Significats de magnetic hyperthermia en anglès

The effects of magnetic hyperthermia were significantly increased with exposure and incubation times.

In this review, we focus on recent advances in magnetic hyperthermia.

Generation of oxidative lesions may be a mechanism by which magnetic hyperthermia induces cancer cell death.

Exclusive magnetocaloric properties of orthoferrites offer advantages for their application in the magnetic hyperthermia as well as imaging applications.

A greater adduct production was observed after magnetic hyperthermia, with the highest amounts of oxidative lesions after 40 min exposure to AMF.

We further explore every key aspect of this magnetophotothermal approach, choosing iron oxide nanocubes for their high efficiency for the magnetic hyperthermia modality itself.

From this perspective, we assessed the efficacy of 19 nm PEG-coated iron oxide nanocubes with optimized magnetic properties to mediate mild tumor magnetic hyperthermia treatment.

Magnetic nanoparticles are ideal candidates for biomedical applications given their potential use in magnetic resonance imaging, magnetic hyperthermia and targeted drug delivery.