Background: Several studies have shown the correlation between ocular biometry with refractive errors. Since these parameters can be influenced by race, ethnicity, and genetics, their differences between different populations can probably explain the differences in refractive errors. We present the biometric values measured in 431 eyes with normal, short, long, and extremely long axial length (AL) from the Latin American population. Patients and Methods: All eye measurements were performed using optical biometry with IOL Master and stratified according to AL and anterior chamber depth (ACD) and evaluated in relation to each other. Symmetry between right eye (RE) and left eye (LE) was also analyzed. Setting: The study was conducted at Privat...
Abstract Background Ocular biometric parameters can be influenced by race, ethnicity, and genetics; ...
BACKGROUND Uncorrected refractive error is the second largest cause of treatable blindness after ca...
Aims. To determine the characteristics of corneal biometrics in eyes from aniso-axial length catarac...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Aim: The aim of this study is to compare the ocular biometric parameters between intraocular lens (I...
Context Accurate intraocular lens (IOL) power calculation is mandatory to achieve satisfactory refra...
Purpose: We aimed to describe norms for the distribution of axial length (AL) and other ocular biome...
To compare the anterior chamber depth (ACD), keratometry (K) and astigmatism measurements taken by I...
Background/objectivesWe provide global averages and standard deviations for ocular biometry-axial le...
Introduction: Basic anatomical parameters in ophthalmology are variable in different countries accor...
Objective: In eyes with severe corneal pathology, biometric measurements of the corneal curvature (K...
AIM: To compare the differences and agreement in axial length(AL), anterior chamber depth(ACD)flat a...
Objective:Compare the axial lengthand other biometric parameters by two biometric devices. Compare t...
AIM: To compare the axial lengths (ALs) measured with Lenstar, IOLMaster and A-scan contact ultrasou...
Introduction: Ocular axial length, anterior chamber depth and central corneal thickness are three im...
Abstract Background Ocular biometric parameters can be influenced by race, ethnicity, and genetics; ...
BACKGROUND Uncorrected refractive error is the second largest cause of treatable blindness after ca...
Aims. To determine the characteristics of corneal biometrics in eyes from aniso-axial length catarac...
Purpose: To study correlation between ocular axial length and anterior chamber depth in eyes and to ...
Aim: The aim of this study is to compare the ocular biometric parameters between intraocular lens (I...
Context Accurate intraocular lens (IOL) power calculation is mandatory to achieve satisfactory refra...
Purpose: We aimed to describe norms for the distribution of axial length (AL) and other ocular biome...
To compare the anterior chamber depth (ACD), keratometry (K) and astigmatism measurements taken by I...
Background/objectivesWe provide global averages and standard deviations for ocular biometry-axial le...
Introduction: Basic anatomical parameters in ophthalmology are variable in different countries accor...
Objective: In eyes with severe corneal pathology, biometric measurements of the corneal curvature (K...
AIM: To compare the differences and agreement in axial length(AL), anterior chamber depth(ACD)flat a...
Objective:Compare the axial lengthand other biometric parameters by two biometric devices. Compare t...
AIM: To compare the axial lengths (ALs) measured with Lenstar, IOLMaster and A-scan contact ultrasou...
Introduction: Ocular axial length, anterior chamber depth and central corneal thickness are three im...
Abstract Background Ocular biometric parameters can be influenced by race, ethnicity, and genetics; ...
BACKGROUND Uncorrected refractive error is the second largest cause of treatable blindness after ca...
Aims. To determine the characteristics of corneal biometrics in eyes from aniso-axial length catarac...