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虹鳟鱼中正构烷烃的代谢及其在脂质中的掺入

Metabolism of n-alkanes and their incorporation into lipids in the rainbow trout.

作者信息

Cravedi J P, Tulliez J

出版信息

Environ Res. 1986 Feb;39(1):180-7. doi: 10.1016/s0013-9351(86)80020-2.

Abstract

The metabolic utilization by fish of n-alkanes was investigated in Salmo gairdneri R. receiving per os a single dose of [14C]heptadecane. This alkane was largely absorbed and radioactivity in the intestinal content was entirely in heptadecane. No elimination of the hydrocarbon was observed in urine. One week after dosing, ca. 50% of the ingested radioactivity was stored in the carcass and two-thirds of this radioactivity was due to heptadecane. The highest concentration of 14C was found in adipose tissue and liver, in which 77 and 22%, respectively, of the radioactivity originated from hydrocarbon. The rest was omega-oxidized to heptadecanoic acid. This fatty acid was incorporated into neutral lipids (mainly as free fatty acid) and phospholipids.

摘要

在虹鳟鱼(Salmo gairdneri R.)中研究了鱼类对正构烷烃的代谢利用情况,这些虹鳟鱼经口接受单剂量的[14C]十七烷。这种烷烃大部分被吸收,肠道内容物中的放射性完全存在于十七烷中。在尿液中未观察到该烃类的排泄。给药一周后,约50%摄入的放射性物质储存在鱼体中,其中三分之二的放射性物质归因于十七烷。在脂肪组织和肝脏中发现14C的浓度最高,其中分别有77%和22%的放射性来自烃类。其余部分经ω-氧化生成十七烷酸。这种脂肪酸被整合到中性脂质(主要为游离脂肪酸)和磷脂中。

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