ライフサイエンスコーパス: soft contact lens

1 per electrodes cured on a silicone elastomer soft contact lens.

2 atic biofilm plate and on unworn etafilcon A soft contact lenses.

3 uvue2 (Johnson & Johnson, New Brunswick, NJ) soft contact lenses.

4 ctive error in the myopes was corrected with soft contact lenses.

5 ur (94%) of the confirmed case patients wore soft contact lenses.

6 s was measured, etafilcon-A ionic disposable soft contact lenses (58% water) were inserted, and the t

7 Spherical soft contact lenses (-6 diopter [D] to +6 D in 2 D steps

8 rpose of this study was to determine whether soft contact lenses affect the progression of myopia in

9 ment included the application of therapeutic soft contact lenses and punctual occlusion; however, bot

10 tropine, anti-myopia spectacles, anti-myopia soft contact lenses, and orthokeratology.

11 Uniquely, the smart soft contact lenses are built upon various commercial br

12 Using a sterile soft contact lens as scaffold, the tissue was loaded in

13 uppurative inflammation in a rabbit model of soft contact lens-associated bacterial keratitis more of

14 ostoperative impregnated collagen shields or soft contact lenses augment the therapeutic armamentariu

15 NSAIDs; postoperative cold patches; bandage soft contact lenses (BCLs), notably senofilcon A contact

16 repeatability, and user comfort of the smart soft contact lenses beyond current wearable ocular tonom

17 Inspired by the invention of hydrogels and soft contact lenses by my mentors, my six decades of res

18 We show that the smart soft contact lenses can seamlessly fit across different

19 1 to - 0.16] in 1 year) and novel multifocal soft contact lenses (change in refraction: -0.15D, [- 0.

20 rom 0.22 to 0.81 diopters (D) for multifocal soft contact lenses compared with 0.50 to 1.45 D in cont

21 L elongation in children who used multifocal soft contact lenses compared with spectacles or single-v

22 The soft contact lens edge fitting was characterized by the

23 Low-power soft contact lenses enable reliable and repeatable IOLMa

24 Here we introduce a class of smart soft contact lenses, enabling the continuous 24-hour mon

25 gnificantly (P < 0.001) to the prediction of soft contact lens fit compared with keratometry and vide

26 e architecture provide valuable insight into soft contact lens fit dynamics.

27 -six marmosets were treated monocularly with soft contact lenses for 4 weeks from 10 weeks of age (OD

28 he authors propose disposable particle-laden soft contact lenses for ophthalmic drug delivery.

29 axial elongation was less in the multifocal soft contact lens group compared with control groups, wi

30 Soft contact lenses have been reported to increase the p

31 5% and the postoperative use of impregnated soft contact lenses have helped augment our therapeutic

32 s permeable lenses, custom wave front-guided soft contact lenses, hybrid lenses and tandem soft conta

33 egularities and rigid gas permeable (RGP) or soft contact lenses intolerance.

34 aqueous-drug diffusion coefficients in five soft-contact-lens material hydrogels where solute-specif

35 reduction, was determined (130 mJ/cm(2)), 6 soft contact lens materials (etafilcon A, senofilcon A,

36 Moreover, soft contact lenses may be more likely to retain asympto

37 ly stages, vision correction with glasses or soft contact lenses may suffice.

38 ts wearing single vision (SV) and multifocal soft contact lenses (MFCL).

39 D astigmatism were randomly assigned to wear soft contact lenses (n = 247) or spectacles (n = 237) fo

40 n to efficacy, safety of therapies including soft contact lenses, orthokeratology and low-level red l

41 the adsorption of major tear film lipids to soft contact lenses over time.

42 A method to measure the tear film beneath a soft contact lens, referred to as post-lens tear thickne

43 Atypical soft contact lens-related infections are on the rise.

44 and effectiveness of orthokeratology versus soft contact lenses, rigid gas permeable lenses, and spe

45 oft contact lenses, hybrid lenses and tandem soft contact lens-rigid gas permeable lenses.

46 compute in situ corneal oxygen uptake during soft-contact-lens (SCL) wear using a micro-polarographic

47 Extended wear of conventional hydrogel soft contact lenses (SCLs) is associated with adverse oc

48 ical properties or cytotoxicity tests in any soft contact lenses tested.

49 r built on commercially-available disposable soft contact lenses that can intimately and non-invasive

50 stigate the ability of a class I UV-blocking soft contact lens to protect against UVB-induced effects

51 Soft contact lens use in the past 2 weeks or rigid gas-p

52 breaks of Fusarium keratitis associated with soft contact lens use occurred in multiple U.S. states a

53 The corneal sensor is integrated with soft contact lenses via an electrochemical anchoring mec

54 s the one in which a very successful bifocal soft contact lens was finally available for the millions

55 erned with the phenomenon of "myopic creep." Soft contact lens wear by children does not cause a clin

56 ion is a viable option for the management of soft contact lens wear-related limbal stem cell deficien

57 antation with systemic immunosuppression for soft contact lens wear-related limbal stem cell deficien

58 eady-state corneal oxygen uptake rate during soft-contact-lens wear.

59 y corneal-oxygen-uptake rates during in vivo soft-contact-lens wear.

60 anthamoeba was isolated from the cornea of a soft contact lens wearer who had keratitis.

61 Thirty-nine neophytes and soft contact lens wearers completed the study.

62 In this database of soft contact lens wearers, myopia progression was common

63 From a database of 815 soft contact lens wearers, patients were identified whos

64 Poly(HEMA-co-AA-co-AM-co-NVP-co-PEG200DMA) soft contact lenses were prepared (100+/-5 mum thickness

65 Four different types of soft contact lenses were randomly fitted to both eyes of

66 Four different types of soft contact lenses were tested on the left eye of 10 su

67 Custom-designed soft contact lenses were used to alter ocular SA to -0.1

68 We envision that the smart soft contact lenses will be effective in glaucoma care.

69 and new high oxygen permeable extended wear soft contact lenses will give practitioners more options

70 e the cost and the lead time for fabricating soft contact lenses with customized shapes, and benefit

71 are built upon various commercial brands of soft contact lenses without altering their intrinsic pro

72 rticle discusses the utility of hydrogels in soft contact lens, wound dressings, intraocular lens, vi