Waters W, Kutzim H, Wellner U
Nuklearmedizin. 1984 Apr;23(2):93-9.
A pharmacokinetic two-compartment model of iodine metabolism has been established on the basis of data from the literature and our own experimental investigations. By this model it is possible to estimate the effects either of prolonged elevation of iodide supply or of a single administration of a high dose of inorganic iodide in the presence of autonomously functioning thyroid tissue. Prolonged elevation of iodide supply in regions of iodine deficiency will cause manifest hyperthyroidism in many cases of thyroidal autonomy (cases with facultative hyperthyroidism). The administration of a single high dose of iodide, as it is proposed for the situation of an accident in a nuclear power station (100 mg NaI) in order to reduce the radiation burden to the surrounding population, carries almost no risk in cases of thyroid autonomy.
基于文献数据和我们自己的实验研究,已经建立了碘代谢的药代动力学二室模型。通过该模型,可以估计在存在自主功能的甲状腺组织的情况下,碘供应长期升高或单次给予高剂量无机碘的影响。在碘缺乏地区,碘供应长期升高在许多甲状腺自主性病例(兼性甲状腺功能亢进病例)中会导致明显的甲状腺功能亢进。为了减轻核电站事故情况下(100毫克碘化钠)对周围人群的辐射负担而建议的单次高剂量碘给药,在甲状腺自主性病例中几乎没有风险。