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The magnetically induced hyperthermia (MIH) system, based on the principle that milliscaled ferromagnetic alloy thermoseeds produce heat in a radio frequency (RF) alternating magnetic field due to eddy current and hysteresis, has been used in tumor clinical trials for decades. To provide guidance for implant distribution in tumors and temperature field simulation of MIH planning system, the theoretical...
Functionalized superparamagnetic iron oxide nanoparticles (SPIONs) can play crucial roles for medical applications such as cancer magnetic induction hyperthermia, magnetic resonance imaging and magnetofection. Herein we report the results of modified magnetic nanoparticles coated with protamine peptides containing nuclear localization signal sequences. Functionalization of these SPIONs under alternating...
The induction heating of magnetic fluids for magnetic induction hyperthermia treatments is theoretically analyzed, with regard to the influences by magnetic field parameters, material properties, and demagnetizing field effects in finite-size samples. A monodispersion model of noninteracting superparamagnetic particles, subjected to a magnetic field of the intensity hex < 16 kAm-1 and frequency...
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