Steretactic radiotherapy treatment planning is an important part of X-knife radiosurgery.
立体定向放射治疗计划是X -刀放射治疗的重要组成部分。
In this paper, a three-dimensional precise conformal radiotherapy treatment planning system based on a cobalt-60 teletherapy unit is introduced.
研制了一套基于钴-60远距离治疗机实现肿瘤精确适形放射治疗的计划系统。
Radiotherapy is one of the most important methods for tumor treatment and engages computer radiotherapy treatment planning system as its key tool.
放射治疗是治疗肿瘤的主要方法之一,计算机三维放射治疗计划系统是当今放射治疗的灵魂。
METHODS: The stereotactic radiotherapy treatment planning system (SRT TPS), target simulator and head frame were used to check the errors of target localization during each radiation procedure.
方法:使用立体定向治疗计划系统、靶点模拟器、头部定位框架检查各个治疗阶段靶区定位的误差。
A method of image processing was developed to describe the radiotherapy treatment planning, and the back-projection reconstruction method was used to program the radiotherapy treatment planning.
本文提出一种用图像描述放射治疗计划的方法,并利用直接反投影图像的重建算法进行放射治疗计划设计。
Objective To study and develop treatment planning system of intensity modulated radiotherapy(IMRT).
目的研制开发调强放射治疗逆向计划系统。
To be the software of Gamma Knife, Treatment Planning System (TPS) helps doctor to make treatment plan, predicts the clinical result to ensure the security of radiotherapy.
治疗计划系统是伽玛刀的软件,能为临床医生预先规划治疗方案,准确地预见治疗效果从而确保放射治疗的安全性。
The entire process of radiotherapy consists of: the identification of planning target volume, the design and implementation of the treatment plan.
放射治疗全过程主要包括患者靶区的确定、治疗计划的设计和治疗计划的执行。
Objective:To study the clinical application of CT-based simulation and evaluate the its value in the treatment planning of intensity-modulated radiotherapy(IMRT).
前言: 目的:通过CT模拟定位技术的临床应用研究,评价其在调强放疗计划设计中的作用。
CT on line with radiotherapy planning system has improved the efficiency of treatment planning.
CT与放疗计划系统连机能提高工作效率。
CT on line with radiotherapy planning system has improved the efficiency of treatment planning.
CT与放疗计划系统连机能提高工作效率。
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