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晶状体悬韧带附着处:扫描电子显微镜研究

The zonular insertion: a scanning electron microscopic study.

作者信息

Streeten B W

出版信息

Invest Ophthalmol Vis Sci. 1977 Apr;16(4):364-75.

PMID:844993
Abstract

The zonular insertion on the human lens capsule has been studied with scanning electron microscopy. The whole insertional area is covered by a variety of 35 to 55 nm. fibrils, including those of the major inserting zonules, the meridional zonules, capsular surface fibrils, and a nonoriented fibrillar layer over the zonules. All appear to be zonular in type. The meridional zonules span the equator and are a form of insertion shared by the three levels of major zonules, probably helping to distribute their lateral pull. Surface rippling over the zonular insertion appears to result from greater contraction of the oriented fibers than of the nonoriented fibrils and superficial capsule. Surface meshwork fibrils attach to the capsule by becoming embedded in a granular capsular matrix 0.5 to 1 mu thick.

摘要

已用扫描电子显微镜研究了人晶状体囊膜上的小带附着情况。整个附着区域覆盖着各种35至55纳米的纤维,包括主要附着小带、子午线小带、囊膜表面纤维以及小带上的无定向纤维层。所有这些似乎都是小带类型。子午线小带跨越赤道,是主要小带的三个层次共有的一种附着形式,可能有助于分散它们的侧向拉力。小带附着处的表面波纹似乎是由定向纤维比无定向纤维和浅层囊膜收缩得更多所致。表面网状纤维通过嵌入0.5至1微米厚的颗粒状囊膜基质而附着于囊膜。

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