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1 d expression of involucrin and SPRR-2 in the corneal epithelia.
2 rial penetration through injured and healing corneal epithelia.
3 PI)3 kinase is upregulated in wounded rabbit corneal epithelia.
4 surface, adheres, and traverses multilayered corneal epithelia.
5 n the basal and wing cells of the limbal and corneal epithelia.
6 e apical cell layer of both conjunctival and corneal epithelia.
7 their contribution to the healing of injured corneal epithelia.
8  and PI-3 kinase were activated in embryonic corneal epithelia after 1-hour stimulation by type I col
9 alized in the basal cell layer of limbal and corneal epithelia after day 10.
10 esis that whole human tear fluid can protect corneal epithelia against P. aeruginosa virulence mechan
11 feron-gamma-inducible protein (IP)-10 in the corneal epithelia and conjunctiva were measured by a mul
12 and cytotoxic bacteria to translocate across corneal epithelia and increased transepithelial resistan
13 ng the physiological role of ion channels in corneal epithelia and may aid in the development of a ce
14                                        Their corneal epithelia are fragile and can be removed by gent
15 helia; p107, initially nuclear in limbal and corneal epithelia, became increasingly cytoplasmic in co
16    It is now established that the limbal and corneal epithelia belong to the same clonogenic lineage
17 ential expression in epidermal, adnexal, and corneal epithelia but were not significantly altered in
18  and percentage area of abnormal superficial corneal epithelia by confocal microscopy.
19                                              Corneal epithelia contained several alternatively splice
20 hromatography (TLC) of lipids extracted from corneal epithelia followed by staining with an ammonium
21                                        Human corneal epithelia from donor corneas and a human corneal
22                                   Limbal and corneal epithelia from wild-type FIH-1(-/-) and Kit(W/Wv
23  P. aeruginosa translocation of multilayered corneal epithelia grown on Matrigel was approximately 10
24                                              Corneal epithelia have limited self-renewal and therefor
25                                          The corneal epithelia in one eye of 8-week-old New Zealand W
26                    Traversal of multilayered corneal epithelia in vitro by cytotoxic P. aeruginosa re
27 lence, Pseudomonas traversal of multilayered corneal epithelia in vitro was investigated.
28 ithelial cells and translocates multilayered corneal epithelia in vitro, but it does not penetrate th
29                      We further show that in corneal epithelia, INSR interacts with the voltage-depen
30    Here we show that homeostasis of cultured corneal epithelia is entirely lacritin-dependent and elu
31 roscopy revealed subtle abnormalities in the corneal epithelia of -/- mice (i.e., a decrease in numbe
32                                          The corneal epithelia of C57BL/6, TLR2(-/-), TLR4(-/-), TLR9
33 rin-A1 immunoreactivity was increased in the corneal epithelia of diabetic individuals, mice maintain
34 t Cre- cells were also Krt12 negative in the corneal epithelia of Krt12Cre/-/ZAP mice.
35 rease in lower sized (50 kd) occludin in the corneal epithelia of wild-type mice.
36 e-rich, PAS-positive acinar cells; increased corneal epithelia permeability, with reduced CE expressi
37 inal inner and outer layers, ganglion cells, corneal epithelia, scleral fibroblasts, and oligodendroc
38 arity, and the number of desquamating apical corneal epithelia significantly increased in EDE.
39 imately 38%) and ventral (approximately 21%) corneal epithelia, suggesting that gelsolin was recruite
40  in fetal eyes and in adult conjunctival and corneal epithelia, uvea, cellular layers of the retina,
41 in NIH 3T3 fibroblasts, corneal fibroblasts, corneal epithelia, uveal melanoma cells, and several car
42                       Gene expression in the corneal epithelia was analyzed by semiquantitative RT-PC
43                                 Apoptosis in corneal epithelia was assessed by evaluating the express
44                Translocation of multilayered corneal epithelia was investigated with the invasive str
45  samples derived from human conjunctival and corneal epithelia were hybridized in three independent e
46                              Avian embryonic corneal epithelia were isolated as tissue sheets, organ
47                              Whole embryonic corneal epithelia were isolated without the basal lamina
48 d capacity to clear P. aeruginosa, and their corneal epithelia were more susceptible to bacterial col
49  chemoattractant (KC), and MMP-9 mRNA by the corneal epithelia were significantly increased in NRTN(-
50                                              Corneal epithelia were then harvested for Northern blot
51 age medium and with either intact or removed corneal epithelia were then treated with Na-Fl, riboflav