Purpose: Measuring changes in lung perfusion resulting from radiation therapy dose requires registration of the functional imaging to the radiation therapy treatment planning scan. This study investigates registration accuracy and utility for positron emission tomography (PET)/computed tomography (CT) perfusion imaging in radiation therapy for non-small cell lung cancer
Recent treatment planning studies have demonstrated the use of physiologic images in radiation thera...
Purpose/Objective(s): In PET-guided adaptive radiotherapy (RT), metabolic activity changes at indivi...
PurposeRadiotherapy (RT) that selectively avoids irradiating highly functional lung regions may redu...
Pulmonary functional imaging has demonstrated potential to improve thoracic radiotherapy. The purpos...
Despite the introduction of new radiotherapy techniques, such as intensity modulated radiation thera...
IntroductionWe investigated the value of lung perfusion imaging in predicting the risk of developing...
Perfusion CT permits evaluation of lung cancer angiogenesis and response to therapy by demonstrating...
Four-Dimensional Gallium 68 Ventilation-Perfusion Positron Emission Tomography (68Ga-4D-V/Q PET/CT) ...
BACKGROUND: Non-small cell lung cancer (NSCLC) accounts for 85% of lung cancers, and is the leading ...
PURPOSE:The deformable registration of pulmonary computed tomography images before and after radiati...
PURPOSE:The deformable registration of pulmonary computed tomography images before and after radiati...
Aim: In order to evaluate the therapeutic gain of heavy ion therapy performed on patients with lung ...
Purpose: Assessment of the metabolically active tumour tissue by FDG PET is evolving for use in the ...
<div><p>ABSTRACT</p><p><b>Background.</b> The purpose of the study was to assess dose and time depen...
Quantification of tumor perfusion using radioactive water (H215O) and PET is a promising method for ...
Recent treatment planning studies have demonstrated the use of physiologic images in radiation thera...
Purpose/Objective(s): In PET-guided adaptive radiotherapy (RT), metabolic activity changes at indivi...
PurposeRadiotherapy (RT) that selectively avoids irradiating highly functional lung regions may redu...
Pulmonary functional imaging has demonstrated potential to improve thoracic radiotherapy. The purpos...
Despite the introduction of new radiotherapy techniques, such as intensity modulated radiation thera...
IntroductionWe investigated the value of lung perfusion imaging in predicting the risk of developing...
Perfusion CT permits evaluation of lung cancer angiogenesis and response to therapy by demonstrating...
Four-Dimensional Gallium 68 Ventilation-Perfusion Positron Emission Tomography (68Ga-4D-V/Q PET/CT) ...
BACKGROUND: Non-small cell lung cancer (NSCLC) accounts for 85% of lung cancers, and is the leading ...
PURPOSE:The deformable registration of pulmonary computed tomography images before and after radiati...
PURPOSE:The deformable registration of pulmonary computed tomography images before and after radiati...
Aim: In order to evaluate the therapeutic gain of heavy ion therapy performed on patients with lung ...
Purpose: Assessment of the metabolically active tumour tissue by FDG PET is evolving for use in the ...
<div><p>ABSTRACT</p><p><b>Background.</b> The purpose of the study was to assess dose and time depen...
Quantification of tumor perfusion using radioactive water (H215O) and PET is a promising method for ...
Recent treatment planning studies have demonstrated the use of physiologic images in radiation thera...
Purpose/Objective(s): In PET-guided adaptive radiotherapy (RT), metabolic activity changes at indivi...
PurposeRadiotherapy (RT) that selectively avoids irradiating highly functional lung regions may redu...