MacNeil S, Jennings G, Eastwood P R, Paschalis C, Jenner F A
Br J Clin Pharmacol. 1976 Apr;3(2):305-13. doi: 10.1111/j.1365-2125.1976.tb00608.x.
The effect of lithium on the urine concentrating response to antidiuretic hormone (ADH) and the excretion of ADH has been studied in rats and man. The maximum urine osmolarity following 18 h dehydration and Pitressin (5 u) was decreased in three out of four patients during lithium treatment compared to their response to the same test in the absence of lithium. In a fifth patient, tested only during lithium treatment, the urine remained hypotonic to plasma throughout this test. Lithium increased the excretion of ADH in non-polyuric patients from 9-22 mu/24 h in the absence of lithium to 36-202 mu/24 - during lithium treatment. In four patients with lithium-induced polyuria, a diuretic acting on the distal tubules, clorexolone, reduced the polyuria. Lithium increased urine volume and the excretion of ADH in four rats receiving lithium in their diet. The response to exogenous ADH was decreased during lithium administration.
锂对大鼠和人类尿液浓缩对抗利尿激素(ADH)的反应及ADH排泄的影响已得到研究。与未服用锂时相同测试的反应相比,在锂治疗期间,四名患者中有三名在18小时脱水和注射垂体后叶素(5单位)后,最大尿渗透压降低。在第五名仅在锂治疗期间接受测试的患者中,整个测试过程中尿液对血浆一直保持低渗。锂使非多尿患者的ADH排泄量从未服用锂时的9 - 22微单位/24小时增加到锂治疗期间的36 - 202微单位/24小时。在四名锂诱导的多尿患者中,一种作用于远曲小管的利尿剂氯噻酮减少了多尿。在四只饮食中摄入锂的大鼠中,锂增加了尿量和ADH排泄。在给予锂期间,对外源性ADH的反应降低。