ライフサイエンスコーパス: corneal haze

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します

1 ntiation and the development of fibrosis and corneal haze.

2 al corneal biopsy in 1 affected patient with corneal haze.

3 fy a novel role for desmin overexpression in corneal haze.

4 n alphaVbeta3 expression with a reduction in corneal haze.

5 recruitment to the cornea and development of corneal haze.

6 epithelial thickness, stromal thickness, and corneal haze.

7 to the corneal stroma and the development of corneal haze.

8 ced neutrophil activation and development of corneal haze.

9 failure of glaucoma filtration surgery, and corneal haze.

10 Eighteen patients showed a reduction in corneal haze 1 month after CXL.

11 showed a significant (P < 0.01) decrease in corneal haze (1.3 +/- 0.3) compared with the no-decorin-

12 Previous studies suggest that corneal haze after injury involves changes in the light-

13 e and effective in inhibiting development of corneal haze after PTK in rabbits.

14 ion is accompanied by continued reduction in corneal haze and aberrations, suggesting ongoing remodel

15 It also decreased corneal haze and fine-grained irregularities in ocular w

16 Backscattering of light, a function of corneal haze and opacification, was determined regionall

17 Ophthalmic pathology in patients includes corneal haze and progressive retinal and optic nerve atr

18 py provides a high-resolution measurement of corneal haze, and Amco Clear provides a means of standar

19 itment to the corneal stroma, development of corneal haze, and chemokine production were measured.

20 that LASEK may reduce postoperative pain and corneal haze associated with PRK.

21 Corneas were graded for corneal haze at 0, 1.5, 7, 21, 42, and 91 days after PRK

22 C treatment significantly (P < 0.05) reduced corneal haze at 2 weeks and was essentially normal by 12

23 7 to 9 days after transfer, characterized by corneal haze, conjunctival and episcleral injection, cor

24 gested that the development of postoperative corneal haze could be due to an increase in light scatte

25 Severe corneal haze developed by day 42 and persisted to day 91

26 Significant corneal haze developed in the null and aG1 vector-treate

27 Reported complications include keratitis, corneal haze, endothelial cell loss and failure of treat

28 ubjected to -9 D PRK significantly decreased corneal haze in vivo.

29 her, LPS-injected Lum(-/-) mice had elevated corneal haze levels compared with that of Kera(-/-) and

30 No case in the AMT group demonstrated corneal haze, limbal stem cell deficiency, symblepharon,

31 anterior surface irregularities and anterior corneal haze may be the most important limiting factors

32 Among eyes in the MT group, corneal haze occurred in 44% (11/25; P = 0.001), corneal

33 In the primary congenital glaucoma group, corneal haze showed a significant relationship with most

34 Quantitative measurement of corneal haze showed that the postnatal cornea was hazy a

35 reakup time (TBUT), conjunctival congestion, corneal haze, vascularization, conjunctivalization, and

36 Corneal haze was evaluated before surgery and at 2, 3, a

37 In contrast, development of corneal haze was inhibited in the dnG1 vector-treated gr

38 Corneal haze was measured by in vivo confocal microscopy

39 Corneal haze was present in 52 of 56 eyes 1 hour after t

40 Corneal haze was the most frequently reported crosslinki

41 Corneal haze was the most frequently reported CXL-relate

42 The first signs of corneal haze were apparent shortly after reepithelializa

43 ve relationship was noted with C/D ratio and corneal haze, whereas for secondary congenital glaucoma

44 tration into the corneal stroma and elevated corneal haze, which is an indicator of loss of corneal t

WebLSDに未収録の専門用語（用法）は "新規対訳" から投稿できます。