Archives of Ophthalmology · 1981 · 45 citations · 6 references
MedicineOphthalmologySurgeryOcular PathologyOcular TraumaWound HealingChemical Eye InjuryCorneal AnatomyCorneal PathologyCorneal PhysiologyCorneal TraumaCorneal Wound HealingBasement Membrane StructureCell Adhesion ComplexesCorneal Epithelial AdhesionCorneal Epithelial DamageCorneal Healing ResponseCorneal Surface IntegrityPenetrating Corneal WoundsStromal Tissue
This animal study of corneal surface injury using acid, alkali n-heptanol, iodine, keratectomy, or scraping, despite morphologic differences from the human, simulated the human response to these forms of trauma. The rabbit and monkey thus remain useful models for the study of the effects of chemical and physical injury on the corneal surface. Although abnormalities in the basement membrane complex seem to play an important role in corneal epithelial adhesion problems, the presence of a poor substratum on which adhesion complexes must in turn rely for their stromal attachment is also an important factor.
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Adhesion of Regenerating Corneal Epithelium
Ali A. Khodadoust, Arthur M. Silverstein, Kenneth R. Kenyon et al. · American Journal of Ophthalmology · 1968 · 278 citations
Medicine, Ophthalmology, Surgery +12
A Simple Method for the Removal of Rabbit Corneal Epithelium Utilizing n-Heptanol
Charles Cintron, Linda Hassinger, Claire L. Kublin et al. · Ophthalmic Research · 2009 · 96 citations
Medicine, Ophthalmology, Surgery +15
Characterization of collagenolytic activity in the ulcerating cornea
M Berman, Claes H. Dohlman, M.C. Gnädinger et al. · Experimental Eye Research · 1971 · 61 citations
Medicine, Biochemistry, Pathology +14
Epithelium and Stroma in Alkali-Burned Corneas
Hidehiko Matsuda, George K. Smelser · Archives of Ophthalmology · 1973 · 53 citations