Introduction: Percutaneous ablation has played an increasingly prominent role in both
palliative and curative treatment of solid tumours, allowing minimally invasive tumour …

Cryoablation is a promising minimally invasive therapy to effectively destroy localized
tumors. Using MRI as the primary imaging modality for this procedure has multiple …

Cryosurgery is the oldest thermal ablation method, and was first performed in the mid-
nineteenth century. Since the development of cryosurgical systems capable of delivering …

Purpose: To evaluate the feasibility of Interactive Scan Control (ISC), a new MR image
navigation system, during percutaneous puncture in cryosurgery. Materials and Methods …

Purpose The purpose of this study was to evaluate the safety and oncologic efficacy of
percutaneous magnetic resonance imaging (MRI)-guided cryoablation of intraparenchymal …

Cryotherapy may provide a method for the focal destruction of cancerous tissue while
preserving most of the surrounding normal tissue. The mechanisms of tissue injury in …

Objectives Real-time magnetic resonance imaging (MRI)–guided cryoablation has been
investigated in open MRI systems with low magnetic fields (0.2–0.5 T). More advanced …

Once requiring surgery, cryoablation now can be performed percutanously under image
guidance, thanks to the development of small probes. Sonography was used to guide …

Purpose To report the results of an animal trial exploring the feasibility of minimally invasive
MR imaging‐guided rabbit brain tumor cryoablation with an argon‐based cryo‐unit …

During percutaneous ablations, interventionalists currently rely on subjective assessments
of procedural images to determine if the ablation is successful and the extent of injury to the …