Effect of a modification site on the electron-transfer reaction of glucose oxidase hybrids modified with phenothiazine via a poly(ethylene oxide) spacer

Physics & Astronomy

• phenothiazines 99%
• oxidase 82%
• ethylene oxide 74%
• glucose 68%
• spacers 61%
• electron transfer 59%
• aspartic acid 25%
• glutamic acid 23%
• lysine 21%
• molecular weight 14%
• oxidation 7%
• mediation 6%
• amino acids 5%
• enzymes 5%

Chemical Compounds

• Phenothiazine 69%
• Poly(ethylene) 57%
• Electron Transfer 41%
• Modification 33%
• Oxide 31%
• Aspartic Acid Residue 31%
• Glutamic Acid Residue 31%
• FADH(.) 24%
• Lysine Residue 16%
• Weight 11%
• Surface 7%
• Lysine 7%
• Amino-Acid Residue 6%
• Oxidation Reaction 6%
• Length 4%
• Reaction Yield 3%

Engineering & Materials Science

• Glucose oxidase 100%
• Polyethylene oxides 90%
• Electrons 59%
• Molecular weight 33%
• Acids 26%
• Oxidation 17%
• Amino acids 11%
• Enzymes 11%