ライフサイエンスコーパス: iritis

1 betes--a mechanism that might participate in iritis.

2 chanisms that can contribute to the onset of iritis.

3 Hashimoto thyroiditis, 1 with psoriasis and iritis, 1 with diabetes mellitus and psoriasis, and 1 wi

4 causes (1 eye), aniridic state after severe iritis (2 eyes) or iris tumor (2 eyes).

5 nts, characterized by an unexpected onset of iritis after cataract surgery and high rates of steroid

6 an lead to multiple complications, including iritis, an inflammation of the iris.

7 ts of membrane degradation products produced iritis and hemorrhages in rabbits' eyes.

8 832 eligible patient-eyes, postoperative ME, iritis, and a glaucoma-related event occurred on average

9 oses were high intraocular pressure, rebound iritis, and posterior vitreous detachment.

10 e classic triad of arthritis, conjunctivitis/iritis, and urethritis.

11 Mild iritis developed after 14% of the injections that had be

12 A trend of lower odds of a postoperative iritis diagnosis was noted in the high-strength (40 mg/m

13 ure group, one eye (1/19) developed an acute iritis directly related to CL wear.

14 disease parameters measured (conjunctivitis, iritis, epithelial keratitis, and corneal clouding).

15 The most common AEs included iritis (FE implant, 0.5%; SE implant, 5.1%), ocular hype

16 l injection, chemosis, corneal edema, severe iritis, fibrin accumulation, and a 193-fold increase in

17 Exclusion criteria included history of iritis, glaucoma, intraoperative posterior capsular rupt

18 d intraocular pressure (IOP), corneal edema, iritis, IOL dislocation, cystoid macular edema (CME) or

19 abetes mellitus, inflammatory bowel disease, iritis, JRA, multiple sclerosis, psoriasis, RA, systemic

20 oiditis, vitritis, intraretinal hemorrhages, iritis, keratic precipitates, optic neuritis, branch ret

21 rvention, were corneal abrasion (n = 46) and iritis (n = 31).

22 Postoperative AEs included iritis (n = 330, 1.53%), corneal edema (n = 110, 0.53%),

23 eet the primary end point because of rebound iritis (P < 0.001).

24 = 226.28), iridocyclitis (ROR = 214.60), and iritis (ROR = 88.90).

25 No corneal decompensation, iritis, secondary glaucoma, or pupillary block occurred

26 patients and, in a minority with persistent iritis, treatment was escalated to methotrexate, which w

27 uity were reported in 1 SCJ patient each and iritis was reported in 1 IVT patient.

28 terest (e.g., corneal endothelial cell loss, iritis) was higher with bimatoprost implant than timolol

29 id reepithelialization and reduced keratitis/iritis were also observed in neutrophil-depleted B6 mice

30 xin produced corneal epithelial erosions and iritis, while application of beta-toxin caused scleral i

31 ficant protection against conjunctivitis and iritis, while ocular vaccination with live HSV-1 KOS pro

32 or chamber at 2 weeks and absence of rebound iritis with medication discontinuation, was the primary