Medicine & Life Sciences
16S Ribosomal RNA
19%
2-methylnaphthalene
11%
2-xylene
19%
3-chlorobenzoic acid
11%
4-chlorobenzoic acid
29%
4-chlorophenol
15%
4-cresol
16%
Acetates
14%
Acids
11%
Alkanes
48%
Anaerobic Bacteria
21%
Anaerobiosis
26%
Arsenic
13%
arsenic acid
17%
arsenite
30%
arsenite oxidase
12%
Azoarcus
11%
Bacteria
49%
Benzene
35%
Benzoates
51%
benzoyl-coenzyme A
14%
Biomarkers
12%
Carbon
53%
Chlorobenzoates
19%
Chlorophenols
26%
Denitrification
26%
Electrons
36%
Fumarates
13%
Genes
24%
Geologic Sediments
26%
Groundwater
17%
Growth
11%
Hydrocarbons
15%
Isotopes
24%
Methane
25%
Microbiota
21%
n-hexadecane
28%
naphthalene
31%
Nitrates
48%
Phenol
26%
Phenols
30%
Polychlorinated Biphenyls
24%
Restriction Fragment Length Polymorphisms
12%
Rivers
14%
rRNA Genes
18%
Soil
34%
Sulfates
100%
Thiosulfates
11%
Toluene
70%
Earth & Environmental Sciences
acetate
18%
acid
32%
alkane
27%
anoxic conditions
13%
anoxic sediment
19%
aromatic compound
24%
arsenate
16%
arsenic
43%
arsenite
22%
benzene
21%
biodegradability
20%
biodegradation
49%
biomarker
14%
carbon
27%
cell
12%
chlorophenol
29%
dechlorination
32%
degradation
56%
DNA
18%
electron
24%
estuarine sediment
20%
gene
42%
groundwater
14%
incubation
13%
isomer
18%
marine sediment
13%
metabolism
45%
metabolite
36%
methane
14%
methanogenesis
13%
microbial community
13%
microorganism
21%
mineralization
15%
mobilization
13%
naphthalene
18%
nitrate
26%
oxidation
29%
PAH
15%
PCB
16%
phenol
35%
saltmarsh
13%
sediment
35%
soil
15%
stable isotope
23%
substrate
31%
sulfate
49%
sulfate-reducing bacterium
22%
toluene
40%
toxicity
24%
Agriculture & Biology
4-chlorophenol
17%
acetates
14%
acids
12%
alkanes
22%
anaerobes
8%
aromatic compounds
19%
arsenates
9%
arsenites
12%
bacteria
19%
benzene
18%
benzoates
21%
biodegradation
26%
biomarkers
9%
carbon
19%
carboxylation
10%
chlorophenols
16%
cresols
9%
dechlorination
11%
degradation
35%
dehalogenation
21%
denitrifying bacteria
22%
DNA
8%
electrons
16%
enrichment culture
15%
estuarine sediments
23%
fumarates
8%
genes
9%
hexadecane
23%
isomers
8%
marine sediments
14%
metabolism
17%
metabolites
18%
mineralization
13%
naphthalene
15%
nitrates
16%
oxidation
20%
p-cresol
8%
phenanthrenes
8%
phenol
13%
phenols
9%
sediments
32%
stable isotopes
26%
sulfate-reducing bacteria
24%
sulfates
45%
sulfites
7%
syringic acid
9%
Thauera
7%
Thauera aromatica
7%
toluene
37%
xylene
11%