superparamagnetic nanoparticles to assemble a new class of biocompatible particles for
magnetophoretic drug delivery of dopamine. The carrier enabled efficient targeted release,
dopamine protection from oxidative damage, long-term delivery and improved drug delivery
cost-efficiency. After loading, dopamine was stable within the carrier and did not undergo
oxidation. Drug release monitoring via spectrofluorimetry revealed a shorter burst effect and …
MIL-88A (Fe) MOF crystals were nucleated and grown around a polymer core containing
superparamagnetic nanoparticles to assemble a new class of biocompatible particles for
magnetophoretic drug delivery of dopamine. The carrier enabled efficient targeted release,
dopamine protection from oxidative damage, long-term delivery and improved drug delivery
cost-efficiency. After loading, dopamine was stable within the carrier and did not undergo
oxidation. Drug release monitoring via spectrofluorimetry revealed a shorter burst effect and …