Yazar "Caymaz, I." seçeneğine göre listele
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Öğe Catheter-directed gastric artery embolization with octreotide acetate loaded PLA/PLGA (poly[lactide-co-glycolide] acid) microspheres with slow sustained-release properties suppresses the plasma concentration of ghrelin, which results in weight loss(Science Direct, 2019) Nurili, Fuad; Acar, T.; Derman, S.; Baş, A.; Caymaz, I.; Özkanlı, S.; Çakıroğlu, H.; Yurdaışık, Işıl; Aras, O.Purpose: The objective of the present work was to formulate slow- and sustained-release octreotide acetate-loaded PLA/PLGA (polylactide)(poly (Lactic-co- Glycolic) acid) microspheres and prospectively test the effects of catheter-directed gastric artery administration of these microspheres on plasma ghrelin levels and body weight in swineÖğe Effectiveness and safety transarterial embolization with bleomycin-loaded PLA/PLGA (polylactic acid)(poly[lactic-co-glycolic acid]) microspheres for treatment of vascular malformation using a porcine spleen model(Science Direct, 2019) Nurili, F.; Acar, T.; Derman, S.; Baş, A.; Caymaz, I.; Yurdaışık, Işıl; Çakıroğlu, H.; Özkanlı, S.; Aras, O.To prospectively study the effectiveness and safety of Bleomycin-loaded PLA/PLGA microparticles in the porcine spleen modelÖğe Embolization of rabbit renal arteries to test feasibility and effects of CT-visible doxorubicin-eluting montmorillonite microparticles(Science Direct, 2019) Nurili, F.; Bekaroğlu, G.; İşçi, S.; Baş, A.; Caymaz, I.; Yurdaışık, Işıl; Özkanlı, S.; Çakıroğlu, H.; Aras, O.Purpose: To develop CT-visible doxorubicin (DOX)-eluting montmorillonite microparticles for transarterial embolization.Öğe Multifunctional iron oxide nanoparticle-embedded PVP-HEC microparticles as a drug-eluting embolic material(Science Direct, 2019) Nurili, F.; Bekaroğlu, G.; İşci, S.; Caymaz, I.; Baş, A.; Özkanlı, S.; Yurdaışık, Işıl; Çakıroğlu, H.; Aras, O.To develop MRI imageable novel HEC-PVP-magnetic embolic particles intended for transcatheter arterial chemoembolization and magnetic ablationÖğe Transarterial embolization of prostate with biodegradable flutamide-loaded PLA/PLGA microspheres for benign prostate hyperplasia: preliminary study in a normal swine model(Science Direct, 2019) Nurili, F.; Acar, T.; Derman, S.; Baş, A.; Yurdaışık, Işıl; Özkanli, S.; Caymaz, I.; Çakıroğlu, H.; Aras, O.Purpose: To prospectively evaluate whether transarterial embolization with biodegradable flutamide-loaded PLA/PLGA microspheres with sustained-release properties in the prostate of swine can induce shrinkage in the volume of prostatic tissue. Flutamide is a strong nonsteroidal antiandrogen acts as selective, competitive and silent antagonist.
