Dolomatov S I, Gozhenko A I, Zhukov V A, Dolomatova E A, Nasibullin B A
Patol Fiziol Eksp Ter. 2005 Jan-Mar(1):16-9.
A 50 mcg/100 g b.w. single dose of thyroxine was injected to non-inbred white rat males with body mass 140-180 g in conditions of 5% water and osmotic (3% solution of sodium chloride) load, then renal function was studied. This injection reduced creatinine clearance and phosphate excretion, raised nitrate and protein excretion. The kidney of the hyperthyroid animals retains ability to increase creatinine clearance in response to osmotic load. Thus, the above model demonstrates that in the absence of thyroxine renal toxicity it changes homeostatic renal functions both at the vascular-glomerular and tubular levels.
对体重140 - 180克的非近交系雄性白鼠,在5%水分和渗透性(3%氯化钠溶液)负荷条件下,注射50微克/100克体重的单剂量甲状腺素,然后研究其肾功能。该注射降低了肌酐清除率和磷酸盐排泄,增加了硝酸盐和蛋白质排泄。甲状腺功能亢进动物的肾脏在受到渗透性负荷时仍保留增加肌酐清除率的能力。因此,上述模型表明,在不存在甲状腺素肾毒性的情况下,它会在血管 - 肾小球和肾小管水平改变肾脏的稳态功能。