A new and efficient high-performance electrochemical glucose sensor based on a metallopolymer derived from a cobaltate (III) Schiff base complex

Engineering & Materials Science

• Glucose sensors 100%
• Electrochemical sensors 94%
• Deposits 62%
• Electropolymerization 57%
• Cyclic voltammetry 45%
• Fluorine 43%
• Tin oxides 43%
• Ligands 42%
• Crystal structure 40%
• Nuclear magnetic resonance 38%
• Cobalt 36%
• Glucose 36%
• Microscopic examination 34%
• Scanning electron microscopy 25%
• Electrodes 24%
• Geometry 19%

Physics & Astronomy

• imines 90%
• glucose 73%
• deposits 57%
• sensors 38%
• acetates 34%
• ligands 32%
• fluorine 31%
• methylidyne 31%
• tin oxides 30%
• cobalt 29%
• performance 28%
• manufacturing 26%
• nuclear magnetic resonance 25%
• crystal structure 25%
• scanning electron microscopy 20%
• electrodes 19%
• geometry 17%

Chemistry

• Coordination Entity 58%
• Schiff Base 52%
• Cobalt(II) Acetate 50%
• Glucose 47%
• Tetrabutylammonium 35%
• Tin Oxide 33%
• Electropolymerization 33%
• Counterion 28%
• 13C NMR Spectroscopy 23%
• Cyclic Voltammetry 22%
• Fourier Transform Infrared Spectroscopy 17%
• Behavior as Electrode 15%
• Crystal Structure 15%
• Ligand 13%