Radiation induced cardiac adverse events are significant reasons for morbidity and mortality in long term survivors of breast cancer. We are reporting the cardiac doses in patients receiving radiotherapy for breast cancer at our centre treated with computed tomography (CT) simulation based bi-tangential conventional beams plans. The main purpose of this study was to determine radiotherapy doses received by heart and correlation of data with published literature. The values obtained will be used to improve cardiac doses at our centre
For some time, there has been compelling evidence both from randomised-controlled trials and from ob...
We evaluated the accuracy of three methods of estimating radiation dose to the heart from two-dimens...
Background and purpose: The aim of the present study was to evaluate if it is feasible for experienc...
PURPOSE: To quantify the radiation doses received by the heart and coronary arteries from contempora...
Purpose To evaluate cardiac doses in breast cancer patients with stage II/III treated with 4-field r...
Breast cancer survivors have a high risk of cardiac death as a consequence of heart irradiation duri...
Purpose: To evaluate cardiac doses in breast cancer patients with stage II/III treated with 4-field ...
Breast cancer radiotherapy can cause heart disease and lung cancer, with the risks increasing with t...
International audienceBackground: Radiotherapy (RT) is a major component of breast cancer treatment ...
International audienceBackground Intra-individual heterogeneity of cardiac exposure is an issue in b...
There are certain risks of radiotherapy (RT), especially patients with left-sided breast cancer have...
Purpose Incidental cardiac irradiation can cause cardiac injury, but little is known about the effec...
Purpose :The cardiac toxicities are especially important in left-sided breast cancer radiotherapy(RT...
AbstractBackground and purposeWe evaluated the accuracy of three methods of estimating radiation dos...
Comparison with control groups of untreated patients suggests that right-breast-cancer patients who ...
For some time, there has been compelling evidence both from randomised-controlled trials and from ob...
We evaluated the accuracy of three methods of estimating radiation dose to the heart from two-dimens...
Background and purpose: The aim of the present study was to evaluate if it is feasible for experienc...
PURPOSE: To quantify the radiation doses received by the heart and coronary arteries from contempora...
Purpose To evaluate cardiac doses in breast cancer patients with stage II/III treated with 4-field r...
Breast cancer survivors have a high risk of cardiac death as a consequence of heart irradiation duri...
Purpose: To evaluate cardiac doses in breast cancer patients with stage II/III treated with 4-field ...
Breast cancer radiotherapy can cause heart disease and lung cancer, with the risks increasing with t...
International audienceBackground: Radiotherapy (RT) is a major component of breast cancer treatment ...
International audienceBackground Intra-individual heterogeneity of cardiac exposure is an issue in b...
There are certain risks of radiotherapy (RT), especially patients with left-sided breast cancer have...
Purpose Incidental cardiac irradiation can cause cardiac injury, but little is known about the effec...
Purpose :The cardiac toxicities are especially important in left-sided breast cancer radiotherapy(RT...
AbstractBackground and purposeWe evaluated the accuracy of three methods of estimating radiation dos...
Comparison with control groups of untreated patients suggests that right-breast-cancer patients who ...
For some time, there has been compelling evidence both from randomised-controlled trials and from ob...
We evaluated the accuracy of three methods of estimating radiation dose to the heart from two-dimens...
Background and purpose: The aim of the present study was to evaluate if it is feasible for experienc...