乳腺癌患者皮下乳房切除术后使用假体或扩张器的放射治疗计划

Q4 Medicine
Nowotwory Pub Date : 2021-06-09 DOI:10.5603/NJO.2021.0029
P. Kedzierawski, K. Buliński, T. Kuszewski, K. Wnuk, A. Dabrowski, K. Lis, J. Braziewicz, K. Slosarek
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引用次数: 0

摘要

介绍。计划放射治疗的医学物理学家越来越多地面临需要特别注意的情况。毫无疑问,其中一种情况是乳腺癌患者的术后照射,其中有假体或扩张器。近年来,在这个位置出现了膨胀器,由于设备阀门的密度,很难制定一个可接受的治疗计划。该研究旨在介绍波兰各癌症中心在这些情况下的治疗计划,并比较患者对治疗的总体准备情况。材料和方法。我们制作了一份调查问卷,并向20多个放疗科室发放,问卷内容包括针对乳腺癌患者在皮下乳房切除术后立即用假体或扩张器重建的放射治疗计划的基本问题。这项调查包括八个放射治疗科。结果。并非所有放射治疗部门都要求提供制造商证书,证明制造商没有禁止在电离辐射治疗期间使用假体/扩展器。最常用的是X 6MV光子和仰卧位,总剂量和部分剂量分别为40 ~ 60 Gy和2 ~ 2.67 Gy。定义它们的方式也取决于肿瘤中心。最常用的辐照技术是VMAT。结论。调查问卷得出的结论——治疗计划没有标准化——应该鼓励社区,至少是医学物理学家,在这种情况下制定行为规则。辐照技术主要是动态辐照技术。扩张器或假体对剂量分布无显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Radiotherapy treatment planning for breast cancer patients after a subcutaneous mastectomy with the use of a prosthesis or expander
Introduction. Medical physicists planning radiation treatment are increasingly confronted with situations that require special attention. Undoubtedly, one such situation is the postoperative irradiation of a patient with breast cancer in which there is a prosthesis or an expander. In recent years, expanders have appeared in this location, which, due to the density of the device’s valve makes it difficult to prepare an acceptable treatment plan. The study aims to present treatment planning in these situation in various Polish cancer centres and to compare overall patient preparation for the treatment. Material and methods. A questionnaire was prepared and sent to more than 20 radiotherapy departments, which included basic questions regarding the preparation of an irradiation plan for patients treated for breast cancer after a subcutaneous mastectomy with immediate reconstruction with a prosthesis or expander. The survey encompassed eight radiotherapy departments. Results. Not all radiotherapy departments require a manufacturer’s certificate, which shows that the manufacturer does not prohibit the use of a prosthesis/expander during treatment with ionizing radiation. The X 6MV photons and the supine position, total and fraction doses: from 40 to 60 Gy and from 2 to 2.67 Gy, respectively, are the most commonly used. The way of defining them also depends on the oncological centre. The most commonly used irradiation technique is VMAT. Conclusion. The conclusion from the questionnaire – no standardisation of treatment planning – should encourage the community, at least medical physicists, to develop rules of conduct in this case. Irradiation techniques are mainly dynamic ones. The expander or prosthesis does not significantly affect the dose distributions.
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来源期刊
Nowotwory
Nowotwory Medicine-Oncology
CiteScore
0.90
自引率
0.00%
发文量
44
期刊介绍: NOWOTWORY Journal of Oncology publishes papers which cover all aspects of oncology but concentrates on clinical studies, both research orientated and treatment orientated, rather than on laboratory studies. Contributions are also welcomed from the fields of epidemiology, tumor pathology, radiobiology and radiation physics.
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