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脑微粒体二酰基甘油存在区室化的证据。

Evidence for a compartmentation of brain microsomal diacylglycerol.

作者信息

Binaglia L, Roberti R, Vecchini A, Porcellati G

出版信息

J Lipid Res. 1982 Sep;23(7):955-61.

PMID:7142817
Abstract

Phosphatidylcholine synthesis from CDP-[methyl-14C]choline and membrane-bound diacyl-[U-14C]-sn-glycerol, formed through the glycerol phosphate pathway, has been examined in vitro in rat brain microsomes. When labeled diacylglycerol was incubated in the presence of unlabeled CDP-choline, the rate of phospholipid labeling looked very different from that measured in incubations of unlabeled diacylglycerol with CDP-[methyl-14C]choline. Evidence is given that diacylglycerol formed through the glycerol phosphate pathway belongs to a metabolic pool separate from the bulk membrane diacylglycerol.

摘要

通过甘油磷酸途径形成的CDP-[甲基-14C]胆碱与膜结合的二酰基-[U-14C]-sn-甘油合成磷脂酰胆碱,已在大鼠脑微粒体中进行了体外研究。当标记的二酰基甘油在未标记的CDP-胆碱存在下孵育时,磷脂标记率与未标记的二酰基甘油与CDP-[甲基-14C]胆碱孵育时测得的标记率看起来非常不同。有证据表明,通过甘油磷酸途径形成的二酰基甘油属于一个与大量膜二酰基甘油分开的代谢池。

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