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[核灾难后对甲状腺进行碘-131阻断]

[Blocking of the thyroid against I-131 following a nuclear disaster].

作者信息

Kroizman-Sheiner Einat, Brickner Dov, Canfi Ayala, Schwarzfuchs Dan

机构信息

Nuclear Research Center, South Israel.

出版信息

Harefuah. 2005 Jul;144(7):497-501, 526, 525.

Abstract

The Chernobyl accident, the recent terrorists' attacks and constant threats, have all once again evoked the fear of a nuclear disaster, in Israel and worldwide. Iodine-131 is a major fission product of nuclear reactors and is highly likely to be released into the atmosphere in severe nuclear disasters. The radioiodine is released as a gas, easily spreads over large areas and is easily absorbed via the respiratory system. Iodine-131 emits gamma and beta radiation in high energies, and is readily absorbed by the thyroid which is a target organ for iodine. The resulting exposure to the thyroid might be very high. A sharp increase in thyroid cancer incidence in children was observed following the Chernobyl accident. This article reviews the medical knowledge about strategies and medications aimed at minimizing the absorption of radioiodine into the thyroid. In addition to regular safety means such as sheltering, restriction of locally produced food products and relocation of the population, the best prophylaxis against thyroid exposure is overloading the gland with stable iodine (as potassium iodide), as soon as possible. Recently, the Israeli government decided to distribute Potassium Iodide tablets to the population in the vicinity of the two nuclear research centers in the country. When this treatment is contraindicated, iodine free thionamides or potassium perchlorate are suggested.

摘要

切尔诺贝利事故、近期的恐怖袭击以及持续的威胁,在以色列乃至全球范围内,都再次引发了对核灾难的恐惧。碘-131是核反应堆的主要裂变产物,在严重核灾难中极有可能释放到大气中。放射性碘以气体形式释放,易于在大片区域扩散,并容易通过呼吸系统被吸收。碘-131会发射高能量的伽马射线和贝塔射线,且很容易被作为碘靶器官的甲状腺吸收。由此导致的甲状腺暴露量可能会非常高。切尔诺贝利事故后,观察到儿童甲状腺癌发病率急剧上升。本文回顾了关于旨在尽量减少放射性碘被甲状腺吸收的策略和药物的医学知识。除了诸如躲避、限制当地生产的食品以及人口迁移等常规安全措施外,预防甲状腺暴露的最佳方法是尽快用稳定碘(如碘化钾)使甲状腺负荷过重。最近,以色列政府决定向该国两个核研究中心附近的民众发放碘化钾片。当这种治疗方法禁忌时,建议使用无碘硫代酰胺或高氯酸钾。

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