Treatment planning for deep pelvic hyperthermia is currently based on tissue models comprising four tissue categories. For head and neck hyperthermia, we earlier found that more tissues are required for an accurate representation. Hence, we studied the accuracy of the clinical tissue segmentation (4 tissues) using a full detailed tissue list segmentation (80 tissues) as benchmark. The SAR and temperature distributions were evaluated and relevant differences were found. Also, the large and unknown variation in blood perfusion results in a large uncertainty in the predicted temperature distributions. In summary, this study showed that the number of tissues segmented is relevant for both SAR and the temperature prediction accuracy.</p
\u3cp\u3ePURPOSE: In current clinical practice, head and neck (H&N) hyperthermia treatment plann...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...
Treatment planning for deep pelvic hyperthermia is currently based on tissue models comprising four ...
Treatment planning for deep pelvic hyperthermia is currently based on tissue models comprising four ...
In hyperthermia, the general opinion is that pre-treatment optimization of treatment settings requir...
For hyperthermia treatment planning, dielectric properties of several tissue types are required. Sin...
Hyperthermia treatment planning (HTP) is used in the head and neck region (H&N) for pretreatment opt...
Background and purpose: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
BACKGROUND AND PURPOSE: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
\u3cp\u3eBACKGROUND AND PURPOSE: Hyperthermia treatment planning (HTP) is used in the head and neck ...
BACKGROUND AND PURPOSE: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
[[abstract]]This study investigated the significance of blood vessels in the absorbed power and temp...
Purpose: In current clinical practice, head and neck (H& N) hyperthermia treatment planning (HTP) is...
Hyperthermia aims at increasing the temperature of malignant tissues to the range of 40-44 C. It is...
\u3cp\u3ePURPOSE: In current clinical practice, head and neck (H&N) hyperthermia treatment plann...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...
Treatment planning for deep pelvic hyperthermia is currently based on tissue models comprising four ...
Treatment planning for deep pelvic hyperthermia is currently based on tissue models comprising four ...
In hyperthermia, the general opinion is that pre-treatment optimization of treatment settings requir...
For hyperthermia treatment planning, dielectric properties of several tissue types are required. Sin...
Hyperthermia treatment planning (HTP) is used in the head and neck region (H&N) for pretreatment opt...
Background and purpose: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
BACKGROUND AND PURPOSE: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
\u3cp\u3eBACKGROUND AND PURPOSE: Hyperthermia treatment planning (HTP) is used in the head and neck ...
BACKGROUND AND PURPOSE: Clinical trials have shown that hyperthermia, as adjuvant to radiotherapy an...
[[abstract]]This study investigated the significance of blood vessels in the absorbed power and temp...
Purpose: In current clinical practice, head and neck (H& N) hyperthermia treatment planning (HTP) is...
Hyperthermia aims at increasing the temperature of malignant tissues to the range of 40-44 C. It is...
\u3cp\u3ePURPOSE: In current clinical practice, head and neck (H&N) hyperthermia treatment plann...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...
Purpose: Thermal dose-effect relations have demonstrated that clinical effectiveness of hyperthermia...