Hypotonic Swelling: A Soft Route for ex vivo Cellular Labeling with Paramagnetic Complexes

Keywords

acting added adding agent agents aggressive amount amounts analogously appears applying appreciable assessed avoids barrier biotechnology causing cell cells cellular changing chem commercial comparing compartment compartmentalization compartmentalized compartments complexes concentration condition confined consequence containing contrast cross definitely depends easily easy efficiency efficient environment expect expected experiment exploited exploits external extracellular fact finally fluorescent fold freely function functionality gradient health herein human hydrophilic important in vivo incubated incubation injured inner inside internalization internalize internalized intracellular isotonic issue label labeling last leukemia like load loaded loadings localization macrophages mediated medium membrane membranes methodology microscopy molecular molecules morphology much occurring occurs osmotic paramagnetic particular pathway phenomena physiological placed presence preserved pressure probe procedure proliferation quenching receptor reduction reported represented restored restoring route routes sciences shape soft solution stability strategies structuring summarizes swelling systems table taken temperature temporarily threshold transits transporter uptake varying vesicles viability visualization water years