Purpose: To assess the agreement and repeatability of two objective systems for measuring the tear film stability. Methods: Retrospective analysis of the tear film stability of 99 healthy right eyes measured with a videokeratoscope (VK) and the Optical Quality Analysis System (OQAS, Visiometrics). Two consecutive measures were taken with both systems, with an interval of 10 min between them. Variables included in the study were first and mean non-invasive break-up times (NIBUT and MNIBUT) measured with VK, and mean and standard deviation of the optical scattering index (OSIm and OSIsd) measured with OQAS. The agreement and repeatability of grading scales provided by both devices were also evaluated using the Cohen’s k with quadratic weights...
abstract: Purpose: To evaluate a new method of measuring ocular exposure in the context of a natural...
OBJECTIVE: The aim of the study was to compare the assessment of the ocular surface using classic me...
abstract: Purpose: To investigate use of an improved ocular tear film analysis protocol (OPI 2.0) in...
To assess the agreement and repeatability of two objective systems for measuring the tear film stabi...
AIM: To investigate repeatability and accuracy of a latest Keratograph for evaluating the tear film ...
Purpose: Since tear film stability can be affected by fluorescein, the Dry Eye Workshop (DEWSII) rec...
PURPOSE: To evaluate and compare the tear-film dynamics in normal eyes and in eyes with mild dry-eye...
Abstract This study evaluates the effectiveness of objective techniques in assessing dry eye disease...
Purpose: To determine the repeatability of tear ferning (TF) grading analysed by subjective and obje...
Tear film stability can be assessed via a number of tools designed for clinical as well as research ...
Background: Assessment of the tear film is necessary in routine clinical practice because an unstabl...
A new objective method to diagnose and classify dry eye patients has been carried out in this study...
Objective: To innovatively compare the tear film stability assessed noninvasively by Javal-Schiotz k...
Purpose: To compare the repeatability of keratometry between different instruments in patients with ...
A simple, non-invasive technique of assessing the stability of the human precorneal tear film is tes...
abstract: Purpose: To evaluate a new method of measuring ocular exposure in the context of a natural...
OBJECTIVE: The aim of the study was to compare the assessment of the ocular surface using classic me...
abstract: Purpose: To investigate use of an improved ocular tear film analysis protocol (OPI 2.0) in...
To assess the agreement and repeatability of two objective systems for measuring the tear film stabi...
AIM: To investigate repeatability and accuracy of a latest Keratograph for evaluating the tear film ...
Purpose: Since tear film stability can be affected by fluorescein, the Dry Eye Workshop (DEWSII) rec...
PURPOSE: To evaluate and compare the tear-film dynamics in normal eyes and in eyes with mild dry-eye...
Abstract This study evaluates the effectiveness of objective techniques in assessing dry eye disease...
Purpose: To determine the repeatability of tear ferning (TF) grading analysed by subjective and obje...
Tear film stability can be assessed via a number of tools designed for clinical as well as research ...
Background: Assessment of the tear film is necessary in routine clinical practice because an unstabl...
A new objective method to diagnose and classify dry eye patients has been carried out in this study...
Objective: To innovatively compare the tear film stability assessed noninvasively by Javal-Schiotz k...
Purpose: To compare the repeatability of keratometry between different instruments in patients with ...
A simple, non-invasive technique of assessing the stability of the human precorneal tear film is tes...
abstract: Purpose: To evaluate a new method of measuring ocular exposure in the context of a natural...
OBJECTIVE: The aim of the study was to compare the assessment of the ocular surface using classic me...
abstract: Purpose: To investigate use of an improved ocular tear film analysis protocol (OPI 2.0) in...