Monolayers

A non-compartmentalized glucose∣ O 2 biofuel cell by bioengineered electrode surfaces

Analytical Chemistry / Electrochemistry / Genetic Engineering / Electroanalytical Chemistry / Electron Transfer / Cytochrome C / Cytochrome oxidase / Monolayers / Enzyme / General Electric / Enzyme Catalysis / Glucose Oxidase / Cytochrome C / Cytochrome oxidase / Monolayers / Enzyme / General Electric / Enzyme Catalysis / Glucose Oxidase

Peptide molecular junctions: Electron transmission through individual amino acid residues

Analytical Chemistry / Morphology / Self Assembly / Comparative Study / Electroanalytical Chemistry / Electron Transfer / OR / Monolayers / Surface Structure / Amino Acid Profile / Residue / Electrodes / Electrode / Monolayer / Electron Transfer / OR / Monolayers / Surface Structure / Amino Acid Profile / Residue / Electrodes / Electrode / Monolayer

How organic molecules can control electronic devices

Engineering / Biochemistry / Biophysics / Technology / Electrochemistry / Biotechnology / Semiconductors / Chemical Biology / Biological Sciences / Biosensor / Electron Transport / Monolayers / Surface Properties / Medical Electronics / Gallium Arsenide / Biological activity / Energy Levels / Biosensing Techniques / Static Electricity / Biotechnology / Semiconductors / Chemical Biology / Biological Sciences / Biosensor / Electron Transport / Monolayers / Surface Properties / Medical Electronics / Gallium Arsenide / Biological activity / Energy Levels / Biosensing Techniques / Static Electricity

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