周期性细胞壁成分的结构(耐辐射微球菌的hpi层)。

Cytobiologie Pub Date : 1978-06-01
O Kübler, W Baumeister
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引用次数: 0

摘要

通过电子显微镜和随后的数字图像处理研究了耐辐射微球菌细胞壁的六边形填充层(hpi层)。平均图像中最突出的特征是一个形状像“齿轮”的“复合体”,它由一个中心孔穿孔,并由精细的辐条相互连接。这个基本结构元素被初步解释为代表hpi层蛋白质的大部分,由其他成分插入:脂质,类胡萝卜素和碳水化合物。这表明,“齿状轮”结构是周期性细菌表层的一个相当常见的元素,不同物种观察到的不同间距是由于不同数量的插入物质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The structure of a periodic cell wall component (HPI-layer of Micrococcus radiodurans).

The hexagonally packed interlayer (HPI-layer) from Micrococcus radiodurans cell walls has been studied by electron microscopy and subsequent digital image processing. The most prominent feature in the average images is a "complex" shaped like a "toothed wheel", which is perforated by a central pore and interconnected by fine spokes. This basic structural element is tentatively interpreted to represent the bulk of HPI-layer protein, intercalated by the other constituents: lipids, carotenoids and carbohydrates. It is suggested that the "toothed wheel" structure is a quite common element of periodic bacterial surface layers and that the different spacings observed with various species are due to variable amounts of intercalating material.

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