Metabolomics Reveals in vivo Significant Impact from Iron Oxide Nanoparticle-Labeled, Grafted Cells on the Host Organism

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accepted according acquisition activity agent approaches assay assays assess audience behavior birdcage black blue brain caution cell cells cellular characteristics chemical coated commonly concentration contrast core correlation course culture curves daughter delay detecting differ differed diluted disease diurnal either equipped established evaluate even expressing female field functional glass gradient grafted growth harry head histochemistry hospital host identify impact in vivo included indicate indicating iron label labeled labeling least maps matrix measuring metabolic mice microscopy model modeling molecular monitored mouse muenster nuclear nude observation organism oxide package partial particles pathogenesis pathologic pathological pattern patterns periphery plot post potential powerful profiles profiling progression proliferating proliferation proliferative protocol published questions recognition remained representing residing reveals royal scientist several significantly since software spectra spectral squares staining statistical step strategies substantial suggests suite superpose system target tasks toxic tracked transferred transplantation transplanted treatment tumor tumors undergone unlabeled untreated urine validated variable variation version viability visage vitro volume weeks