Nanoparticles have made significant advances in recent years in the realm of cancer therapy. These nanoparticles typically range in size from 10-250nm in diameter, allowing for differential systemic-based biodistribution. The enhanced permeability...
Magnetic susceptibility imaging of magnetic nanoparticles (mNPs) has many potential applications in biomedicine such as contrast enhanced imaging and image guidance for magnetic hyperthermia therapy. This thesis describes three imaging methods...
Angiogenesis is part of the natural defense mechanism in brain against hypoxia and ischemia. Animal models and methods for the non-invasive investigation of cerebral angiogenesis are needed. This thesis addresses the hypothesis that steady state,...
Magnetic nanoparticles are promising candidates for use in biomedical applications as remote sensors of biophysical properties, thermal therapy agents, and detectors of specific biomolecules. Many approaches have been used to model magnetic...
Iron minerals are ubiquitous in near surface environments and often readily sorb or coprecipitate with many trace metals. Transformations of iron phases are, therefore, integral to the fate of trace metals in most near surface aqueous regimes....
Nanoparticles -- Magnetic properties.;""Harmonics (Electric waves)"";""Biosensors."";""Spectrum analysis."";""Brownian motion processes.""
Magnetic nanoparticles have an increasing role in the clinical and pharmaceutical realms where their physical properties can be exploited for imaging, biological and functional sensing, control of cellular processes, therapeutics, and an array of...
Local hyperthermia treatment for cancer has been used clinically in combination with and to enhance the efficacy of traditional treatments such as chemotherapy and radiation. In association with recent understanding of the importance of stimulating...