Larras-Regard E, Niederst C, Siami K
C R Seances Acad Sci III. 1982 Feb 8;294(6):289-94.
The various morphological and functional changes produced by lithium gluconate treatment of Mouse thyroid and ultimobranchial cells show complex interactions, involving direct and indirect effects. In most of the cases these effects determine metabolism (thyroid cells) or differentiation (ultimobranchial cell) disturbances. In most of the cases analysed changes do not concern the whole gland and should not have important consequences on its general activity-so it is more likely that at low concentration the effects of lithium gluconate on the thyroid gland of manic depressive patients might be neglected at the level of the functional state of the whole gland.
葡萄糖酸锂处理小鼠甲状腺和鳃后体细胞所产生的各种形态学和功能变化呈现出复杂的相互作用，涉及直接和间接效应。在大多数情况下，这些效应会导致代谢（甲状腺细胞）或分化（鳃后体细胞）紊乱。在大多数分析的案例中，变化并不涉及整个腺体，对其整体活动也不应产生重要影响——因此更有可能的是，在低浓度时，葡萄糖酸锂对躁郁症患者甲状腺的影响在整个腺体功能状态层面可能会被忽略。
