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A longitudinal study on the relationship between myopia development and near accommodation lag in myopic children
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Abstract
Purpose:
To investigate the possible relationship between myopia progression and near accommodative lag.
Methods:
A 1‐year longitudinal study was carried out to measure the accommodative response and myopia progression in 62 children with mild and progressing myopia at two visits: they were 10.81 ± 1.60 years old with refractive error −1.70 ± 0.76 D on entry. Repeated measurements included refractive error, ocular biometry and accommodative response at 33 cm. The refractive error was determined by autorefraction after cycloplegia; ocular biometry by A‐scan ultrasonography; and accommodative response by an open‐field autorefractor. Results were based on the right eye and analysed by paired
t
‐test and Pearson’s correlation coefficient.
Results:
Myopia progression in the year was −0.72 ± 0.37 D (
p
< 0.001) with a range from −0.06 to −1.96 D. The change of axial length and vitreous depth were 0.41 ± 0.25 mm (
p
< 0.001) and 0.36 ± 0.24 mm (
p
< 0.001), respectively. The near lag was 0.76 ± 0.29 D on entry and 0.72 ± 0.38 D 1 year later (
p
= 0.79). No statistically significant correlations were found between near lag vs myopia progression and the change of ocular biometry as a whole (
p
> 0.10 for all). There was no significant difference in myopia progression between myopic children with greater than, compared to less than the mean amount of near lag (
p
= 0.36).
Conclusions:
This study demonstrates no statistically significant relationship between myopia progression and near accommodation lag in children with mild and progressing myopia. There is no evidence that near lag provides a stimulus to progression in this stage of myopia.
Springer Science and Business Media LLC
Title: A longitudinal study on the relationship between myopia development and near accommodation lag in myopic children
Description:
Abstract
Purpose:
To investigate the possible relationship between myopia progression and near accommodative lag.
Methods:
A 1‐year longitudinal study was carried out to measure the accommodative response and myopia progression in 62 children with mild and progressing myopia at two visits: they were 10.
81 ± 1.
60 years old with refractive error −1.
70 ± 0.
76 D on entry.
Repeated measurements included refractive error, ocular biometry and accommodative response at 33 cm.
The refractive error was determined by autorefraction after cycloplegia; ocular biometry by A‐scan ultrasonography; and accommodative response by an open‐field autorefractor.
Results were based on the right eye and analysed by paired
t
‐test and Pearson’s correlation coefficient.
Results:
Myopia progression in the year was −0.
72 ± 0.
37 D (
p
< 0.
001) with a range from −0.
06 to −1.
96 D.
The change of axial length and vitreous depth were 0.
41 ± 0.
25 mm (
p
< 0.
001) and 0.
36 ± 0.
24 mm (
p
< 0.
001), respectively.
The near lag was 0.
76 ± 0.
29 D on entry and 0.
72 ± 0.
38 D 1 year later (
p
= 0.
79).
No statistically significant correlations were found between near lag vs myopia progression and the change of ocular biometry as a whole (
p
> 0.
10 for all).
There was no significant difference in myopia progression between myopic children with greater than, compared to less than the mean amount of near lag (
p
= 0.
36).
Conclusions:
This study demonstrates no statistically significant relationship between myopia progression and near accommodation lag in children with mild and progressing myopia.
There is no evidence that near lag provides a stimulus to progression in this stage of myopia.
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