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Kidney- and site-selective delivery of 5-fluorouracil utilizing the absorption on the kidney surface in rats.

机译:利用大鼠肾脏表面的吸收,通过5-氟尿嘧啶对肾脏和部位进行选择性转运。

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The present study was undertaken to elucidate the kidney- and site-selective delivery of 5-fluorouracil (5-FU) utilizing the absorption on the kidney surface in rats. An experimental system utilizing a cylindrical diffusion cell attached to the right kidney surface was established. After intravenous administration of 5-FU, the concentration of 5-FU in the right and left kidneys was almost the same and was rapidly eliminated. After right kidney surface application of 5-FU, however, the concentration of 5-FU in the right kidney was significantly higher than in the left kidney and other tissues. The 5-FU concentration in four sites of the right kidney after intravenous administration was almost the same. In contrast, 5-FU was site selectively delivered in the kidney after kidney surface application. The blood concentration of 5-FU was low (<1.7 microg/ml) until 120 min after kidney surface application. The maximum blood concentration of 5-FU after kidney surface application was much lower than after intravenous administration.
机译:进行本研究来阐明利用大鼠肾脏表面的吸收来进行5-氟尿嘧啶(5-FU)的肾脏和部位选择性递送。建立了利用附着在右肾表面的圆柱形扩散池的实验系统。静脉内注射5-FU后,右肾和左肾中5-FU的浓度几乎相同,并迅速消除。然而,在右肾表面应用5-FU后,右肾中5-FU的浓度显着高于左肾和其他组织。静脉给药后右肾四个部位的5-FU浓度几乎相同。相反,在肾脏表面施用后5-FU被选择性地递送至肾脏。 5-FU的血液浓度低(<1.7 microg / ml),直到肾表面应用后120分钟为止。肾表面应用后5-FU的最大血药浓度远低于静脉给药后。

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