INIS
phosphates
100%
enzymes
68%
plasmodium
63%
growth
40%
interactions
31%
humans
30%
aromatics
26%
inhibition
26%
in vitro
26%
biosynthesis
23%
synthesis
20%
protein denaturation
20%
tryptophan
20%
aspergillus
20%
indoles
20%
proteins
20%
chelating agents
20%
sulfonamides
20%
pyrophosphates
20%
brucella
20%
isomerases
20%
crystal structure
20%
xylanase
20%
xylanases
20%
residues
18%
ligands
16%
phosphonic acids
13%
mycobacterium
13%
x radiation
13%
parasites
13%
rings
13%
blocking
13%
orientation
10%
kinetics
10%
cancer
10%
charges
10%
phosphonates
10%
screens
10%
antibiotics
10%
affinity
10%
erythrocytes
10%
tuberculosis
10%
metals
10%
range
10%
carbon
6%
escherichia coli
6%
plasticity
6%
size
6%
host
5%
flavins
5%
Keyphrases
FR900098
20%
Protein Denaturation
20%
Plasmodium Falciparum
20%
Aspergillus Ficuum
20%
Catalytic Domain
20%
Inorganic Pyrophosphate
20%
β-xylosidase
20%
Scytalidium
20%
Endo-1
20%
Growth in Vitro
20%
1-deoxy-D-xylulose 5-phosphate Reductoisomerase
20%
GTPase
20%
Flap
20%
4-methyl-2
16%
Hydrolases
15%
Glycosidase
15%
Inhibition Constant
10%
Hydroxylated
10%
Fosfomycin
10%
4-triazole
10%
High Potency
10%
Azido
10%
Racemic Mixture
10%
Uncompetitive Inhibition
10%
Binding Orientation
10%
Detailed Chemical Kinetics
10%
Inhibition Profiles
10%
Virtual Screen
10%
Salt Bridge
10%
Alkalophilic
10%
Alkaline Enzyme
10%
Family 11 Xylanase
10%
XYL1
10%
Acid-base Catalyst
10%
Sequence Modification
10%
Bridge Bonds
10%
Low pH
10%
Xylanase
10%
Direct Addition
10%
Flap Structure
10%
Mycobacterium
10%
Mycobacterium Smegmatis
10%
Hydroxamate
10%
Chelating Group
10%
Target Enzyme
10%
Plasmodium
10%
Human Erythrocytes
10%
Sub-inhibitory Concentration
10%
Enzyme Inhibition
10%
Non-mevalonate Pathway
6%
Biochemistry, Genetics and Molecular Biology
Fosmidomycin
60%
Xylulose 5-Phosphate
40%
Plasmodium falciparum
40%
Enzyme
30%
Pyrophosphate
20%
Thermus thermophilus
20%
Isomerase
20%
Inulinase
20%
Aspergillus ficuum
20%
Crystal Structure
20%
Scytalidium
20%
Xylanase
20%
Indoleamine 2,3-dioxygenase
20%
Two-Hybrid Screening
20%
Sulfonamide
20%
Plasmodium
16%
Glycoside Hydrolase
15%
Active Site
13%
Isoprenoids Biosynthesis
13%
Mycobacterium Smegmatis
10%
Mycobacteria
10%
Non-Mevalonate Pathway
6%
Tryptophan
6%
Anabolism
6%
X Ray
6%
Lipophilicity
6%
