求参考文献一篇，万分感激。

wuxiaoshui

作者：Kaissling B and Kriz W.' e) k: j. T$ B# o8 j% c- c1 o
标题：Structural analysis of the rabbit kidney.
  N4 i- p7 D8 R杂志名字：Advances in Anatomy, Embryology and Cell Biology,: p1 O0 X  y4 y2 e6 C$ I
1979, p. 1–123

moon2000male2

这篇文献在ISI和medline中没有全文。1982年的有一篇，也是这个作者写的，你要吗？

moon2000male2

标题：Distal tubular segments of the rabbit kidney after adaptation to altered Na- and K-intake. I. Structural changes& d4 v6 [7 m# V' S  R
Abstract：The baso-lateral cell-membrane area in kidney tubules appears to be associated with the capacity for electrolyte transport; in the rabbit, it decreases from the distal convoluted tubule (DCT-cells) over the connecting tubule (CNT-cells) to the cortical collecting duct (principal cells). Adaptation to low Na-, high K-intake changes this pattern: CNT-cells at the beginning of the connecting tubule have the highest membrane area, which decreases along the segment, but remains two-fold higher than in controls. Principal cells have a four-fold higher membrane area than in controls. Simultaneous treatment with the antimineralocorticoid canrenoate-K inhibits the structural changes in CNT-cells only in end-portions of the connecting tubule and in principal cells. After prolonged high Na-, low K-intake DCT-cells display a two-fold higher membrane area than controls, while CNT-cells and principal cells are not affected. Simultaneous treatment with DOCA does not affect the DCT-cells but provokes a moderate increase in membrane area in CNT-cells, and a 5.5-fold increase in principal cells. The data provide evidence that DCT-, CNT- and principal cells are functionally different cell types. The baso-lateral cell-membrane area, associated with electrolyte-transport capacity, appears to be influenced in DCT-cells mainly by Na-intake, in CNT-cells mainly by K-intake and in part also by mineralocorticoids, and in principal cells mainly by mineralocorticoids.
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