Esipenko B E, Marsakova N V
Fiziol Zh (1978). 1990 Mar-Apr;36(2):35-43.
Experiments on 156 rats maintained at ration with copper deficiency have demonstrated a decrease in the values of iodine metabolism in organs and tissues excluding the liver where a sharp increase in the concentration and content of inorganic iodine was observed. A disturbance in indices of carbohydrate and proteins metabolism in the organism of animals is marked. A direct relationship with a correlation coefficient equaling 0.87-1.00 is determined between changes in the concentration of protein-bound iodine in blood and concentration of glycogen in the liver, skeletal muscles, albumins, alpha 1-, alpha 2-globulins, urea concentration; an inverse relationship with glucose, activity of blood lipo-dehydrogenase and liver mitochondria, aldolase, concentration of pyruvic and lactic acids is established as well. It is concluded that copper deficiency can exert both a direct effect on metabolic processes (as data from literature testify) and an indirect one disturbing iodine metabolism, i. e. sharply decreasing protein-bound iodine production by the thyroid gland.
对156只维持铜缺乏日粮的大鼠进行的实验表明,除肝脏外,器官和组织中的碘代谢值均降低,而肝脏中无机碘的浓度和含量急剧增加。动物机体中碳水化合物和蛋白质代谢指标出现紊乱。血液中蛋白结合碘浓度的变化与肝脏、骨骼肌、白蛋白、α1-、α2-球蛋白中的糖原浓度、尿素浓度之间存在直接关系,相关系数为0.87 - 1.00;同时也与葡萄糖、血液脂脱氢酶和肝线粒体活性、醛缩酶、丙酮酸和乳酸浓度呈负相关。得出的结论是,铜缺乏既可以对代谢过程产生直接影响(文献数据证明),也可以通过干扰碘代谢产生间接影响,即甲状腺产生蛋白结合碘的量急剧减少。