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植物脂质:代谢、突变体和膜。

Plant lipids: metabolism, mutants, and membranes.

出版信息

Science. 1991 Apr 5;252(5002):80-7. doi: 10.1126/science.252.5002.80.

Abstract

The mechanisms that regulate plant lipid metabolism determine the dietary and industrial value of storage oils found in economically important species and may control the ability of many plants to survive exposure to temperature extremes. Many of the problems researchers have in defining the pathways, enzymes, and genes involved in plant lipid metabolism appear to be amenable to analysis by genetic approaches. Mutants with alterations in membrane lipid composition have also been used to study the structural and adaptive roles of lipids. The application of genetic engineering methods affords opportunities for researchers to apply knowledge gained about plant lipid metabolism toward enhanced use of plant oils as abundant and renewable sources of reduced carbon.

摘要

调控植物脂类代谢的机制决定了经济上重要物种中储存油脂的食用和工业价值,并且可能控制着许多植物在极端温度暴露下的生存能力。研究人员在确定植物脂类代谢途径、酶和基因方面遇到的许多问题似乎都可以通过遗传方法进行分析。具有改变的膜脂组成的突变体也被用于研究脂类的结构和适应性作用。遗传工程方法的应用为研究人员提供了机会,使他们能够将关于植物脂类代谢的知识应用于增强植物油脂的利用,将其作为丰富且可再生的低碳资源。

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