<p><b>Model parameters dependent variable BMI: Model 1</b> Constant 17.53 ANOVA 0.008, R<sup>2</sup> 0.044. <b>Model 2</b> Constant 18.22 ANOVA <0.0001, R<sup>2</sup> 0.087. <b>Model 3</b> Constant 18.21 ANOVA 0.002, R<sup>2</sup> 0.076.</p><p>Univariable linear regression: association of affected lung area with BMI</p
<p>Model 1: adjusted for age and BMI</p><p>Model 2: Model 1 + alcohol intake, physical activity, smo...
<p>Dependent variable is ePASP (mmHg).</p><p>LV = left ventricular; COPD = chronic obstructive pulmo...
<p>Linear regression model of the association between WC and BMI in females and males.</p
<p><b>Model</b>: Lung Function = BMI + Age + Gender</p><p><b>Abbreviations</b>: BMI = Body Mass Inde...
<p><b>Model parameters: Model 1</b> constant:- 2.22, -2Log likelihood 65.9-Chi<sup>2</sup> 0.31, Hos...
Multivariable models of the effect of body mass index (BMI) on chest x-ray findings of percentage of...
<p>Linear regression analyses for associations between clinical variables and the intimal thickening...
<p>Association between lung function and CPI by logistic regression (CPI in categories) and linear r...
<p>Longitudinal associations between abdominal obesity and lung function using a linear mixed model....
<p>Linear regression model of the association between WHtR and BMI in all study participants.</p
<p>(A) adjustment for age, HOMA-IR and height;</p><p>(B) adjustment for age, weight and BMI;</p><p>(...
<p>Linear regression model of the association between WHR and BMI according to HAART status.</p
<p>Linear regression model of the association between WHtR and BMI in females and males.</p
<p>Linear regression model of the association between WC and BMI according to HAART status.</p
<p>Linear regression model of the association between WHR and BMI in females and males.</p
<p>Model 1: adjusted for age and BMI</p><p>Model 2: Model 1 + alcohol intake, physical activity, smo...
<p>Dependent variable is ePASP (mmHg).</p><p>LV = left ventricular; COPD = chronic obstructive pulmo...
<p>Linear regression model of the association between WC and BMI in females and males.</p
<p><b>Model</b>: Lung Function = BMI + Age + Gender</p><p><b>Abbreviations</b>: BMI = Body Mass Inde...
<p><b>Model parameters: Model 1</b> constant:- 2.22, -2Log likelihood 65.9-Chi<sup>2</sup> 0.31, Hos...
Multivariable models of the effect of body mass index (BMI) on chest x-ray findings of percentage of...
<p>Linear regression analyses for associations between clinical variables and the intimal thickening...
<p>Association between lung function and CPI by logistic regression (CPI in categories) and linear r...
<p>Longitudinal associations between abdominal obesity and lung function using a linear mixed model....
<p>Linear regression model of the association between WHtR and BMI in all study participants.</p
<p>(A) adjustment for age, HOMA-IR and height;</p><p>(B) adjustment for age, weight and BMI;</p><p>(...
<p>Linear regression model of the association between WHR and BMI according to HAART status.</p
<p>Linear regression model of the association between WHtR and BMI in females and males.</p
<p>Linear regression model of the association between WC and BMI according to HAART status.</p
<p>Linear regression model of the association between WHR and BMI in females and males.</p
<p>Model 1: adjusted for age and BMI</p><p>Model 2: Model 1 + alcohol intake, physical activity, smo...
<p>Dependent variable is ePASP (mmHg).</p><p>LV = left ventricular; COPD = chronic obstructive pulmo...
<p>Linear regression model of the association between WC and BMI in females and males.</p