ライフサイエンスコーパス: vision test

1 reading speed would be useful as a potential-vision test.

2 matched normal controls (n = 31) on 2 color vision tests.

3 100-hue and Lanthony desaturated D-15 color vision tests.

4 le of only limited cooperation with standard vision tests.

5 -field electroretinographic (ERG), and color vision testing.

6 erration of the KC eye simultaneously during vision testing.

7 agnosed with routine visual acuity and color vision testing.

8 ceived licences without undergoing mandatory vision testing.

9 examination, Amsler grid testing, and color vision testing.

10 dy, of whom 4177 were able to complete color vision testing (1265 black, 812 Asian, 1280 Hispanic, an

11 concerned authorities should consider making vision tests a necessary requirement for the obtention o

12 For distance vision testing and for those patients reporting zero ali

13 Moreover, performance in vision testing and optical coherence tomography (OCT) we

14 raph (WaveLight AG, Erlangen, Germany) after vision tests and before cycloplegic refraction tests.

15 ug stimulated accommodation, subjective near-vision tests and objective measurements, are reviewed.

16 d ophthalmic examinations, blood screenings, vision testing, and electroretinography (ERG) were perfo

17 ), visual fields, electroretinography, color vision testing, and retinal imaging by OCT, pseudocolor,

18 as used to describe the patterns in reported vision testing as a function of participant age.

19 graphy (OCTA), color fundus photography, and vision testing at baseline and 3-year follow-up.

20 Vision tests at baseline included distance acuity at nor

21 central visual fields; Lanthony 15-hue color vision test; automated static contrast sensitivity test;

22 A comprehensive binocular vision test battery as a gold standard were administered

23 g, optical coherence tomography (OCT), color vision testing, dark adaptation testing, full-field elec

24 e percentage of adolescents reported to have vision tested decreased with age (-1.3% per year; 95% CI

25 A simple vision-testing device was constructed that consisted of

26 of comorbid medical conditions, each of the vision tests except low luminance acuity was independent

27 Efforts to expand the role of school-based vision testing for older adolescents from disadvantaged

28 For young children who do not cooperate with vision testing, HH-OCT measures may be a surrogate marke

29 In this cross-sectional study, vision testing in adolescents decreased as a function of

30 Vision testing in any setting within the previous year w

31 amilies were less likely to report receiving vision testing in clinical settings.

32 sociodemographic factors with the report of vision testing in each setting.

33 sual difficulties at home than expected from vision testing in the clinic.

34 Vision tests included best-corrected Early Treatment Dia

35 d (GVF), optical coherence tomography, color vision testing, light sensitivity testing, and electrore

36 lor vision testing was performed using Color Vision Testing Made Easy color plates (Home Vision Care,

37 Color vision testing may be useful in future studies of cocain

38 Vision testing (median age, 7 years; range, 5 to 10 year

39 The results indicate that this novel canine vision-testing method is an accurate and sensitive means

40 essments including Goldmann perimetry, color vision testing, multimodal imaging and ISCEV-standard el

41 Vision tests probed cones (best-corrected visual acuity

42 e of Benefits and Fees, and the Kindergarten Vision Testing Program.

43 Vision testing programs were designed to detect amblyopi

44 r effectiveness as a comprehensive binocular vision testing protocol for the diagnosis of binocular v

45 ng for age and sex, there were lower odds of vision testing reported for adolescents who were uninsur

46 t of state laws mandating in-person renewal, vision tests, road tests, and frequency of license renew

47 e stringent state licensure policies such as vision tests, road tests, and more frequent license rene

48 r licensure laws, such as in-person renewal, vision tests, road tests, and the frequency of license r

49 Thus, state-mandated vision tests, road tests, more frequent license renewal,

50 Search terms were: vision test(s), vision assessment(s), visual acuity, cha

51 Low-to-moderate correlations among vision test scores suggest that several different dimens

52 on care, but the cost-effectiveness of these vision testing strategies compared with the standard in

53 (F.A.C.T.) was measured using the Optec 6500 vision testing system (Stereo Optical Co.

54 CONCLUSIONS/SIGNIFICANCE: For near vision testing, the strong inverse correlation between b

55 inistered to this now adult study population vision tests to assess acuity, contrast sensitivity, and

56 nts using visual tests adapted from clinical vision tests (visual acuity, contrast sensitivity, color

57 d best-corrected visual acuity (BCVA), color vision test, visual field test, and peripapillary retina

58 Color vision testing was performed using Color Vision Testing

59 Vision testing was reported to have occurred at an eye c

60 Visual acuity and peripheral vision testing were frequently relied on (performed alwa

61 RG) and electro-oculography (EOG), and color vision testing were performed.

62 Pressure and vision tests were not sensitive (e.g., sensitivity of 16

63 The mean scores for all vision tests were significantly better in the clinic tha

64 inics in Oxford Eye Hospital underwent color vision testing with the Farnsworth-Munsell 100 hue test,

65 tered in both day and night driving, mesopic vision tests, with their reliance on both cone and rod v

66 primary outcome was the caregiver report of vision testing within the last 12 months.