Table 2 of Chen, Mol Vis 2006; 12:196-204.


Table 2. Results of immunofluorescence staining of corneal epithelial sheets

In eyes with recurrent corneal erosion (RCE), the manifestation of key adhesion molecules (integrin β1, integrin β4, laminin 5, and collagen VII) in epithelial sheets from the recurrent corneal erosion or the control eyes is summarized. Compared to control eyes, the most striking difference in affected eyes is the paucity of collagen VII, showing either patchy (discontinuous) staining or negative staining in immunofluorescence. Staining was characterized as positive (+) with a continuously linear pattern for antibody, patchy (+/-) with a discontinuous pattern for antibody, or negative (-) for antibody.

   Patient   Integrin   Integrin   Laminin   Collagen
   number       β1         β4         5        VII
   -------   --------   --------   -------   --------

Epithelial sheets from recurrent corneal erosion

      1         +          +          +         -
      2         +          +          +        +/-
      3         +          +          +        +/-
      4         +          +          +         -
      5         +          +          +         -
      6         +          +          +        +/-
      7         +          +          +         -
      8         +          +          +         -

Mechanically separated epithelial sheet controls

      9         +          +          +         +
     10         +          +          +         +
     11         +          +          +         +

Partial lamellar keratectomized controls

     12         +          +          +         +
     13         +          +          +         +
     14         +          +          +         +

Corneoscleral rim controls

     15         +          +          +         +
     16         +          +          +         +
     17         +          +          +         +

Chen, Mol Vis 2006; 12:196-204 <http://www.molvis.org/molvis/v12/a22/>
©2006 Molecular Vision <http://www.molvis.org/molvis/>
ISSN 1090-0535