ライフサイエンスコーパス: refractive surgery

1 accurate in eyes that have undergone corneal refractive surgery.

2 lation when using the Gaussian formula after refractive surgery.

3 rgoing cataract extraction following corneal refractive surgery.

4 r some IOLs are better suited for subsequent refractive surgery.

5 ntifibrotic therapy on corneal healing after refractive surgery.

6 on safety and quality of vision after laser refractive surgery.

7 s the US Navy has made to the field of laser refractive surgery.

8 historical data acquired before the corneal refractive surgery.

9 stability and to assess complications after refractive surgery.

10 niques, outcomes, and complications of laser refractive surgery.

11 trends of mitomycin-C application in corneal refractive surgery.

12 e to offer expanding options for intraocular refractive surgery.

13 has emerged as a true and recognized form of refractive surgery.

14 on the market for the practitioner to use in refractive surgery.

15 re and power were designed before the era of refractive surgery.

16 ns for the development of corneal models for refractive surgery.

17 f allergic conjunctivitis and pain following refractive surgery.

18 lens fitting, diagnosis of keratoconus, and refractive surgery.

19 e refractive accuracy in patients with prior refractive surgery.

20 them to corneal diseases and to outcomes of refractive surgery.

21 n eyes with and without a history of corneal refractive surgery.

22 ly larger percentage of patients for corneal refractive surgery.

23 t surgery in the setting of previous corneal refractive surgery.

24 vex tonometer (CT) 1 year after myopic laser refractive surgery.

25 scarring, post-corneal transplant, and post-refractive surgery.

26 l and ocular disorders at baseline and after refractive surgery.

27 the pupil center) using TransPRK as corneal refractive surgery.

28 the pathogenesis of corneal neuralgia after refractive surgery.

29 subjects with corneal ectasia after previous refractive surgery.

30 the treatment of corneal ectasia after laser refractive surgery.

31 included in the 2012 PPP Refractive Errors & Refractive Surgery.

32 among myopic and hyperopic patients seeking refractive surgery.

33 sequent degradation in quality of life after refractive surgery.

34 Army soldiers (n = 143) who opted for refractive surgery.

35 op chronic ocular surface inflammation after refractive surgery.

36 regarding ocular surface disease and corneal refractive surgery.

37 w more patients to be candidates for corneal refractive surgery.

38 f presbyopia, the so-called last frontier in refractive surgery.

39 a modified vergence formula obtained before refractive surgery.

40 worldwide have undergone some form of kerato-refractive surgery.

41 ery in eyes that have undergone prior kerato-refractive surgery.

42 ain and predict trends in patients attending refractive surgery.

43 corneal fibrosis, a frequent complication of refractive surgery.

44 surgery in eyes that have undergone corneal refractive surgery.

45 tial risk factors in all patients undergoing refractive surgery.

46 that strabismus and diplopia can occur after refractive surgery.

47 st importance in today's modern cataract and refractive surgery.

48 management in ophthalmic surgeries including refractive surgery.

49 ents for training ophthalmology residents in refractive surgery.

50 ss measurements before and after cataract or refractive surgery.

51 ucity of literature on residency training in refractive surgery.

52 CST on evaluating corneal biomechanics after refractive surgeries.

53 nticule extraction (SMILE) and other corneal refractive surgeries.

54 attention due to the increased acceptance of refractive surgeries.

55 tients with positive family history prior to refractive surgeries.

56 patients undergoing DSEK may require further refractive surgeries.

57 timal timing and outcomes of these secondary refractive surgeries.

58 with neurodevelopmental disorders undergoing refractive surgery (6 for pre-/postsurgical assessment a

59 This article reviews refractive surgeries after DSEK to address this problem.

60 review discusses key recent developments in refractive surgery after corneal transplantation.

61 age of the patient may affect the outcome of refractive surgery after multifocal IOL implantation.

62 ialty days, American Society of Cataract and Refractive Surgery, American Glaucoma Society, American

63 essential for better explaining outcomes of refractive surgeries and their undesired consequences.

64 er calculation in eyes with previous corneal refractive surgery and (2) evaluate the outcomes of tori

65 We studied 32 subjects with a history of refractive surgery and 32 subjects without a history of

66 w, we go over the past history of incisional refractive surgery and also report the current uses and

67 f care for patients who undergo cataract and refractive surgery and improve outcomes.

68 technology has already dramatically changed refractive surgery and is poised to do the same for cata

69 night corneal reshaping is an alternative to refractive surgery and must continue to be studied and m

70 earch on training ophthalmology residents in refractive surgery and offer an approach to incorporatin

71 ticle summarizes current recommendations for refractive surgery and outcomes in ametropic children wh

72 valuation of corneal wound healing following refractive surgery and penetrating keratoplasty.

73 aract surgery has expanded into the realm of refractive surgery and there is a new emphasis on patien

74 dict the response to incisional and ablative refractive surgery and will also affect the formulas use

75 OCE may prove useful for clinical diagnosis, refractive surgeries, and treatment monitoring.

76 al nerve damage produced by aging, diabetes, refractive surgeries, and viral or bacterial infections

77 cataract surgery, 90 participants with laser refractive surgery, and 134 participants who refused to

78 ry on patients who have had previous corneal refractive surgery, and in these patients intraocular le

79 yndrome [DES], contact lens wear, post-laser refractive surgery, and keratoconus).

80 ted in neurotrophic keratitis, dry eye after refractive surgery, and other corneal diseases.

81 and wavefront-optimized (WFO) platforms for refractive surgery are designed for improved visual outc

82 s of retinal pathology associated with laser refractive surgery are documented.

83 cataract surgery, sutureless vitrectomy, and refractive surgery are now reported with regularity in t

84 wavefront refraction and good results after refractive surgery--are attained in eyes with diffractiv

85 ing an invaluable addition to the mainstream refractive surgery armamentarium.

86 The purpose of this article is to review refractive surgery as a means of treatment for strabismu

87 of the cornea altered candidacy for corneal refractive surgery, as well as choice of surgery, in a s

88 d literature on ocular surface changes after refractive surgery, as well as the outcomes of treatment

89 The American Society of Cataract and Refractive Surgery (ASCRS) and the American Society of R

90 hammas, and American Society of Cataract and Refractive Surgery (ASCRS) average formulas (P < .001).

91 such as the American Society of Cataract and Refractive Surgery (ASCRS) calculator have become effici

92 The American Society of Cataract and Refractive Surgery (ASCRS) postrefractive IOL calculator

93 y (AAO) and American Society of Cataract and Refractive Surgery (ASCRS) presented a joint position pa

94 y (AAO) and American Society of Cataract and Refractive Surgery (ASCRS).

95 For these patients, refractive surgery becomes a viable option to reduce the

96 is the most commonly performed procedure in refractive surgery, but new technologies have become ava

97 5kt Myopia and Astigmatism Topography-guided Refractive Surgery by Contoura Method Versus Customized

98 s might help in the surgical decision before refractive surgery by providing a good sensitivity in de

99 In eyes after refractive surgery, calculating posterior corneal power

100 Refractive surgery can affect corneal sensation by ablat

101 Preliminary data show that refractive surgery can be successfully performed in chil

102 Refractive surgery can be useful in patients with accomm

103 Refractive surgery can correct both ametropia and astigm

104 Refractive surgery can improve the final visual outcome

105 tients with myopia and/or astigmatism, forty refractive surgery candidates who visited Farabi Eye Hos

106 s alike in the correction of complex corneal refractive surgery cases.

107 aiding in the correction of complex corneal refractive surgery cases.This preview algorithm aims to

108 subspecialty of Cornea, External Disease and Refractive Surgery (CEDRS) was one of the first to join

109 aser (Pulzar Z1, CustomVis) at an outpatient refractive surgery center in Manila, Philippines.

110 Candidacy for corneal refractive surgery changed in 16% of patients after eval

111 candidates who visited Farabi Eye Hospital's refractive surgery clinic from May to August 2022 were e

112 Setting: Private refractive surgery clinics.

113 The last few years have seen the refractive surgery community embrace its use for virtual

114 ts undergoing cataract surgery after corneal refractive surgery continues to be a challenging and com

115 Although the demand for refractive surgery continues to gain pace with millions

116 hich often leads to under-estimation in post-refractive surgery cornea.

117 a history of glaucoma surgery or medication, refractive surgery, corneal edema, or corneal dystrophy,

118 D is achieved in only 70% of eyes with post-refractive surgery corneas, and (2) astigmatism accuracy

119 and offer an approach to incorporating laser refractive surgery curriculum in residency education.

120 t progressive KCN (5 studies) and post-laser refractive surgery ectasia (1 study), with a mean postop

121 ducing the progression of KCN and post-laser refractive surgery ectasia in most treated patients with

122 patients who have keratoconus (KCN) and post-refractive surgery ectasia were included.

123 egistry of Quality Outcomes for Cataract and Refractive Surgery (EUREQUO) and the Malaysian National

124 5D spherical equivalent) underwent a routine refractive surgery evaluation.

125 The data emerging from the survey show that refractive surgery experience is fundamental to the educ

126 rty responses were analysed; median years of refractive surgery experience was 12.5.

127 A panel of refractive surgery experts have summarized the current s

128 h performing modern cataract surgery in post-refractive surgery eyes is technically no more complicat

129 Overall, these studies concluded that cornea/refractive surgery fellows achieve similar postoperative

130 ectomy (bioptics) provides another option in refractive surgery for high ametropia.

131 ria for presbyopic patients undergoing laser refractive surgery for monovision.

132 ion errors in routine cataract surgery after refractive surgery for myopic correction.

133 ains a formidable challenge, developments in refractive surgery for naturally occurring ametropias di

134 With the many recent advances in refractive surgery for naturally occurring refractive er

135 article reviews the literature on pediatric refractive surgery from 1995 to 2003 and discusses the p

136 Corneal refractive surgery generally demonstrates significant po

137 alone application for automated standardized refractive surgery graphs.

138 biomechanically corrected IOP (bIOP) in the refractive surgery groups.

139 atients requiring cataract surgery following refractive surgery grows larger each year.

140 To examine whether wavefront-guided refractive surgery has a role in correcting ametropia af

141 The use of incisional refractive surgery has become limited due to the widespr

142 Refractive surgery has been used successfully in adult p

143 several years that the success of hyperopic refractive surgery has begun to approach the efficacy of

144 Refractive surgery has evolved beyond laser refractive t

145 ea of research for many years, the advent of refractive surgery has stimulated research into the regu

146 The advent of corneal refractive surgery has, inevitably, resulted in the occa

147 rs altered in corneas that develop haze post refractive surgery have been described, but pre-existing

148 Patients undergoing refractive surgery have high expectations for an excelle

149 cular lens power determination after corneal refractive surgery, highlighting sources of errors and p

150 known uses of in-vivo confocal microscopy in refractive surgery, highlighting the current development

151 In eyes with a history of corneal refractive surgery, IA performed similarly to the Barret

152 omes of phakic intraocular lenses over other refractive surgeries in patients with moderate and high

153 We report the results of refractive surgery in a series of these children treated

154 There are still indications for incisional refractive surgery in cataract and post-surgical patient

155 tional study is needed to define the role of refractive surgery in children and in the treatment of a

156 t populations would help address the role of refractive surgery in children and its potential impact

157 Refractive surgery in children is controversial.

158 The results suggest that refractive surgery in children with neurodevelopmental d

159 ature regarding indications and outcomes for refractive surgery in children, including laser in-situ

160 er questions about the utility and safety of refractive surgery in children.

161 entially unsatisfactory results with corneal refractive surgery in higher ranges of refractive errors

162 udy included eligible patients who underwent refractive surgery in one or both eyes with Eyecryl tori

163 resentation of keratoconus and ectasia after refractive surgery in the 2 treatment arms.

164 xchange is becoming a more popular method of refractive surgery in the presbyopic patient.

165 ar lens is becoming a more popular method of refractive surgery in the presbyopic patient.

166 Laser refractive surgery in the United States Air Force has de

167 The refractive surgeries induce corneal higher order aberrat

168 Studies focused on mechanisms of refractive surgery induced dry eye disease, surgical opt

169 approaches that do not require preoperative refractive surgery information.

170 Refractive surgery is an option for children with amblyo

171 Refractive surgery is associated with clinically signifi

172 Numerous studies have reported that refractive surgery is effective in correcting certain ty

173 The use of these lenses in refractive surgery is expected to increase very signific

174 Corneal haze post refractive surgery is prevented by mitomycin c (MMC) tre

175 ttern(R) guideline (PPP) Refractive Errors & Refractive Surgery is unknown.

176 terior corneal surface (keratoconus, corneal refractive surgery) is well-documented in the literature

177 In patients with a history of laser refractive surgery, LAL implantation and postimplantatio

178 Refractive surgery led to clinically and statistically s

179 Laser refractive surgery (LRS) is one of the most common elect

180 Current practices of MMC application during refractive surgeries may increase the potential for long

181 ngs from included studies suggest that laser refractive surgery may address amblyogenic refractive er

182 Refractive surgery may hold promise for cases in which t

183 The average indemnity for incorrect refractive surgery measurement was $123 125, that for in

184 es accounted for 10 cases (7.00%), incorrect refractive surgery measurements accounted for 6 cases (4

185 Pediatric refractive surgery meets an important need for this mino

186 With the constant evolution of refractive surgery, mitomycin-C has come to the forefron

187 Refractive surgery monovision correction represents an i

188 ith progressive keratoconus or ectasia after refractive surgery (n = 510).

189 tion, cataract surgery case series following refractive surgery, new corneal topography technologies

190 Subjects with previous intraocular or refractive surgery, ocular comorbidities and diabetes we

191 article will discuss recent developments in refractive surgery, ocular surgery and various miscellan

192 udies that compared SMILE with other corneal refractive surgeries on adult myopia patients and evalua

193 ropia.(1,2) We aimed to assess the impact of refractive surgery on social functioning and vision-spec

194 sterior chamber phakic lenses that provide a refractive surgery option for those with high myopia or

195 ch as in patients who have undergone corneal refractive surgery or penetrating keratoplasty.

196 ly significant cataract, pseudophakia, prior refractive surgery, or age less than 18 years.

197 al scarring, whether caused by trauma, laser refractive surgery, or infection, remains a significant

198 a diagnosis of glaucoma suspect or glaucoma, refractive surgery, or presence of corneal abnormalities

199 searchers, to easily and efficiently analyze refractive surgery outcomes using the standardized metho

200 erive an added benefit from wavefront-guided refractive surgery over conventional surgery.

201 As the post-refractive surgery patient population ages, visually sig

202 dings should be considered in assessments of refractive surgery patients.

203 group comparisons in corneal and intraocular refractive surgery patients.

204 atment algorithms may not be appropriate for refractive surgery patients.

205 eviews to assist the AAO Refractive Errors & Refractive Surgery PPP.

206 This has made some forms of incisional refractive surgery practically obsolete.

207 usual case of epithelial ingrowth post-LASIK refractive surgery presenting as a corneal cyst which wa

208 es to be the most commonly performed corneal refractive surgery procedure in the United States Air Fo

209 Laser refractive surgery procedures (such as laser in-situ ker

210 at times and concentrations commonly used in refractive surgery produces cross-linking of corneal end

211 of the intraocular lens power after corneal refractive surgery, resulting in improved visual outcome

212 In approximate descending order, refractive surgery, retina, oculoplastics, and pediatric

213 owed by yttrium aluminum garnet capsulotomy, refractive surgery, retinal surgery, and others.

214 ant to cataract surgery outcomes and corneal refractive surgery returned 1169 and 162 relevant citati

215 Refractive surgery revision may be necessary when astigm

216 es: normal, keratoconus (KC), and history of refractive surgery (RS).

217 f 100 consecutive patients who presented for refractive surgery screening were evaluated.

218 sks performed on corneal topography, such as refractive surgery screening.

219 PURPOSE OF REVIEW: Topography-guided laser refractive surgery seeks to correct vision by altering t

220 rtain populations of pediatric patients with refractive surgery shows promise but requires further st

221 evaluating the safety and efficacy of laser refractive surgery since 1993 and will continue to do so

222 Patients with keratoconus (85%) and post-refractive surgery status (100%) exhibited best visual i

223 However, development of non-excimer based refractive surgery such as thermal techniques provides a

224 Excimer laser-based refractive surgery techniques have been the most popular

225 nge in corneal refractive power due to laser refractive surgery than other currently available clinic

226 Furthermore, to avoid possible refractive surgery that could produce ectasias.

227 n regarding cataract, intraocular lenses and refractive surgery that goes beyond the measurement of v

228 corneal ablation is an exciting frontier in refractive surgery that incorporates wavefront technolog

229 itting methods that are most effective after refractive surgery that results in high refractive error

230 Following corneal refractive surgery, the corneal spherical aberration mea

231 with cataract, cataract surgery, or previous refractive surgery, the eye with the larger absolute sph

232 ould be performed at least 6 months prior to refractive surgery to allow for any potential corneal as

233 issues surrounding the application of modern refractive surgery to children.

234 Recent publications have reported refractive surgery to treat strabismus and both ametropi

235 Patients considering corneal refractive surgery undergo extensive preoperative testin

236 raocular lens (IOL) power in eyes with prior refractive surgery undergoing cataract surgery at the Lo

237 surgery and 32 subjects without a history of refractive surgery undergoing cataract surgery.

238 With advancing age, refractive surgery was performed for lower magnitudes of

239 The 109 patients who underwent refractive surgery were followed up for 6 months after s

240 /- 9.7 years and a history of myopic corneal refractive surgery were implanted with the LAL during ca

241 ric IOLs in eyes both with and without prior refractive surgery when the BUII and Hill-RBF, Barrett t

242 The American Society of Cataract and Refractive Surgery White Paper treatment paradigm remain

243 40 years old, without history of cataract or refractive surgery, who underwent auto-refraction measur

244 Thorough evaluation of ongoing advances in refractive surgery will help ensure that our airmen cont

245 Participants underwent refractive surgery with either intraocular lens implanta

246 It serves as an alternative to laser-based refractive surgery with essentially no intraoperative or

247 Refractive surgery with excimer laser is a promising opt

248 iduals reported persistent ocular pain after refractive surgery, with several preoperative and periop

249 Six patients have undergone refractive surgery without complication.