Fraass B A
Department of Radiation Oncology, University of Michigan Medical Center, Ann Arbor 48109.
Med Prog Technol. 1992;18(4):227-38.
3-D treatment planning has received a great deal of attention in the radiation therapy community over the last several years. This new technology makes use of the continuous improvements in computer hardware and graphics capabilities, along with major improvements in treatment planning software, to provide a fully three dimensional simulation of the patient, radiation beams, and dose distributions which are used for radiation therapy of various cancers. With these capabilities, the physician and treatment planner may now optimize the radiation beams used to treat the patient much more effectively than in the past, when only a limited description of the patient, beams, and doses was available. This paper describes several of the new capabilities of these 3-D planning systems, some research studies which are currently being performed to evaluate the usefulness of the new technology, and finally some of the costs associated with its implementation.
在过去几年里,三维治疗计划在放射治疗领域受到了极大的关注。这项新技术利用计算机硬件和图形处理能力的不断提升,以及治疗计划软件的重大改进,来提供患者、辐射束和剂量分布的全三维模拟,这些模拟用于各种癌症的放射治疗。有了这些功能,医生和治疗计划制定者现在能够比过去更有效地优化用于治疗患者的辐射束,过去对患者、辐射束和剂量的描述非常有限。本文介绍了这些三维计划系统的一些新功能,目前正在进行的一些评估这项新技术实用性的研究,以及最后实施这项技术所涉及的一些成本。