International audienceTechnological progress in radiotherapy enables more precision for treatment planning and delivery. The margin determination between the clinical target volume and the planning target volumes stem from the estimation of geometric uncertainties of the tumour localization into the radiation beam. The inner motion complexity of lung tumours has led to the use of 4D computed tomography and nurtures specific dosimetric concerns. Few strategies consisting in integrating tumour motion allow margin reduction regarding inner movements. The patient immobilization and onboard imagery improvement decrease the setup uncertainties. Each step between the initial planning imagery and treatment delivery has to be analysed as systematic ...
Because the goal of radiation therapy is to deliver a lethal dose to the tumor, accurate information...
BACKGROUND AND PURPOSE: There are several alternatives to the widespread ITV strategy in order to ac...
This PhD thesis focuses on the uncertainties and motion management in lung radiation therapy and par...
International audienceTechnological progress in radiotherapy enables more precision for treatment pl...
In radiotherapy, dose distributions are optimized patient individually to ensure high dose to the tu...
BACKGROUND: The planning target volume in radiotherapy treatment planning takes into account both mo...
External Beam Radiotherapy is a method that is widely used in treating tumours in cancer patients. I...
The goal of conformal radiotherapy (CRT) is to deliver the prescribed dose to a volume that closely ...
The limited ability to control for a tumour's location compromises the accuracy with which radiation...
Methods for ensuring that the intended volume receives the intended absorbed dose in radiotherapy ha...
Objective: This work aims to analyse the effect of respiratory motion on optimal irradiation margins...
International audiencePURPOSE: The dose distribution for lung tumour is estimated using a 3D-CT scan...
[[abstract]]During radiation therapy for lung cancer, the respiratory motion of the target increases...
Lung cancer is the most common cause of cancer related death. Overall survival is often poor after t...
Purpose: Respiratory motion causes substantial uncertainty in radiotherapy treatment planning. Fou...
Because the goal of radiation therapy is to deliver a lethal dose to the tumor, accurate information...
BACKGROUND AND PURPOSE: There are several alternatives to the widespread ITV strategy in order to ac...
This PhD thesis focuses on the uncertainties and motion management in lung radiation therapy and par...
International audienceTechnological progress in radiotherapy enables more precision for treatment pl...
In radiotherapy, dose distributions are optimized patient individually to ensure high dose to the tu...
BACKGROUND: The planning target volume in radiotherapy treatment planning takes into account both mo...
External Beam Radiotherapy is a method that is widely used in treating tumours in cancer patients. I...
The goal of conformal radiotherapy (CRT) is to deliver the prescribed dose to a volume that closely ...
The limited ability to control for a tumour's location compromises the accuracy with which radiation...
Methods for ensuring that the intended volume receives the intended absorbed dose in radiotherapy ha...
Objective: This work aims to analyse the effect of respiratory motion on optimal irradiation margins...
International audiencePURPOSE: The dose distribution for lung tumour is estimated using a 3D-CT scan...
[[abstract]]During radiation therapy for lung cancer, the respiratory motion of the target increases...
Lung cancer is the most common cause of cancer related death. Overall survival is often poor after t...
Purpose: Respiratory motion causes substantial uncertainty in radiotherapy treatment planning. Fou...
Because the goal of radiation therapy is to deliver a lethal dose to the tumor, accurate information...
BACKGROUND AND PURPOSE: There are several alternatives to the widespread ITV strategy in order to ac...
This PhD thesis focuses on the uncertainties and motion management in lung radiation therapy and par...