ライフサイエンスコーパス: exotropia

1 sotropia and 16.3 (95% CI, 15.5 to 17.2) for exotropia.

2 sotropia and 13.5 (95% CI, 12.5 to 14.6) for exotropia.

3 ate cohort of 379 patients with intermittent exotropia.

4 treat moderate-angle recurrent or persistent exotropia.

5 life specific to children with intermittent exotropia.

6 ns was equally divided between esotropia and exotropia.

7 tus resection for treatment of esotropia and exotropia.

8 trabismus surgery for childhood intermittent exotropia.

9 ation of suppression scotomas in humans with exotropia.

10 mapped binocularly in 14 human subjects with exotropia.

11 monocular viewing in strabismic monkeys with exotropia.

12 nly 0.5% (2/371) children developed constant exotropia.

13 causal agents for esotropia and intermittent exotropia.

14 pia, and 181 (13.8%) (95% CI, 12.0-15.8) had exotropia.

15 CI, 13.2 to 15.7) being lower than that for exotropia (20.9; 95% CI, 18.0 to 24.6) (P < .001).

16 mm) was performed for similar magnitudes of exotropia (32.8 [14.2] PD for plication, 31.2 [15.6] PD

17 instrument for determining how intermittent exotropia affects health-related quality of life of chil

18 Peak velocity was also proportional to exotropia amplitude.

19 ismus, of which there were 4 (4.9%) cases of exotropia and 4 (4.9%) cases of esotropia.

20 orizontal deviation was 68 prism diopters of exotropia and median postoperative horizontal deviation

21 lly salvaged patients had strabismus (n = 10 exotropia and n = 2 esotropia).

22 uality of life of children with intermittent exotropia and their parents, particularly for cohort stu

23 eeks, each animal was chaired to measure its exotropia and to determine its ocular fixation preferenc

24 ed larger firing rates for smaller angles of exotropia) and far-response (cells that showed lower fir

25 from four animals with divergent strabismus (exotropia) and four with convergent strabismus (esotropi

26 ) on a scale of 0 (exophoria) to 5 (constant exotropia) and spherical equivalent refractive error bet

27 ion between the type of deviation (esotropia/exotropia) and/or the surgical procedure (recession/rese

28 focus on congenital esotropia, intermittent exotropia, and adult strabismus.

29 vertical duction, variable ophthalmoplegia, exotropia, and paradoxical abduction in infraduction.

30 cclusion in infancy, and one had "A"-pattern exotropia artificially induced by prism wear.

31 ere measured in two monkeys with AMO-induced exotropia as they performed a visually guided saccade ta

32 ecorded from SOA neurons in two monkeys with exotropia as they performed eye movement tasks during mo

33 nucleus were recorded from two monkeys with exotropia as they performed horizontal and vertical smoo

34 leus neurons in three animals with A-pattern exotropia as they performed horizontal or vertical smoot

35 ng criteria: (1) IXT at distance OR constant exotropia at distance and either IXT or exophoria at nea

36 ng was examined in four macaques raised with exotropia by disinserting the medial rectus muscles shor

37 hing perception in subjects with alternating exotropia by suppression of each eye's peripheral tempor

38 wed lower firing rates for smaller angles of exotropia) cells were identified.

39 17.0 Delta at near (P = 0.10); 6-month mean exotropia control scores were 2.8 versus 2.3 points at d

40 responses of 575 patients with intermittent exotropia enrolled from May 15, 2008, through July 24, 2

41 not infrequent in patients with intermittent exotropia, especially in the most exo-deviated eye, emph

42 Forty patients with recurrent or persistent exotropia following bilateral lateral rectus muscle rece

43 suggest that primary surgery in adults with exotropia has a more successful outcome with AS surgery.

44 in 2 eyes (1%); cataract in 1 eye (1%); and exotropia in 1 eye (1%).

45 ismus was infantile-onset: esotropia in 54%, exotropia in 26%, and dyskinesia in 10%.

46 n 58 (92.1%), anisometropia in 2 (3.2%), and exotropia in 3 patients (4.8%).

47 was easier for lay observers to detect than exotropia in Asian models, and exotropia was easier to d

48 19 years of age) diagnosed with intermittent exotropia in Olmsted County, Minnesota, from January 1,

49 The Kaplan-Meier rate of exotropia increasing over time by 7 PD or more at near w

50 Loss of fusion in intermittent exotropia is not influenced by visual feedback.

51 ist recession (12 with esotropia and 19 with exotropia; mean [SD] age, 28 [24] years).

52 nist recession (13 with esotropia and 9 with exotropia; mean [SD] age, 38 [21] years).

53 tcome was deterioration, defined as constant exotropia measuring at least 10 Delta at distance and ne

54 th follow-up visit, defined as: (1) constant exotropia measuring at least 10 PD at distance and near

55 One hundred six children with intermittent exotropia (median age, 6 years; range, 2-16 years) were

56 Intermittent exotropia met the following criteria: (1) IXT at distanc

57 us from esotropia of 21 prism diopters () to exotropia of 21.

58 sotropia, similar to those with intermittent exotropia or convergence insufficiency, increases the od

59 e likely to be successful than on those with exotropia (OR = 1.9, range 1.2-3), and premature patient

60 ts and by long-term drift, especially toward exotropia; outcomes in specific situations, for example,

61 ction rate was higher for esotropia than for exotropia (P < .001 for both).

62 This was highly significant for exotropia (P = .0002) but not for esotropia (P = .4).

63 The Intermittent Exotropia Questionnaire (IXTQ) is a patient, proxy, and

64 d assessment of HRQOL using the intermittent exotropia questionnaire (IXTQ), comprising child, proxy,

65 can cohorts, but a somewhat higher esotropia:exotropia ratio than those that, to our knowledge, are t

66 The esotropia:exotropia ratio was 5.4:1 (95% CI, 3.4:1 to 7.5:1).

67 lateral rectus muscle, and 12 patients with exotropia received bupivacaine injections in the medial

68 ismus surgery for children with intermittent exotropia, regardless of success or age at surgery, did

69 Studies on the treatment of exotropia related to anisometropia have demonstrated les

70 , partially accommodative esotropia, and all exotropia revealed interactions between strabismus subty

71 factor, inheritance, risk factor, esotropia, exotropia, strabismus, squint, convergent strabismus, an

72 Overall success for AS in exotropia surgery (80.8%) was significantly higher than

73 ted with a high rate of long-term success in exotropia surgery in children.

74 pants, also not meeting MDC, had large-angle exotropia, vertical gaze deficiency, and ptosis consiste

75 Patients with exotropia, vertical gaze limitation, and ptosis do not h

76 o detect than exotropia in Asian models, and exotropia was easier to detect than esotropia in white a

77 A-pattern exotropia was frequent, correlating with apparent latera

78 Alternating exotropia was induced in two male macaques at age 1 mont

79 Delayed consecutive exotropia was more prevalent in the 50Delta to 69Delta r

80 visual suppression, a divergent strabismus (exotropia) was induced in six normal, adult Macaca fasci

81 Sixteen human subjects with alternating exotropia were tested dichoptically while viewing stimul

82 movements made by patients with intermittent exotropia when fusion loss occurs spontaneously and to c

83 tients with typical findings of intermittent exotropia who experienced frequent spontaneous loss of f

84 of vertical gaze in a subject with X-pattern exotropia who had undergone repeated LR surgery.

85 e case study of 25 patients with alternating exotropia with normal visual acuity in each eye and 25 c

86 Deterioration to constant exotropia, with or without treatment, is rare.

87 ns is limited, as with intermittent distance exotropia (X(T)), this presents a challenge for families

88 gement and outcomes of intermittent distance exotropia [X(T)] in the UK.