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1 sociated keratoconjunctivitis sicca (KCS, or dry eye).
2 vators as a novel prosecretory treatment for dry eye.
3 t CFTR can correct the abnormal tear film in dry eye.
4 versing it when started after development of dry eye.
5 ress, suggesting protective effects of PS on dry eye.
6 cin deficiency observed in aqueous-deficient dry eye.
7 r SS in patients with clinically significant dry eye.
8 eyes, from patients with moderate to severe dry eye.
9 for translation to human clinical trials for dry eye.
10 ment of punctal plugs for moderate to severe dry eye.
11 MMPs in promoting galectin-3 degradation in dry eye.
12 proved contact lens comfort in patients with dry eye.
13 a lower threshold to test for SS in men with dry eye.
14 nd CCL-5), and MMP-3, that are stimulated by dry eye.
15 isease (MGD), as well as its relationship to dry eye.
16 ular surface impact, and the relationship to dry eye.
17 ployed as an objective clinical indicator of dry eye.
18 Tnf-alpha), all of which are up-regulated in dry eye.
19 aDry is sensitive and specific in diagnosing dry eye.
20 and tear volume, a phenotype consistent with dry eye.
21 ine in lacrimal cell function contributes to dry eye.
22 promising new approach for the management of dry eye.
23 y are important when evaluating and managing dry eye.
24 ed using the keywords inflammatory cycle and dry eye.
25 indicates increased epithelial thickness in dry eyes.
26 to be elevated in the tears of patients with dry eyes.
27 85 subjects, including both with healthy and dry eyes.
28 d PSP occur in some patients with idiopathic dry eyes.
29 gnificantly higher in tears of patients with dry eye (0.38 ng/mug total protein, range 0.04-1.36) com
30 nts within a session in the patients without dry eye (10.5 mOsm/L [95% CI, 9.0-12.4]) was significant
31 - 0.27), the ratio became slightly higher in dry eye (2.04 +/- 1.12 vs 1.99 +/- 1.21 in control) afte
33 is were elevated IOP (75%), keratitis (59%), dry eyes (34%), posterior synechiae (34%), cataract (32%
36 e (11 eyes), graft-vs-host disease (2 eyes), dry eye after keratomileusis in situ (2 eyes), and undif
39 gery may aggravate the signs and symptoms of dry eye and affect dry eye test values in chronic dry ey
41 okine expression in an experimental model of dry eye and bridge the gap between innate and adaptive i
45 o evaluate how many patients with idiopathic dry eye and no evidence of systemic diseases from a dry
46 lity and quantity that can cause evaporative dry eye and ocular surface disruption, leading to dry ey
48 d sXBP1 expression was found in experimental dry eye and Sjogren syndrome models and was GC specific.
51 ded lower eyelid ectropion (6 malignancies), dry eye and/or exposure symptoms (8 malignancies), unila
52 the sera of well-characterized patients with dry eyes and dry mouth and lip biopsies from the Sjogren
54 and symptoms of dysfunctional tear syndrome (dry eyes) and 63 healthy individuals serving as controls
55 luding modification of technique, to prevent dry eye, and postoperative dry eye prevention and manage
56 nt of ADD placement, diagnosis of uveitis or dry eye, and prior conjunctival surgery were not correla
57 is associated with epithelial dysfunction in dry eye, and that galectin-3 proteolytic cleavage may co
58 nderstanding the mechanisms of postoperative dry eye as well as patient risk factors for dry eye, pat
61 nthal rhytids has been reported to result in dry eye, but its effect on tear film stability and tear
62 ial therapeutic indications in constipation, dry eye, cholestatic liver diseases, and inflammatory lu
66 s were those who showed 3 of the following 4 dry eye criteria: ocular surface disease index (OSDI) sc
67 risk factors that have been associated with dry eye cross-sectionally, such as psychiatric comorbidi
68 : Somatosensory dysfunction likely underlies dry eye (DE) symptoms in many individuals yet remains an
70 However, in long-term, signs and symptoms of dry eye decrease and dry eye test values return to preop
71 ition, and meniscus height and their role in dry eye diagnosis and therapeutic efficacy grading is as
72 with disease for less than 2 years and mild dry eyes did not express anti-Ro or anti-La, while 25% e
73 ng those most often cited as differing in AD dry eye, differed significantly between non-AD and AD gr
75 ent estimates of the prevalence of diagnosed dry eye disease (DED) and associated demographics among
76 the severity of ocular pain in patients with dry eye disease (DED) and evaluate factors associated wi
77 driving visual performance in patients with dry eye disease (DED) and to determine clinical predicto
78 was to compare patient-reported symptoms of dry eye disease (DED) as assessed by the Ocular Surface
84 he association between serum metabolites and dry eye disease (DED) using a hypothesis-free metabolomi
85 o initiate a 5-year natural history study of dry eye disease (DED) using objectively assessed and pat
95 tion (MGD) is the major cause of evaporative dry eye disease (EDED) and dysfunction is widely thought
101 tatistically significant association between dry eye disease and each of depression and anxiety.
102 lar odds ratios were also calculated between dry eye disease and rheumatoid arthritis, a systemic dis
103 ith LASIK, further reducing the incidence of dry eye disease and subsequent degradation in quality of
104 n proteins represent a potential therapy for dry eye disease and the strategy of ELP-mediated phase s
106 Cataract, glaucoma, diabetic retinopathy and dry eye disease are common with high prevalence in Jorda
107 of HC-HA/PTX3 is a novel approach to prevent dry eye disease caused by cGVHD and allow us to test its
110 dvances in understanding the pathogenesis of dry eye disease has revealed that inflammation is a core
116 oliferation and germinal center formation in dry eye disease mice, suggesting that a stable Ag-depend
119 ectors and, in turn, preventing key signs of dry eye disease such as aqueous tear secretion, conjunct
126 on mechanisms of refractive surgery induced dry eye disease, surgical options, including modificatio
127 Using a preclinical model of IL-17-mediated dry eye disease, we demonstrate that upon encountering b
140 es for ocular infections, wound healing, and dry-eye disease that affect the vision of millions world
141 immune mediator in many diseases, including dry-eye disease, and its inhibition is clinically effica
149 Almost all patients (98%) had a history of dry eye for an average of 10.4 years (median, 7.9 years)
151 ar asymmetry (hypoglobus, enophthalmos), and dry eyes from lagophthalmos could all indicate the diagn
152 The pathogenic mechanisms of the 2 forms of dry eye give an account for the different MMP9 and TG2 e
153 t baseline (0.75 +/- 0.52) compared with the dry eye group (0.41 +/- 0.27), the ratio became slightly
154 trol (unoperated, no ocular pathology) and a dry eye group (clinically confirmed dry eye, unoperated
155 um thickness metrics between the control and dry eye group show statistically significant difference
159 plugs improve symptoms of moderate to severe dry eye; however, retention rates differ significantly.
162 ts showed superficial punctate keratitis and dry eye in the NK eye and a healthy contralateral eye.
165 er the past few decades have discovered that dry eye is a chronic inflammatory disease that can be in
169 MGD pathophysiology and its relationship to dry eye is important in order to optimize diagnosis and
170 XCL10, and CXCL11 expression in experimental dry eye is T cell-independent, requiring IFN-gamma-produ
171 undesirable phenotypes, including hair loss, dry eye, leukocytosis, xanthomatosis, and a reduced life
172 s having an increased risk for postoperative dry eye may benefit from surgical techniques such as sma
173 rative management of inflammation related to dry eyes may reduce dry eyes that develop after laser in
176 applied Dex eye drops in experimental mouse dry eye model, and these results provide a strong ration
179 unctival GC loss occurs in both experimental dry eye models and patients with keratoconjunctivitis si
180 zed among age, sex, aqueous tear deficiency, dry eye, ocular demodicosis, follow-up period, surgical
182 When the same analysis was repeated in the dry eye or control groups, the ratio was significantly h
183 However, blurred vision (p = 0.003) and dry eye (p = 0.004) are higher among the REG than the NC
188 dry eye as well as patient risk factors for dry eye, patient satisfaction and surgical outcomes can
198 ABX + DS mice had a significantly worse dry eye phenotype compared to controls, a decrease in Cl
201 nique, to prevent dry eye, and postoperative dry eye prevention and management by way of both establi
206 compared dry eye symptoms (determined by the Dry Eye Questionnaire 5 [DEQ5] score) to tear film indic
207 io [OR], 3.80; 95% CI, 1.00-14.49; P = .05), Dry Eye Questionnaire 5 score (OR, 1.15; 95% CI, 1.02-1.
210 tionnaires regarding ocular symptoms (5-Item Dry Eye Questionnaire [DEQ5], Ocular Surface Disease Ind
211 The patients completed the Single-Item Score Dry Eye Questionnaire and the following diagnostic tests
212 l sensitivity was negatively correlated with dry eye-related corneal damage (R(2) = 0.48, P < 0.01),
213 ing (CFS), complete bilateral CFS clearance, dry eye-related symptoms as measured by the Ocular Surfa
214 An international survey was distributed to dry eye researchers and expert practitioners via an inte
215 es from healthy subjects, whereas 50% of the dry eye samples were characterized by the additional pre
216 ar osmolarity, and the Symptom Assessment in Dry Eye (SANDE) questionnaire scores were determined at
218 questionnaire, and the Symptom Assessment iN Dry Eye (SANDE), a 2-item frequency- and severity-based
221 ificant correlations between corneal ECD and dry eye severity parameters including the OSDI score (rs
223 onal studies have evaluated risk factors for dry eye severity, but few have assessed risk factors or
224 sfunction, all in both eyes, and a composite dry eye signs severity score was calculated from these 6
227 experiments, elevated expression of MMP9 in dry eye subjects correlated with the ability of active M
229 y during 1 year, as assessed by responses to dry eye symptom questionnaires administered at the initi
230 y during 1 year, as assessed by responses to dry eye symptom questionnaires administered at the initi
235 clusions and Relevance: Patients with severe dry eye symptoms and ocular pain at baseline were more l
237 There were also significant improvements in dry eye symptoms and quality of life as assessed by the
239 rans Affairs Hospital with a wide variety of dry eye symptoms and signs (ranging from none to severe)
240 rans Affairs Hospital with a wide variety of dry eye symptoms and signs (ranging from none to severe)
242 as baseline risk factor analysis for severe dry eye symptoms at 1 year, defined as a Dry Eye Questio
243 as baseline risk factor analysis for severe dry eye symptoms at 1 year, defined as a Dry Eye Questio
248 erall, the prevalence of visual symptoms and dry eye symptoms decreased, although a substantial perce
250 associations between the NEI-VFQ-25 and the dry eye symptoms measured by the OSDI and SANDE question
253 r TBUT (P < 0.001), 26% and 4% (P=0.004) for dry eye symptoms, and 22.3% and 5.1% for Schirmer's scor
256 ight driving, did not significantly increase dry eye symptoms, and resulted in higher levels of satis
257 , and outcomes with regard to visual acuity, dry eye symptoms, and scarring sequelae at least 3 month
258 in the PTSD and depression groups had severe dry eye symptoms, defined as a DEQ5 score >/= 12 (77% an
259 eye symptoms at 1 year included more severe dry eye symptoms, ocular pain, and neuropathic pain-like
260 n studies reported metrics of improvement in dry eye symptoms, ocular-surface status, artificial tear
261 le images, glare, halos, and/or starbursts), dry eye symptoms, participant satisfaction (with vision
262 ouble images, glare, halos, and starbursts), dry eye symptoms, satisfaction with vision, and satisfac
263 equency of patient-reported visual symptoms, dry eye symptoms, satisfaction with vision, and satisfac
267 d from the validated Short Questionnaire for Dry Eye Syndrome (SQDES) as a previous diagnosis of DED
268 spective study was to evaluate the course of dry eye syndrome after phacoemulsification surgery.
269 patients (30 males, 66 females) with chronic dry eye syndrome and cataract, who had undergone phacoem
271 Objectives: To assess symptom progression in dry eye syndrome and determine risk factors associated w
272 ating room predisposes surgical residents to dry eye syndrome because of environmental conditions.
273 to determine the prevalence and severity of dry eye syndrome in a group of Mexican residents of diff
278 t of ocular diseases affecting the anterior (dry eye syndrome) and posterior (age-related macular deg
279 on can result in tear film disorders such as dry eye syndrome, a widely encountered and debilitating
280 se Index, together with diagnostic tests for dry eye syndrome, such as tear breakup time, Oxford Sche
283 the signs and symptoms of dry eye and affect dry eye test values in chronic dry eye patients in short
287 s improve the signs and symptoms of moderate dry eye that are not improved with topical lubrication,
288 inflammation related to dry eyes may reduce dry eyes that develop after laser in situ keratomileusis
289 these therapies represent a major advance in dry eye therapy, they are not effective in improving dis
290 y) and a dry eye group (clinically confirmed dry eye, unoperated and no other ocular pathology).
291 lthy controls or for a clinical diagnosis of dry eye using the Ocular Surface Disease Index, Schirmer
295 apeutic evaluation and pathogenesis study of dry eye, we established an in vitro three-dimensional (3
298 1 patients were screened; 7207 patients with dry eye were included, while 20 004 patients with anxiet
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