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One consideration for the presented method is that the range of pelvic bone rotations that can be estimated is limited by the DRR library that is generated before treatment. In this study, projections with a range of rotations of the pelvis in the R x and R y directions were generated with 0.5° intervals, limiting the ... | 39441205_p23 | 39441205 | DISCUSSION | 4.130116 | biomedical | Study | [
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Integrating pelvic bone motion monitoring with the current KIM method would allow for simultaneous motion monitoring for both the prostate and lymph node targets during radiation therapy treatment. KIM was found to have a geometric accuracy and precision of 0.0 ± 0.4 mm, 0.1 ± 0.3 mm, 0.0 ± 0.5 mm in the T LR , T SI , ... | 39441205_p24 | 39441205 | DISCUSSION | 4.300769 | biomedical | Study | [
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Methods to adapt treatment in response to relative multi‐target motion are still limited. While beam gating combined with couch corrections can be used to correct for single‐target motion during treatment, this strategy is not viable for scenarios where multiple targets have undergone differential motion. Online adapti... | 39441205_p25 | 39441205 | DISCUSSION | 4.09394 | biomedical | Study | [
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Further work into multi‐target motion monitoring could expand into monitoring multiple targets for other anatomical sites. The seminal vesicles are typically included in the target volume for prostate cancer patients, however, deformations resulting in relative motion between the prostate and the seminal vesicles are k... | 39441205_p26 | 39441205 | DISCUSSION | 4.063088 | biomedical | Study | [
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This study described a method to allow for the displacement of the pelvic bone to be monitored simultaneously with prostate motion in 6DoF using 2D kV images. The method was retrospectively applied to data acquired during patient treatment from the TROG 15.01 SPARK trial and sub‐mm and sub‐degree geometric accuracy and... | 39441205_p27 | 39441205 | CONCLUSION | 4.10586 | biomedical | Study | [
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P.J. Keall and P.R. Poulsen are inventors on a patent related to the KIM technology that is licensed to Varian Medical Systems by Stanford University and are inventors on additional patents/patent applications related to the KIM technology that have been assigned to the SeeTreat. P.J. Keall is the founder and director ... | 39441205_p28 | 39441205 | CONFLICT OF INTEREST STATEMENT | 0.983974 | other | Other | [
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