INIS
synthesis
100%
phenyl ether
52%
evaluation
52%
in vitro
41%
drugs
35%
molecules
32%
design
30%
interactions
26%
molecular dynamics method
26%
rings
24%
mycobacterium tuberculosis
23%
inhibition
23%
values
22%
strains
21%
comparative evaluations
20%
humans
20%
structure-activity relationships
18%
simulation
17%
proteins
16%
indoles
16%
tuberculosis
15%
benzofurans
13%
apoptosis
13%
pyrazolines
13%
construction
12%
viability
11%
concentration
11%
coupling
11%
cyclization
11%
host
10%
assessments
10%
fragmentation
10%
dna
10%
hydrogen 1
9%
toxicity
9%
aldehydes
9%
reductases
8%
cell cycle
8%
catalysis
8%
applications
8%
amides
8%
enzymes
7%
ligands
7%
acetamide
7%
yields
7%
bacteria
6%
chemistry
6%
teeth
6%
therapeutic agents
6%
octane
6%
Pharmacology, Toxicology and Pharmaceutical Science
Antitubercular Activity
22%
Diphenyl Ether Derivative
21%
Tuberculostatic Agent
19%
Triclosan
18%
Drug
16%
Diphenyl Ether
14%
Chorismate Mutase
13%
Benzofuran
13%
Valdecoxib
13%
Antiinfective Agent
11%
Mycobacterium Tuberculosis
11%
Biological Product
11%
Tuberculosis
11%
ADME
10%
Antifungal Activity
8%
Protein
8%
Indole
8%
Reverse Phase High Performance Liquid Chromatography
8%
Acetamide Derivative
7%
Antibacterial Activity
7%
Pyrimidine Derivative
6%
Aromatic Amine
6%
Benzothiazole
6%
Antifungal Agent
6%
Isatin
6%
Quantitative Structure-Activity Relationship
6%
Antioxidant
6%
Pyridine Derivative
6%
Dihydropyridine
6%
Triazole Derivative
6%
Cyanide
6%
Sulfonyl
6%
Biocompatibility
6%
Boron 10
6%
Oxidoreductase
6%
Schiff Base
6%
Pyrimidinone Derivative
6%
Tizanidine
6%
Ether Derivative
6%
1,2,3 Triazole Derivative
6%
Chlorhexidine
6%
Tablet
6%
Depression
6%
IC50
5%
Chemistry
Synthesis (Chemical)
40%
Diphenyl Ether
22%
Potential
18%
Antitubercular
16%
Triclosan
16%
Antitubercular Agent
15%
Molecular Dynamics Study
13%
Molecular Dynamics
10%
Procedure
10%
Strain
8%
Cyclization Reaction
8%
IC50
8%
Indole
8%
Inhibitor
8%
Acetamide
7%
Molecular Modeling
6%
Valdecoxib
6%
Tizanidine
6%
Benazepril Hydrochloride
6%
Isocyanide
6%
Benzoate Ester
6%
Fragmentation
6%
Catalysis
6%
Quinapril Hydrochloride
6%
Analytical Method
6%
Deoxyribonucleic Acid
6%
Wang Resin
6%
Dihydropyridine
6%
Rizatriptan
6%
