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      Structure of the Human Vitreoretinal Border Region

      Ophthalmologica

      S. Karger AG

      Inner limiting membrane, Retina, Human, Topographical variation, Vitreoretinal border region, Ultrastructure

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          Abstract

          The morphology of the vitreoretinal border region and possible age-related changes in its thickness and its structural elements have been investigated by scanning and transmission electron microscopy. The material comprised both eyes from one human fetus and 15 adults. The age distribution of the adults was two persons in each decade from the third to the tenth decade. Four regions in each eye were studied. The inner limiting membrane (MLI) of the fetal eyes was very thin, of almost equal thickness in the four regions, being thickest in the macular region. The MLI followed the contour of the MÜller cells. A regional difference in thickness of the MLI was found in all adult eyes; it was thickest in the macular region. The outer cellular surface of the MLI was undulating, whereas the inner vitreous surface was smooth. No significant correlation between age and thickness of the membrane could be demonstrated in adult eyes. The diameter of the previously described fibrils close to the MLI varied slightly from approximately 15 to 30 nm. No correlation between age and fibril diameter or fibril diameter and region was found. Fibril length varied significantly between the four regions, the longest being in the ora serrata region, the second longest in the equatorial region, the next in the optic disc region and the shortest in the macular region.

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          Author and article information

          Journal
          OPH
          Ophthalmologica
          10.1159/issn.0030-3755
          Ophthalmologica
          S. Karger AG
          0030-3755
          1423-0267
          1994
          1994
          01 April 2010
          : 208
          : 2
          : 82-91
          Affiliations
          Eye Pathology Institute, University of Copenhagen, Denmark
          Article
          310458 Ophthalmologica 1994;208:82–91
          10.1159/000310458
          8183530
          © 1994 S. Karger AG, Basel

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          Page count
          Pages: 10
          Categories
          Original Paper

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