Frontiers in Oncology,2021年
Meng Yu, Mengdi Cong, Li Yang, Chongfei Ma, Yang Li, Guangda Wang, Gaofeng Shi, Meng Yue, Mingbo Wang, Jialiang Ren
LicenseType:Unknown |
Frontiers in Oncology,2021年
Xiao Chen, Jingqin Fang, Kaijun Liu, Yi Luo, Jinju Sun, Yun Yao, Rongbing Jin, Haipeng Tong, Yang Li, Xiaoguang Li, Huan Liu
LicenseType:Unknown |
Frontiers in Oncology,,112021年
Yuan Zhou, Yang Li, Yoshiki Kubota, Tatsuya Ohno, Makoto Sakai
LicenseType:Unknown |
The popularity of particle radiotherapy has grown exponentially over recent years owing to the marked advantage of the depth–dose curve and its unique biological property. However, particle therapy is sensitive to changes in anatomical structure, and the dose distribution may deteriorate. In particle therapy, robust beam angle selection plays a crucial role in mitigating inter- and intrafractional variation, including daily patient setup uncertainties and tumor motion. With the development of a rotating gantry, angle optimization has gained increasing attention. Currently, several studies use the variation in the water equivalent thickness to quantify anatomical changes during treatment. This method seems helpful in determining better beam angles and improving the robustness of planning. Therefore, this review will discuss and summarize the robust beam angles at different tumor sites in particle radiotherapy.
Frontiers in Oncology,2021年
Lin Hao, Zhi-guo Zhang, Zhen-duo Shi, Yang Dong, Ying Liu, Yang Li, Rui Li, Jia-he Zhou, Guang-yuan Zhu, Tao Fan, Wen-da Zhang, Liang Xue, Wei-ming Ma, Kun Pang, Shao-qi Zhang, Cong-hui Han, Bi-bo Li
LicenseType:Unknown |
Frontiers in Oncology,2021年
Xiaomin Peng, Wenjun Weng, Yang Li, Pingping Wu, Chuchu Feng, Chunmou Li, Xilin Xiong, Hongyan Liu
LicenseType:Unknown |