Associations (multivariable analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011 (n = 3135), after dropping biochemical blood examination parameters and alcohol consumption quantity.

<p>Associations (multivariable analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011 (n = 3135), after dropping biochemical blood examination parameters and alcohol consumption quantity.</p

Logistic binary regression analysis for the associations with the incidence of beta zone of parapapillary atrophy during a 5-year follow-up of the Beijing Eye Study.

<p>Logistic binary regression analysis for the associations with the incidence of beta zone of parapapillary atrophy during a 5-year follow-up of the Beijing Eye Study.</p

Baseline characteristics of the individuals included into the present investigation and of those participants of the Beijing Eye Study who were not included into the present investigation.

<p>Baseline characteristics of the individuals included into the present investigation and of those participants of the Beijing Eye Study who were not included into the present investigation.</p

Associations (multivariable analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011 (n = 3135).

<p>Associations (multivariable analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011 (n = 3135).</p

Associations (univariate analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011.

<p>Associations (univariate analysis) of intraocular pressure with systemic parameters and ocular variables in the non-glaucomatous participants of the Beijing Eye Study 2011.</p

Histogram showing the distribution of intraocular pressure adjusted age, body height, diastolic blood pressure, pulse rate, refractive error, central corneal thickness and anterior corneal curvature radius in non-glaucomatous participants of the Beijing Eye Study 2011.

<p>Histogram showing the distribution of intraocular pressure adjusted age, body height, diastolic blood pressure, pulse rate, refractive error, central corneal thickness and anterior corneal curvature radius in non-glaucomatous participants of the Beijing Eye Study 2011.</p

Scattergram showing the distribution of IOP versus age in non-glaucomatous participants of the Beijing Eye Study 2011.

<p>Scattergram showing the distribution of IOP versus age in non-glaucomatous participants of the Beijing Eye Study 2011.</p

Graph showing the distribution of intraocular pressure stratified by mean blood pressure in non-glaucomatous participants of the Beijing Eye Study 2011.

<p>Graph showing the distribution of intraocular pressure stratified by mean blood pressure in non-glaucomatous participants of the Beijing Eye Study 2011.</p

Graph showing the distribution of intraocular pressure stratified by central corneal thickness in non-glaucomatous participants of the Beijing Eye Study 2011.

<p>Graph showing the distribution of intraocular pressure stratified by central corneal thickness in non-glaucomatous participants of the Beijing Eye Study 2011.</p

Multivariate Regression Analysis of the Associations between the Presence of Dyslipidemia, Total Cholesterol, High-Density Lipoprotein Cholesterol, Low-Density Lipoprotein cholesterol, and Triglycerides with Major Ocular Diseases and Parameters in the Beijing Eye Study 2006.

<p>(Continuous variables; linear regression analysis) (95%CI: 95% Confidence interval; <i>P</i>.-V.: <i>P</i>-Value).</p><p>Each model was adjusted for factors significantly associated with each of the ocular parameters/diseases in bivariate analysis.</p><p>95%CI: 95% confidence interval of the odds ratio or of Beta coefficient.</p