In Vivo Multimodal Tracking of Macrophages Labelled with Yeast Cell Wall Particles

Keywords

absence acute addition affinity agents allow amount analogously appear aspect behavior biology blocks brown capable carriers cavity cell cells centrifugation chemical chitin class combination complex confocal containing contrast control core damage damaged detection determined diameter dynamic effective either emulsion emulsions endow entrapped entraps examined excellent exploited fluorescent fold formation frequency highest highly histological hydrodynamic immune in vivo induces inflamed inflammatory injection inside ions knowledge labeled laboratory life light liver living loaded loading localization macrophages materials melanoma membrane metal mice micro microscope middle modalities model moreover mouse nature noninvasive operating outside outstanding paramagnetic particle particles peculiar pellet persistence pharmaceutical phenotypes polymer potentiating prepared probes proteins protocol reactor receptor remain reported reports represent represented requires saturation scanner scattering sciences selected sensitive separated several severe shells significantly site spectrometer spherical stirring sudden suppressed suppression suspension swollen system systems targeting technology temporal therapeutic threshold tolerated towards tracking uptake validated vector vesicle walls water week whose yeast yielding