Magnetic vectoring of magnetically responsive nanoparticles within the murine peritoneum
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Magnetic nanovectors for drug delivery
2012, Nanomedicine: Nanotechnology, Biology, and MedicineCitation Excerpt :Our groups are developing a magnetic vectoring system with more complex external magnetic fields to target a tumor and enhance tumor extravasation of systemically administered magnetite-based, silica-coated MNP (SiMNP) prodrug constructs.62 Such localization has already been achieved as validated by MRI and SEM of tumor tissues in human ovarian and breast carcinoma xenograft models.63,64 Superparamagnetic Fe3O4 poly e-caprolactone (PCL) nanoparticles (∼165 nm) were prepared with magnetizations of ∼10.2 emu/g.65 Improved pharmacokinetic behavior and the potential for enhanced anti-tumor effects were examined in nude mice with s.c. xenografts of human HPAC pancreatic adenocarcinoma cells.
Magnetic nanovectors for drug delivery
2012, MaturitasCitation Excerpt :Our groups are developing a magnetic vectoring system with more complex external magnetic fields to target a tumor and enhance tumor extravasation of systemically administered magnetite-based, silica-coated MNP (SiMNP) prodrug constructs [62]. Such localization has already been achieved as validated by MRI and SEM of tumor tissues in human ovarian and breast carcinoma xenograft models [63,64]. Superparamagnetic Fe3O4 poly e-caprolactone (PCL) nanoparticles (∼165 nm) were prepared with magnetizations of ∼10.2 emu/g [65].
Magnetic colloids as drug vehicles
2008, Journal of Pharmaceutical SciencesCitation Excerpt :Because of the large incidence of ovarian cancer, use of magnetic NPs for intraperitoneal injection of chemotherapeutic drugs has also been explored. The MRI results of Klostergaard et al.128 show that using rare earth magnets located around the peritoneal cavity of mice inoculated with the HEY human ovarian carcinoma, magnetic NPs were kept in locations close to or in the tumoral area. Internally applied magnetic fields can also be made possible through the use of ferromagnetic stents located close to the target area: in vitro experiments confirmed that a high magnetic particle capture was achievable for moderate external magnetic fields.129
Advancements and new technologies in drug delivery system
2019, Biomedical Engineering and its Applications in HealthcareAnti-tumor activity of drug-loaded magnetic nanoparticles
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2013, Nanomaterials for Medical Applications