High-level amyrin production in <i>Yarrowia lipolytica</i> via metabolic and enzyme engineering.
  europepmc 2027 置信度 0.80
• Integrative frameworks for plastic biodegradation in insect-microbiome systems: mechanistic insights, emerging multi-omics and enzyme engineering perspectives.
  europepmc 2026 置信度 0.80
• Mechanically Driven Enzyme Engineering: The New Frontier Beyond Chemistry.
  europepmc 2025 置信度 0.80
• Revisiting enzyme engineering strategies and reaction mechanisms of lytic polysaccharide monooxygenases (LPMOs).
  europepmc 2026 置信度 0.80
• From traditional to AI-driven: The evolution of intelligent enzyme engineering for biocatalysis.
  europepmc 2026 置信度 0.80
• A Multimodal Ensemble Framework for Optimal Mutant Prediction and Computational Enzyme Engineering.
  europepmc 2026 置信度 0.80
• Biocatalytic reduction of nitro-sulfonamides: enzyme engineering, process integration, and sustainable pathways to <i>p</i>-aminobenzenesulfonamide.
  europepmc 2026 置信度 0.80
• Synzymes: The Future of Modern Enzyme Engineering.
  europepmc 2025 置信度 0.80
• AI-Driven Enzyme Engineering: Emerging Models and Next-Generation Biotechnological Applications.
  europepmc 2025 置信度 0.80
• Confocal Absorbance-Activated Droplet Sorting (cAADS) for Enzyme Engineering.
  europepmc 2025 置信度 0.80
• Next-generation strategies for PLA degradation: microbial consortia, metagenomics, enzyme engineering and AI-guided approaches.
  europepmc 2026 置信度 0.80
• Biosynthesis of L-Pipecolic Acid and Its Hydroxylated Derivatives: Enzyme, Engineering, and Synthesis Method.
  europepmc 2026 置信度 0.80
• Generative Machine Learning and Microfluidics uHTS: An Efficient Partnership for Enzyme Engineering
  europepmc 2025 置信度 0.80
• Enzyme engineering for optimizing biosynthesis of 2,4-dihydroxybutyric acid via the synthetic threose-dependent glycolaldehyde assimilation (STEGA) pathway.
  europepmc 2026 置信度 0.80
• Recent Advances in P450 Enzyme Engineering for the Production of Natural Products.
  europepmc 2025 置信度 0.80
• GDEE: A Structure-Based Platform for Gene Discovery and Enzyme Engineering
  europepmc 2025 置信度 0.80
• Organelle-Targeted Multi-Enzyme Engineering Enables Medium-Chain Fatty Acid Production in <i>Chlamydomonas reinhardtii</i>.
  europepmc 2026 置信度 0.80
• Enzyme Engineering Database (EnzEngDB): a platform for sharing and interpreting sequence-function relationships across protein engineering campaigns.
  europepmc 2026 置信度 0.80
• Large language model agents as experimental orchestrators in data-driven enzyme engineering.
  europepmc 2025 置信度 0.80
• [Blended teaching reform practice in Protein Engineering and Enzyme Engineering].
  europepmc 2025 置信度 0.80
• Enzyme engineering aspects of biocatalysis: Cofactor regeneration as example
  Reaction engineering is an important tool in the case of cofactor depending enzyme-catalyzed reactions. It allows the establishment of conditions resulting in lower product specific cofactor costs as compared with product-specific enzyme costs. This is shown f…
  openalex Udo Kragl, Wolfgang Kruse, Werner Hummel, Christian Wandrey 2000-03-26 置信度 0.72 CofactorBiocatalysisChemistryYield (engineering)Enzyme
• Biomass Recalcitrance: Engineering Plants and Enzymes for Biofuels Production
  Lignocellulosic biomass has long been recognized as a potential sustainable source of mixed sugars for fermentation to biofuels and other biomaterials. Several technologies have been developed during the past 80 years that allow this conversion process to occu…
  openalex Michael E. Himmel, Shi-You Ding, David K. Johnson, William S. Adney 等 2007-02-08 置信度 0.72 Biomass (ecology)BiofuelBiochemical engineeringLignocellulosic biomassProduction (economics)
• Machine Learning in Enzyme Engineering
  Enzyme engineering plays a central role in developing efficient biocatalysts for biotechnology, biomedicine, and life sciences. Apart from classical rational design and directed evolution approaches, machine learning methods have been increasingly applied to f…
  openalex Stanislav Mazurenko, Zbyněk Prokop, Jiřı́ Damborský 2019-12-13 置信度 0.72 BiomedicineBiochemical engineeringRational designComputer scienceProtein engineering
• Evolving strategies for enzyme engineering
  openalex Jesse D. Bloom, Markus Meyer, Peter Meinhold, Christopher R. Otey 等 2005-07-13 置信度 0.72 Protein engineeringMutagenesisDirected evolutionDirected Molecular EvolutionComputational biology
• Engineering hybrid genes without the use of restriction enzymes: gene splicing by overlap extension
  openalex Robert M. Horton, Henry D. Hunt, Steffan N. Ho, Jeffrey K. Pullen 等 1989-04-01 置信度 0.72 BiologyOverlap extension polymerase chain reactionRestriction enzymeGeneticsGene
• Enzyme Engineering: Current Trends and Future Perspectives
  Enzyme-based biocatalysts have a wide range of industrial applications for production, processing and improving the quality attributes of animal feed, beverages, detergent, food, pharmaceutical and textile products. Microorganisms are the major sources of enzy…
  openalex Anshula Sharma, Gaganjot Gupta, Tawseef Ahmad, Sheikh Mansoor 等 2019-12-02 置信度 0.72 Biochemical engineeringProtein engineeringMetabolic engineeringEnzymeIndustrial microbiology
• Enzyme engineering: Reshaping the biocatalytic functions
  Enzyme engineering is a powerful tool to fine-tune the enzymes. It is a technique by which the stability, activity, and specificity of the enzymes can be altered. The characteristic properties of an enzyme can be amended by immobilization and protein engineeri…
  openalex Misha Ali, Hassan Mubarak Ishqi, Qayyum Husain 2020-03-11 置信度 0.72 Protein engineeringEnzymeBiochemical engineeringFunction (biology)Protein stability