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质体脂质的再聚集和前质体体和类囊体的形成:超微结构研究。

Reaggregation of etioplast lipids and the formation of prolamellar bodies and thylakoids: An ultrastructural study.

机构信息

Botanisches Institut der Universität zu Köln, Gyrhofstr. 15, 5000, Köln 41, FRG.

出版信息

Plant Cell Rep. 1984 Jun;3(3):116-20. doi: 10.1007/BF02441014.

Abstract

Etioplasts of dark-grownAvena sativa plants were used to prepare either saponin-free or saponin-containing prolamellar bodies. Lipid extracts from both fractions were studied in reaggregation experiments: extracts containing saponins showed liposomes as well as tubules, while saponin-free samples formed only liposomes. Purified PLB lipids in reaggregation experiments were either studied in the presence or in the absence of saponins. Best tubule formation was found with samples containing MGDG+saponin. However, the reconstruction of PLB-like structures was not possible. The long tubules, protruding from isolated PLBs, are seen as a result of the reaction of saponins (originally located in vacuoles) with MGDG.

摘要

暗培养的燕麦质体用来制备无皂素或含皂素的前质体体。对这两种级分的脂类提取物进行了重新聚集实验研究:含有皂素的提取物显示出脂质体和微管,而无皂素的样品只形成脂质体。在重新聚集实验中研究了纯化的 PLB 脂质,无论是有皂素还是无皂素的存在。发现含有 MGDG+皂素的样品具有最佳的微管形成。然而,PLB 样结构的重建是不可能的。从分离的 PLB 中伸出的长微管是由于皂素(最初位于液泡中)与 MGDG 的反应所致。

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