Extracting dielectric properties for MRI-based phantoms for axillary microwave imaging devices
Daniela Godinho, João M. Felício, Tiago Castela, Nuno A. Silva, M. Lurdes Orvalho, Carlos A. Fernandes, Raquel C. Conceição. The…
Read moreDevelopment of an universal deep hyperthermia treatment planning tool.
Tomas Drizdal For hyperthermia treatments of deep seated tumours, a phased array configuration of 4-24 radiofrequency antennas is generally used.…
Read moreAntenna Excitation Optimization with Deep Learning for Microwave Breast Hyperthermia.
Gülşah Yıldız Antenna excitations need to change for each patient to provide an optimum focusing of the microwave energy on…
Read moreHyperthermia for cancer drug delivery.
Maya Thanou Hyperthermia is an established adjuvant cancer treatment with numerous application modalities. Microwave hyperthermia involves application of electromagnetic energy, …
Read moreHealthy tissue sparing in magnetic nanoparticle hyperthermia (MNP-HT).
Theodoros Samaras The huge research effort on developing and characterizing magnetic nanoparticles (MNP) with optimal features for hyperthermia (HT) reflects…
Read moreFocused ultrasound for thermal therapy.
Roel Deckers MR-guided focused ultrasound is a non-invasive therapeutic technology with the potential to transform the treatment of many medical…
Read moreMicrowave imaging as a way for thermal ablation monitoring: potentialities and limitations.
Rosa Scapaticci Thermal ablation is an emerging cancer treatment, in which high temperatures are induced into the target zone, in…
Read moreClinical performance of the BSD2000-3D/MR Hybrid System.
Marianne Göger-Neff Since May 2018 a hybrid hyperthermia system, consisting of the Pyrexar BSD 2000-3D/MR compatible applicator integrated in a…
Read moreHyperthermia treatment monitoring via deep learning microwave imaging.
Álvaro Yago Ruiz, Alexandra Prokhorova, Marta Cavagnaro, Marko Helbig, and Lorenzo Crocco. An important and still open challenge in hyperthermia…
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