Beliakova I A, Gudkov A V, Baĭkov A N, Maksimov V I, Kirpatovskiĭ V I
Urol Nefrol (Mosk). 1998 Mar-Apr(2):20-2.
The authors studied morphological changes in renal tissue in terminal hydronephrosis and in exposure of freezing, regulation of arterial pressure and erythropoiesis in cryogenic effects on hydronephrotic kidney in experiment. Reparative changes in the parenchyma appear on day 30 after freezing, systemic arterial pressure and bone marrow erythropoietic activity returned to normal. Freezing is thought more physiological compared to nephrectomy in respect to prevention of nephrogenic hypertension and anemia.
作者研究了终末期肾积水时肾组织的形态学变化，以及实验中对肾积水肾脏进行冷冻、调节动脉血压和红细胞生成的低温效应。冷冻后第30天实质出现修复性变化，全身动脉血压和骨髓红细胞生成活性恢复正常。就预防肾性高血压和贫血而言，与肾切除术相比，冷冻被认为更具生理性。
