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1 in a mouse model of diabetes with or without corneal injury.
2 mplications of MSC-mediated tissue repair in corneal injury.
3 inhibition may be an effective treatment for corneal injury.
4 eal infection, most commonly associated with corneal injury.
5 ween proteoglycans and growth factors during corneal injury.
6 small and reached significance I clay after corneal injury.
7 directly related to area and depth of acute corneal injury.
8 des re-epithelialization after some types of corneal injury.
9 tilt position may reduce the risk of severe corneal injury.
10 model of photorefractive keratectomy-induced corneal injury.
11 ically to treat severe inflammation-mediated corneal injuries.
12 nd its impact on inflammation and healing of corneal injuries.
13 mising targets for regenerative therapies of corneal injuries.
15 eal neovascularization in mice 3 weeks after corneal injury and 1 week after intrastromal injection o
19 nd protein were induced to high levels after corneal injury and were temporally and spatially correla
20 These findings provide novel evidence that corneal injury causes significant mobilization of endoge
21 revious reports indicated that pregnancy and corneal injury (CI) trigger alterations of lacrimal glan
22 ular surface epithelial cells in response to corneal injury, epithelial cells undergoing DNA synthesi
27 limination of myofibroblasts after repair of corneal injury is essential for the maintenance of corne
29 d upon transplantation onto eyes in a rabbit corneal injury model, these reprogrammed cells are able
31 present study, we investigated the impact of corneal injury on the homeostasis of endogenous MSCs, an
32 t of induction of ocular pathology following corneal injury or wearing of contaminated contact lenses
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