Labeling of Macrophages with Novel Gadolinium Oxide Nanoparticles for in vivo Imaging of Inflammation

Keywords

able acid acquisition acrylate added agent agents allowed analyzed approaches assay background biophysics bore brighter brightness candidates cavity cell cells centrifugation challenging characterized chem chemistry coated coating college comparing concentration concentrations containing contrast culture defined detection determine determined difficult dispersed dissolved easily echoes efficacy ether ethyl evaporation excellent exudes filtration focus gadolinium generated graphs horizontal hours hybrid in vivo incubated inflammation initiator introducing isolation label labeled labeling leukemia likely limiting location macrophage macrophages major make makes matrix measure measured medicine medium methyl molecular molecule monomers mouse normalized novel oftentimes oxide particle particles pellet pelleted pellets peritoneal phantoms photo physiological physiology plus polymerization poor populations positive precise preferable prism protocol purified quality quantify radiator rapid rather refocused remains resonator resultant rice significantly since software soluble solution solvents space spectrometer stability stable standardized statistics stirring supernatant synthesis synthesized taken taking targeted targeting toxicity tracking triplicate ultracentrifugation usefulness variable various versus viability viable visualization wash water