<p>Images were taken at 48 hours with a HR3 confocal microscope to view corneal epithelium for rats that underwent no corneal epithelial debridement (normal cornea), rats that underwent debridement but no treatment (control group), and rats that underwent debridement and treatment with UltraGRO (liquid form and powder form). Corneal epithelial debridement treated with UltraGRO had healed apical and basal epithelia similar to those of normal cornea, while the control had dry apical squamous cells and WBC infiltrates in the basal epithelium. The superficial stroma was not damaged, and appeared similar across the different groups. Image dimensions of 0.4mm x 0.4mm.</p
Purpose: To investigate the proliferative behavior of the corneal and limbal epithelia after debride...
<p>(A) Cross sections of chimeric rat corneas reveal that there is no concordance between patches of...
The cornea is an excellent model system to use for the analysis of wound repair because of its acces...
<p>Rats underwent corneal epithelial debridement and topical applicaton of liquid or redissolved pow...
Purpose: To compare keratocyte activation, cellular morphologic changes and wound healing after SMIL...
Objectives: The purpose of this study is to elaborate the histo-morphological alterations in cornea ...
<p>Corneal epithelial wounds were created in both eyes of Sprague Dawley rats. Y-27632 or PBS was ap...
<p>(A) Slit lamp photograph of a reconstructed nude rat cornea. (B) HE staining showing that the rec...
Purpose. The mouse has become an important wound healing model with which to study corneal fibrosis,...
We assessed the maintenance and distribution of epithelial stem/progenitor cells after corneal recon...
Purpose. The reepithelialization of the corneal surface is an important process for restoring the im...
Summary: It is thought that corneal epithelial injuries resolve by leading-edge cells “sliding” or “...
It is estimated that there are millions of corneal operations performed annually in the United Kingd...
To examine whether transplantation of human mesenchymal stem cells (MSCs) could reconstruct the corn...
PURPOSE: The topical use of human ADSC was investigated for treating injured rat cornea. METHODS: An...
Purpose: To investigate the proliferative behavior of the corneal and limbal epithelia after debride...
<p>(A) Cross sections of chimeric rat corneas reveal that there is no concordance between patches of...
The cornea is an excellent model system to use for the analysis of wound repair because of its acces...
<p>Rats underwent corneal epithelial debridement and topical applicaton of liquid or redissolved pow...
Purpose: To compare keratocyte activation, cellular morphologic changes and wound healing after SMIL...
Objectives: The purpose of this study is to elaborate the histo-morphological alterations in cornea ...
<p>Corneal epithelial wounds were created in both eyes of Sprague Dawley rats. Y-27632 or PBS was ap...
<p>(A) Slit lamp photograph of a reconstructed nude rat cornea. (B) HE staining showing that the rec...
Purpose. The mouse has become an important wound healing model with which to study corneal fibrosis,...
We assessed the maintenance and distribution of epithelial stem/progenitor cells after corneal recon...
Purpose. The reepithelialization of the corneal surface is an important process for restoring the im...
Summary: It is thought that corneal epithelial injuries resolve by leading-edge cells “sliding” or “...
It is estimated that there are millions of corneal operations performed annually in the United Kingd...
To examine whether transplantation of human mesenchymal stem cells (MSCs) could reconstruct the corn...
PURPOSE: The topical use of human ADSC was investigated for treating injured rat cornea. METHODS: An...
Purpose: To investigate the proliferative behavior of the corneal and limbal epithelia after debride...
<p>(A) Cross sections of chimeric rat corneas reveal that there is no concordance between patches of...
The cornea is an excellent model system to use for the analysis of wound repair because of its acces...