Schmitzer C, Brandl A, Wahl W, Roth P, Franck D, de Carlan L, Andrasi A
ARC Seibersdorf Research, Health Physics Division, A-2444 Seibersdorf, Austria.
Radiat Prot Dosimetry. 2003;105(1-4):451-6. doi: 10.1093/oxfordjournals.rpd.a006280.
In an effort to increase accuracy and speed, improve detection limits and reduce uncertainties in internal dosimetry, laboratories have developed improved or new internal monitoring techniques in both in vivo measurements and bioassay analyses. Most of these techniques have not yet entered routine monitoring programmes. This paper intends to summarise these new techniques, show their potential improvements compared to the currently employed monitoring routines and discuss the main aspects of the EC-funded IDEA project, which aims at a comprehensive assessment of these techniques and the enhancements necessary to bring them to broader acceptance in the routine monitoring community.
为了提高准确性和速度、改善探测限并减少体内剂量测定中的不确定性，各实验室已在活体测量和生物测定分析中开发了改进的或新的体内监测技术。这些技术大多尚未进入常规监测程序。本文旨在总结这些新技术，展示它们与当前采用的监测常规方法相比可能带来的改进，并讨论由欧盟资助的IDEA项目的主要方面，该项目旨在全面评估这些技术以及使其在常规监测领域得到更广泛认可所需的改进措施。
