0000000000148751

AUTHOR

Tatiana Patrício

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Synthesis and preliminary in vivo evaluation of well-dispersed biomimetic nanocrystalline apatites labeled with positron emission tomographic imaging…

2015

In recent years, biomimetic synthetic apatite nanoparticles (AP-NPs), having chemical similarity with the mineral phase of bone, have attracted a great interest in nanomedicine as potential drug carriers. To evaluate the therapeutic perspectives of AP-NPs through the mechanisms of action and organs they interact with, the noninvasive monitoring of their in vivo behavior is of paramount importance. To this aim, here the feasibility to radiolabel AP-NPs ("naked" and surface-modified with citrate to reduce their aggregation) with two positron emission tomographic (PET) imaging agents ([F-18]NaF and Ga-68-NO(2)AP(BP)) was investigated. [F-18]NaF was used for the direct incorporation of the radi…

inorganic chemicalsMalepositron emission tomographyMaterials scienceNanoparticleNanotechnologyPilot ProjectsDiffusionNanocapsulesIn vivoBiomimetic MaterialsApatitesMaterials TestingmedicineAnimalsGeneral Materials ScienceChelationWhole Body ImagingColloidsParticle SizeRats Wistarmedicine.diagnostic_testtechnology industry and agriculturenanomedicinecalcium phosphatesPositron emission tomographyIsotope LabelingPositron-Emission Tomographydrug deliveryDrug deliverySurface modificationNanomedicineFeasibility StudiesNanoparticlesRadiopharmaceuticalsDrug carrierCrystallizationACS applied materialsinterfaces
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