Effect of molecular mobility on coupled enzymatic reactions involving cofactor regeneration using nanoparticle-attached enzymes

Engineering & Materials Science

• Molecular interactions 100%
• Enzymes 76%
• Biosynthesis 70%
• Oxidoreductases 67%
• Nanoparticles 65%
• Catalysts 56%
• Reaction rates 50%
• Catalysis 29%
• Catalyst supports 29%
• Brownian movement 27%
• Glucose 25%
• Reaction kinetics 24%
• Molecules 21%
• Magnetic fields 19%
• Fabrication 16%
• Substrates 15%

Medicine & Life Sciences

• Nanoparticles 59%
• Coenzymes 57%
• Regeneration 56%
• Immobilization 45%
• NAD 45%
• Enzymes 36%
• Glucose 1-Dehydrogenase 35%
• Glutamate Dehydrogenase 30%
• Catalysis 26%
• Magnetic Fields 25%
• Kinetics 16%

Chemical Compounds

• Enzymatic Reaction 67%
• Cofactor 61%
• Compound Mobility 50%
• Immobilized Catalyst 45%
• Collision 33%
• Biosynthesis 27%
• Nanoparticle 24%
• Brownian Motion 23%
• Heterogeneous Catalysis 18%
• Magnetic Field 15%
• Glucose 12%
• Catalyst 6%
• Molecule 5%
• Surface 5%