Background: Hypo-fractionated external beam radiotherapy with narrow CTV-PTV margins is increasingly applied for prostate cancer. This demands a precise target definition and knowledge on target location and extension during treatment. It is unclear how increase in fraction size affects changes in prostate volume during treatment. Our aim was to study prostate volume changes during extreme hypo-fractionation (7 x 6.1 Gy) by using sequential MRIs. Methods: Twenty patients treated with extreme hypo-fractionation were recruited from an on-going prospective randomized phase III trial. An MRI scan was done before start of treatment, at mid treatment and at the end of radiotherapy. The prostate was delineated at each MRI and the volume and maximu...
Purpose: Quantitative MRI reflects tissue characteristics. As possible changes during radiotherapy m...
Item does not contain fulltextBACKGROUND AND PURPOSE: The shrinking effect of androgen deprivation t...
Purpose Reducing margins during treatment planning to decrease dose to healthy organs surrounding th...
Hypo-fractionated external beam radiotherapy with narrow CTV-PTV margins is increasingly applied for...
AimsProstate morphological changes during external beam radiotherapy are poorly understood. Excellen...
Abstract Background To determine prostate displacemen...
Introduction: Intrafraction organ motion during external beam radiotherapy can cause dosimetric inac...
International audiencePurpose: To investigate the impact on dose distribution of intra-fraction moti...
INTRODUCTION: Our department commonly uses a planning target volume (PTV) expansion of 6 mm posterio...
PURPOSE: To determine the changes in prostate shape and volume after the introduction of an endorect...
PURPOSE: With the move towards magnetic resonance imaging (MRI) as a primary treatment planning moda...
Radiation therapy (RT) is a standard therapeutic option for prostate cancer (PC). In the last decade...
An emerging body of data suggests that hypofractionated radiation schedules, where a higher dose per...
Introduction: Neo-adjuvant androgen deprivation therapy prior to radiotherapy (RT) causes shrinkage ...
PURPOSE: To determine intra-fraction displacement of the prostate gland from imaging pre- and post-r...
Purpose: Quantitative MRI reflects tissue characteristics. As possible changes during radiotherapy m...
Item does not contain fulltextBACKGROUND AND PURPOSE: The shrinking effect of androgen deprivation t...
Purpose Reducing margins during treatment planning to decrease dose to healthy organs surrounding th...
Hypo-fractionated external beam radiotherapy with narrow CTV-PTV margins is increasingly applied for...
AimsProstate morphological changes during external beam radiotherapy are poorly understood. Excellen...
Abstract Background To determine prostate displacemen...
Introduction: Intrafraction organ motion during external beam radiotherapy can cause dosimetric inac...
International audiencePurpose: To investigate the impact on dose distribution of intra-fraction moti...
INTRODUCTION: Our department commonly uses a planning target volume (PTV) expansion of 6 mm posterio...
PURPOSE: To determine the changes in prostate shape and volume after the introduction of an endorect...
PURPOSE: With the move towards magnetic resonance imaging (MRI) as a primary treatment planning moda...
Radiation therapy (RT) is a standard therapeutic option for prostate cancer (PC). In the last decade...
An emerging body of data suggests that hypofractionated radiation schedules, where a higher dose per...
Introduction: Neo-adjuvant androgen deprivation therapy prior to radiotherapy (RT) causes shrinkage ...
PURPOSE: To determine intra-fraction displacement of the prostate gland from imaging pre- and post-r...
Purpose: Quantitative MRI reflects tissue characteristics. As possible changes during radiotherapy m...
Item does not contain fulltextBACKGROUND AND PURPOSE: The shrinking effect of androgen deprivation t...
Purpose Reducing margins during treatment planning to decrease dose to healthy organs surrounding th...