Minimizing the effects of oxygen interference on L-lactate sensors by a single amino acid mutation in Aerococcus viridans L-lactate oxidase

Medicine & Life Sciences

• lactate 2-monooxygenase 100%
• Aerococcus 94%
• Lactic Acid 48%
• Oxygen 38%
• Amino Acids 37%
• Electrons 30%
• Mutation 30%
• Argon 19%
• Biosensing Techniques 18%
• Oxidoreductases 14%
• potassium ferricyanide 13%
• Electrodes 13%
• Food Industry 9%
• Sports Medicine 9%
• Glutaral 9%
• Amino Acid Substitution 8%
• Carbon 7%

Engineering & Materials Science

• Oxidoreductases 81%
• Amino acids 64%
• Electrons 54%
• Oxygen 43%
• Molecular oxygen 37%
• Sensors 27%
• Biosensors 26%
• Argon 24%
• Sports medicine 17%
• Electrodes 16%
• Crystal structure 13%
• Potassium 13%
• Substitution reactions 10%
• Carbon 8%
• Industry 4%

Chemical Compounds

• Mutation 45%
• Dioxygen 26%
• Electron Acceptor 25%
• Acid 18%
• Ferricyanide 10%
• Electron Particle 9%
• Glutaraldehyde 9%
• Enzymatic Reaction 9%
• Behavior as Electrode 8%
• Error 6%
• Industry 6%
• Food 6%
• Substitution Reaction 5%
• Crystal Structure 4%
• Carbon Atom 4%
• Reduction 4%