The Use of Highly Dispersed Iron-bearing Composites in Treatment and Diagnosis: Advances and Problems
There have been considered new effective medical technologies using highly dispersed iron-bearing magnetic particles. A considerable number of versatile options of obtaining such particles ahs been shown. Regardless the methods for their production, highly dispersed iron-bearing magnetic particles are composites consisting of metal nucleus and surrounding protective capsule of complex mixture. Their critical characteristic is the imaging possibility using magnetic resonance tomography, local heating by high-frequency magnetic field to initiate the mechanism of drug releasing.
There have been given the methods of having an impact on the obtained highly dispersed iron-bearing particles by changing their morphology: sizes, shorms, compositions, qualitative and quantitative ration “nucleus–membrane”. There have been specified yet unsolved problems: adequate estimation of such particles, the development of industrial regulations to obtain highly dispersed magnetic iron-bearing composites with tailor-made properties.
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