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Electricity production by Geobacter sulfurreducens attached to electrodes
Daniel R. Bond
, Derek R. Lovley
Biotechnology Institute
Research output
:
Contribution to journal
›
Article
›
peer-review
1971
Scopus citations
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Agriculture & Biology
Geobacter sulfurreducens
94%
electricity
66%
electrodes
54%
electrons
23%
microbial fuel cells
18%
electric current
16%
acetates
15%
electron transfer
11%
Geobacteraceae
7%
hydrogen
7%
carbon electrodes
6%
fuel cells
5%
process energy
5%
cells
5%
anaerobiosis
4%
organisms
4%
cell respiration
4%
citrates
3%
inoculum
3%
buffers
3%
carbon dioxide
3%
oxidation
3%
nutrients
2%
proteins
1%
Medicine & Life Sciences
Geobacter
100%
Electricity
79%
Electrodes
49%
Electrons
33%
Bioelectric Energy Sources
19%
Acetates
18%
Hydrogen
8%
Respiration
6%
Graphite
5%
Energy Transfer
5%
Citric Acid
4%
Carbon Dioxide
4%
Growth
3%
Buffers
3%
Nutrients
3%
Cell Count
2%
Proteins
1%
Earth & Environmental Sciences
electricity
50%
electrode
49%
electron
29%
acetate
17%
fuel cell
17%
cell
9%
hydrogen
5%
organism
5%
energy production
3%
graphite
3%
carbon dioxide
3%
protein
2%
substrate
2%
oxidation
2%
nutrient
2%
detection
2%
rate
1%