ライフサイエンスコーパス: eye bank

1 e day of surgery, as determined by the local eye bank.

2 ocular disease were procured from the local eye bank.

3 ee of ocular disease procured from the local eye bank.

4 cured from 283,530 corneas and stored in 742 eye banks.

5 States, with donor corneas provided by 23 US eye banks.

6 States, with donor corneas provided by 23 US eye banks.

7 e setting of minimum donor cell densities by eye banks.

8 s of normal human corneas were obtained from eye banks.

9 d tests (San Leandro, CA) were obtained from eye banks.

10 ional reports on corneal transplantation and eye banking.

11 applications in corneal transplantation and eye banking.

12 Human corneas were obtained from the eye bank and separated into two groups: young (19 cornea

13 Human corneas were obtained from the eye bank and separated into two groups: young (younger t

14 been received from the Central Florida Lions Eye Bank and stored in preservation medium (Optisol-GS;

15 52 to 75 years of age were obtained from an eye bank and were usually cut in quarters to increase sa

16 ctive nature, dataset obtained from a single eye bank, and medical history documentation completed by

17 Eye banks are refining their DMEK preparation and transp

18 l of 39 679 cornea donor eyes from SightLife Eye Bank between 2012 and 2016.

19 formed during international ophthalmology or eye-banking congresses or by telephone or email.

20 Finally, eye bank considerations will be discussed concerning the

21 Eight human eye bank corneal buttons (mean age, 73.6 years) were inc

22 Human eye bank corneas demonstrate elasticity ex vivo, with ex

23 Control explants included eye bank corneas without known disease and surgical expl

24 ing prestripped tissues prepared by a single eye bank during the period September 17, 2013 to July 1,

25 Seven fresh human eye bank eyes (age: 62-82 years; 24-48 hours after death

26 between the prevalence of SCD in UM eyes and eye bank eyes (odds ratio [OR], 0.49; 95% CI, 0.22-1.10)

27 , 6.98; 95% CI, 2.51-19.43) and SCD-positive eye bank eyes (OR, 14.67; 95% CI, 1.46-146.97).

28 Thirty-eight human eye bank eyes and 10 rhesus macaque (Macaca mulatta) eye

29 g System (MGS) is a method to evaluate human eye bank eyes and determine the level of age-related mac

30 des a methodology to grade donor tissue from eye bank eyes to correspond to the AREDS classification

31 laser was used to ablate the cornea in human eye bank eyes under clinical conditions.

32 which enucleated eyes were available, and 2 eye bank eyes used as controls.

33 Human donor eye bank eyes were categorized into one of four progress

34 ery and epithelia from cataractous lenses of eye bank eyes were compared with epithelia from noncatar

35 Lenses from eye bank eyes were graded for nuclear, cortical, and pos

36 The anterior segments of normal human eye bank eyes were placed in perfusion organ culture.

37 Fifteen human eye bank eyes were studied.

38 Twenty-three pairs of human eye bank eyes were studied.

39 The authors analyzed 40 eye bank eyes with late ARM (21 with the neovascular AMD

40 ty of Wisconsin, including 1985 UM eyes, 517 eye bank eyes, and 155 enucleated glaucomatous eyes.

41 tion was seen in 17 (0.9%) UM eyes, 9 (1.7%) eye bank eyes, and 2 (1.3%) enucleated glaucomatous eyes

42 In cataractous lenses from eye bank eyes, cell density in the region of the epithel

43 mine the ability of a new grading system for eye bank eyes, the Minnesota Grading System (MGS), to di

44 with epithelia from noncataractous lenses of eye bank eyes.

45 information was obtained from the SightLife Eye Bank for donors from June 1, 2012, to June 30, 2015.

46 information was obtained from the SightLife Eye Bank for donors from June 1, 2012, to June 30, 2015.

47 SETTING: The Veneto Eye Bank Foundation, Venice, Italy.

48 's membrane endothelial keratoplasty (DMEK), eye banks have risen to the challenge of preparing tissu

49 Femtosecond laser applications in eye banking include preparation of donor and recipient c

50 Services, St Louis, Missouri; the Iowa Lions Eye Bank, Iowa City; and the Utah Lions Eye Bank, Salt L

51 the use of donor corneas supplied by foreign eye banks is the effect of the increased donor death-to-

52 However, cost and availability at the eye-bank level may hinder widespread and immediate appli

53 Eye banks may need to collect medical history in a more

54 Proteins from microdissected eye bank ocular ciliary body tissue were used to identif

55 Microdissected eye-bank ocular tissue was characterized by western blot

56 hermore, obtaining donor corneal tissues and eye banking, particularly in the developing countries wh

57 Although eye-bank personnel have become comfortable and competent

58 Surgeons and eye-bank personnel should be up to date on the research

59 nd review of current donor eye retrieval and eye bank practices.

60 splantation, so involvement of clinicians in eye-banking practices and advocacy for pursuing meaningf

61 Eye-bank preparation of endothelial tissue for keratopla

62 DMEK using eye bank-prepared tissue achieved outcomes comparable to

63 Forty-three eye banks provided corneas from donors aged 12 to 75 yea

64 Forty-three eye banks provided corneas.

65 With technical refinements and more eye banks providing precut tissue for both Descemet stri

66 of the preoperative value determined at the eye bank (range, 2500-2700 cells/mm(2)) was 9.9+/-2.1% (

67 ions Eye Bank, Iowa City; and the Utah Lions Eye Bank, Salt Lake City) and selected were those consid

68 initial guidelines and benchmark values for eye banks seeking to establish and maintain DMEK program

69 In a second step, eye bank staff and/or corneal surgeons were interviewed

70 As eye bank-supplied corneal tissue is the main source of t

71 d medical history documentation completed by eye bank technicians.

72 Eye bank time interval data were collected from 191 dono

73 esults should aid in future studies in which eye bank tissue is used for RNA analysis.

74 lyzed within the time constraints of current eye bank tissue processing, whereas analysis of RPE nece

75 At the initial eye bank tissue screening, mean (SD) central ECD was 274

76 rs 12 to 75 years of age were assigned by 43 eye banks to participants without respect to recipient f

77 validated tissue to be transported from the eye banks to the surgeon.

78 Donor materials were prepared at a single eye bank using a standardized technique, which subsequen

79 CE integrity during eye banking was enhanced by a brief treatment of the exp

80 or eyes (108 pairs) from the Minnesota Lions Eye Bank were cut circumferentially at the pars plana to

81 Paired human corneas (nine donors) from an eye bank were used as control; the other corneas were tr