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Remission of anorexia nervosa after thyroidectomy: A report of two cases with Graves disease and anorexia nervosa

机译:甲状腺切除术后神经性厌食症的缓解:Graves病和神经性厌食症两例报告

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摘要

We report two patients with anorexia nervosa and Graves' disease who received subtotal thyroidectomy for Graves' disease and concomitantly experienced remission from anorexia nervosa. Both were young women (aged 20 and 26) at the time of surgery. Both had well controlled thyroid function and eating behavior at the time of surgery. Both were followed for over five years without relapse of anorexia nervosa or hyperthyroidism. These cases suggest the existence of an endocrine factor originating from the thyroid gland that is involved in the pathogenesis of anorexia nervosa. Since patients of thyroidectomy can remain in good health with supplement of thyroxine alone, it can be hypothesized that this anorexigenic endocrine factor is an evolutionary relic not necessary for the normal function of humans and does not have physiological effects unless secreted beyond normal levels. Given that, it implies the existence of a creature in the animal kingdom for which such an anorexigenic hormone is essential for survival. Migrating birds eat beyond their caloric expenditure before migration and become anorexic for the duration of their flight. It is also known that their thyroid function is elevated during migration. The normal physiology of migration is a complex mechanism involving the hypothalamic, pituitary, thyroid, adrenal and reproductive hormones. The mechanism of disease, however, can be simpler. A review of the literature is presented that suggest a heretofore unreported thyroid hormone, which is involved in the regulation of migration behavior, may be the responsible factor behind anorexia nervosa.
机译:我们报告了两名患有神经性厌食症和格雷夫斯病的患者,因格雷夫斯病接受了甲状腺大部切除术,并伴有神经性厌食症的缓解。他们都是在手术时的年轻女性(分别为20岁和26岁)。两者在手术时甲状腺功能和进食行为均得到良好控制。均随访五年以上,无神经性厌食症或甲状腺功能亢进复发。这些病例表明存在源自甲状腺的内分泌因子,其参与神经性厌食症的发病机理。由于仅需补充甲状腺素就能使甲状腺切除术患者保持良好的健康状态,因此可以假设这种厌食性内分泌因子是人类正常功能所不需要的进化遗物,除非分泌超过正常水平,否则不具有生理作用。鉴于此,这意味着动物界中存在一种生物,对于这种生物来说,这种抗毒素激素对于生存至关重要。迁徙的鸟类在迁徙前吃掉了超出其热量消耗的食物,并在飞行过程中厌食。还已知它们的甲状腺功能在迁移过程中升高。正常的迁移生理是涉及下丘脑,垂体,甲状腺,肾上腺和生殖激素的复杂机制。但是,疾病的机制可能更简单。文献综述表明,迄今未报道的甲状腺激素参与了迁移行为的调节,可能是神经性厌食症的原因。

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