Purpose: To find, if there is any relationship between axial eye length and other physiological properties of the eye (horizontal corneal diameter, average corneal radius, central corneal thickness, objective spherical equivalent, pupillary distance), body height, and head size. Can any of these correlations eventually complement models in myopia progression or be the model for further research
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To evaluate the relationship between axial length(AL), corneal and lens refractive power, and t...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
Axial length of the eye correlates with the magnitude of myopia. However, there are conflicting repo...
Purpose: To analyze the relationship between the central corneal thickness (CCT) and mid-peripheral ...
This study aims to evaluate the existing mathematical approach for the theoretical estimation of axi...
Background and objective: Myopiais a common refractive error in the estimation of corneal barrier an...
<p>Correlations between axial length and scleral thickness measurements obtained in different region...
Pur po se: To study the relationship between keratoconus and axial myopia and also to compare anteri...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Ocular parameters have been applied to ophthalmic lens designs in order to satisfy individual wearer...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
PURPOSE: Myopia has been found to be predominantly axial in nature, i.e. myopic eyes have longer tha...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To evaluate the relationship between axial length(AL), corneal and lens refractive power, and t...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
Axial length of the eye correlates with the magnitude of myopia. However, there are conflicting repo...
Purpose: To analyze the relationship between the central corneal thickness (CCT) and mid-peripheral ...
This study aims to evaluate the existing mathematical approach for the theoretical estimation of axi...
Background and objective: Myopiais a common refractive error in the estimation of corneal barrier an...
<p>Correlations between axial length and scleral thickness measurements obtained in different region...
Pur po se: To study the relationship between keratoconus and axial myopia and also to compare anteri...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Ocular parameters have been applied to ophthalmic lens designs in order to satisfy individual wearer...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
PURPOSE: Myopia has been found to be predominantly axial in nature, i.e. myopic eyes have longer tha...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...
AIM: To evaluate the relationship between axial length(AL), corneal and lens refractive power, and t...
Aim: To assess the variations in cone mosaic in myopia and its correlation with axial length (AL). S...