Mathematics
Biofilm
98%
Proteomics
90%
Tolerance
66%
Persistence
63%
Cell Wall
35%
Secretion
31%
Cell
31%
Protein
29%
Antibiotics
20%
Pathway
16%
Synthesis
12%
Cell Division
9%
Tuberculosis
9%
Metabolism
9%
Boosting
9%
Dependent
9%
Iron
9%
Oxygen
8%
Viability
8%
Therapy
7%
Envelope
7%
Likely
6%
Infection
6%
Maximise
6%
Form
5%
Cycle
4%
Energy
4%
Imply
4%
Model
2%
Medicine & Life Sciences
Mycobacterium marinum
99%
Biofilms
61%
Proteomics
58%
Virulence
55%
Cell Wall
24%
Lichens
22%
Nontuberculous Mycobacteria
20%
Mycobacterium
17%
Rifampin
16%
Cord Factors
12%
Mycolic Acids
12%
Asymmetric Cell Division
11%
glyoxylic acid
11%
Extracellular Polymeric Substance Matrix
11%
Anti-Bacterial Agents
10%
Citric Acid Cycle
9%
Proteins
8%
Oxidation-Reduction
7%
Iron
6%
Membrane Proteins
6%
Tuberculosis
6%
Oxygen
5%
Growth
3%
Therapeutics
3%
Infections
3%
Agriculture & Biology
Mycobacterium marinum
100%
biofilm
64%
proteomics
55%
virulence
50%
Mycobacterium
23%
protein secretion
16%
rifampicin
16%
cell walls
15%
lichens
14%
cells
13%
tricarboxylic acids
10%
antibiotics
10%
mycobacterial diseases
10%
mycolic acids
9%
glyoxylate cycle
9%
adhesins
9%
surface proteins
8%
tuberculosis
7%
synthesis
7%
biogenesis
7%
cell division
6%
therapeutics
5%
viability
5%
iron
5%
secretion
4%
oxygen
4%
energy
4%
metabolism
4%
proteins
2%
Earth & Environmental Sciences
virulence
84%
proteomics
78%
biofilm
56%
tolerance
56%
persistence
53%
cell
38%
secretion
20%
protein
18%
lichen
13%
antibiotics
12%
tuberculosis
8%
acid
7%
subpopulation
7%
therapy
6%
viability
5%
infection
5%
metabolism
5%
iron
4%
oxygen
4%
matrix
3%
energy
3%
effect
1%
Engineering & Materials Science
Biofilms
84%
Proteomics
84%
Cells
34%
Military electronic countermeasures
30%
Lichens
26%
Proteins
25%
Antibiotics
20%
Citric Acid Cycle
13%
Oxidation-Reduction
9%
Metabolism
8%
Acids
6%
Iron
6%
Labels
5%
Oxygen
5%
Aging of materials
5%
Chemical Compounds
Rifampicin
43%
Biofilm Formation
40%
Cord
38%
Protein
26%
Mycolic Acid
23%
Antimicrobial Agent
22%
Glyoxylate
21%
Tricarboxylic Acid
20%
Tension
15%
Pharmacological Metabolism
12%
Strain
10%
Force
10%
Dioxygen
7%
Energy
7%
Surface
5%