目的研究猪肾近端小管的超微结构。
Objective To observe the ultrastructure of renal proximal tubule in pig kidney.
目的研究猪肾近端小管的超微结构。
Objective To study the cellular components and ultrastructures of pig kidney collecting duct.
它能直接升高近端小管对钠的重吸收。
髓放线内有近端小管直部和远端小管直部。
The medullary ray contains the straight parts of proximal tubules and distal tubules.
氯化物大多通过近端小管被动吸收，但它在TALH和DCT中主动转运。
Chloride is passively absorbed along most of the proximal tubule but is actively transported in the TALH and the DCT.
结论小鼠肾脏发育过程中BAX的表达与近端小管的发育密切相关，可能影响近端小管的存活、分化和成熟。
Conclusion During the development of kidney, the expression of BAX closely relates to the growth of proximal tubules, and may impact the proximal tubules in surviving, differentiating and maturing.
集合管、近端、远端小管均可见明、暗两种类型上皮细胞。
The light cells and dark cells can be observed in the collecting, proximal and distal tubule.
免疫组化染色表明ASBT蛋白主要表达于人近端肾小管上皮的刷状缘侧，在间质及远端小管没有表达。
The results of immunohistochemistry revealed that ASBT was expressed at brush border membrane of proximal renal tubular cells, but not expressed in distal tubule and renal interstitium.
免疫组化染色表明ASBT蛋白主要表达于人近端肾小管上皮的刷状缘侧，在间质及远端小管没有表达。
The results of immunohistochemistry revealed that ASBT was expressed at brush border membrane of proximal renal tubular cells, but not expressed in distal tubule and renal interstitium.
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