ライフサイエンスコーパス: emmetropization

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1 that better motor and sensory fusion promote emmetropization.

2 Foveal ablations had no apparent effect on emmetropization.

3 ible for form deprivation myopia and perhaps emmetropization.

4 rror were consistent with a visual basis for emmetropization.

5 o examine the impact of peripheral vision on emmetropization.

6 ither appeared to play a significant role in emmetropization.

7 that visual signals from the fovea dominate emmetropization.

8 e implications of albinism in the context of emmetropization.

9 than other children, suggesting a failure of emmetropization.

10 l regulation of axial growth associated with emmetropization.

11 es suggesting that lenses may interfere with emmetropization.

12 f how these three parameters interact during emmetropization.

13 and whether there is evidence of meridional emmetropization.

14 in reducing strabismus and amblyopia, impede emmetropization?

15 ed and supporting the use of ID as a tool in emmetropization and myopia studies.

16 suggest that the mechanisms responsible for emmetropization are insensitive to stimulus orientation

17 e profile of the subjects is consistent with emmetropization being impaired in albinism.

18 rome do not follow the expected trend toward emmetropization during infancy and early childhood.

19 ent of children with INS demonstrated little emmetropization during the first 8 years of life.

20 compensation and therefore probably not for emmetropization either.

21 was whether early WTR astigmatism influences emmetropization in children with INS and whether there i

22 ror with age were consistent with meridional emmetropization in children with INS and WTR astigmatism

23 ntinuous light exposure on ocular growth and emmetropization in infant monkeys.

24 Form deprivation by diffusers disrupted emmetropization in marmosets over a range of ages.

25 n to determine the effects of astigmatism on emmetropization in monkeys.

26 sence of significant amounts of astigmatism, emmetropization is directed toward one of the two focal

27 ental period when ocular growth is rapid and emmetropization normally takes place.

28 With age, emmetropization occurred for both central and peripheral

29 ppeared to be the most influential factor in emmetropization of spherical equivalent refractive error

30 Whether either natural emmetropization or compensation for imposed spectacle le

31 intact fovea was essential for either normal emmetropization or the vision-induced myopic errors prod

32 or retinal image degradation below which the emmetropization process is not affected.

33 The role of early astigmatism in the emmetropization process is not clear.

34 ver, it is also possible that aspects of the emmetropization process may not operate as effectively u

35 , the temporal integration properties of the emmetropization process normally reduce the likelihood t

36 s in the normal-lighting group completed the emmetropization process, stabilizing at approximately (m

37 e the temporal integration properties of the emmetropization process, the authors investigated the ef

38 s may reflect operational constraints of the emmetropization process.

39 to achieve emmetropia and 2) disruptions of emmetropization resulting in myopia or hyperopia.

40 It appears that emmetropization seeks out the image plane that contains

41 Compensation may involve internal emmetropization signals that rise and become saturated d

42 lso can be explained in terms of "meridional emmetropization." The contrasting refractive profiles of

43 decode the eye's refractive error status for emmetropization warrants investigation.

44 ly affected by ID in chickens, implying that emmetropization was unaffected and supporting the use of

45 Aspects of emmetropization were, however, unusual for three monkeys

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