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1
The mean peak in
axial
length
was found to occur at 1113.
2
A corresponding trend was also found in the change of the
axial
length
.
3
Measures of intraocular pressure and
axial
length
were also taken at each measurement session.
4
Conclusions: Encircling the sclera may accelerate progression of myopia by significantly increasing
axial
length
.
5
Significant associations of subclinical ONHD with smaller ONH and shorter
axial
length
were found.
6
No significant difference was found between the mean peak times of
axial
length
and IOP.
7
An infant with congenital glaucoma had a normal corneal diameter with an increased
axial
length
.
8
Ocular refraction,
axial
length
and body weight were measured at the start and after 21 days.
9
Conclusions: Methods using
axial
length
are most accurate.
10
For comparison, two control eyes were matched with each SIOD eye by age and
axial
length
.
11
The relation between the error and
axial
length
,
ametropia, and keratometry was explored by linear regression analysis.
12
The degree of myopia itself does not contribute to a significant difference in the increased
axial
length
.
13
Children with congenital GH deficiency or insensitivity have a mean hyperopic defect related to a shorter
axial
length
.
14
Associations exist between the change in
axial
length
and the change in IOP, as measured by dynamic contour tonometry.
15
All participants had undergone standard ophthalmic examination including measurements of
axial
length
(AL) and corneal radius (CR).
16
Main outcome measure: The changes of
axial
length
per month between operated eyes and contralateral eyes (control group).
axial
length
axial