ライフサイエンスコーパス: dry eye syndrome

1 rrhagic complications, optic disc edema, and dry eye syndrome.

2 erstand the mechanisms behind ocular pain in dry eye syndrome.

3 ement is a novel treatment for patients with dry eye syndrome.

4 pressing inflammatory responses occurring in dry eye syndrome.

5 dictive accuracy of 89% for the diagnosis of dry eye syndrome.

6 ficance on the healthy ocular surface and in dry eye syndrome.

7 rly estrogen alone, are at increased risk of dry eye syndrome.

8 have been diagnosed by a clinician as having dry eye syndrome.

9 Diabetes is also a major risk factor for dry eye syndrome.

10 st disease was a significant risk factor for dry eye syndrome.

11 ference or have been previously validated in dry eye syndromes.

12 nd CFTR activators as possible therapies for dry eye syndromes.

13 autions against use of mouse models of human dry eye syndromes.

14 ing to the development of new treatments for dry eye syndromes.

15 evalent ophthalmic irAEs in this cohort were dry eye syndrome (2%), conjunctivitis (0.87%), blepharit

16 5%), topical corticosteroid use (35.4%), and dry eye syndrome (37.5%).

17 on can result in tear film disorders such as dry eye syndrome, a widely encountered and debilitating

18 The risk of dry eye syndrome (adjusted incidence rate ratio [IRR] 4.

19 Chronic dry eye syndrome affects over 10 million people in the U

20 spective study was to evaluate the course of dry eye syndrome after phacoemulsification surgery.

21 explore the visual health and prevalence of dry eye syndrome among university students in Iraq and J

22 patients (30 males, 66 females) with chronic dry eye syndrome and cataract, who had undergone phacoem

23 To assess symptom progression in dry eye syndrome and determine risk factors associated w

24 Objectives: To assess symptom progression in dry eye syndrome and determine risk factors associated w

25 lacritin may be selectively downregulated in dry eye syndrome and in blepharitis, yet little informat

26 e combined end point of clinically diagnosed dry eye syndrome and severe symptoms.

27 t of ocular diseases affecting the anterior (dry eye syndrome) and posterior (age-related macular deg

28 surgery and who had not been diagnosed with dry eye syndrome at ours or another institution were inc

29 ating room predisposes surgical residents to dry eye syndrome because of environmental conditions.

30 ients with ophthalmic pathologies, including dry eye syndrome, blindness, and retinopathies, were mor

31 film and could influence the development of dry eye syndrome, but few data are available on this rel

32 The increased risk of dry eye syndrome, cataracts, glaucoma, episcleritis and

33 atients with SLE and to evaluate the risk of dry eye syndrome, cataracts, glaucoma, episcleritis and

34 Dry eye syndrome, characterized by insufficient tear qua

35 were linked to widespread ocular pathologies-dry eye syndrome (DES) and MG dysfunction (MGD).

36 The aim was to investigate prevalence of dry eye syndrome (DES) in a population-based sample in G

37 Dry eye syndrome (DES) is a complex ocular condition cha

38 Dry eye syndrome (DES) is a prevalent condition, but inf

39 Dry eye syndrome (DES) is common but lack of data in qua

40 ing therapeutic approaches for SS-associated dry eye syndrome (DES) show insufficient efficacy.

41 Dry eye syndrome (DES), is a multifactorial disease that

42 rted to affect the incidence and severity of dry eye syndrome (DES).

43 nts with corneal diseases (12 patients each: dry eye syndrome [DES], contact lens wear, post-laser re

44 to determine the prevalence and severity of dry eye syndrome in a group of Mexican residents of diff

45 The main side effect was dry eye syndrome in both groups, but severe side effects

46 stance was the only variable associated with dry eye syndrome in the absence of DVH for the lachrymal

47 Dry eye syndrome is a common condition that affects mill

48 Importance: Dry eye syndrome is a common condition that affects mill

49 Dry eye syndrome is a widespread, underdiagnosed conditi

50 Dry eye syndrome is common health problem among universi

51 o pave the way for predictive diagnostics in dry eye syndrome, offering a robust platform for persona

52 ct surgery and who did not have preoperative dry eye syndrome or ocular surface disease.

53 ned end point of either clinically diagnosed dry eye syndrome or severe symptoms, the multivariable-a

54 %) elevation in risk of clinically diagnosed dry eye syndrome or severe symptoms.

55 ansplant significantly increased the risk of dry eye syndrome (P < 0.05).

56 mal gland dysfunction resulting in dry mouth/dry eye syndrome, remains ill-defined.

57 s best supported by the literature include a dry eye syndrome similar to Sjogren syndrome, and ischem

58 d from the validated Short Questionnaire for Dry Eye Syndrome (SQDES) as a previous diagnosis of DED

59 se Index, together with diagnostic tests for dry eye syndrome, such as tear breakup time, Oxford Sche

60 ysfunction (MGD) may be the leading cause of dry eye syndrome throughout the world.

61 Median time to the development of dry eye syndrome was 5 months after HSCT, whereas all ot

62 A higher number of residents with dry eye syndrome was found in the cardiothoracic surgery

63 Dry eye syndrome was the most common irAE among all ICI

64 Until recently, the cause of dry eye syndrome was uncertain and the treatment was pal

65 Patients with ocular surface disease or dry eye syndrome were excluded.

66 ng a better understanding of the etiology of dry eye syndrome, which will inevitably lead to more eff

67 ecretion from the lacrimal gland can lead to dry eye syndromes with deleterious effects on vision.