When treating breast cancer patients with radiation therapy, it is important to find treatment techniques that reduce the dose to organs at risk without compromising the target tumor volume. Due to advances in cancer diagnosis, patients are diagnosed and treated earlier causing them to live longer. However, these patients are at greater risk for developing long-term complications from treatment, specifically cardiac toxicity and cardiac diseases. Research was evaluated regarding the best treatment position for breast cancer patients to reduce the dose to organs at risk, focusing on the dose to the heart. Every breast cancer patient varies in breast anatomy, tumor biology, tumor location, and structures being treated. Due to variation, posit...
Background and purpose: The benefit of reduced radiation heart exposure in the prone vs. supine posi...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
Purpose: to compare non-target tissue (including left-anterior-descending coronary-artery (LAD)) dos...
When treating breast cancer patients with radiation therapy, it is important to find treatment techn...
This project explains the two most common positions to treat breast cancer: prone and supine. Radiat...
This project explains the two most common positions to treat breast cancer: prone and supine. Radiat...
Breast cancer (Ca) remains to be the most frequent cancer among females and a leading cause of cance...
Breast cancer (Ca) remains to be the most frequent cancer among females and a leading cause of cance...
Background: Prone whole breast irradiation (WBI) leads to reduced heart and lung doses in breast can...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
Background: Prone whole breast irradiation (WBI) leads to reduced heart and lung doses in breast can...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
Background and purpose: The benefit of reduced radiation heart exposure in the prone vs. supine posi...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
Purpose: to compare non-target tissue (including left-anterior-descending coronary-artery (LAD)) dos...
When treating breast cancer patients with radiation therapy, it is important to find treatment techn...
This project explains the two most common positions to treat breast cancer: prone and supine. Radiat...
This project explains the two most common positions to treat breast cancer: prone and supine. Radiat...
Breast cancer (Ca) remains to be the most frequent cancer among females and a leading cause of cance...
Breast cancer (Ca) remains to be the most frequent cancer among females and a leading cause of cance...
Background: Prone whole breast irradiation (WBI) leads to reduced heart and lung doses in breast can...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
Background: Prone whole breast irradiation (WBI) leads to reduced heart and lung doses in breast can...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
Purpose: To analyze dosimetric parameters of patients receiving adjuvant breast radiotherapy (RT) in...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
Background and purpose: The benefit of reduced radiation heart exposure in the prone vs. supine posi...
ObjectiveMost patients receive whole breast radiotherapy in a supine position. However, two randomis...
Purpose: to compare non-target tissue (including left-anterior-descending coronary-artery (LAD)) dos...