Glioma Cells Transfected with Mms6 Enhance Cellular Iron Oxide Nanoparticles Uptake and Retention in Vitro

Keywords

absorption accumulating alliance allow annual bacteria bars bind biomedical blot blue capability cell cells cellular chem clone coated collected color concentration concentrations confirmed consistent contained content contrast core counted cultured dark described determine develop diluted division echoes endogenous engineering enhance error examined expressed expressing expression fixed gene generate genes gravity growth hand histology hour hours hypothesized increasing incubated incubation indicate indicates indicating induced insufficient intracellular inverted iron known labeled labeling limited lost materials measure measured media medical meeting metabolized microscope molecular ocean oral oxide parental passage passaged passages pellets positive potential potentially previously proceeding produce quantified rapidly read reader remaining reporter respectively retention robustness room scanner selected settling significantly solutions song stained staining statistically strong studies successively supplemented supported targeted temperature tools track tracking transverse tube uptake various vitro wavelength western whether whole widespread