目的了解缺碘地区食用合格碘盐的哺乳期妇女产后半年的碘代谢状况。
Objective To investigate the metabolic states on iodine in breast feeding women taking qualified iodine salt in iodine deficiency area within half a year after delivery.
目的以适碘动物为对照(NI)，复制碘缺乏(LI)与碘过量(HI)大鼠动物模型并观察其碘代谢的变化。
Objective to reproduce animal models of iodine excess (HI) and iodine deficiency (li) compared with iodine adequate group (ni) and to observe their IO dine metabolism.
大部分碘都被甲状腺吸收了，用于分泌调节人体新陈代谢的激素。
Most of that gets taken up by the thyroid and is used to make hormones that regulate metabolism.
缺碘或缺硒引起的甲状腺激素代谢改变与克山病的发生可能有关。
The metabolic change of thyroid hormone after Se deficiency or iodine deficiency may be related to the occurence of Keshan disease.
因此，继续进行以纠正硒、碘等微量元素代谢失控为主要内容的研究，对于今后肿瘤的防治具有重要的意义。
So, it is important for tumor prevention and control to go on the research on the relationship between the trace elements of se and I and T3 metabolism.
碘是甲状腺激素的组成部分。甲状腺激素能够帮助很多重要器官的生长和新陈代谢及其功能的发挥，包括大脑、心脏、肝脏和甲状腺。
Iodine is a component in thyroid hormones, which help regulate metabolism, growth and function of many key organs, such as the brain, heart, kidney and thyroid.
揭示高碘不影响脑发育但可使代谢率增加。
The result showed that iodine excess did not affect brain development, but increased the rate of metabolism.
三碘甲状原氨酸（T_3）能促进糖、脂肪和蛋白质三大物质的代谢，加速细胞的氧化过程。
Triiodothyronine (T3) and insulin can promote the cell's metabolism of sugar, fat and protein, and accelerate the cell's growth.
目的：研究高碘摄入对小鼠子代脑甲状腺激素代谢的影响及硒干预的适宜剂量。
Objective To study the apoptosis and the mechanism in rat cortical neural cells induced by high iodine and to detect the effect of this method.
目的：研究高碘摄入对小鼠子代脑甲状腺激素代谢的影响及硒干预的适宜剂量。
Objective To study the apoptosis and the mechanism in rat cortical neural cells induced by high iodine and to detect the effect of this method.
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