ライフサイエンスコーパス: visual impairment

1 mal recessive disorder that causes childhood visual impairment.

2 that is progressive and may lead to serious visual impairment.

3 ndophthalmitis (POE) often results in severe visual impairment.

4 nd many other patients with dementia-related visual impairment.

5 ted with macular cysts, PVCs, LMHs, VMT, and visual impairment.

6 cysts, ERMs, and FTMHs were associated with visual impairment.

7 ant to maintaining eye health and preventing visual impairment.

8 increased mortality and an increased risk of visual impairment.

9 ive outcomes and the impact on blindness and visual impairment.

10 P control can result in PACG development and visual impairment.

11 hances plasticity and promotes recovery from visual impairment.

12 Myopia can cause severe visual impairment.

13 related cataract is the most common cause of visual impairment.

14 abnormalities and their putative functional visual impairment.

15 s a common disease that can result in severe visual impairment.

16 n with pupil dilation; and (4) prevalence of visual impairment.

17 Eight patients (21%) had moderate to severe visual impairment.

18 f autoimmune uveitis that can lead to severe visual impairment.

19 be sufficient for most LV patients with mild visual impairment.

20 od sensitivity in these patients with severe visual impairment.

21 actors that may explain these disparities in visual impairment.

22 identifying blindness and near and distance visual impairment.

23 eye diseases, thus potentially accelerating visual impairment.

24 ompared with patients with less preoperative visual impairment.

25 elop aberrant synaptic activity, compounding visual impairment.

26 the neurosensory retina and cause iatrogenic visual impairment.

27 ncreased risk of retinopathy progression and visual impairment.

28 can result in retinal detachment and severe visual impairment.

29 emotion recognition in subjects with central visual impairment.

30 ated appropriately and promptly, can lead to visual impairment.

31 ical care sooner which in turn would prevent visual impairment.

32 ead to the loss of retinal neurons and cause visual impairment.

33 characterized by rapidly progressive severe visual impairment.

34 eye examinations are recommended to prevent visual impairment.

35 ng retinal degeneration results in permanent visual impairment.

36 ders that may be associated with significant visual impairment.

37 ases FEVR may lead to retinal detachment and visual impairment.

38 East Asia, is a leading cause of untreatable visual impairment.

39 d Caucasian patient, with no symptoms and no visual impairment.

40 tures of the eye with possible blindness and visual impairments.

41 , whereas high-risk patients showed isolated visual impairments.

42 nal vasculature of diabetic people, ahead of visual impairments.

43 o the functional limitations caused by their visual impairments.

44 and functional degeneration of RGCs leads to visual impairments.

45 attack, and kidney disease, patients with no visual impairment 1 month postoperatively had a lower mo

46 blind (160 men and 200 women), 4048 had near visual impairment (1397 men and 2651 women), and 4034 ha

47 7 men and 2651 women), and 4034 had distance visual impairment (1445 men and 2589 women).

48 d 188.5 million (80% UI 64.5-350.2) had mild visual impairment (2.57%, 80% UI 0.88-4.77; 54% female).

49 UI 98.5-359.1) people had moderate to severe visual impairment (2.95%, 80% UI 1.34-4.89; 55% female),

50 nset vitelliform dystrophy with (1) moderate visual impairment, (2) drusen-like lesions, (3) normal r

51 confidence interval [CI] 16.5%-32.9%) or no visual impairment (24.1%, 95% CI 19.9%-28.4%) post surge

52 a poor visual prognosis, with high rates of visual impairment (37.9/100 PY) and blindness (17.5/100

53 ractive errors were the most common cause of visual impairment (95%, 95% CI = 76.2, 98.8); myopic ast

54 Few longitudinal studies have examined how visual impairment affects mobility as people age.

55 r work is needed to understand mechanisms of visual impairment after ocriplasmin.

56 red to those with persistent moderate-severe visual impairment after surgery.

57 he number of people with moderate and severe visual impairment also increased, from 159.9 million (80

58 pothesized that AMD is an important cause of visual impairment among elderly people in Nakuru, Kenya,

59 on-based estimates of long-term incidence of visual impairment among older persons.

60 p in the effort to understand the problem of visual impairment among our preschool children.

61 tuitary hormone deficiency, seizures, severe visual impairment and abnormalities of the kidneys and u

62 n 2006 and 2010 from 22 states that used the Visual Impairment and Access to Eye Care module.

63 terior chamber gas tamponade in DMEK lead to visual impairment and are associated with the number of

64 thalmology department among 12 patients with visual impairment and best-corrected visual acuity of 20

65 Main Outcomes and Measures: Visual impairment and blindness (defined according to th

66 examine for the first time the prevalence of visual impairment and blindness among adults in Spain, t

67 The adverse impact of visual impairment and blindness and correlations with so

68 munodeficiency virus, the rates of bilateral visual impairment and blindness are low, especially when

69 ration (AMD) are among the leading causes of visual impairment and blindness in developing countries.

70 AMD is an important cause of visual impairment and blindness in Kenya.

71 eases are the leading causes of irreversible visual impairment and blindness in the developed countri

72 resent study is to determine the reversal of visual impairment and blindness in the population correc

73 The rates of bilateral visual impairment and blindness were 0.9 and 0.4/100 PYs

74 al and sex inequalities in the prevalence of visual impairment and blindness were observed in Spain,

75 nal diseases are among the leading causes of visual impairment and blindness worldwide.

76 ectious keratitis is a major global cause of visual impairment and blindness, often affecting margina

77 of neurons and ultimately leads to permanent visual impairment and blindness.

78 t or early referral because they can lead to visual impairment and blindness.

79 ed States and worldwide, resulting in severe visual impairment and blindness.

80 States are not getting care that can prevent visual impairment and blindness.

81 at decrease intraocular pressure may prevent visual impairment and blindness.

82 e retinal dystrophy that causes irreversible visual impairment and blindness.

83 viduals experience the highest prevalence of visual impairment and blindness.

84 e damage and visual field loss that leads to visual impairment and blindness; ultimately limiting per

85 n Zanzibar and to estimate the prevalence of visual impairment and diabetic retinopathy among the sub

86 l achieved higher yield of identification of visual impairment and DR compared to the yield of 10% of

87 ng cause of blindness resulting in incurable visual impairment and drastic reduction in the Quality o

88 rtment of our hospital complaining of sudden visual impairment and floaters of her right eye initiate

89 Despite the association of visual impairment and fracture risk, to our knowledge, n

90 stigate the longitudinal association between visual impairment and mobility.

91 Rates of functional visual impairment and prevalence of nonrefractive eye pa

92 herited retinal disease is a common cause of visual impairment and represents a highly heterogeneous

93 ROP was a stronger impact factor than GA on visual impairment and strabismus, but not on refractive

94 les were used to assess associations between visual impairment and subsequent use of support, adjuste

95 tinopathy as an avoidable cause of childhood visual impairment and take steps to minimize the inciden

96 The direct effect of treatments on visual impairment and the comparative efficacy of differ

97 ength, spherical equivalent, and the risk of visual impairment and to make projections of visual impa

98 There were significant associations between visual impairment and treated ROP (P = .02), cognitive d

99 ciated with a lower risk of uveitic flare or visual impairment and with more adverse events and serio

100 CS) improves vision in patients with chronic visual impairments and an acute treatment increased surv

101 velopment Index), cerebral palsy, hearing or visual impairment, and anthropometric growth parameters.

102 To describe the ocular findings, visual impairment, and association of structural complic

103 median ages for reaching low vision, severe visual impairment, and blindness were 18, 32, and 44 yea

104 lead to secondary structural complications, visual impairment, and blindness.

105 and herpes zoster) is a significant cause of visual impairment, and data on an association between th

106 edness) is a common and significant cause of visual impairment, and extreme hyperopia (nanophthalmos)

107 of eye diseases and incidence of blindness, visual impairment, and eye diseases in an adult Kenyan p

108 with optic pathway gliomas (OPGs) experience visual impairment, and few regain their vision after che

109 ocular conditions, treatment of correctable visual impairment, and interventions designed to prevent

110 of 21 patients with low refractive error, no visual impairment, and no known retinal disease served a

111 l defects, mental retardation, hearing loss, visual impairment, and pregnancy complications, includin

112 izures, sensorineural hearing loss, cortical visual impairment, and rare autosomal-recessive predicte

113 refractive error (RE) is a leading cause of visual impairment, and variations in ocular anatomy dete

114 and Indian ethnicities, presenting distance visual impairment (any eye), and lower education and inc

115 actice and most people worldwide living with visual impairment are living in low- and middle-income c

116 Retinal degeneration and visual impairment are the first signs of juvenile neuron

117 anization (WHO) definitions of blindness and visual impairment are widely based on best-corrected vis

118 of epidemiologic sleep data should consider visual impairment as an important factor likely to influ

119 rt has a similar prevalence of blindness and visual impairment as in previous Swedish cohorts of chil

120 The presence of visual impairment associated with cataract was higher in

121 revent the progressive neurodegeneration and visual impairment associated with glaucoma.

122 rafish-line by TALEN technology which showed visual impairment at an early age, while the histologica

123 was 41.7% compared to 19.4% in those without visual impairment at baseline (odds ratio, 1.39; 95% con

124 Among participants with bilateral visual impairment at baseline, incident use of community

125 orted to be 0.9%-3.1%, and the prevalence of visual impairment attributable to pathologic myopia rang

126 Of 901 patients with moderate-severe visual impairment before surgery, 60.4% (n = 544), 15.5%

127 The prevalence of visual impairment (best-corrected visual acuity worse th

128 95% confidence interval (CI): 13.68, 15.74), visual impairment (beta = 10.66, 95% CI: 8.09, 13.23), a

129 bilateral normal to visual impairment/severe visual impairment/blindness (International Statistical C

130 ith reduced risk of visual impairment/severe visual impairment/blindness (RR, 0.58; 95% CI, 0.20-1.68

131 n neonatal care in Nigeria, the incidence of visual impairment/blindness as a result of retinopathy o

132 43) and the risk of visual impairment/severe visual impairment/blindness by 1.75 times (95% CI, 1.03-

133 h dyslexia are purported to have a selective visual impairment but the underlying nature of the defic

134 sual acuity less than Snellen 0.5 (bilateral visual impairment, BVI) were recruited, with either pers

135 atients with USH2A-associated RP have severe visual impairment by age 50.

136 ity (VA) screening and diagnosis of cause of visual impairment by an ophthalmologist.

137 P thickness in the first month predicted the visual impairment by month 6; a decrease >/= of 4.5 mum

138 n findings associated with at least moderate visual impairment by World Health Organization criteria

139 ing uncorrected refractive errors (URE) as a visual impairment cause.

140 ransplantation restores visual function when visual impairment caused by a corneal disease becomes to

141 Utility of visual impairment caused by amblyopia is important for t

142 gulation for treatment of moderate to severe visual impairment caused by DME.

143 r, no significant association between GA and visual impairment could be detected.

144 We propose that data on certifiable visual impairment could serve, along with existing certi

145 eria from the Nigeria National Blindness and Visual Impairment cross-sectional Survey of adults aged

146 more insight into genetic causes of cerebral visual impairment (CVI) in children and to compare ophth

147 -synaptic degeneration arising from cerebral visual impairment (CVI).

148 With each unit increase in TDS, the risk of visual impairment decreased (HR 0.94, 95% CI 0.88-1.00).

149 (VA) stabilization criteria in patients with visual impairment due to macular edema secondary to bran

150 Visual impairment due to myopia is an important public h

151 Visual impairment due to myopia is associated with struc

152 l impairment, thus emphasizing the burden of visual impairment due to refractive error (RE) worldwide

153 or hypotony to be predictors of blindness or visual impairment during follow-up.

154 .59) in 5 years, compared to persons without visual impairment during the entire follow-up period.

155 qualities related to DED is associated with visual impairments during driving.

156 atients with iris defects suffer from severe visual impairment, especially increased glare sensitivit

157 at homeless adults have a high prevalence of visual impairment, even when living within a system of u

158 was marked by rapidly progressive and severe visual impairment for all patients.

159 intervals (CI) associated with incidence of visual impairment for each unit/quartile increase in TDS

160 s information on the magnitude and causes of visual impairment for planning services and measuring th

161 visual impairment and to make projections of visual impairment for regions with high prevalence rates

162 The major causes of visual impairment for the other refractive error categor

163 lculated cumulative risks and odds ratios of visual impairment for various refractive error categorie

164 e score questionnaire assessed the impact of visual impairment from the patient's perspective; scores

165 eat deal of new population based evidence on visual impairment generated in sub-Saharan Africa (SSA),

166 l of 830 adults aged 40 to 80 years, without visual impairment, glaucoma, significant cataract, and m

167 al disorder had increased risks of bilateral visual impairment (HR, 6.5; 95% CI, 2.6-10.6; P < 0.0001

168 Based on preoperative visual impairment, ICRS implantation provides significan

169 PACG was responsible for visual impairment in 2 (4 %) eyes but not for any case o

170 of structural complications of uveitis with visual impairment in a cohort of survivors of Ebola viru

171 NMO is associated with early recurrence and visual impairment in AQP4-Ab positivity and physical dis

172 d in Space Flight Induced Ocular Changes and Visual Impairment in Astronauts" by Alperin et al This a

173 Amblyopia is the most common cause of visual impairment in childhood, with a prevalence of 1%

174 fractive errors are the most common cause of visual impairment in children despite correction being h

175 This type of staphyloma might cause visual impairment in elderly patients and can be conside

176 The major causes of visual impairment in highly hyperopic persons were age-r

177 f Crb1 gene cause irreversible and incurable visual impairment in humans.

178 ) are severe hereditary diseases that causes visual impairment in infants and children.

179 retina and choroid that may result in marked visual impairment in infants with congenital Zika syndro

180 To screen for visual impairment in Malaysian preschool children.

181 Correcting moderate-severe visual impairment in older patients with phacoemulsifica

182 degeneration (AMD) may decrease the risk for visual impairment in older persons.

183 The primary causes of visual impairment in participants with diabetes were cat

184 and of macular edema, 2 important causes of visual impairment in people with type 1 diabetes.

185 Visual impairment in primary central nervous system lymp

186 tion (NV) and vascular leakage contribute to visual impairment in several common ocular diseases.

187 We assessed the rate of blindness and visual impairment in the affected eye as defined by the

188 ult macular injury or previously undiagnosed visual impairment in the affected eye.

189 disease and represents the leading cause of visual impairment in the aging population.

190 s of SIPP data, the prevalence of functional visual impairment in the same age category declined by 5

191 lving projectiles pose the greatest risk for visual impairment in the short term, although long-term

192 % (n = 217) had no, mild, or moderate-severe visual impairment in the surgical eye, respectively, 1 m

193 Age-related cataract is a leading cause of visual impairment in the United States.

194 lications could help to avoid an increase of visual impairment in the working-age population.

195 Refractive error is the main cause of visual impairment in the world.

196 Differing degrees of visual impairment in these patients emphasize the need t

197 Development of bilateral visual impairment in this cohort was associated with gre

198 ologic features are the most common cause of visual impairment in this group.

199 limit progression of disease and may prevent visual impairment in this population.

200 ssociated with a decreased long-term risk of visual impairment in this sample of Australians aged 65+

201 Diabetic retinopathy is the leading cause of visual impairment in working-age adults worldwide.

202 ication of diabetes and the leading cause of visual impairment in working-age adults.

203 acranial hypertension and could help explain visual impairments in astronauts exposed to microgravity

204 etic retinopathy (PDR), the leading cause of visual impairments in the working-age population in the

205 who will go on to develop, dementia-related visual impairment, in whom acquired excessive crowding l

206 Evidence suggests that visual impairment influences driving patterns and self-r

207 Visual impairment is a key manifestation of multiple scl

208 Visual impairment is a recognized risk factor for fractu

209 and Relevance: This study demonstrated that visual impairment is associated with axial length and sp

210 Visual impairment is associated with greater disability

211 Visual impairment is associated with substantial health

212 apy of parapapillary choroidal melanoma, and visual impairment is common during long-term follow-up,

213 A of </= 20/30, although the proportion with visual impairment is higher than this because (1) a dete

214 Clinical trials indicate that visual impairment is significantly greater in patients r

215 Without appropriate medical intervention, visual impairment may become a great burden to our healt

216 MPG2 mutations had a late onset and moderate visual impairment (mean visual acuity, 20/40; mean age o

217 0.17 (men, 0.16; women, 0.18): 1.89 for near visual impairment (men, 1.36; women, 2.40), 1.89 for dis

218 (men, 1.36; women, 2.40), 1.89 for distance visual impairment (men, 1.40; women, 2.34), and 2.43 for

219 t (men, 1.40; women, 2.34), and 2.43 for any visual impairment (men, 1.81; women, 3.02).

220 ivalent, with a cumulative incidence (SE) of visual impairment of 3.8% (1.3) for participants aged 75

221 ssociated neuroretinal disorder (HIV-NRD), a visual impairment of reduced contrast sensitivity and re

222 erventions designed to prevent the effect of visual impairment on IADL declines may all reduce mortal

223 These results suggest that the impact of visual impairment on speed is significant but does not c

224 ter; Snellen equivalent, 6/9.5 or better) to visual impairment or blindness (logMAR, 0.5 or worse; Sn

225 refractive error (UREN), individuals who had visual impairment or blindness (NCVA > 0.5 logMAR) and B

226 ent ophthalmic disease can lead to permanent visual impairment or blindness if medical attention is d

227 total of 759 (0.7%) of the participants had visual impairment or blindness, and an additional 25678

228 dds ratio [OR], 1.36; 95% CI, 1.15-1.60) and visual impairment (OR, 3.04; 95% CI, 1.93-4.79) were ass

229 2; P < 0.001), VMT (OR, 2.72, P = 0.01), and visual impairment (OR, 3.23; P < 0.001) were more freque

230 epth-and myopia relate to the development of visual impairment over time is unknown.

231 ed to that in patients whose moderate-severe visual impairment persisted (30.6%, 95% CI 23.3%-37.9%).

232 ty risk, compared to surgical patients whose visual impairment persisted postoperatively.

233 The overall prevalence of any visual impairment (presenting VA <20/32 in the better ey

234 (by age, country, and sex), in 2015, of mild visual impairment (presenting visual acuity worse than 6

235 6/12 to 6/18 inclusive), moderate to severe visual impairment (presenting visual acuity worse than 6

236 Cumulative risks of visual impairment ranged from virtually 0 in all refract

237 Visual impairment related to eye diseases is not reversi

238 The prevalence of visual impairment rose with increasing axial length and

239 needs schools for children with auditory and visual impairments, schools that had participated in use

240 CI, 7.8%-20.0%) of participants experienced visual impairment secondary to a correctable refractive

241 A model based on age, current employment, visual impairment, self-rated health, diabetes mellitus,

242 on category ranging from bilateral normal to visual impairment/severe visual impairment/blindness (In

243 hildhood was associated with reduced risk of visual impairment/severe visual impairment/blindness (RR

244 20 times (95% CI, 1.01-1.43) and the risk of visual impairment/severe visual impairment/blindness by

245 acuity less than 0.3) and predicted rates of visual impairment specifically for persons with myopia.

246 ellar syndrome had progressive microcephaly, visual impairment, stagnant psychomotor development, abn

247 Visual impairment status in the surgical eye was categor

248 interaction between years since baseline and visual impairment status was not significant, indicating

249 some kind of eye or visual problems, such as visual impairment, strabismus, or major refractive error

250 amined in the Nigeria National Blindness and Visual Impairment Survey.

251 s with this condition had significantly less visual impairment than those with arWS.

252 ual function and a higher cumulative risk of visual impairment than those without nonsyndromic RP.

253 cular degeneration (AMD) is a major cause of visual impairment that affects the central retina.

254 ular findings are important given the severe visual impairment that has been observed in these patien

255 mmon complication of uveitis associated with visual impairment that occurs more commonly in forms aff

256 d a significantly increased lifetime risk of visual impairment; those with -6 diopters (D) or less an

257 4 (95% confidence interval [CI], 1.4-8.2) of visual impairment; those with less than -10 D had an OR

258 Recently, URE was included as a cause of visual impairment, thus emphasizing the burden of visual

259 identified 1510 eyes (of 1077 patients) with visual impairment to a level <20/40 attributed to ME.

260 Bilateral visual impairment (UCVA < 6/18 in the better eye) was fo

261 Employment rates for men with visual impairment, uncorrected refractive error, and nor

262 espectively; employment rates for women with visual impairment, uncorrected refractive error, and nor

263 osis (LCA) is a severe disorder resulting in visual impairment usually starting in the first year of

264 n younger patients and those with no or mild visual impairment, VA may be a potential outcome measure

265 The prevalence of visual impairment varied from 1.0% to 4.1% in the popula

266 Visual impairment (VI) and blindness continue to be majo

267 The number of individuals with visual impairment (VI) and blindness is increasing in th

268 and the reason for falls in individuals with visual impairment (VI) and to develop appropriate fall p

269 We assessed whether correction of visual impairment (VI) by cataract surgery was associate

270 Visual impairment (VI) in early childhood can significan

271 Visual impairment (VI) is associated with increased mort

272 he association of measured and self-reported visual impairment (VI) with cognition in older US adults

273 o reach and grasp an object in subjects with visual impairment (VI).

274 ent was defined as subsequent development of visual impairment (visual acuity <20/40) in the better e

275 The prevalence of visual impairment was 20.2%; 95% CI: 16.4-24.7 and blind

276 visual acuity, the age-standardized rate of visual impairment was 25.2% (95% CI, 16.7%-33.7%).

277 The prevalence of visual impairment was 5% (95% confidence interval [CI] =

278 The cumulative risk (SE) of visual impairment was 5.7% (1.3) for participants aged 6

279 Visual impairment was associated with both short and lon

280 Subgroups in which visual impairment was associated with even higher odds o

281 Visual impairment was based on 3 questions aimed at iden

282 The prevalence of near and distance visual impairment was calculated for each region.

283 The incidence of visual impairment was defined as best-corrected visual a

284 Blindness and visual impairment was defined as presenting VA <3/60 and

285 Incident visual impairment was defined as subsequent development

286 Visual impairment was identified in 3.1% of the children

287 The risk of developing visual impairment was lower among persons in the highest

288 Limited visual impairment was noted in 22.3%, low vision in 29.7

289 Visual impairment was observed in 10%.

290 Severe visual impairment was rare.

291 During follow-up, the incidence rates of visual impairment were 0.29 per eye-year (EY; 95% confid

292 tients with bilateral, or severe unilateral, visual impairment were compared to 59 controls with norm

293 Persons with incident bilateral visual impairment were more likely to subsequently need

294 Regional inequalities in the prevalence of visual impairment were observed, correlated with regiona

295 DED) and to determine clinical predictors of visual impairments while driving.

296 Projections of these data suggest that visual impairment will increase 7- to 13-fold by 2055 in

297 Visual impairment will occur if uncorrected, whilst high

298 Given that most patients with OPG-related visual impairment will show modest or no visual improvem

299 Myopia, the leading cause of visual impairment worldwide, results from an increase in

300 age-standardised prevalence of blindness and visual impairment, yet the growth and ageing of the worl