1 endophthalmitis, and infectious keratitis or corneal ulceration.

2 c cascade, leading to epithelial defects and corneal ulceration.

3 uginosa keratitis is characterized by severe corneal ulceration.

4 y play a role in the pathogenesis of sterile corneal ulceration and other ocular surface diseases.

5 itis sicca, pseudomembranous conjunctivitis, corneal ulceration and perforation, and microvascular re

6 (MMP13) is involved in P. aeruginosa-induced corneal ulceration and whether it therefore can be targe

7 ng of persistent epithelial defects, sterile corneal ulcerations, and partial limbal stem cell (LSC)

8            The reduction in the frequency of corneal ulceration by the RTR tetramer possibly resulted

9         The slit-lamp characteristics of the corneal ulceration, corrected distance visual acuity, du

10 es in cataract, trachoma control, infectious corneal ulceration, cytomegalovirus retinitis, and retin

11               To our knowledge, neurotrophic corneal ulceration has not previously been reported afte

12 s for the treatment as well as prevention of corneal ulceration in the developing world.

13 the time of presentation, the development of corneal ulceration in the setting of systemic autoimmune

14 has been reported to reduce the incidence of corneal ulcerations in the alkali-injured eye by the put

15              Disease progression can lead to corneal ulceration, melt, and perforation.

16 s without diabetes who developed neuropathic corneal ulceration presumed secondary to long ciliary ne

17                                          The corneal ulceration's width and length was significantly