Dynamic Uptake of a Targeted GD-Chelate Nanoemulsion By a Αvβ3 Expressing Cell Layer Followed-up with a Micro-MRI Set-Up

Keywords

acquisition adapted adherent adjacent affinity agents allow animals application applied assays assess attributed away bandwidth became binding biological birdcage blood blue bond bounded cell cells channel chelate clearly coil compact comparable competition complexity conditions containing contrast control controlled culture decouple detect developed development diagnosis diameter diseases displays distortions duration dynamic dynamics early efficiency either emulsion emulsions enhancement ensured environment every expressing expression extracted flow flowing flushed flushing fold formed free function gain gradient great home in vivo incubation indicates injected inner introduced investigate investigated issues jean kinetics layer like living loaded made maintain material matrix mechanisms medium micro minutes model molecular motion needed novel orthogonality peptide peptides perpendicular physiological picture placed position powerful previously prior profiles proposed protocol protons readout receive receptors reconstruct relaxing resolution sensitivity setup silicon since slide space specificity spoiled still stopped surface syringe target targeted technologies therapy tool trans transmission transmitter tubing tumor uptake useful velocity versatile vitro water