INIS
phosphatases
100%
mycobacterium tuberculosis
75%
serine
50%
enzymes
41%
tuberculosis
33%
drugs
33%
equilibrium
33%
catalysis
33%
mycobacterium
33%
design
25%
biosynthesis
16%
data
16%
substrates
16%
pathogens
16%
inhibition
16%
kinetics
16%
activity levels
16%
in vitro
16%
foundations
16%
potassium iodides
8%
values
8%
synthesis
8%
growth
8%
modeling
8%
structure-activity relationships
8%
concentration
8%
increasing
8%
experimental data
8%
range
8%
interactions
8%
information
8%
architecture
8%
ph value
8%
evaluation
8%
interfaces
8%
Keyphrases
Repurposing
33%
O-Phospho-l-serine
33%
Mycobacterium Marinum
33%
Morpheein
33%
Enzymatic Characterization
16%
Effector Function
16%
Serine Biosynthesis
16%
Allosteric Drug Discovery
16%
Metabolic Role
16%
Anti-tuberculosis
16%
Neutral Temperature
11%
Substrate Inhibition
11%
Haloacid Dehalogenase
11%
ACT Domain
11%
Enzyme Kinetic Study
11%
Phosphatase Assay
8%
Induced Fit Docking
8%
Apparent Inhibition Constant
8%
Global Health Issue
8%
Biochemistry, Genetics and Molecular Biology
Phosphatase
33%
Mycobacterium marinum
33%
Phosphoserine
33%
Mycobacterium Tuberculosis
33%
Serine
16%
Anabolism
16%
Oligomerization
16%
Orthology
16%
Immune Evasion
16%
Enzyme Kinetics
8%
Postsynaptic Potential
8%
