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海洋甾醇的多样性及藻类生物质的作用:从事实到假说

The diversity of marine sterols and the role of algal bio-masses; from facts to hypothesis.

作者信息

Boutry J L, Saliot A, Barbier M

出版信息

Experientia. 1979 Dec 15;35(12):1541-3. doi: 10.1007/BF01953179.

Abstract

Modern analytical methods have revealed the great variety of marine sterols, which possess many different side chains and unsaturation patterns. Such biochemical transformations require well-defined mechanistic pathways, and there must be some 'Raison d'Etre' for a situation which has withstood evolution and adaptive changes. However, in this area, insufficient and sometimes not very substantial experimental work has made it difficult to see correlations, and hence to form a solid hypothesis. A review is now presented in which the molecules dissolved in sea water, or found in marine organisms are considered with particular reference to algal production, and to the bio-ecological significance of the main sterols.

摘要

现代分析方法揭示了海洋甾醇的种类繁多,它们具有许多不同的侧链和不饱和模式。这种生化转化需要明确的机制途径,对于一种历经进化和适应性变化的情况,必然存在某种“存在理由”。然而,在这一领域,实验工作不足,有时甚至不够充分,这使得难以看出其中的关联,从而难以形成坚实的假设。本文现给出一篇综述,其中特别参照藻类生产以及主要甾醇的生物生态意义,对溶解于海水中或在海洋生物体内发现的分子进行了探讨。

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