In order to quantify ultrasound therapy it is important to measure the tissue temperature during the treatment. Invasive probes induce several artifacts in ultrasound fields. The magnitude of these artifacts is probe dependent. Several different probes were evaluated for hyperthermia purposes in this study. An alternative noninvasive method to evaluate the temperature elevations and tissue damage is to use magnetic resonance imaging. The fast imaging sequences used in this study are marginally useful for monitoring hyperthermia. However, these imaging sequences can be utilized to guide and monitor ultrasound surgery
Thermal ablation techniques, such as ohmic heating, high-intensityultrasonic heating, and other temp...
Noninvasive thermotherapy through the application of high intensity focused ultrasound offers an att...
Aiming at time-spatial characterization of tissue temperature when ultrasound is applied for thermal...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Ultrasound is an attractive modality for temperature monitoring because it is non-ionizing, convenie...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Mild hyperthermia has been successfully employed to induce reversible physiological changes that can...
Abstract — Thermal ablation and hyperthermia remain as potent treatment options for cancer. However,...
Therapeutic and surgical applications of High Intensity Focused Ultrasound (HIFU) require monitoring...
By virtue of advantages including no exposure to radiation and low toxicity and side effects, hypert...
<div><p>Mild hyperthermia has been successfully employed to induce reversible physiological changes ...
Rationale and Objectives. The ability of magnetic resonance imaging to detect small temperature elev...
AbstractMonitoring the temperature during a hyperthermia therapy allows optimizing the heat supply t...
Noninvasive thermotherapy through the application of high intensity focused ultrasound offers an att...
Thermal ablation techniques, such as ohmic heating, high-intensityultrasonic heating, and other temp...
Noninvasive thermotherapy through the application of high intensity focused ultrasound offers an att...
Aiming at time-spatial characterization of tissue temperature when ultrasound is applied for thermal...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Ultrasound is an attractive modality for temperature monitoring because it is non-ionizing, convenie...
Over the years, there has been a substantial increase in acoustic exposure in diagnostic ultrasound ...
Mild hyperthermia has been successfully employed to induce reversible physiological changes that can...
Abstract — Thermal ablation and hyperthermia remain as potent treatment options for cancer. However,...
Therapeutic and surgical applications of High Intensity Focused Ultrasound (HIFU) require monitoring...
By virtue of advantages including no exposure to radiation and low toxicity and side effects, hypert...
<div><p>Mild hyperthermia has been successfully employed to induce reversible physiological changes ...
Rationale and Objectives. The ability of magnetic resonance imaging to detect small temperature elev...
AbstractMonitoring the temperature during a hyperthermia therapy allows optimizing the heat supply t...
Noninvasive thermotherapy through the application of high intensity focused ultrasound offers an att...
Thermal ablation techniques, such as ohmic heating, high-intensityultrasonic heating, and other temp...
Noninvasive thermotherapy through the application of high intensity focused ultrasound offers an att...
Aiming at time-spatial characterization of tissue temperature when ultrasound is applied for thermal...