ライフサイエンスコーパス: cataract extraction

1 psular cataract extraction, or intracapsular cataract extraction).

2 ty in either eye or evidence of its removal (cataract extraction).

3 ls to estimate the association with incident cataract extraction.

4 nd 12 y, respectively, for the occurrence of cataract extraction.

5 refined carbohydrates, increases the risk of cataract extraction.

6 acular edema (CME) is a common problem after cataract extraction.

7 ment of postoperative inflammation following cataract extraction.

8 ed at the time of either glaucoma surgery or cataract extraction.

9 .206 +/- 0.13 before and 0.18 +/- 0.12 after cataract extraction.

10 zonular dehiscence, and vitreous loss during cataract extraction.

11 cal density (MPOD) measured before and after cataract extraction.

12 trophia defectiva approximately a week after cataract extraction.

13 the cornea is crucial to a good outcome with cataract extraction.

14 Similar results were observed for cataract extraction.

15 uire surgical intervention until the time of cataract extraction.

16 uire surgical intervention until the time of cataract extraction.

17 aphakia; and iris suture fixation at primary cataract extraction.

18 improvement in vision-related outcomes after cataract extraction.

19 dentified 5713 incident cases of age-related cataract extraction.

20 eloping central-involved macular edema after cataract extraction.

21 nstability is seen in RP patients undergoing cataract extraction.

22 eveloping central-involved ME 16 weeks after cataract extraction.

23 ts not typical of glaucoma, or had undergone cataract extraction.

24 istory of intravitreal injections undergoing cataract extraction.

25 aract surgery and may prevent well tolerated cataract extraction.

26 bles its utility throughout the procedure of cataract extraction.

27 and were followed for incident cataract and cataract extraction.

28 ere obtained from donors after extracapsular cataract extraction.

29 w-up, we confirmed 4865 incident age-related cataract extractions.

30 The most common clinical settings were after cataract extraction (18/36, 50%) and glaucoma surgery (1

31 elderly recruited, 433 (73%) had cataract or cataract extraction, 54% were women and 46% were men.

32 In patients undergoing cataract extraction, additional measurements were taken

33 who received conventional therapy underwent cataract extraction (adjusted risk reduction with intens

34 ore years previously had a 20% lower risk of cataract extraction after adjustment for age, average nu

35 Median age at initial cataract extraction, age-standardized cataract surgery r

36 o the ciliary sulcus following extracapsular cataract extraction and "in the bag" intraocular lens im

37 lear expression during planned extracapsular cataract extraction and capsular tears during irrigation

38 In cases of topical anesthesia for cataract extraction and for LASIK procedures, the leadin

39 P patients who underwent phacoemulsification cataract extraction and intraocular lens implantation by

40 With advances in techniques for cataract extraction and intraocular lens implantation, c

41 n the subset with longer follow-up underwent cataract extraction and intraocular lens implantation.

42 All patients subsequently underwent cataract extraction and intraoperative findings of the p

43 second laser followed by phacoemulsification cataract extraction and IOL insertion.

44 The causes of diplopia following cataract extraction and LASIK include decompensation of

45 Still, modern day cataract extraction and lens implantation are extremely

46 Endothelial cell survival after cataract extraction and lens implantation are still majo

47 Clear corneal cataract extraction and lens implantation cause minimal

48 Endothelial cell survival after cataract extraction and lens implantation is still the m

49 t cases such as patients undergoing combined cataract extraction and penetrating keratoplasty as well

50 two general techniques: manual extracapsular cataract extraction and phacoemulsification--with ECCE f

51 Cataract extraction and randomization to receipt of an i

52 ion on the large number of incident cases of cataract extraction and the electronic database on drug

53 The positive association between cataract extraction and total CHD was stronger among wom

54 In addition, we review studies on combined cataract extraction and trabeculectomy, including older

55 Such procedures include cataract extractions and knee replacements.

56 oemulsification, 72% following extracapsular cataract extraction, and 40% following pars plana lensec

57 period, all phakic eyes ultimately underwent cataract extraction, and 5 eyes underwent glaucoma surge

58 includes total iridodialysis, intracapsular cataract extraction, and anterior vitrectomy, was done i

59 apsulotomy specimens obtained at the time of cataract extraction, and five capsules from patients wit

60 cal procedures, planned manual extracapsular cataract extraction, and history of previous intraocular

61 Given that nearly two million cataract extractions are performed yearly, a large rando

62 eneficiaries were twice as likely to undergo cataract extraction as were prepaid beneficiaries (P<.01

63 ent with uveitis is more complex than senile cataract extraction, because it involves multiple consid

64 o, and proportion of RRD patients with prior cataract extraction (CE) were determined.

65 of combined surgery including clear corneal cataract extraction combined with trabeculectomy, and th

66 n and zeaxanthin had a 22% decreased risk of cataract extraction compared with those in the lowest qu

67 n omega-3 fatty acid had a 12% lower risk of cataract extraction compared with those in the lowest qu

68 decades after smoking cessation, the risk of cataract extraction did not decrease to the level of nev

69 Cataract extraction during infancy with IOL implantation

70 haracteristics of participants who underwent cataract extraction during the 5-year trial were analyze

71 apsular bag still occurs after extracapsular cataract extraction (ECCE) surgery.

72 iotic was more effective for preventing post-cataract extraction endophthalmitis than topical antibio

73 Manual extracapsular cataract extraction (especially small-incision versions)

74 ens (IOL) calculation in patients undergoing cataract extraction following corneal refractive surgery

75 from other patients undergoing extracapsular cataract extraction from the superior bulbar region.

76 Surgical techniques for manual extracapsular cataract extraction have undergone much refinement, with

77 7%), bleb needling in 71 patients (17%), and cataract extraction in 111 of 363 patients (31%).

78 able intake reduces the risk of cataract and cataract extraction in a large, prospective cohort of wo

79 e association between dietary fat intake and cataract extraction in adult women from the Nurses' Heal

80 gery, the survival of filtration blebs after cataract extraction in eyes that had previous trabeculec

81 lderly, the significantly different rates of cataract extraction in FFS and prepaid settings warrant

82 We observed a modestly lower risk of cataract extraction in men with higher intakes of lutein

83 between carotenoid and vitamin A intakes and cataract extraction in men.

84 Many articles pertaining to cataract extraction in the glaucoma patient have been pu

85 Day-Surgery Register and local registers of cataract extraction in the study area.

86 sis, and the continued role of extracapsular cataract extraction in Western countries.

87 time since quitting smoking and incidence of cataract extraction in women and men enrolled in the Nur

88 between carotenoid and vitamin A intakes and cataract extraction in women.

89 The evolution of combined triple surgery--cataract extraction, intraocular lens implantation, and

90 After cataract extraction, IOP decreased in controls and fewer

91 iplopia following retrobulbar anesthesia for cataract extraction is extraocular muscle paresis/restri

92 Overall, modern day cataract extraction is very safe for the cornea.

93 Cataract extraction, LASIK, PRK, PTK, and various combin

94 However, recent data suggest that cataract extraction may be more effective at controlling

95 Surgical alternatives to be combined with cataract extraction may be utilized to achieve a more si

96 ysiological mechanisms of IOP lowering after cataract extraction may help us better predict which pat

97 y in the follow-up period, most commonly for cataract extraction (n = 40/82 eyes, 48.8%).

98 For cataract extraction, no significant inverse trend was ob

99 ients are most likely to benefit from simple cataract extraction, obviating the need for combined cat

100 The patient underwent an uneventful cataract extraction of the right eye a week prior to the

101 ques to lower IOP to be performed along with cataract extraction offer a promising alternative in pat

102 literature covering the long-term effect of cataract extraction on intraocular pressure (IOP).

103 s ratio [OR] = 1.73), visits 1 year prior to cataract extraction (OR = 0.11), and an interaction betw

104 tatin use was found to be protective against cataract extraction (OR: 0.93, P = .02), while shorter-t

105 Five of 6 had surgeries such as vitrectomy, cataract extraction, or a procedure for glaucoma control

106 extraction, sutureless manual extracapsular cataract extraction, or intracapsular cataract extractio

107 ng were associated with an increased risk of cataract extraction (P for trend <.001).

108 g association with prevalence of cataract or cataract extraction (P for trend = 0.047).

109 relation of dietary glycemic load to risk of cataract extraction (P for trend = 0.10).

110 decreasing reduction of odds of cataract or cataract extraction, (P for trend = 0.008).

111 osure have recently been proposed, including cataract extraction, paracentesis, and argon laser irido

112 ophthalmitis in diabetic patients undergoing cataract extraction, pars plana vitrectomy, and intravit

113 ignificant and sustained IOP reduction after cataract extraction, particularly in closed-angle varian

114 Age and risk-factor adjusted rates of cataract extraction per 1000 beneficiary-years.

115 iabetic vitrectomy should be individualized, cataract extraction performed either before or in combin

116 r Project databases identified 1,353 primary cataract extractions performed in Olmsted County between

117 Controls underwent phacoemulsification cataract extraction plus insertion of an intraocular len

118 who were pseudophakic or were scheduled for cataract extraction, pO(2) was also measured in the post

119 Performing cataract extraction prior to glaucoma surgery has numero

120 The effects of intersession testing, cataract extraction, pupillary dilation, focal plane, an

121 garettes per day had a 21% increased risk of cataract extraction (rate ratio, 1.21; 95% CI, 1.06-1.39

122 garettes per day had a 42% increased risk of cataract extraction (rate ratio, 1.42; 95% CI, 1.28-1.58

123 Ten of 14 eyes (71%) underwent cataract extraction related to topical steroid use.

124 ve retina-affecting procedures, and eventual cataract extraction resulting from SB and PPV for RRD re

125 The IRA was affected by cataract severity, cataract extraction, small pupillary diameters (<5.5 mm)

126 Cataract extraction surgery performed within 28 days of

127 capsular rupture is a common complication of cataract extraction surgery.

128 emulsification, sutured manual extracapsular cataract extraction, sutureless manual extracapsular cat

129 Major advances in cataract extraction techniques and instrumentation have

130 Modern vitrectomy and cataract extraction techniques have reached levels not i

131 eral bands and fewer explants and associated cataract extractions than S1.

132 d 158 cases of ab interno trabeculotomy with cataract extraction, the retention rate was 70% for 1 ye

133 o perform cleaner, faster, and more reliable cataract extractions, the ultimate postoperative refract

134 gnment decreases with topical anesthesia for cataract extraction to 5%, and diplopia occurs with an i

135 oplasty may be performed in conjunction with cataract extraction to provide additional intraocular pr

136 dure--has evolved from planned extracapsular cataract extraction to small-incision phacoemulsificatio

137 the case with a dropped lens nucleus during cataract extraction, visual acuities after a dropped DSA

138 In multivariate analyses, cataract extraction was associated with significantly in

139 Cataract extraction was defined as the surgical removal

140 Cataract extraction was performed in 13 phakic eyes (54%

141 Cataract extraction was performed in 57 patients (20%).

142 e, smoking, and other coronary risk factors, cataract extraction was significantly associated with hi

143 Incident cases of cataract extraction were determined by a biennial questi

144 During 8 y of follow-up, 840 cases of senile cataract extraction were documented.

145 ith cataracts sufficiently severe to require cataract extraction were evaluated.

146 ications, reoperation for complications, and cataract extraction were similar with both surgical proc

147 Results for cataract extraction were similar.

148 ident cases of age-related cataract and 1193 cataract extractions were confirmed during follow-up.

149 f 10 y of follow-up, 2067 cataracts and 1315 cataract extractions were confirmed.

150 ng the study period, 2,382 cataracts and 647 cataract extractions were reported.

151 Cataract extraction with intraocular lens (IOL) implanta

152 f age who had previous trabeculectomy and/or cataract extraction with intraocular lens implantation a

153 Cataract extraction with intraocular lens implantation i

154 Ocular misalignment following cataract extraction with retrobulbar anesthesia has an i

155 ssation significantly decreased the risk for cataract extraction with time (P for trend <.001).

156 king cessation seems to decrease the risk of cataract extraction with time, although the risk persist

157 th peripheral corneal-relaxing incisions and cataract extraction with toric intraocular lenses have p

158 Persons who had undergone cataract extraction without intraocular lens implantatio