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Ubiquitous electron transport in non-electron transfer proteins
Stuart Lindsay
Physics
Research output
:
Contribution to journal
›
Review article
›
peer-review
27
Scopus citations
Overview
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Agriculture & Biology
electron transfer
86%
protein conformation
60%
energy
53%
electrodes
43%
electronics
42%
proteins
30%
protein aggregates
23%
sensors (equipment)
21%
ligands
20%
hydrogen
20%
crystals
20%
aromatic compounds
20%
metals
17%
oxidation
16%
injection
15%
peptides
15%
amino acids
12%
Chemical Compounds
Electron Transport
87%
Conductance
43%
Protein
37%
Energy
32%
Biological Role
28%
Reorganization Energy
27%
Aromatic Amino Acid
26%
Oxidation Potential
24%
Conductor
22%
Behavior as Electrode
22%
Electronic State
16%
Electron Transfer
15%
Conductivity
15%
Peptide
13%
Hydrogen
11%
Reduction
10%
Metal
10%
Ligand
9%
Time
8%
Molecule
7%
Medicine & Life Sciences
Electron Transport
100%
Protein Conformation
61%
Electrodes
39%
Proteins
33%
Aromatic Amino Acids
32%
Static Electricity
26%
Hydrogen
26%
Metals
19%
Electrons
18%
Ligands
16%
Peptides
14%
Equipment and Supplies
13%
Injections
13%
Physics & Astronomy
proteins
72%
electrons
38%
sequencing
20%
electrodes
18%
amino acids
17%
peptides
16%
electronics
15%
electron transfer
15%
ligands
15%
energy
13%
electric contacts
13%
conductors
12%
energy dissipation
12%
electrostatics
11%
oxidation
11%
injection
11%
conductivity
9%
hydrogen
9%
sensors
9%
molecules
8%
metals
7%
crystals
7%
Earth & Environmental Sciences
protein
65%
electron
63%
energy
29%
electrode
25%
electronics
24%
ligand
15%
peptide
15%
amino acid
13%
conductivity
12%
shell
11%
hydrogen
11%
crystal
10%
sensor
10%
oxidation
9%
loss
8%