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1 ing, or differing demographics of those with eye disease.
2 tivation and initiation of immune-driven dry eye disease.
3 cifically regulated during immune-driven dry eye disease.
4 tional supplements for primary prevention of eye disease.
5 luding cancers, atherosclerosis and blinding eye disease.
6 uringly and drive pathogenesis of a blinding eye disease.
7 sic and clinical research of human inherited eye disease.
8 eening test results and visually significant eye disease.
9 gists in the management and treatment of dry eye disease.
10 formation that remained depressed during dry eye disease.
11 opment of regenerative medical approaches to eye disease.
12 001) as associated with visually significant eye disease.
13 ose, classify, and grade the severity of dry eye disease.
14 classification, and severity grading of dry eye disease.
15 ptoms or corneal fluorescein staining in dry eye disease.
16 peutic lead toward the treatment of diabetic eye disease.
17 figitumumab, the IGF-1 inhibitor, causes dry eye disease.
18 in treating ocular inflammation such as dry eye disease.
19 he importance of retinol metabolism in human eye disease.
20 samples and some patient samples with known eye disease.
21 ve treatments for patients with inflammatory eye disease.
22 elopment of future therapeutics for diabetic eye disease.
23 an be useful in understanding vessel-related eye disease.
24 dysfunction (MGD) is a primary cause of dry eye disease.
25 ly T-cell-mediated immunopathogenesis of dry eye disease.
26 effectiveness in future studies of diabetic eye disease.
27 , where an anti-VEGF agent was used to treat eye disease.
28 l for assessing novel interventions to treat eye disease.
29 col/propylene glycol in the treatment of dry eye disease.
30 tear secretion and prevent experimental dry eye disease.
31 d summarizes the role of inflammation in dry eye disease.
32 ty in the evaluation and grading of diabetic eye disease.
33 abnormal Bruch Membrane thickness, a sign of eye disease.
34 rrent uveitis, as well as other inflammatory eye diseases.
35 h human orthologs previously associated with eye diseases.
36 approach for allergic conjunctivitis and dry eye diseases.
37 delivered 12 may be efficacious in human dry eye diseases.
38 and autoimmune diseases, lung diseases, and eye diseases.
39 and is reported to play pathogenic roles in eye diseases.
40 athology images, and external photographs of eye diseases.
41 ngoing systemic severe pathology, asthma and eye diseases.
42 ations in bestrophin 1 (BEST1) cause certain eye diseases.
43 tential novel therapeutic target in fibrotic eye diseases.
44 tive impairment, intracranial pathologies or eye diseases.
45 services by SEP persist among US adults with eye diseases.
46 ing the diagnosis and treatment of inherited eye diseases.
47 d their enzymatic metabolites in neovascular eye diseases.
48 a novel etiologic discovery for these common eye diseases.
49 egulating pathological neovascularization in eye diseases.
50 a common treatment strategy for neovascular eye disease, a major cause of vision loss in diabetic re
51 a tertiary care referral center for diabetic eye disease, a retrospective, longitudinal cohort study
53 at presentation, an 80% reduction in second eye disease (adjusted HR, 0.2; 95% CI, 0.1-0.5; P = 0.00
54 nd are deficient in dry eye, the most common eye disease affecting at least 5% of the world's populat
55 n trials and reviews of the 4 most prevalent eye diseases (age-related macular degeneration [AMD], ca
56 describe the entity of Lyonization in ocular eye diseases, along with its clinical and counseling imp
58 y congenital glaucoma (PCG) is a devastating eye disease and an important cause of childhood blindnes
60 ritical to early detection and prevention of eye disease and associated morbidity and mortality; howe
69 odds ratios were also calculated between dry eye disease and rheumatoid arthritis, a systemic disease
70 LASIK, further reducing the incidence of dry eye disease and subsequent degradation in quality of lif
71 oteins represent a potential therapy for dry eye disease and the strategy of ELP-mediated phase separ
74 a standardized way to evaluate the impact of eye disease and/or visual rehabilitation on sustained si
75 will provide estimates of the progression of eye diseases and incidence of blindness, visual impairme
76 HR ligands as future therapeutic options for eye diseases and possibly also for other scarring condit
79 Many Americans were unaware of important eye diseases and their behavioral or familial risk facto
81 evidence base for treatments in inflammatory eye disease, and in particular uveitis, from a historica
82 une mediator in many diseases, including dry-eye disease, and its inhibition is clinically efficaciou
84 The aging population is at risk of common eye diseases, and routine eye examinations are recommend
86 ract, glaucoma, diabetic retinopathy and dry eye disease are common with high prevalence in Jordan.
91 ) is an apicomplexan parasite that can cause eye disease, brain disease, and death, especially in con
92 t age over 80 years, its contribution to the eye disease burden is expected to be remarkably high.
93 ) have transformed the treatment of diabetic eye disease but have proven inadequate for treating NV,
94 cated in the pathogenesis and progression of eye diseases, but it remains unclear whether activation
95 a promising tool in the diagnosis of various eye diseases, but the available diagnostic evidence has
96 op priority (P = 0.02), and whether diabetic eye disease can be seen with an examination (P = 0.05).
98 d as none, moderate, or severe VI) and major eye diseases (cataract, uncorrected refractive error, gl
99 C-HA/PTX3 is a novel approach to prevent dry eye disease caused by cGVHD and allow us to test its saf
100 dystrophy (BCD) is a recessive degenerative eye disease caused by germline mutations in the CYP4V2 g
101 Butterfly-shaped pigment dystrophy is an eye disease characterized by lesions in the macula that
102 sa (RP) is a group of inherited degenerative eye diseases characterized by mutations in the genetic s
103 al testing, and retinal imaging at a genetic eye disease clinic of a tertiary referral eye hospital.
104 activation contributed to serum-induced dry eye disease, cobra venom factor was used to deplete comp
105 ed within the 6-year follow-up of the Nakuru Eye Disease Cohort in central Kenya and included 300 adu
106 ry 7, 2013, to March 12, 2014) of the Nakuru Eye Disease Cohort in Kenya, 1460 adults (2920 eyes) 55
108 ithm in detecting sight-threatening diabetic eye disease compared with the reading center interpretat
109 udinal population-based study of age-related eye diseases conducted in the city and township of Beave
110 epository and patient registry for inherited eye diseases coupled to phenotypic descriptors and molec
112 estimates of the prevalence of diagnosed dry eye disease (DED) and associated demographics among US a
113 severity of ocular pain in patients with dry eye disease (DED) and evaluate factors associated with p
114 ving visual performance in patients with dry eye disease (DED) and to determine clinical predictors o
115 to compare patient-reported symptoms of dry eye disease (DED) as assessed by the Ocular Surface Dise
122 ssociation between serum metabolites and dry eye disease (DED) using a hypothesis-free metabolomics a
123 itiate a 5-year natural history study of dry eye disease (DED) using objectively assessed and patient
134 ntion designed to improve glaucoma and other eye disease detection and follow-up care in high-risk po
135 zon, supplemental health insurance coverage, eye disease diagnoses, and low vision/blindness at basel
136 h and without diabetes, health insurance, an eye disease diagnosis, and higher income were associated
140 (MGD) is the major cause of evaporative dry eye disease (EDED) and dysfunction is widely thought to
142 erly persons with DM or frequently occurring eye diseases, especially for DM, remain far below recomm
143 as a model of population-based screening for eye disease, FDT perimetry lacks both sensitivity and sp
144 ied diabetic retinopathy and AMD as priority eye diseases for the prevention of vision loss in develo
145 ces in understanding the pathogenesis of dry eye disease has revealed that inflammation is a core dri
146 ments in anti-VEGF treatment for neovascular eye disease have improved visual outcomes and changed th
147 ion and the pathophysiology of many blinding eye diseases, here we investigated whether the absence o
148 S, MM, WM and AL amyloidosis with subsequent eye diseases identified from the Swedish patient registe
149 measures included, from NHANES, age-related eye diseases (ie, age-related macular degeneration [AMD]
150 ccurate and efficient means of screening for eye disease in an American Indian/Alaskan Native populat
151 with the development or worsening of thyroid eye disease in approximately 15% to 20% of patients.
159 henotype and genotype survey of three common eye diseases in the collection of JAX mice strains at Th
162 ditionally hindered progress in inflammatory eye disease including small target populations, heteroge
163 Two insults often underlie a variety of eye diseases including glaucoma, optic atrophy, and reti
166 tralizing antibodies protect mice from HSV-1 eye disease, indicating the critical role of HVEM in HSV
168 are associated with heart-rate disturbance, eye disease, intellectual disability, gastric problems,
173 mental health may be important correlates of eye disease knowledge and eye health information exposur
174 arch can be impaired in patients with common eye diseases like glaucoma and age-related macular degen
175 ce, to our knowledge, of its contribution to eye disease, likely through a gain-of-function mechanism
176 E The association between atopy and herpetic eye disease may be explained by various factors, includi
178 ion screening for refractive error and early eye disease may reduce or prevent a high proportion of i
179 n screening for refractive error and related eye diseases may prevent a high proportion of preschool
180 eration and germinal center formation in dry eye disease mice, suggesting that a stable Ag-dependent
181 ics targeting the VEGF pathway in cancer and eye disease might be expanded to promote neuronal health
182 mentally-timed induction of Arf resulting in eye disease mimicking the persistent hyperplastic primar
183 years) and elderly control subjects without eye disease (n = 10; aged 51-79 years) were studied with
184 a multitude of more severe symptoms such as eye disease, neonatal infection, and, in rare cases, enc
186 serving as controls or patients with thyroid eye disease, nonspecific orbital inflammation, or granul
187 acuity in a number of previously untreatable eye diseases, of which the main are age-related macular
188 ive patients were registered due to diabetic eye disease.Of those 24 reported by the GP of NPL vision
189 Univariate analysis identified history of eye disease or diabetes mellitus (P < .001), visual acui
190 HZO recurrence was defined as any recurrent eye disease or rash 90 days or more after quiescence of
191 5-year recurrence rates for either recurrent eye disease or rash were 8%, 17%, and 25%, respectively.
194 ions of choroidal vessel disease to diabetic eye disease pathogenesis, prognosis, and treatment respo
195 uate the prevalence of patients with thyroid eye disease presenting with apparent unilateral proptosi
203 clinical trial to treat currently incurable eye diseases severely affecting cone vision despite reta
205 f retinal tissue from patients with diabetic eye disease shows that HIF-1alpha and ANGPTL4 localize t
209 a were age over 50, diagnosis of Age-Related Eye Disease Study (AREDS) category 2 and 3, naive neovas
211 Oral supplementation with the Age-Related Eye Disease Study (AREDS) formulation (antioxidant vitam
213 l rankings of FAF images and the Age-Related Eye Disease Study (AREDS) grading scheme of correspondin
215 y population and to validate the Age-Related Eye Disease Study (AREDS) simplified severity scale in A
216 sand participants drawn from the Age-Related Eye Disease Study (AREDS) were chosen for genotyping.
217 reanalyzed data derived from the Age-Related Eye Disease Study (AREDS), receiving data prepared by th
219 0 samples from five cohorts: the Age-Related Eye Disease Study (AREDS); the KORA study ('Cooperative
220 rticipants of the Carotenoids in Age-Related Eye Disease Study (CAREDS) (aged 54 to <75 years) with a
224 nd AMD progression data from the Age-Related Eye Disease Study 1 were used to simulate the long-term
225 fundus reflex photographs in the Age-Related Eye Disease Study 2 (AREDS2) and compared reproducibilit
227 eneration (nonadvanced AMD) from Age-Related Eye Disease Study 2 (AREDS2) color fundus photography (C
229 ew provides a perspective on the Age-related Eye Disease Study 2 (AREDS2) including a summary of the
231 of peripheral retinal changes in Age-Related Eye Disease Study 2 (AREDS2) participants with at least
233 SIGN, SETTING, AND PATIENTS: The Age-Related Eye Disease Study 2 (AREDS2), a multicenter, double-mask
234 , SETTING, AND PARTICIPANTS: The Age-Related Eye Disease Study 2 (AREDS2), a multicenter, randomized,
235 ssociation study (DeePAS) in the Age-Related Eye Disease Study 2 (AREDS2), followed by replication us
236 and/or omega-3 fatty acids, the Age-Related Eye Disease Study 2 (AREDS2), for treatment of AMD and c
237 d randomized clinical trial (the Age-Related Eye Disease Study 2 [AREDS2]), retinal specialists in 82
241 nd visual outcomes data from the Age-Related Eye Disease Study 2 Home Monitoring of the Eye study, tr
242 SIGN, SETTING, PARTICIPANTS: The Age-Related Eye Disease Study 2 is a multicenter, double-masked rand
243 red to be step 1 (normal) on the Age-Related Eye Disease Study 9-step AMD classification system based
244 the findings from the Multi-Ethnic Pediatric Eye Disease Study and Baltimore Pediatric Eye Disease St
245 308 participants in the multicenter Herpetic Eye Disease Study between 1992 and 1998 (48% female; 85%
252 Sera of 134 participants in the Age-related Eye Disease Study were analyzed for anti-retinal AAbs by
258 oc analysis of the Singapore Epidemiology of Eye Diseases study, a population-based study of 10033 pa
259 oc analysis of the Singapore Epidemiology of Eye Diseases study, a population-based study of particip
261 al population AOR, 1.34 [95% CI, 1.33-1.35]; eye-disease subsample AOR, 1.37 [95% CI, 1.34-1.39]).
262 al population AOR, 1.24 [95% CI, 1.22-1.26]; eye-disease subsample AOR, 1.45 [95% CI, 1.42-1.49]), an
263 matter (AOR, 1.70), and respondents from the eye-disease subsample who had an eye care visit also wer
264 rs and, in turn, preventing key signs of dry eye disease such as aqueous tear secretion, conjunctival
265 hat pathology of age-associated degenerative eye diseases such as adult macular degeneration (AMD), g
266 Vision impairment and major age-related eye diseases such as cataract, DR, and glaucoma are asso
267 LTBP2 have been found in humans with genetic eye diseases such as congenital glaucoma and microsphero
268 ion interferes with the assessment of common eye diseases such as glaucoma and comes on top of the de
269 Ocular neovascularisation underlies blinding eye diseases such as retinopathy of prematurity, prolife
270 lar photoreceptors cause vision loss in many eye diseases, such as age-related macular degeneration a
271 l networks (ANNs) have been used to classify eye diseases, such as diabetic retinopathy (DR) and glau
272 Photoreceptors are damaged in many common eye diseases, such as macular degeneration, retinal deta
273 rst consists of 18 waxes and shows different eyes diseases, such as neoplasm and tenonitis, and ophth
274 mechanisms of refractive surgery induced dry eye disease, surgical options, including modification of
278 or ocular infections, wound healing, and dry-eye disease that affect the vision of millions worldwide
279 Acanthamoeba keratitis is a debilitating eye disease that requires effective topical drug therapy
280 ith diabetes have sight-threatening diabetic eye disease, the IRIS algorithm positive predictive valu
281 nsitivity due to normal aging or age-related eye diseases, thus potentially accelerating visual impai
282 ivariate analysis found visually significant eye disease to be associated (P < .001; receiver operati
283 Genome-wide Association Studies (GWASs) for eye diseases/traits have delivered a number of novel fin
290 ng a preclinical model of IL-17-mediated dry eye disease, we demonstrate that upon encountering both
291 t, glaucoma, significant cataract, and major eye diseases, were selected from the population-based Si
292 ding the epidemiologic factors of infectious eye diseases, which could better inform eye health care
293 large goiters or moderate to severe thyroid eye disease who cannot be treated using antithyroid drug
294 lenges in the fight against HIV/AIDS-related eye disease will involve identifying additional factors
295 dence and risk factors of glaucoma and other eye diseases will be evaluated, as well as their impact
296 655 consecutive patients affected by thyroid eye disease with a minimum follow-up of 10 years was rev
297 ioretinopathy (CSCR) is a vision-threatening eye disease with no validated treatment and unknown path
299 e: To assess the association of VI and major eye diseases with mobility and independence (M&I) in a C
300 onjunctivitis (AHC) is a painful, contagious eye disease, with millions of cases in the last decades.
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