临床肿瘤学杂志
臨床腫瘤學雜誌
림상종류학잡지
CHINESE CLINICAL ONCOLOGY
2014年
10期
940-944
,共5页
食管肿瘤%放射治疗%靶区%个体化
食管腫瘤%放射治療%靶區%箇體化
식관종류%방사치료%파구%개체화
Esophageal neoplasms%Radiotherapy%Target volume%Individualization
个体化放疗的实施取决于两个关键环节,首先是靶区的个体化识别和勾画,另一个是射线的个体化施照。由于放疗设备的更新和精确放疗技术的快速发展,实现射线个体化的精确施照成为可能。近年来,随着功能影像和分子显像等新技术的出现,指明了肿瘤个体化放疗靶区勾画的研究方向。本文对非手术食管癌患者个体化放疗的靶区勾画进行综述,内容涉及应用解剖影像、功能影像、乏氧和分子显像等新技术个体化识别和勾画非手术食管癌的放疗靶区,包括大体肿瘤靶区、临床靶区、计划靶区、生物靶区等。
箇體化放療的實施取決于兩箇關鍵環節,首先是靶區的箇體化識彆和勾畫,另一箇是射線的箇體化施照。由于放療設備的更新和精確放療技術的快速髮展,實現射線箇體化的精確施照成為可能。近年來,隨著功能影像和分子顯像等新技術的齣現,指明瞭腫瘤箇體化放療靶區勾畫的研究方嚮。本文對非手術食管癌患者箇體化放療的靶區勾畫進行綜述,內容涉及應用解剖影像、功能影像、乏氧和分子顯像等新技術箇體化識彆和勾畫非手術食管癌的放療靶區,包括大體腫瘤靶區、臨床靶區、計劃靶區、生物靶區等。
개체화방료적실시취결우량개관건배절,수선시파구적개체화식별화구화,령일개시사선적개체화시조。유우방료설비적경신화정학방료기술적쾌속발전,실현사선개체화적정학시조성위가능。근년래,수착공능영상화분자현상등신기술적출현,지명료종류개체화방료파구구화적연구방향。본문대비수술식관암환자개체화방료적파구구화진행종술,내용섭급응용해부영상、공능영상、핍양화분자현상등신기술개체화식별화구화비수술식관암적방료파구,포괄대체종류파구、림상파구、계화파구、생물파구등。
Individualized radiotherapy is the ideal model of radiation therapy, based on tailoring the treatment in a large num-ber of individual clinical, pathological and molecular genetic level. Two key problems exist in the implementation of individualized ra-diotherapy, one is how to identify and individually delineate the target volume of esophageal carcinoma, and the other is how to individ-ually implement the precise exposure. Due to technological advances and the renovation of equipment in radiotherapy for esophageal car-cinoma, the individualized implementation of the precise exposure has become possible. In recent years, with the advent of functional imaging, molecular imaging and other new technologies, it points out the future research direction of individualized tumor target volume delineation. This article reviewed the definition of the target volume in the individual radiotherapy of non-surgical esophageal carcinoma, which involves the application of new technologies such as anatomical imaging, functional imaging, hypoxia, molecular im-aging to individually identify and delineat the tumor target volume, including gross tumor volume, clinical tumor volume, planning tar-get volume, biological target volume and etc.