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An automated dose verification software for brachytherapy

机译:用于近距离放射治疗的自动剂量验证软件

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Purpose To report an implementation method and the results of independent brachytherapy dose verification software (DVS). Material and methods The DVS was developed based on Visual C++ and adopted a?modular structure design. The DICOM RT files exported from a?treatment planning system (TPS) were automatically loaded into the DVS. The DVS used the TG-43 formalism for dose calculation. A?total of 15 cervical cancer patients who underwent brachytherapy were retrospectively selected to test the DVS. Dosimetric parameters and ? analysis (0.1 cm, 5%) were used to evaluate the dose differences between the DVS and the TPS. Results Compared with the TPS dose, the ? pass rates of the dose calculated by the DVS were higher than 98%. For the clinical target volume (CTV), the dosimetric differences were less than 0.63% for D90% and D100%. For the bladder, rectum, and sigmoid, the agreement of D0.1cc, D1cc, and D2cc were within a?0.78% level. Conclusions With minimal human-computer interactions, the DVS can verify the accuracy of doses calculated by the TPS.
机译:目的报告独立的近距离放射治疗剂量验证软件(DVS)的实施方法和结果。材料和方法DVS是基于Visual C ++开发的,并采用模块化结构设计。从治疗计划系统(TPS)导出的DICOM RT文件会自动加载到DVS中。 DVS使用TG-43形式进行剂量计算。回顾性选择了总共15例接受近距离放射治疗的宫颈癌患者以测试DVS。剂量参数和?分析(0.1 cm,5%)用于评估DVS和TPS之间的剂量差异。结果与TPS剂量相比,其? DVS计算的剂量通过率高于98%。对于临床目标体积(CTV),D90%和D100%的剂量学差异小于0.63%。对于膀胱,直肠和乙状结肠,D0.1cc,D1cc和D2cc的一致性在0.78%的水平内。结论通过最少的人机交互,DVS可以验证TPS计算的剂量的准确性。

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