ライフサイエンスコーパス: cataract surgery

1 re filled during the postoperative period of cataract surgery.

2 tandard indications of combined glaucoma and cataract surgery.

3 ify dementia patients likely to benefit from cataract surgery.

4 and result in refractive surprise following cataract surgery.

5 intraocular lenses (IOLs) currently used in cataract surgery.

6 oma is a common complication after pediatric cataract surgery.

7 the use of toric IOLs in patients undergoing cataract surgery.

8 predictive value for DED symptom onset after cataract surgery.

9 with a history of previous PRK or LASIK and cataract surgery.

10 f IOL (SN60WF) following phacoemulsification cataract surgery.

11 ely to achieve sustained IOP reduction after cataract surgery.

12 ative refractive errors (RE) one month after cataract surgery.

13 doexfoliation (PEX) 5 years after undergoing cataract surgery.

14 tline an optimal postoperative regimen after cataract surgery.

15 at the beginning of planned glaucoma and/or cataract surgery.

16 another intraocular surgery, and complicated cataract surgery.

17 d either multifocal or monofocal IOLs during cataract surgery.

18 case volume and visual acuity outcomes after cataract surgery.

19 portant risk factor for complications during cataract surgery.

20 ge number of people in society with previous cataract surgery.

21 sion, corneal transplantation, glaucoma, and cataract surgery.

22 complications or worse visual outcomes after cataract surgery.

23 n the appropriate subgroup of patients after cataract surgery.

24 invaluable when counseling patients prior to cataract surgery.

25 ikely to have significant visual gains after cataract surgery.

26 ons and risk factors for, IOL exchange after cataract surgery.

27 s were evaluated before and for 1 year after cataract surgery.

28 ystems in the context of subjects undergoing cataract surgery.

29 The most common clinical setting was post-cataract surgery.

30 diagnosis of macular edema within 90 days of cataract surgery.

31 KA) between 0.75 and 2.5 diopters (D) during cataract surgery.

32 ular and long-term follow-up after pediatric cataract surgery.

33 ar edema is common after phacoemulsification cataract surgery.

34 that can occur after otherwise uncomplicated cataract surgery.

35 quantifying spectacle independence following cataract surgery.

36 e assessing spectacle independence following cataract surgery.

37 on practice in children undergoing pediatric cataract surgery.

38 ased significantly after phacoemulsification cataract surgery.

39 lens complications are uncommon with modern cataract surgery.

40 ulators and their use in lens prediction for cataract surgery.

41 on or prior to each beneficiary's first-eye cataract surgery.

42 ffer treatment of astigmatism at the time of cataract surgery.

43 pe 2) did not influence the rate of post-PPV cataract surgery.

44 tious endophthalmitis, 74% were unrelated to cataract surgery.

45 t fall short of benchmarks for uncomplicated cataract surgery.

46 ON within 2 months and AION within 1 year of cataract surgery.

47 receiving a SAP by cefuroxime at the end of cataract surgery.

48 and falls in Medicare beneficiaries awaiting cataract surgery.

49 .5 months (range, 1-7 months) at the time of cataract surgery.

50 compared to unilateral and 2-timed bilateral cataract surgery.

51 halmology, with a positive impact far beyond cataract surgery.

52 ransplantation, 4 patients (6 eyes) required cataract surgery.

53 refractive surprise in a patient undergoing cataract surgery.

54 clear corneal sutureless phacoemulsification cataract surgery.

55 ic examinations for first eye and second eye cataract surgeries.

56 ophthalmic procedures) than after standalone cataract surgeries (0.20% vs. 0.04% of cases), and occur

57 rcept (1.93), preoperative AL (0.91), age at cataract surgery (-0.07), age at follow-up (0.14), and i

58 Twenty years after the original cataract surgery, 10 of the 800 patients at risk (1.2%)

59 cleral buckle 1 month after the last IAC and cataract surgery 12 months later.

60 One and 7 days after cataract surgery, 12.9 and 4.2% of the eyes had IOP spik

61 ity ratio vs. no therapy that is superior to cataract surgery ($2,262/QALY), amblyopia therapy ($2,71

62 001), perimetry (85.3% vs 79.8%; P < .0001), cataract surgery (23.4% vs 12.3%; P < .0001), laser trab

63 d 457,128 beneficiaries undergoing first-eye cataract surgery, 23,332 (5.1%) with dementia.

64 office visits (mean, 9.1 vs 7.9; P = .001), cataract surgery (34.9% vs 19.0%; P < .0001), and glauco

65 A total of 8 542 838 eyes underwent cataract surgery, 3629 of which developed acute-onset en

66 Before cataract surgery, 39% of all patients had pseudoexfoliat

67 e oil was removed after 5 months followed by cataract surgery 5 months later.

68 most common cause of aphakia was congenital cataract surgery (55%).

69 All cataract surgeries (617 453) performed during the 29-mon

70 One year after cataract surgery, 75.7% of the POAG eyes maintained the

71 To determine whether cataract surgery accelerates disease progression in reti

72 in at least 1 eye (aDelta: 5.50, P < 0.001), cataract surgery (aDelta: 3.01, P = 0.017), and quieting

73 OL exchange/removal: an adverse event during cataract surgery (adjusted odds ratio [aOR] 19.45; 95% C

74 The results indicate that cataract surgery affects the discriminative nature of th

75 y of IOL calculations in patients undergoing cataract surgery after previous RK.

76 aigis-L formula prediction errors in routine cataract surgery after refractive surgery for myopic cor

77 veitis (aHR, 0.75; 95% CI, 0.59-0.96), prior cataract surgery (aHR, 0.70; 95% CI 0.56-0.88), and glau

78 Except cataract surgery, all ocular surface diseases, intraocul

79 acuity of <20/60 compared to those that had cataract surgery alone (adjusted RR 2.60 95% CI, 1.13-6.

80 act surgery with placement of the HMS versus cataract surgery alone (no microstent [NMS]).

81 Compared with cataract surgery alone, TBS plus cataract surgery showed

82 ct implantation with cataract surgery versus cataract surgery alone, with excellent safety through 2

83 ct surgery and one normal patient undergoing cataract surgery alone.

84 in patients with mild to moderate OAG versus cataract surgery alone.

85 iStent Inject during cataract surgery versus cataract surgery alone.

86 e HMS group, and 187 eyes were randomized to cataract surgery alone.

87 te 5-year incidences were determined for all cataract surgeries and specifically for standalone proce

88 nente Southern California patients underwent cataract surgery and 89 731 met inclusion criteria.

89 ptomatic patients who have had uncomplicated cataract surgery and a routine postoperative day 1 exami

90 A total of 10 044 eyes having cataract surgery and in-the-bag implantation of ZCB00 (A

91 Patients undergoing cataract surgery and intraocular lens (IOL) implantation

92 ng vision in eyes with endophthalmitis after cataract surgery and intravitreal injections.

93 m were studied before and after simultaneous cataract surgery and LRIs (at weeks 1, 4 and 12), patien

94 TMB (iStent Inject; Glaukos Corporation) and cataract surgery and one normal patient undergoing catar

95 Eighty patients (160 eyes) had bilateral cataract surgery and received a Vivinex XY1 IOL in 1 eye

96 ield macular thickness) within 90 days after cataract surgery and the patients (%) with a best-correc

97 nges in visual acuity [VA], activity status, cataract surgery) and systemic events (e.g., infections

98 s (12.4%) returned to the operating room for cataract surgery, and 643 eyes (3.7%) returned to the op

99 d for age, sex, AMD severity, VA, history of cataract surgery, and assigned AREDS2 study treatment.

100 age-related macular degeneration, performed cataract surgery, and at least 10 intravitreal (excludin

101 tic retinopathy, cataract, glaucoma surgery, cataract surgery, and first-order interactions.

102 re PCG, glaucoma after congenital idiopathic cataract surgery, and glaucoma associated with trauma.

103 older age, non-white race, glaucoma surgery, cataract surgery, and moderate baseline VF damage (-6 dB

104 Among the 270 eyes having cataract surgery, APC >=20/32 was found in 44.4%, APC 20

105 at the postoperative week 1 timepoint after cataract surgery are rare in asymptomatic patients who h

106 a similar risk of endophthalmitis following cataract surgery as the noncancer population, and the cu

107 xial length (AL) from the time of unilateral cataract surgery at age 1 to 7 months to age 5 years, an

108 and fecal incontinence, and he had undergone cataract surgery at the age of 20 years.

109 selection is a major challenge of pediatric cataract surgery attributable to unpredictable future ey

110 ta: -0.07; P < .001) (or lower prevalence of cataract surgery [B: -0.78; 95% CI: -1.44, -0.13; beta:

111 Despite a modest worsening in CRT after cataract surgery, BCVA was improved in both treatment gr

112 At the first study visit after cataract surgery, BCVA was improved significantly in bot

113 children (199 eyes) who underwent pediatric cataract surgery before 1 year of age with a minimum of

114 oorer survival was associated with bilateral cataract surgery before enrollment compared with baselin

115 eyes with keratoconus that had uncomplicated cataract surgery between 2014 and 2018 at a single insti

116 Patients who underwent cataract surgery between January 1, 2013 and December 31

117 Patients undergoing cataract surgery between January 2007 and June 2014 were

118 All patients undergoing cataract surgery between July 1, 2014, and December 31,

119 of 25,818 consecutive patients who underwent cataract surgery between the years 2014 and 2018 at Hels

120 of AION is increased in the first year after cataract surgery, but not in the early (i.e., 2 months)

121 in simultaneous bilateral than in unilateral cataract surgery, but only by the surgery time of the se

122 g a multifocal IOL added to the costs of the cataract surgery, but the OCT increased the detection of

123 as a stand-alone procedure or at the time of cataract surgery by 5 surgeons.

124 Cataract surgery by phacoemulsification in eyes with med

125 We investigated the effect of cataract surgery by phacoemulsification on intraocular p

126 Seventy eyes of 40 POAG patients undergoing cataract surgery by phacoemulsification were retrospecti

127 d median number of days between biometry and cataract surgery, calculated the proportion of patients

128 ulation, and the current study suggests that cataract surgery can be considered as appropriately indi

129 ases of incorrect implants being used during cataract surgery (cataract extraction and intraocular le

130 istory of autoimmune disease and/or uveitis, cataract surgery combined with another intraocular surge

131 Risk factors may include younger age, cataract surgery combined with other ophthalmic surgerie

132 lar Pressure in Glaucoma Patients Undergoing Cataract Surgery (COMPASS) trial who underwent Micro-Ste

133 lar Pressure in Glaucoma Patients Undergoing Cataract Surgery (COMPASS) trial who underwent Micro-Ste

134 include studying treatments and outcomes in cataract surgery, corneal transplantation, and macular d

135 lication rate, poor visual outcomes, and low cataract surgery coverage indicated that actions to impr

136 ermany) and conventional phacoemulsification cataract surgery (CPCS).

137 ed to determine the associations between pre-cataract surgery data and the prediction error.

138 We prepare and release the IIITD Cataract Surgery Database (CaSD) captured from 132 catar

139 nges at the postoperative week 1 visit after cataract surgery, defined as an unanticipated change in

140 The rate of cataract surgery did not change significantly during the

141 The cumulative incidence of cataract surgery did not depend on treatment group assig

142 at cataracts is Delayed Sequential Bilateral Cataract Surgery (DSBCS), during which patients have a s

143 referred to as delayed sequential bilateral cataract surgery (DSBCS).

144 e among 4-year-old children after unilateral cataract surgery during infancy.

145 591 733 Medicare beneficiaries who underwent cataract surgery during that calendar year, with brand m

146 accounted for 26%, 37%, and 36% of the total cataract surgery eye drop cost, respectively.

147 After uncomplicated cataract surgery, eyes were randomized 3:1 intraoperativ

148 Femtosecond laser-assisted cataract surgery (FLACS) has been reported to reduce pha

149 ctive outcomes of femtosecond laser assisted cataract surgery (FLACS) using Victus platform (Technola

150 ation fills, visits to eye care clinics, and cataract surgery frequency.

151 Patients who underwent phacoemulsification cataract surgery from October 2016 to June 2018 in a ter

152 pipeline was used to identify laterality of cataract surgery from operative notes and laterality of

153 Thus, a careful pre-cataract surgery fundus examination remains an essential

154 e glaucoma (JOAG n = 16), glaucoma following cataract surgery (GFCS n = 15), and other secondary form

155 eitis, younger age, bilateral uveitis, prior cataract surgery, glaucoma surgery, presence of keratic

156 al postoperative data were collected for the cataract surgery group, including preoperative and posto

157 The use of oral sedation in cataract surgery has been suggested as a cost- and space

158 ement of surgical technology and techniques, cataract surgery has evolved to small-incisional surgery

159 As cataract surgery has evolved, intraocular lens (IOL) com

160 More than 40% of patients undergoing cataract surgery have 1 diopter (D) power or more of ast

161 ture adult size AL for each child undergoing cataract surgery, helping the surgeon to customize the s

162 A total of 800 patients were examined before cataract surgery in 1997-1998.

163 drops prescribed for postoperative use after cataract surgery in 2016 was approximately $170 million.

164 oral compared with intravenous sedation for cataract surgery in a diverse patient population in term

165 At present, most patients undergo cataract surgery in both eyes on separate days as recomm

166 Follow-up to age 5 years after bilateral cataract surgery in children aged 7 to 24 months reveals

167 RD is estimated for the first 10 years after cataract surgery in children with no known ocular and sy

168 Cataract surgery in diabetics is more technically challe

169 only minimally when compared to conventional cataract surgery in experienced hands.

170 r advances are needed to improve outcomes of cataract surgery in eyes that have undergone corneal ref

171 k of posterior capsular rupture (PCR) during cataract surgery in eyes with previous intravitreal inje

172 mplantation of iris prosthesis combined with cataract surgery in eyes with previous iridocyclectomy f

173 t PPV, we observed a trend for a lower HR of cataract surgery in eyes with proliferative retinopathy

174 When approaching cataract surgery in eyes with relatively uncomplicated P

175 long-term, prospective comparative study of cataract surgery in eyes with uncomplicated PEX, the ris

176 Visual acuity after bilateral cataract surgery in infants younger than 7 months is goo

177 atients 66 years of age and older undergoing cataract surgery in Ontario, Canada, between January 1,

178 s vehicle, based on clinical outcomes, after cataract surgery in patients with diabetes.

179 egrated analysis showing improved BCVA after cataract surgery in patients with diabetic retinopathy,

180 riatics and 1 anesthetic (ICMA, Mydrane) for cataract surgery in patients with well-controlled type-2

181 ation, San Clemente, CA) in combination with cataract surgery in subjects with mild to moderate prima

182 Mean age at cataract surgery in the 10 dislocated cases was 68.3 yea

183 cantly higher than in the reference group of cataract surgery in the anterior chamber angle (16.2 +/-

184 of phakic patients in the PPV arm underwent cataract surgery in the study eye before 12 months versu

185 intervention, including after uncomplicated cataract surgery, increases according to the number of p

186 of human endothelial cells (HCEC) in routine cataract surgery is 8.5%.

187 Persistent dysphotopsia after cataract surgery is a significant cause for patient diss

188 Delaying cataract surgery is associated with an increased risk of

189 Cataract surgery is beneficial in most patients with DR

190 Posterior capsule opacification (PCO) after cataract surgery is influenced by intraocular lens (IOL)

191 The refractive outcome of cataract surgery is influenced by the choice of intraocu

192 Femtosecond laser-assisted cataract surgery is not inferior to conventional PCS sur

193 Cataract surgery is one of the most frequently performed

194 ost common vision-disrupting complication of cataract surgery is posterior capsule opacification (PCO

195 Intraocular lens (IOL) exchange after cataract surgery is unusual but may be associated with s

196 that so far has mostly been implanted during cataract surgery, is a microelectronic sensor that measu

197 delivery is Immediately Sequential Bilateral Cataract Surgery (ISBCS).

198 s, known as immediately sequential bilateral cataract surgery (ISBCS).

199 whether routine preoperative testing delays cataract surgery long enough to cause clinical harm is u

200 The addition of an HMS at the time of cataract surgery lowered the risk of markedly elevated I

201 cation and sutureless, manual small-incision cataract surgery (M-SICS), as well as in patients with p

202 Furthermore, cataract surgery may be performed safely in eyes with fu

203 Approximately 20.5% of patients undergoing cataract surgery may have macular pathologies, of which

204 ts with postsurgical ME stratified into post-cataract surgery ME (PCSME) and post-other surgery ME (P

205 atient surgical procedures (cholecystectomy, cataract surgery, meniscectomy, muscle/tendon procedures

206 n using spectral-domain OCT before and after cataract surgery (monthly for 3 months).

207 in South Asian patients, and glaucoma after cataract surgery more frequent in white patients.

208 = 37; 31.6%) in April 2020, whereas elective cataract surgery (n = 481; 47.3%) was the most common pr

209 identified, clinical settings included post-cataract surgery (n = 6), post-penetrating keratoplasty

210 validated task-specific assessment tool for cataract surgery (Objective Structured Assessment of Cat

211 lectomy were identified with a median age at cataract surgery of 11 months (7-23); 68% received a pri

212 Patients with cataract surgery of both eyes among a nationwide cancer

213 nts suffer from bilateral cataract and while cataract surgery of only one eye is effective in restori

214 Twenty of 102 (19.6%) patients had previous cataract surgery, of which 2 and 9 developed AION within

215 ients were treated for endophthalmitis after cataract surgery, of which 57 (51%) were culture-positiv

216 The effect of cataract surgery on IOP in patients with primary open-an

217 of this research is to assess the effect of cataract surgery on the iris texture pattern as a means

218 itals (38%) reported rates for uncomplicated cataract surgeries only.

219 replacement were compared with eyes that had cataract surgery only (n = 47) across demographic and cl

220 iology of infection, 18 (75%) eyes were post-cataract surgery (operated elsewhere), 3 (12.5%) eyes we

221 eassess the prevalence and incidence of post-cataract surgery optic neuropathy (PCSON) in the modern

222 be considered when evaluating FECD eyes for cataract surgery or EK.

223 Twenty-one subjects underwent cataract surgery or refractive lens exchange with bilate

224 zed eyes, acute endophthalmitis secondary to cataract surgery or secondary lens implantation represen

225 probability of treatment with LT, including cataract surgery (OR, 0.31; 95% CI, 0.30-0.32), corneal

226 To review the history of cataract surgery over the past 100 years, and to offer p

227 minimal cataract at final follow-up or after cataract surgery) (P < 0.001).

228 Cataract surgery patients who had a perioperative prescr

229 nced a 59% average increase in the number of cataract surgeries per surgeon with 10 hospitals showing

230 There were 103 920 cataract surgeries performed by 136 surgeons included in

231 A retrospective study of 330 cataract surgeries performed by resident physicians betw

232 dophthalmitis occurred in 0.04% of 8 542 838 cataract surgeries performed in the United States betwee

233 examined in South Indian patients requiring cataract surgery, PEX was associated with higher systoli

234 Patients with cataract surgery preceding AION were included in the pcs

235 odds ratios (ORs) for age, gender, previous cataract surgery, previous corneal transplantation, prev

236 Inclusion criteria consisted of unilateral cataract surgery prior to 7 months of age and anterior P

237 iStent Inject TBS implantation during cataract surgery seems to be cost effective for reducing

238 mpared with cataract surgery alone, TBS plus cataract surgery showed a 99% probability of being more

239 In 95% of all simulations, TBS plus cataract surgery showed a cost per QALY of C$62 366 or l

240 erical aberration for the 8.0 mm zone at pre-cataract surgery state.

241 In those with previous cataract surgery, surgical technique and complications i

242 ed dementia were also less likely to receive cataract surgery than beneficiaries without diagnosed de

243 ecruitment and the date of the occurrence to cataract surgery, the time to the last visit of the foll

244 In a large cohort of patients who underwent cataract surgery, the use of a BLF IOL resulted in no ap

245 cts GmbH) is implanted during small-incision cataract surgery; the latest development is an even smal

246 Among US Medicare beneficiaries undergoing cataract surgery, those with dementia are more likely to

247 gMAR BCVA improved from 0.73 +/- 0.70 before cataract surgery to 0.46 +/- 0.63 (P < .001) after vitre

248 nge in a myopic direction from 1 month after cataract surgery to age 1.5 years was 0.35 diopters (D)/

249 ded for refraction (glasses measurement) and cataract surgery to CBBSH.

250 Mean time from cataract surgery to dislocation surgery was 12 years 6 m

251 l group were followed for 3 months after the cataract surgery to obtain the rate of endophthalmitis.

252 acameral vancomycin use during an uneventful cataract surgery treated with early anti-VEGF treatment.

253 scemet membrane endothelial keratoplasty and cataract surgery (triple DMEK).

254 seudophakic eyes or DMEK in combination with cataract surgery (triple-DMEK) between September 3, 2013

255 s with the outcomes after DMEK combined with cataract surgery (triple-DMEK) in patients with Fuchs' e

256 hieved after iStent inject implantation with cataract surgery versus cataract surgery alone, with exc

257 eceived implantation of iStent Inject during cataract surgery versus cataract surgery alone.

258 After endophthalmitis related to cataract surgery, vitreous cultures may have prognostic

259 The mean duration between 2 cataract surgeries was 8-9 months.

260 legal indemnity for incorrect implant during cataract surgery was $57 514 (United States dollars).

261 ression and intervention after uncomplicated cataract surgery was 0%, 50%, and 75% when none, 1 or 2,

262 lative incidence of Nd:YAG capsulotomy after cataract surgery was 13.2% (95% confidence interval [CI]

263 Median age at cataract surgery was 13.9 months (range, 7.2-22.9).

264 Median age at cataract surgery was 2.2 months (interquartile range [IQ

265 for 7574 eyes of 4883 patients who underwent cataract surgery was 244 days.

266 The mean duration of receiving cataract surgery was 4.3 years after cancer diagnosis.

267 The mean age of receiving first cataract surgery was 71 years.

268 Overall, prevalence of cataract surgery was 8.6%, with 11.3% urban and 5.0% rur

269 Femtosecond laser -assisted cataract surgery was a safe and precise procedure but en

270 oids among patients undergoing uncomplicated cataract surgery was associated with lower rates of clin

271 Although a reasonable prevalence of cataract surgery was found, a high complication rate, po

272 Cataract surgery was more likely to yield sustained IOP

273 Cataract surgery was required more frequently over 36 mo

274 ate of endophthalmitis within 3 months after cataract surgery was similar between the 2 study groups:

275 Incidence of cataract surgery was similar in both treatment groups.

276 Cataract surgery was then performed using a single techn

277 study of mortality in relation to receipt of cataract surgery, we sought to describe those study desi

278 A total of 123 eyes of 80 patients prior to cataract surgery were assigned to 2 groups based on norm

279 ar view and absence of endophthalmitis after cataract surgery were associated with an increased likel

280 ctive study 63 patients undergoing binocular cataract surgery were divided into four groups for impla

281 atients who received rescue treatment before cataract surgery were excluded.

282 dophthalmitis occurring within 30 days after cataract surgery were identified using diagnosis codes i

283 rative DED symptoms who underwent uneventful cataract surgery were included in the analysis.

284 276 eyes of 266 patients undergoing routine cataract surgery were included in the study.

285 The barriers to cataract surgery were older age, greater distance to the

286 patients with POAG, regularly scheduled for cataract surgery, were implanted with a ring-shaped, sul

287 , age-related macular degeneration, and past cataract surgery, were recorded.

288 New developments in cataract surgery will continue to improve the visual, an

289 ral cataract and an indication for bilateral cataract surgery with an expected uncomplicated intraope

290 Two hundred forty-three patients underwent cataract surgery with bilateral implantation of the TFNT

291 e study included patients having age-related cataract surgery with implantation of either a plate-hap

292 gible eye from patients having uncomplicated cataract surgery with insertion of an Alcon SN6AT(2-9) I

293 The intervention used was pediatric cataract surgery with IOL implantation, and the primary

294 Children underwent unilateral cataract surgery with or without intraocular lens (IOL)

295 Children underwent bilateral cataract surgery with or without intraocular lens (IOL)

296 Children underwent bilateral cataract surgery with or without intraocular lens (IOL)

297 ts were randomized in a 2:1 ratio to undergo cataract surgery with placement of the HMS versus catara

298 0 children (76 eyes) who underwent bilateral cataract surgery with primary posterior capsulectomy wer

299 erature and author experiences pertaining to cataract surgery, with commentary and perspective.

300 ation analyses were stratified by second-eye cataract surgery within 90 days postoperatively.