Medicine & Life Sciences
Carbon Monoxide
100%
Coculture Techniques
80%
Clostridium kluyveri
69%
Bacteria
68%
Acetates
63%
Sulfates
61%
Propionates
58%
Ethanol
54%
Fatty Acids
53%
Methane
53%
Genome
50%
Fermentation
47%
Acetobacterium
45%
Methanol
44%
Bioreactors
44%
formic acid
40%
Clostridium
38%
Microbial Interactions
35%
Methanospirillum
35%
Sewage
34%
Glycerol
33%
Butyrates
31%
Cobalt
30%
Oleic Acid
29%
Metagenomics
28%
Gases
28%
Microbiota
26%
Nickel
25%
Isotopes
24%
Thermodynamics
24%
Desulfotomaculum
23%
Carbon
23%
Metals
23%
Electrons
23%
2-bromoethanesulfonic acid
22%
Hydrogen
22%
Moorella
21%
rRNA Genes
21%
Microbial Consortia
21%
16S Ribosomal RNA
21%
Carboxylic Acids
21%
Sulfides
21%
Archaea
20%
1,2-dichloroethylene
20%
Methanosarcina barkeri
20%
Autotrophic Processes
20%
Thermoanaerobacter
19%
Desulfovibrio desulfuricans
19%
Methanobacterium
19%
Acids
18%
Earth & Environmental Sciences
genome
48%
bacterium
37%
fatty acid
33%
microorganism
27%
fermentation
26%
acetate
26%
valorization
25%
digester
23%
genomics
23%
methane
22%
gene
21%
methanol
21%
carbon monoxide
21%
ethanol
21%
reactor
20%
circular economy
20%
DNA
20%
bioreactor
19%
ecophysiology
19%
stable isotope
18%
thiosulfate
18%
carbon dioxide
16%
phylogenetics
16%
electron
16%
degradation
16%
hydrogen
15%
chemical
14%
catabolism
14%
lipid
13%
gas
13%
energy conservation
13%
pharmaceutical industry
13%
glucose
13%
drug
13%
product
12%
metabolism
12%
atrazine
12%
carboxylic acid
12%
oxidation
11%
nitrate
11%
anaerobic digestion
11%
salinity
11%
sludge
11%
amino acid
10%
alkane
10%
marine sediment
10%
ammonia
10%
niche
10%
nanoparticle
9%
cave
9%
Agriculture & Biology
anaerobic digesters
44%
acetogens
27%
coculture
25%
propionates
24%
long chain fatty acids
24%
Trichococcus flocculiformis
22%
Acetobacterium wieringae
22%
stable isotopes
22%
genome
22%
Syntrophomonas wolfei
20%
Trichococcus
20%
Moorella
20%
Syntrophomonas
20%
new species
20%
bacteria
19%
methanogens
18%
formates
18%
butyrates
18%
methanol
17%
fermentation
16%
marine sediments
15%
cellulosic materials
14%
proteome
14%
feeding frequency
13%
energy conservation
13%
oleic acid
13%
thiosulfates
13%
degradation
12%
gases
12%
carbon monoxide
12%
acetates
11%
sludge
11%
methane
11%
electrons
11%
pyruvates
10%
phylogeny
9%
lactates
9%
lakes
8%
energy metabolism
8%
physicochemical properties
8%
DNA
8%
Archaea
7%
anaerobes
7%
xylanases
7%
metabolism
7%
Moorella thermoacetica
7%
nitrates
7%
microorganisms
6%
sediments
6%
nitrite reductase
6%