Preparation and MR Imaging of Giant Vesicles Containing Superparamagnetic Iron Oxide for Cell-Tracking MRI Probe

Keywords

accumulation affords agents almost applicable approximately arrows atlas audience black bore buffered calcium candidate capillary cell cells cellular centrifugation centrifuged chemical collected composed compound concept confirmed confocal consistent contain containing contrast contribute corresponded currently dark degraded density destroyed destroying detectability detected detection determined development diameter differential dispersed dispersion displayed distribution droplets embryo embryos emulsion especially even events examined field fish fixed fluorescence fluorescent formation function functional giant glass gradient horizontal in vivo incubation indicate indicated induce injected inserting intact interference iron japan labeled larger laser layered lecithin liquid location long loss membrane membranes microscopy mixed molecules moreover nanometer national natl next noninvasive note oxide paraffin particles pectin permanently placed plate positive preparation probably promising providing provision radiological reconstruction remain saga saline sample scale scanning sciences silicon solution spot spots stability stable stage sucrose surfactant susceptibility suspension switched system systems target taro term though tissue toxic toxicity tracking treatment typical untreated various vesicles viability