Corneal development associated with eyelid opening
Развитие роговицы, связанное с открытием век
2004-01-01
SCID: 54.1/352mjjgb
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cell proliferation in corneal epithelium stroma endotheliumcorneal developmentepithelial differentiationeyelid openingtear film and tear-film-associated proteins
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Abstract (AI)
The development of the cornea as a tissue initiates as early as five weeks in the human embryo. This development continues gradually until the time of eyelid opening, which is associated with major developmental changes. These events, most easily observed in rodents, which are born with closed eyelids, include alterations in the rate of cell proliferation in the epithelium, stroma and endothelium; differentiation of the epithelium; appearance of a tear film and tear-film-associated proteins; and swelling and thinning of the stroma. Eyelid opening is also associated with numerous alterations in gene expression. These events are the subject of this review. Readers are directed to the article by Wolosin et al., also in this volume, for an in-depth discussion of early corneal development.
Key Findings
1
Corneal tissue development begins as early as five weeks in the human embryo and continues until eyelid opening.
2
Eyelid opening coincides with epithelial differentiation, the appearance of a tear film and tear-film-associated proteins, and stromal swelling and thinning.
3
Eyelid opening is accompanied by numerous alterations in corneal gene expression.
4
Eyelid opening is associated with major developmental changes observed in rodents, including altered cell proliferation rates in epithelium, stroma, and endothelium.
Research Object
The developing cornea during embryonic and postnatal maturation up to eyelid opening
Research Subject
Morphological, cellular, biochemical and gene-expression changes associated with corneal maturation at eyelid opening, including epithelial differentiation, stromal swelling/thinning, altered cell proliferation across layers, and tear-film appearance
Publication Details
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2004-01-01
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