俄罗斯和世界人口的碘状况:2019年我们有什么?

V. I. Alferova, S. Mustafina, O. Rymar
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引用次数: 18

摘要

本文介绍了世界上有关碘状况问题的文献中最相关的资料。在前苏联领土上,碘缺乏症的问题仍然没有得到解决(阿布哈兹的尿碘中位数为29.1 μg/l,哈萨克斯坦近30%的被检查者的碘水平低于标准值),尽管一些国家已经成功地解决了碘缺乏症问题(白俄罗斯的尿碘中位数为191 μg/l,乌克兰为169 μg/l)。在欧亚大陆的其他地区,情况也有所不同:在尿碘中位数正常的国家中,有些地区既缺碘(英国碘中位数为80 - 138 μg/l,法国碘中位数为63 μg/l),又过量消费(中国碘中位数为330.0 μg/l)。在美洲领土上,2016年宣布消除碘缺乏症(碘中位数从123 μg/l(阿根廷)到415 μg/l(哥伦比亚)),海地是唯一一个固定碘缺乏症的国家- 84 μg/l。现列出俄罗斯联邦下列地区不同年份的研究数据:莫斯科(碘中位数67.0 μg/l)、圣彼得堡(66.0-86.0 μg/l)、秋明地区(106.9 μg/l)、新西伯利亚地区(93.0 μg/l)、巴什科尔托斯坦共和国(70.3 μg/l)、达吉斯坦共和国(65.8 μg/l)、克梅罗沃地区(90.0 μg/l)、萨拉托夫地区(59.0-106.0 μg/l)、托木斯克地区(94 μg/l)、远东地区(58.0-74 μg/l)、车里雅宾斯克地区(92.0-164.5 μg/l)、楚瓦什共和国(72.0 μg/l)、彼尔姆地区(100.0 μg/l)。几乎在整个俄罗斯联邦都注意到轻度严重缺碘。
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Iodine status of the population in Russia and the world: what do we have for 2019?
The article presents the most relevant data of the world literature on the problem of iodine status. The problem of iodine deficiency still remains unresolved on the territory of the former Soviet Union (the median urinary iodine was 29.1 μg/l in Abkhazia, and almost 30% of the examined had the level of ioduria below standard values in Kazakhstan), although some countries have been successful in dealing with iodine deficiency (the median urinary iodine is 191 μg/l in Belarus, 169 μg/l in Ukraine). On the rest of the Eurasian continent, the picture is also different: among the total mass of countries with normal median urinary iodine, there are territories with both iodine deficiency (the median of ioduria ranges from 80 to 138 μg/l in the UK, the median of ioduria is 63 μg/l in France) and its excessive consumption (the median of ioduria is 330.0 μg/l in China). On the territory of America, in 2016, the elimination of iodine deficiency was announced (the median of ioduria ranged from 123 μg/l (Argentina) to 415 μg/l (Colombia)), and Haiti was the only country with a fixed iodine deficiency – 84 μg/l. Research data from different years in the following regions of the Russian Federation are presented: Moscow (the median of ioduria 67.0 μg/l), St. Petersburg (66.0–86.0 μg/l), Tyumen region (106.9 μg/l), Novosibirsk region (93.0 μg/l), Republic of Bashkortostan (70.3 μg/l), Republic of Dagestan (65.8 μg/l), Kemerovo region (90.0 μg/l), Saratov region (59.0–106.0 μg/l), Tomsk region (94 μg/l), Far Eastern region (58.0–74 μg/l), Chelyabinsk region (92.0–164.5 μg/l), Chuvash Republic (72.0 μg/l), Perm region (100.0 μg/l). Almost throughout the Russian Federation, iodine deficiency of mild severity was noted.
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Associations of thyroid status and thyroperoxidase antibodies with serum trace elements Features of achieving compensation of hypothyroisis in pregnant women Structural and morphologic characteristics of nodular goiter in chronic iodine deficiency status Investigation of neural network models application in EU-TIRADS thyroid nodules classification for personalization of thyroid gland ultrasound diagnostic Press release from the Endocrine Society ENDO 2022 Annual Conference
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