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人工磷脂和糖脂颗粒,通过荧光标记对其结构进行可视化以及这些颗粒所表现出的一些生物学特性。

Artificial phospholipid and glycolipid particles, visualization of their structures by fluorescence markers and some biological properties expressed by these particles.

作者信息

Huang R T

出版信息

Z Naturforsch C Biosci. 1977 Jul-Aug;32(7-8):656-9. doi: 10.1515/znc-1977-7-831.

Abstract

Homogeneous large (5--30 micrometer) lipid particles comparable in size and shape to blood cells can be obtained when excess of cholesterol is homogenized with egg phospholipids or brain glycolipids in a Dounce apparatus. The particles contain distinct structures of membranes and lipid cores as visualized by the included fluorescence markers. When these particles were used as models in studying interactions between membranes, it was demonstrated that several properties normally pertaining to natural membranes could be exhibited by lipids alone. It could also be shown that particles containing phospholipids or glycolipids were very different in their adhesiveness to tissue culture cells and in their response to sera of various species.

摘要

当在玻璃匀浆器中将过量胆固醇与卵磷脂或脑糖脂匀浆时,可得到大小和形状与血细胞相当的均匀大(5 - 30微米)脂质颗粒。通过所包含的荧光标记物可见,这些颗粒含有明显的膜结构和脂质核心。当将这些颗粒用作研究膜之间相互作用的模型时,结果表明,一些通常与天然膜相关的特性仅由脂质就能展现出来。还可以表明,含有磷脂或糖脂的颗粒在对组织培养细胞的粘附性以及对不同物种血清的反应方面有很大差异。

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