Phased array heating devices with multiple antennas organized in one or more rings around the patient are often used for locoregional hyperthermia treatments. During treatment, antenna settings often need to be adapted in response to normal tissue hot spots or disappointing tumor temperatures. Empirical determination of the best system settings is difficult. The progress in treatment planning over the past decade presently allows its use to assist in adjustment of antenna settings. This paper describes the progress and future perspectives of treatment planning-guided steering during locoregional hyperthermia
Background: The effectiveness of hyperthermia is strongly dependent on the achieved tumour temperatu...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...
Locoregional hyperthermia (heating of deep-seated tumours to 40-43°C) increases effectivity of chemo...
Locoregional hyperthermia, i.e. increasing the tumor temperature to 40-45 °C using an external heati...
Hyperthermia treatment planning is a deeply patient-specific task which includes the optimal determi...
Adequate tumor temperatures during hyperthermia are essential for good clinical response, but excess...
Purpose: In Rotterdam, fifteen years of clinical experience with deep hyperthermia has sublimated in...
Locoregional hyperthermia, i.e. increasing the tumor temperature to 40-45 °C using an external heati...
Hyperthermia, increasing tumor temperatures to 40-43°C, is a proven oncological treatment enhancing ...
Clinical studies have shown that hyperthermia sensitizes tumor cells for conventional therapies. Dur...
Hyperthermia is a proven clinical anti-cancer treatment, used in combination with radiotherapy and/o...
Hyperthermia is an adjuvant treatment modality to radiotherapy and/or chemotherapy, with the aim of ...
International audienceAlthough cancer is a recognized disorder worldwide, its treatment is a great c...
textabstractDeep hyperthermia is a treatment used in concurrence with radiation therapy or chemother...
Background: The effectiveness of hyperthermia is strongly dependent on the achieved tumour temperatu...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...
Locoregional hyperthermia (heating of deep-seated tumours to 40-43°C) increases effectivity of chemo...
Locoregional hyperthermia, i.e. increasing the tumor temperature to 40-45 °C using an external heati...
Hyperthermia treatment planning is a deeply patient-specific task which includes the optimal determi...
Adequate tumor temperatures during hyperthermia are essential for good clinical response, but excess...
Purpose: In Rotterdam, fifteen years of clinical experience with deep hyperthermia has sublimated in...
Locoregional hyperthermia, i.e. increasing the tumor temperature to 40-45 °C using an external heati...
Hyperthermia, increasing tumor temperatures to 40-43°C, is a proven oncological treatment enhancing ...
Clinical studies have shown that hyperthermia sensitizes tumor cells for conventional therapies. Dur...
Hyperthermia is a proven clinical anti-cancer treatment, used in combination with radiotherapy and/o...
Hyperthermia is an adjuvant treatment modality to radiotherapy and/or chemotherapy, with the aim of ...
International audienceAlthough cancer is a recognized disorder worldwide, its treatment is a great c...
textabstractDeep hyperthermia is a treatment used in concurrence with radiation therapy or chemother...
Background: The effectiveness of hyperthermia is strongly dependent on the achieved tumour temperatu...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...
Background: Experience-based adjustments in phase-amplitude settings are applied to suppress treatme...