Significant research efforts have been devoted in the past decades to accurately modelling
the complex heat transfer phenomena within biological tissues. These modeling efforts and …

Background Proactive cooling with a novel cooling device has been shown to reduce
endoscopically identified thermal injury during radiofrequency (RF) ablation for the treatment …

Heart arrhythmia is caused by abnormal electrical conduction through the myocardium,
which in some cases, can be treated with heat. One of the challenges is to reduce …

Background and objectives To study temperature distribution and lesion size during two
repeated radiofrequency (RF) pulses applied at the same point in the context of RF cardiac …

Objective To model the evolution of peak temperature and volume of damaged esophagus
during and after radiofrequency (RF) ablation using low power‐moderate duration (LPMD) …

The clinical use of irreversible electroporation in invasive cardiac laboratories, termed
pulsed field ablation (PFA), is gaining early enthusiasm among electrophysiologists for the …

Background Pilot clinical studies suggest that very high power–very short duration (vHPvSD,
90 W/4 s, 360 J energy) is a feasible and safe technique for ablation of atrial fibrillation (AF) …

Radiofrequency ablation is a nominally invasive technique to eradicate cancerous or non-
cancerous cells by heating. However, it is still hampered to acquire a successful cell …

Purpose To use computational modeling to provide a complete and logical description of the
electrical and thermal behavior during stereoelectroencephalography-guided (SEEG) …

Cardiac catheter ablation requires an adequate contact between myocardium and catheter
tip. Our aim was to quantify the relationship between the contact force (CF) and the resulting …