<p>MD = mean defect, OR = odds ratio, CI = confidence interval, VCDR = vertical cup-to-disk ratio.</p><p><sup>†</sup>Candidate risk factors included: age, gender, right/left eye, central corneal thickness, BCVA (logMAR), vertical cup-to-disk ratio, baseline IOP, mean follow-up IOP, IOP reduction, IOP reduction percentage, initial MD, follow-up period, spherical equivalent, axial length, and the extents of myopia;</p><p><sup>‡</sup>Candidate risk factors included: age, gender, right/left eye; central corneal thickness, BCVA (logMAR), vertical cup-to-disk ratio, baseline IOP, mean follow-up IOP, IOP reduction, IOP reduction percentage, initial MD, follow-up period, spherical equivalent, and axial length</p><p>Logistic regression analysis of f...
Clinical Relevance: Identification of the baseline characteristics for children undergoing orthokera...
<p>Multiple Logistic Regression Model of Factors Associated with the Prevalence of High Myopia (Defi...
Objective: To determine intraocular pressure (IOP)-dependent and IOP-independent variables associate...
<p>MD = mean defect, OR = odds ratio, CI = confidence interval, VCDR = vertical cup-to-disk ratio.</...
<p>MD = mean defect, OR = odds ratio, CI = confidence interval, BCVA (logMAR) = logarithm of the min...
Logistic regression analysis demonstrates significant variables for visual field defects in open-ang...
OBJECTIVE: To identify risk factors for visual field progression of normal-tension glaucoma (NTG) in...
<p>Logistic regression analysis revealing the risk factors of each type of visual field defect.</p
<p>Logistic regression analysis showing the risk factors for poor visual outcomes after cataract sur...
Purpose: To identify risk factors for visual field progression in glaucoma and to compare different ...
Effects of various factors on myopia (VA ≤ 6/12 and SE < = -0.5D in at least one eye) in logistic re...
<p>Logistic regression testing factors associated with the presence of microvasculature dropout insi...
Purpose: To investigate which baseline factors are predictive for success in controlling myopia prog...
*<p>Adjusted for all factors on the table.</p><p>CSMO- clinically significant macular oedema; R1- Mi...
Purpose: To identify risk factors for visual field progression in glaucoma and to compare different ...
Clinical Relevance: Identification of the baseline characteristics for children undergoing orthokera...
<p>Multiple Logistic Regression Model of Factors Associated with the Prevalence of High Myopia (Defi...
Objective: To determine intraocular pressure (IOP)-dependent and IOP-independent variables associate...
<p>MD = mean defect, OR = odds ratio, CI = confidence interval, VCDR = vertical cup-to-disk ratio.</...
<p>MD = mean defect, OR = odds ratio, CI = confidence interval, BCVA (logMAR) = logarithm of the min...
Logistic regression analysis demonstrates significant variables for visual field defects in open-ang...
OBJECTIVE: To identify risk factors for visual field progression of normal-tension glaucoma (NTG) in...
<p>Logistic regression analysis revealing the risk factors of each type of visual field defect.</p
<p>Logistic regression analysis showing the risk factors for poor visual outcomes after cataract sur...
Purpose: To identify risk factors for visual field progression in glaucoma and to compare different ...
Effects of various factors on myopia (VA ≤ 6/12 and SE < = -0.5D in at least one eye) in logistic re...
<p>Logistic regression testing factors associated with the presence of microvasculature dropout insi...
Purpose: To investigate which baseline factors are predictive for success in controlling myopia prog...
*<p>Adjusted for all factors on the table.</p><p>CSMO- clinically significant macular oedema; R1- Mi...
Purpose: To identify risk factors for visual field progression in glaucoma and to compare different ...
Clinical Relevance: Identification of the baseline characteristics for children undergoing orthokera...
<p>Multiple Logistic Regression Model of Factors Associated with the Prevalence of High Myopia (Defi...
Objective: To determine intraocular pressure (IOP)-dependent and IOP-independent variables associate...