(A) Significant differences in the mean AXL were observed among the three groups at 10 weeks of age (**p < 0.01 SXL vs. LIM, **** p < 0.0001 SXL vs. Control, ****p < 0.0001 LIM vs. Control). (B) The mean refraction was significantly different among the three groups at 10 weeks of age (**p < 0.01 SXL vs. LIM, **** p < 0.0001 SXL vs. Control, ****p < 0.0001 LIM vs. Control).</p
Purpose: Previous studies in older adults suggest that longer axial length is associated with narrow...
PURPOSE:To compare the changes of spherical equivalent refractive error (SER) and axial length (AL) ...
Purpose: To compare the axial length and anterior segment alterations in preterm infants with and wi...
PURPOSE. To compare the distribution of spherical equivalent refraction (SER) and other ocular param...
Purpose To document the distribution of ocular biometry and to evaluate its associations with ref...
AbstractChanges in ocular axial dimensions and refraction were followed longitudinally, using ultras...
AIM: To evaluate the relationship between axial length(AL), corneal and lens refractive power, and t...
Purpose: To gauge the extent to which differences in the refractive error axial length relationship ...
Purpose. To investigate the ocular parameters of premature infants without ROP at gestational age (G...
In pediatric ophthalmology it is often necessary to obtain axial length in young children. For child...
Purpose: Axial length increases during accommodation in adults and children; however, refractive err...
In pediatric ophthalmology it is often necessary to obtain axial length in young children. For child...
The aim of this paper was to examine the distribution of macular, retinal nerve fiber layer (RNFL) t...
This thesis aimes to illustrate and describe the current status of refraction and axial length in Ge...
Purpose: Previous studies in older adults suggest that longer axial length is associated with narrow...
Purpose: Previous studies in older adults suggest that longer axial length is associated with narrow...
PURPOSE:To compare the changes of spherical equivalent refractive error (SER) and axial length (AL) ...
Purpose: To compare the axial length and anterior segment alterations in preterm infants with and wi...
PURPOSE. To compare the distribution of spherical equivalent refraction (SER) and other ocular param...
Purpose To document the distribution of ocular biometry and to evaluate its associations with ref...
AbstractChanges in ocular axial dimensions and refraction were followed longitudinally, using ultras...
AIM: To evaluate the relationship between axial length(AL), corneal and lens refractive power, and t...
Purpose: To gauge the extent to which differences in the refractive error axial length relationship ...
Purpose. To investigate the ocular parameters of premature infants without ROP at gestational age (G...
In pediatric ophthalmology it is often necessary to obtain axial length in young children. For child...
Purpose: Axial length increases during accommodation in adults and children; however, refractive err...
In pediatric ophthalmology it is often necessary to obtain axial length in young children. For child...
The aim of this paper was to examine the distribution of macular, retinal nerve fiber layer (RNFL) t...
This thesis aimes to illustrate and describe the current status of refraction and axial length in Ge...
Purpose: Previous studies in older adults suggest that longer axial length is associated with narrow...
Purpose: Previous studies in older adults suggest that longer axial length is associated with narrow...
PURPOSE:To compare the changes of spherical equivalent refractive error (SER) and axial length (AL) ...
Purpose: To compare the axial length and anterior segment alterations in preterm infants with and wi...