… magnetic hyperthermia (… hyperthermia. There is a different of temperature ranges going
from 39 to 40 ​C up to such high temperatures as 80–90 ​C. However, due to its high potential, …

… magnetic hyperthermia,” whereby targeted magnetic iron … magnetic field. In this review, we
will discuss the current understanding of targeted magnetic hyperthermia and the limitations …

… These potential clinical limitations of direct local delivery motivate the interest in systemic …
The application of MNPs for hyperthermia is often predicated on the potential advantages of …

… In principle, magnetic particle hyperthermia has the potential to find its way into standard
medical procedures as has already been shown by the first successful and promising clinical …

… relevant for magnetic particle hyperthermia are analysed … condition of a limitation of the
alternating magnetic field amplitude … the potential SLP of optimised particles for hyperthermia may …

… This is the case for relaxation inside of a potential minimum for the magnetization … also
exist in the large dissipation limit, but the possible contribution to hyperthermia is not clear up to …

… of hyperthermia that has the potential to address the targeting and tissue heat distribution
shortcomings of other hyperthermia … IH carries with it all the advantages and limitations of AEH …

… for hyperthermia application, which has the potential to overcome these shortcomings. This
technique consists of targeting magnetic … of their magnetic properties, practical limitations in …

… new micro- and nano-devices as potential diagnostic and therapeutic tools in the field of … of
magnetic nanoparticles (MNPs) for hyperthermia, and discuss the limitations and advances in …

… The most frequently used method of synthesizing nanoparticles with high application potential
(eg, magnetic hyperthermia and targeted therapies) is the polyol method [193]. However, …