INIS
aggregation
4%
carbon tetrachloride
100%
clearance
100%
crystal structure
4%
depolymerization
8%
distribution
4%
endothelium
4%
enzymes
100%
humans
8%
inactivation
4%
inflammation
100%
insulin
100%
levels
4%
macrophages
100%
mathematical models
8%
mice
4%
molecular weight
4%
monocytes
4%
monomers
4%
mutations
8%
polymerization
100%
polymers
8%
proteins
100%
range
4%
receptors
4%
rods
8%
solutions
4%
surveillance
4%
Biochemistry, Genetics and Molecular Biology
Binding Site
4%
CCL3
100%
CCL4
100%
Chemokine
100%
Chemotaxis
4%
Crystal Structure
4%
Depolymerization
9%
Immune Response
4%
Immunosurveillance
4%
Insulin-Degrading Enzyme
100%
Insulysin
100%
Macrophage Inflammatory Protein
100%
Microglia
4%
Molecular Weight
4%
Protease
9%
Proteomics
4%
Receptor Binding
4%
Solution and Solubility
4%
Synapsin I
100%
Keyphrases
Analysis Modeling
4%
Biophysical Analysis
4%
Carbon Tetrachloride
4%
CCL3
4%
Cell Recruitment
4%
Chemokine CCL4
100%
Chemokine CX3CL1
100%
Chemokine Gradient
4%
Chemokines
4%
Chemotaxis
4%
Decreased Expression
4%
Depolymerization
9%
Double Helical
4%
Helical Polymer
4%
High Molecular Weight
4%
Human Endothelium
4%
Human Macrophages
4%
Immune Response
4%
Immune Surveillance
4%
Inflammation
4%
Insulin-degrading Enzyme
100%
Macrophage Inflammatory Protein 1α
100%
Mathematical Modeling
9%
Microglial Cells
4%
Monocytes
4%
Peritoneal Macrophages
4%
Polydisperse Distribution
4%
Polymer Solution
4%
Polymerization Process
4%
Protease
4%
Protease Expression
4%
Proteomic Study
4%
Receptor-binding Domain
4%
Rod-like
9%
Selective Degradation
4%
Selective Inactivation
4%
Immunology and Microbiology
Binding Site
4%
CCL3
4%
Chemokine
4%
Chemotaxis
4%
Crystal Structure
4%
Depolymerization
9%
Immune Response
4%
Immunosurveillance
4%
Insulin
100%
Macrophage Inflammatory Protein 1
100%
Macrophage Inflammatory Protein 1alpha
100%
Macrophage Inflammatory Protein 1beta
100%
Microglia
4%
Molecular Weight
4%
Proteomics
4%
Receptor Binding
4%
Solution and Solubility
4%
Pharmacology, Toxicology and Pharmaceutical Science
Binding Site
4%
Chemokine
4%
Infection
4%
Inflammation
4%
Insulinase
100%
Macrophage Inflammatory Protein 1
100%
Macrophage Inflammatory Protein 1alpha
100%
Macrophage Inflammatory Protein 1beta
100%
Monomer
4%
Proteinase
9%
Receptor
4%
Material Science
Chemokine
100%
Crystal Structure
4%
Helical Polymer
4%
Macrophage
100%
Polymerization
100%
Proteomics
4%