Real-time volumetric image reconstruction and 3D tumor localization based on a single x-ray projection image for lung cancer radiotherap
A major challenge in lung cancer treatment in radiotherapy is to take into account organs movements ...
This paper reports on the usage of physics-based 3D volumetric lung dynamic models for visualizing a...
In this paper we propose a novel method for tracking the respiratory phase and 3D tumor position in ...
The treatment of mobile tumors remains complex in radiotherapy due to breathing-related organ moveme...
The treatment of mobile tumors remains complex in radiotherapy due to breathing-related organ moveme...
The treatment of abdominal or thorax tumor is challenging in particle therapy because the respirator...
Treating mobile tumors such as lung or liver tumors with radiation ther- apy is challenging because ...
Purpose: Accurate verification of tumor position during irradiation could reduce the probability of ...
Abstract. Through a rigid registration between a planning CT and therapy CT the Interfractional move...
A novel method was developed to track lung tumor motion in real time during radiation therapy with t...
The treatment of abdominal or thorax tumor is challenging in particle therapy because the respirator...
Background: Understanding the three-dimensional (3D) volumetric relationship between imaging and fun...
Purpose: Hypofractionated high-dose radiotherapy for small lung tumors has typically been based on s...
Purpose: Real time lung tumor motion tracking allows for target dose escalation while simultaneously...
PURPOSE: In this work, three-dimensional (3D) motion of lung tumors during radiotherapy in real time...
A major challenge in lung cancer treatment in radiotherapy is to take into account organs movements ...
This paper reports on the usage of physics-based 3D volumetric lung dynamic models for visualizing a...
In this paper we propose a novel method for tracking the respiratory phase and 3D tumor position in ...
The treatment of mobile tumors remains complex in radiotherapy due to breathing-related organ moveme...
The treatment of mobile tumors remains complex in radiotherapy due to breathing-related organ moveme...
The treatment of abdominal or thorax tumor is challenging in particle therapy because the respirator...
Treating mobile tumors such as lung or liver tumors with radiation ther- apy is challenging because ...
Purpose: Accurate verification of tumor position during irradiation could reduce the probability of ...
Abstract. Through a rigid registration between a planning CT and therapy CT the Interfractional move...
A novel method was developed to track lung tumor motion in real time during radiation therapy with t...
The treatment of abdominal or thorax tumor is challenging in particle therapy because the respirator...
Background: Understanding the three-dimensional (3D) volumetric relationship between imaging and fun...
Purpose: Hypofractionated high-dose radiotherapy for small lung tumors has typically been based on s...
Purpose: Real time lung tumor motion tracking allows for target dose escalation while simultaneously...
PURPOSE: In this work, three-dimensional (3D) motion of lung tumors during radiotherapy in real time...
A major challenge in lung cancer treatment in radiotherapy is to take into account organs movements ...
This paper reports on the usage of physics-based 3D volumetric lung dynamic models for visualizing a...
In this paper we propose a novel method for tracking the respiratory phase and 3D tumor position in ...