Add to ORKGRectal toxicity remains a clinical issue in prostate radiotherapy. Associations between dose and toxicity are generally poorly understood. DVHs are commonly used to quantify dose to the rectum but have been criticised for lacking in geometric information. By evaluating spatial dose distribution to the rectal wall, stronger dose-toxicity associations may be revealed. Voxel-level analysis may indicate regions of intraorgan radiosensitivity. Furthermore, calculating motion-inclusive delivered dose to the rectal wall may improve the power of predictive models
International audienceAlthough external beam radiotherapy is one of the most commonly prescribed tre...
PURPOSE: To assess the association between the dose distributions in the rectum and late Radiation T...
Abstract Background Better knowledge of the dose-toxicity relationship is essential for safe dose es...
Background and Purpose: Associations between dose and rectal toxicity in prostate radiotherapy are g...
Prostate radiotherapy gives excellent long-term disease control; however, morbidity from treatment c...
International audienceThe majority of current models utilized for predicting toxicity in prostate ca...
$\textbf{BACKGROUND AND PURPOSE}$: For the first time, delivered dose to the rectum has been calcula...
Many studies have been performed to assess correlations between measures derived from dose-volume hi...
Background and purposeMany dose-limiting normal tissues in radiotherapy (RT) display considerable in...
Dose-volume modeling of late and acute toxicity in radiotherapy for prostate cancer is a rapidly evo...
Objective: We sought to calculate accumulated dose (DA) to the rectum in patients treated with radio...
International audienceDose escalation in prostate cancer is made possible due to technological advan...
OBJECTIVE: We sought to calculate accumulated dose (DA) to the rectum in patients treated with radio...
Background and purpose: To evaluate spatial differences in dose distributions of the ano-rectal wall...
Background and purpose: We evaluated dose distributions in the anorectum and its relation to acute g...
International audienceAlthough external beam radiotherapy is one of the most commonly prescribed tre...
PURPOSE: To assess the association between the dose distributions in the rectum and late Radiation T...
Abstract Background Better knowledge of the dose-toxicity relationship is essential for safe dose es...
Background and Purpose: Associations between dose and rectal toxicity in prostate radiotherapy are g...
Prostate radiotherapy gives excellent long-term disease control; however, morbidity from treatment c...
International audienceThe majority of current models utilized for predicting toxicity in prostate ca...
$\textbf{BACKGROUND AND PURPOSE}$: For the first time, delivered dose to the rectum has been calcula...
Many studies have been performed to assess correlations between measures derived from dose-volume hi...
Background and purposeMany dose-limiting normal tissues in radiotherapy (RT) display considerable in...
Dose-volume modeling of late and acute toxicity in radiotherapy for prostate cancer is a rapidly evo...
Objective: We sought to calculate accumulated dose (DA) to the rectum in patients treated with radio...
International audienceDose escalation in prostate cancer is made possible due to technological advan...
OBJECTIVE: We sought to calculate accumulated dose (DA) to the rectum in patients treated with radio...
Background and purpose: To evaluate spatial differences in dose distributions of the ano-rectal wall...
Background and purpose: We evaluated dose distributions in the anorectum and its relation to acute g...
International audienceAlthough external beam radiotherapy is one of the most commonly prescribed tre...
PURPOSE: To assess the association between the dose distributions in the rectum and late Radiation T...
Abstract Background Better knowledge of the dose-toxicity relationship is essential for safe dose es...