ライフサイエンスコーパス: age-related cataract

1 tion of cataract severity for all 3 types of age-related cataract.

2 evision (ICD-10) diagnosis code for NAION or age-related cataract.

3 s, Tenth Revision, diagnosis code for RAO or age-related cataract.

4 Obesity was not causally associated with age-related cataract.

5 ed of 140 eyes of 70 patients with bilateral age-related cataract.

6 symptom onset) and 15 control patients with age-related cataract.

7 nd SOD erythrocyte activity in patients with age-related cataract.

8 ty, may be associated with decreased risk of age-related cataract.

9 nlikely to have a large beneficial effect on age-related cataract.

10 or chamber intraocular lens implantation for age-related cataract.

11 ion between all antioxidants in the diet and age-related cataract.

12 AC was inversely associated with the risk of age-related cataract.

13 C or E supplements may increase the risk of age-related cataract.

14 sures to prevent or delay the development of age-related cataract.

15 s, high BP and diabetes were associated with age-related cataract.

16 s thickness is a significant risk factor for age-related cataract.

17 of nuclear cataract, the most common type of age-related cataract.

18 ched ferritin aggregates in the formation of age-related cataract.

19 uclear sclerosis, is the most common type of age-related cataract.

20 mposition and function, which are related to age-related cataract.

21 maturing lens may increase susceptibility to age-related cataract.

22 ve stress, a major factor in the etiology of age-related cataract.

23 t the molecular level both in congenital and age-related cataract.

24 n between dietary glycemic load and incident age-related cataract.

25 gh dietary glycemic load on the incidence of age-related cataract.

26 ted by ribosomal proteins is associated with age-related cataract.

27 stent associations between size at birth and age-related cataract.

28 rth, is associated with an increased risk of age-related cataract.

29 istent association between size at birth and age-related cataract.

30 believed to be important in the etiology of age-related cataract.

31 to environmental insults are associated with age-related cataracts.

32 d after phacoemulsification in patients with age-related cataracts.

33 atients with regular corneal astigmatism and age-related cataracts.

34 nt of similar characteristic changes seen in age-related cataracts.

35 diseases, including the amyloid diseases and age-related cataracts.

36 320 nm) is a well-documented risk factor for age-related cataracts.

37 ioxidant therapy may slow the progression of age-related cataracts.

38 ties has been implicated in diseases such as age-related cataracts.

39 previously been implicated in congenital or age-related cataracts.

40 that estrogen may provide protection against age-related cataracts.

41 One hundred patients with bilateral age-related cataract (200 eyes) had standard cataract su

42 and low-dose multivitamins with the risk of age-related cataract among 31,120 Swedish men, aged 45-7

43 Age-related cataract, an opacity of the eye lens, is the

44 Two thousand seventy-four incident cases of age-related cataract and 1193 cataract extractions were

45 died subjects consisted of 103 patients with age-related cataract and 22 controls.

46 lation: Forty-three eyes of 43 patients with age-related cataract and CA(tot) between 1 and 3 diopter

47 In this study, patients with age-related cataract and corneal astigmatism of 1.0 to 3

48 and their proposed role in the prevention of age-related cataract and macular degeneration; and nutri

49 this investigation was to determine whether age-related cataract and maculopathy in older siblings p

50 OS) is believed to be a major contributor to age-related cataract and other age-related diseases.

51 TL) that influence the development of murine age-related cataract and synechia, by using a geneticall

52 Epithelia from age-related cataracts and from normal lenses were microd

53 These inclusions correlated spatially with age-related cataracts and with the presence of ROS.

54 BV) and hepatitis C virus (HCV) infection to age-related cataract, and to assess whether liver damage

55 postoperative clinical course from those of age-related cataracts, and the visual outcome is multifa

56 ar glutathione (GSH) plays a pivotal role in age-related cataract (ARC) formation.

57 e iconic protein condensation-based disease, age-related cataract (ARC).

58 rphisms near CRYAA have been associated with age-related cataract (ARC).

59 all antioxidants in the diet in relation to age-related cataract are needed to confirm or refute our

60 Age-related cataracts are a major public health problem.

61 By contrast, denatured crystallins in age-related cataracts are bound by alpha-crystallin and

62 Age-related cataracts are one of the leading causes of v

63 use was associated with a decreased risk of age-related cataract at 5 (RR: 0.278; 95% CI: 0.246-0.31

64 The primary outcome was development of age-related cataract at 5-, 7-, and 10-year intervals.

65 ) in the DS group had clinically significant age-related cataracts, but there was no evidence of earl

66 patients undergoing phacoemulsification for age-related cataract by an experienced surgeon (1 eye pe

67 ds, are hypothesized to decrease the risk of age-related cataracts by preventing oxidation of protein

68 2011; 634 631 person-years), 11 580 incident age-related cataract cases were identified.

69 (January 1998-December 2006), 2,963 incident age-related cataract cases were identified.

70 ociated with a significantly reduced risk of age-related cataract compared to OWLD use and no pharmac

71 ischemic optic neuropathy (NAION) and normal age-related cataract controls.

72 Among age-related cataracts, cortical opacities rank as the se

73 The association of myopia with incidence of age-related cataract could not be confirmed in meta-anal

74 oking has been shown to be a risk factor for age-related cataract, data are inconclusive on the risk

75 Age-related cataract, defined as progressive opacificati

76 Information on incident age-related cataract diagnosis and extraction was collec

77 There were 4309 incident cases of age-related cataracts during the mean 7.7 years of follo

78 One eye in 76 patients with bilateral age-related cataract eligible for cataract surgery was i

79 low-up, we identified 5713 incident cases of age-related cataract extraction.

80 ars of follow-up, we confirmed 4865 incident age-related cataract extractions.

81 modifications may play an important role in age-related cataract formation.

82 death, does not seem to play a major role in age-related cataract formation.

83 The high prevalence of age-related cataract, glaucoma, and other eye conditions

84 and Sweden were reviewed to select eyes with aged-related cataracts, having undergone crystalline len

85 but there was no evidence of early onset of age-related cataracts in DS.

86 e disrupted and showed the hallmark signs of age-related cataracts; in addition, some eyes that appea

87 men (aged 49-83 years) who were observed for age-related cataract incidence for a mean of 7.7 years.

88 lation-based studies with data on myopia and age-related cataract, including nuclear, cortical, and p

89 Establishing that age-related cataracts involve amyloid structures gives m

90 Age-related cataract is a leading cause of blindness wor

91 Age-related cataract is a leading cause of visual impair

92 Age-related cataract is a major cause of morbidity.

93 These results provide evidence that age-related cataract is associated with alterations in t

94 The results provide evidence that human age-related cataract is associated with decreased expres

95 The prevalence of age-related cataract is increasing, with an estimated 30

96 Age-related cataract is the most common cause of visual

97 Age-related cataracts is a highly prevalent eye disorder

98 f nuclear cataracts, the most common form of age-related cataracts, is not known.

99 to the pathological light scattering in this age-related cataract model.

100 A prospective observational study of 41 age-related cataract patients undergoing phacoemulsifica

101 A total of 381 eyes of 199 patients with age-related cataract received an IOL Acrysof SN60WF, Tec

102 ins plays a central role in the formation of age-related cataracts, suggesting that dietary antioxida

103 zed controlled trials of patients undergoing age-related cataract surgery treated with corticosteroid

104 The study included patients having age-related cataract surgery with implantation of either

105 Despite the high prevalence of age-related cataracts, there are currently no known ther

106 New therapeutic approaches to age-related cataracts use chemical chaperones to solubil

107 Age-related cataract was diagnosed clinically using the

108 total, 48 patients (96 eyes) with bilateral age-related cataract were enrolled.

109 total, 55 patients (110 eyes) with bilateral age-related cataract were enrolled.

110 106 eyes of 53 patients with bilateral age-related cataract were evaluated (EDOF IOL group: n =

111 Patients with a diabetes mellitus or prior age-related cataract were excluded.

112 ith stroke before the diagnosis of NAION and age-related cataract were excluded.

113 Patients with NAION and age-related cataract were included in the analysis.

114 e hundred and ninety eyes with uncomplicated age-related cataract were included.

115 Patients with age-related cataracts were recruited and randomized to r

116 ent and to contribute to both congenital and age related cataract when mutated, the extended promoter

117 amily, accumulated over a lifetime, leads to age-related cataract, whereas inherited mutations are as

118 -related maculopathy are likely, less so for age-related cataract, which confer risk of the same lesi

119 ation comprised 130 eyes of 68 patients with age-related cataract who underwent cataract surgery with

120 included 113 unrelated Korean patients with age-related cataract who underwent CCS or FLACS in Sever

121 assess the associations of axial length with age-related cataract within a span of 10 years in an Asi