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[氟氢可的松对碳水化合物代谢的影响]

[The effect of fludilat on carbohydrate metabolism].

作者信息

Hockwin O

出版信息

Fortschr Med. 1977 Aug 4;95(29):1837-40.

PMID:885465
Abstract

Fludilat (bencyclane-hydrogen-fumarate) increases the O2 consumption and CO2 production of a 10% bovine lens homogenate. An increase of the glucose substrate supply of the homogenate from 25 mM to 37 mM enlarges the above mentioned effects. Investigations on the content of ATP, ADP and AMP show that bencyclane is able to stabilize the physiologic distribution pattern of the three free adenine nucleotides. Changes of the distribution pattern pointing to disturbances of the energy metabolism could in part be normalized by incubation with the addition of bencyclane. This is not only true for lens homogenates but also for whole bovine lenses. Investigations with the enzymes fumarase and malatedehydrogenase indicate that the fumaric acid rest of bencyclane may serve as a substrate for these enzymes in the same way as fumarate. The Km-values found are identical.

摘要

氟地那酯(富马酸苄环烷氢酯)可增加10%牛晶状体匀浆的耗氧量和二氧化碳生成量。将匀浆的葡萄糖底物供应从25 mM增加到37 mM会扩大上述效应。对ATP、ADP和AMP含量的研究表明,苄环烷能够稳定三种游离腺嘌呤核苷酸的生理分布模式。指向能量代谢紊乱的分布模式变化部分可通过添加苄环烷孵育来正常化。这不仅适用于晶状体匀浆,也适用于完整的牛晶状体。对延胡索酸酶和苹果酸脱氢酶的研究表明,苄环烷的富马酸部分可作为这些酶的底物,其方式与富马酸盐相同。所测得的米氏常数相同。

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