AAPM TG 263放射治疗结构命名的标准化
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摘要
目的借鉴美国医学物理学家协会(AAPM)TG 263放射治疗结构命名标准,改善当前计划系统中结构化、标准化不规范的问题。制订出本中心适用的结构化命名标准,避免剂量统计分析时的疏漏与错误,进而保障治疗的效率与安全。方法运用软件MATLAB自编程序解析出每例患者的放射治疗结构文件,并输出、记录每个子结构。以关键词进行结构名归类、统计,与TG 263标准化命名做比较,实现结构命名的标准化,并实现标准化的放射治疗结构文件输出。结果 TG 263放射治疗结构命名高度的一致性,既可增强医院内部的数据安全和质量,也为日后多中心远程放射治疗计划的实施提供思路与方法。结论在实现TG 263放射治疗结构命名的基础上,实现放射治疗结构命名的标准化至关重要。
Objective To improve the structural and standardized problems in the current planning system by the application of American Association of Physicists in Medicine(AAPM) TG 263's radiation therapy structure naming. Standardizing Nomenclatures in Radiation Oncology for the center, thereby ensuring the efficiency and safety of treatment. Methods Created a MATLAB program to compile the radiotherapy structure file for each patient, output and record each substructure. After that, the key words were used to classify the structural names and statistics, and compared with the TG 263 standardized naming, to achieve the standardization of structural nomenclature, and output a standardized radiotherapy structural document. Results The high consistency of TG 263 radiation therapy for the structure could enhance the safety and quality of data within the hospital, as well as provide a thought and a method for the future remote polycentric radiotherapy planning. Conclusion It is vital to achieve the standardization of radiation therapy for the clinical based on the realization of TG 263 radiation therapy structure naming.
Objective To improve the structural and standardized problems in the current planning system by the application of American Association of Physicists in Medicine(AAPM) TG 263's radiation therapy structure naming. Standardizing Nomenclatures in Radiation Oncology for the center, thereby ensuring the efficiency and safety of treatment. Methods Created a MATLAB program to compile the radiotherapy structure file for each patient, output and record each substructure. After that, the key words were used to classify the structural names and statistics, and compared with the TG 263 standardized naming, to achieve the standardization of structural nomenclature, and output a standardized radiotherapy structural document. Results The high consistency of TG 263 radiation therapy for the structure could enhance the safety and quality of data within the hospital, as well as provide a thought and a method for the future remote polycentric radiotherapy planning. Conclusion It is vital to achieve the standardization of radiation therapy for the clinical based on the realization of TG 263 radiation therapy structure naming.
引文
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[2]Santanam L,Hurkmans C,Mutic S,et al.Standardizing naming conventions in radiation oncology[J].Int J Radiat Oncol Biol Phys,2012,83(4):1344-1349.
[3]Mayo CS,Moran JM,Bosch W,et al.American Association of Physicists in Medicine Task Group 263:Standardizing Nomenclatures in Radiation Oncology[J].Int J Radiat Oncol Biol Phys,2018,100(4):1057-1066.
[4]吴磊,於文雪,章敏娟,等.基于DICOM RT标准的射野数据传输[J].医疗卫生装备,2006,27(6):48-49.
[5]陈科,林江莉.基于DICOM标准的医学图像数据库的设计[J].信息与电脑(理论版),2017(14):113-115.
[6]龚正.DICOM图像实时获取及远程传输技术研究[D].南京:南京航空航天大学,2016.
[7]Guo R,Wang W,Qi H.Hyperspectral image unmixing using autoencoder cascade[C]//The Workshop on Hyperspectral Image&Signal Processing:Evolution in Remote Sensing.2015:1-4.