Agriculture & Biology
Chrysiogenetes
100%
energy metabolism
80%
arsenates
79%
selenates
57%
genome
46%
electrons
45%
nitrate reductase
44%
oxyanions
32%
oxidation
30%
metalloids
29%
selenites
26%
anaerobes
24%
bacteria
23%
respiratory system
22%
oxidoreductases
22%
electron transport chain
22%
protein subunits
21%
nitrites
21%
pyruvates
20%
operon
19%
branching
19%
lactates
18%
breathing
17%
nitrates
17%
acetates
16%
transcription (genetics)
15%
genes
14%
microorganisms
13%
organisms
11%
phylogeny
11%
enzymes
9%
proteins
7%
Medicine & Life Sciences
Energy Metabolism
75%
Selenic Acid
70%
arsenic acid
63%
Nitrate Reductase
62%
Genome
56%
Electrons
49%
Arsenate Reductases
39%
Oxidoreductases
38%
Metalloids
33%
Selenious Acid
30%
Bacteria
28%
Base Composition
24%
Systems Analysis
23%
Electron Transport
22%
Operon
22%
Nitrites
22%
Nitrates
22%
Pyruvic Acid
22%
Acetates
20%
Respiratory System
19%
Catalytic Domain
18%
Lactic Acid
18%
Respiration
17%
Membranes
12%
Enzymes
11%
Genes
8%
Proteins
7%
Earth & Environmental Sciences
genome
78%
arsenate
74%
metabolism
70%
selenate
59%
electron
58%
nitrate
45%
energy
40%
gene
31%
selenite
28%
oxidation
27%
respiratory system
27%
metalloid
25%
nitrite
19%
acetate
19%
respiration
18%
phylogenetics
17%
enzyme
16%
analysis
16%
microorganism
15%
protein
15%
organism
14%
membrane
14%