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人类和猴眼晶状体悬器的扫描电子显微镜研究。

Scanning electron microscopic studies of the zonular apparatus in human and monkey eyes.

作者信息

Rohen J W

出版信息

Invest Ophthalmol Vis Sci. 1979 Feb;18(2):133-44.

PMID:104933
Abstract

Scanning electron microscopic studies of the zonular apparatus in 10 human and 17 monkey eyes revealed two functionally different sets of zonular fibers: the "main fiber" and the "tension fiber" system. The two systems are connected, forming a broad, sagittally oriented "zonular plexus" within the pars plicata of the ciliary body. The zonular plexus is attached to the ciliary epithelium by the tension fibers, which leave the main system and run obliquely forward to the epithelium deep in the valleys of the ciliary processes. Anteriorly, the zonular plexus splits into the two branches of the "zonular fork," which run respectively to the anterior and posterior aspect of the lens. Thus the zonular plexus can act as a fulcrum. The three-dimensional architecture of the zonular apparatus is consistent with a new concept of accommodation.

摘要

对10只人眼和17只猴眼的悬韧带装置进行扫描电子显微镜研究发现,悬韧带纤维有两种功能不同的类型:“主纤维”和“张力纤维”系统。这两个系统相互连接,在睫状体的皱襞部形成一个宽阔的、矢状方向的“悬韧带丛”。悬韧带丛通过张力纤维附着于睫状上皮,张力纤维离开主系统并向前斜行至睫状突谷底深处的上皮。在前方,悬韧带丛分成“悬韧带叉”的两个分支,分别延伸至晶状体的前表面和后表面。因此,悬韧带丛可起到支点的作用。悬韧带装置的三维结构与一种新的调节概念相符。

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