Schmidt J
Strahlentherapie. 1981 Jan;157(1):29-32.
In spite of all its advantages, the interstitial therapy with radiogold seeds has the disadvantage to expose the staff to a higher radiation loading than other nuclides and therapy methods. For the application of an implantation canula with linear arrangement of the radiogold seeds before the ejector (according to Hellriegel), the authors propose a simple device which can also be self-fabricated, to protect from gamma radiation during transport and laying down of the set ready for use. Construction and application are described. At a distance of 10 cm from the lead container, the radiation dose amounts to 0.3 mR/h per 1 mCi (37 MBq) of the activity of the seeds. The use of interstitial radiotherapy is also possible in small departments. The authors inform their practical experiences gained during the treatment of 26 patients.
尽管放射性金籽间质治疗具有诸多优点,但与其他核素和治疗方法相比,它也有一个缺点,即会使工作人员承受更高的辐射剂量。对于在弹射器之前应用放射性金籽呈线性排列的植入套管(根据Hellriegel法),作者提出了一种简单的、也可自行制作的装置,用于在运输和放置准备使用的套件期间防护伽马辐射。文中描述了该装置的构造和应用。在距铅容器10厘米处,每1毫居里(37兆贝可)籽源活度的辐射剂量为0.3毫伦琴/小时。间质放射治疗在小型科室也可行。作者介绍了在治疗26例患者过程中获得的实践经验。