Figure S5. Comparisons of dose–volume histograms of the bladder. Comparisons of dose–volume histograms of the bladder (A) in 41 patients who received carbon-ion radiotherapy in 24 fractions and (B) in 91 patients who received carbon-ion radiotherapy in 20 fractions. Each line shows the average value and each color indicates the presence or absence of cystitis; Grade 0 (cyan) and ≥ Grade 1 (red). Solid lines show the averages and dotted lines show the ±1 SD. Abbreviation: SD = standard deviation. (TIFF 9568 kb
Purpose: To compare International Commission on Radiation Units and Measurements (ICRU) bladder and ...
AbstractThis study aimed to determine the predictive factors for late morbidities in the rectum, bla...
Purpose:The aim of this study is to evaluate the clinically relevant parameters for rectum and ureth...
Figure S4. Comparisons of dose–volume histograms of the rectum. Comparisons of dose–volume histogram...
Figure S3. Dose–volume histograms of the bladder. (A) Dose–volume histograms (DVHs) of the bladder i...
Figure S2. Dose–volume histograms of the rectum. (A) Dose–volume histograms (DVHs) of the rectum in ...
Table S1. Dose fractions of C-ion RT and the number of patients with morbidities for each prescripti...
Figure S1. Representative endoscopic image of proctitis and isodose curves of carbon-ion radiotherap...
Table S2. List of patients who developed grade 2 or higher morbidities. Abbreviation: UCC: Uterine c...
Abstract Background Carbon-ion radiotherapy (C-ion RT) provides better dose distribution in cancer t...
Carbon-ion radiotherapy (C-ion RT) provides better dose distribution in cancer treatment compared to...
Appendix A. TOP-DIR algorithm. Appendix B. 3D-2D rectum surface dose mapping. Appendix C. Sequential...
Objective: To quantify the effect of bladder volume on the dose distribution of intracavitary brachy...
Objective: To quantify the effect of bladder volume on the dose distribution of intracavitary brachy...
Aim:The radiation injury of the rectum is the major concern in radiotherapy for prostate cancer beca...
Purpose: To compare International Commission on Radiation Units and Measurements (ICRU) bladder and ...
AbstractThis study aimed to determine the predictive factors for late morbidities in the rectum, bla...
Purpose:The aim of this study is to evaluate the clinically relevant parameters for rectum and ureth...
Figure S4. Comparisons of dose–volume histograms of the rectum. Comparisons of dose–volume histogram...
Figure S3. Dose–volume histograms of the bladder. (A) Dose–volume histograms (DVHs) of the bladder i...
Figure S2. Dose–volume histograms of the rectum. (A) Dose–volume histograms (DVHs) of the rectum in ...
Table S1. Dose fractions of C-ion RT and the number of patients with morbidities for each prescripti...
Figure S1. Representative endoscopic image of proctitis and isodose curves of carbon-ion radiotherap...
Table S2. List of patients who developed grade 2 or higher morbidities. Abbreviation: UCC: Uterine c...
Abstract Background Carbon-ion radiotherapy (C-ion RT) provides better dose distribution in cancer t...
Carbon-ion radiotherapy (C-ion RT) provides better dose distribution in cancer treatment compared to...
Appendix A. TOP-DIR algorithm. Appendix B. 3D-2D rectum surface dose mapping. Appendix C. Sequential...
Objective: To quantify the effect of bladder volume on the dose distribution of intracavitary brachy...
Objective: To quantify the effect of bladder volume on the dose distribution of intracavitary brachy...
Aim:The radiation injury of the rectum is the major concern in radiotherapy for prostate cancer beca...
Purpose: To compare International Commission on Radiation Units and Measurements (ICRU) bladder and ...
AbstractThis study aimed to determine the predictive factors for late morbidities in the rectum, bla...
Purpose:The aim of this study is to evaluate the clinically relevant parameters for rectum and ureth...