Magnetic Fluid Hyperthermia (MFH) has a great potential as an adjuvant in cancer therapy, enhancing the effects of antineoplastic agents, sensitizing resistant cancers and reducing undesired side effects. When compared ...

Clinical studies have demonstrated the effectiveness of combined hyperthermia and anticancer drug treatments. Challenges related to effective heat transfer have limited its clinical application. The use of magnetic fluids ...

Suspended ferrite magnetic nanoparticles are known to dissipate energy under an oscillating magnetic field. Such energy dissipation could be employed to locally raise temperature inside a tumor to 41-45°C (hyperthermia), ...

The synthesis of magnetic nanoparticles which respond to alternating magnetic fields by Brownian and Neel relaxation mechanisms are of great interest in determining mechanical properties of complex fluids in the size scale ...

Hipertermia de fluido magnético (MFH) a mostrado ser un método efectivo para la erradicación de células cancerosas. Esta técnica se basa en la absorción de nanopartículas magnéticas por parte de la célula seguido por la ...

Magnetically actuated nanovectors are prepared through the combination of magnetic nanoparticles and thermoresponsive materials that facilitate the release of the drug when heated at a temperature slightly above the normal ...