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Table 6 Linear regression of the association between SAF and lung function parameters stratified by COPD diagnosis

From: The AGE-RAGE axis associates with chronic pulmonary diseases and smoking in the Rotterdam study

FEV1%predicted N = 2577

No COPD (N = 1964)

COPD (N = 613)

 

Unstandardized coefficient β (95% CI)

P-value

Unstandardized coefficient β (95% CI)

P-value

Model 1

-3.115(-4.723 - -1.508)

< 0.001

-8.876(-11.674 - -6.059)

< 0.001

Model 2

-2.177(-3.756 - − 0.598)

0.007

-7.278(-9.972 - -4.585)

< 0.001

Model 3

-1.712(-3.306 - − 0.118)

0.035

-6.362(-9.055 - -3.670)

< 0.001

DLCOc N = 2356

No COPD (N = 2033)

COPD (N = 323)

 

Unstandardized coefficient β (95% CI)

P-value

Unstandardized coefficient β (95% CI)

P-value

Model 1

− 0.189(-0.308 - − 0.071)

0.002

− 0.675(-1.038 - − 0.312)

<0.001

Model 2

− 0.171(-0.291 - 0.051)

0.005

− 0.643(-1.009 - − 0.278)

<0.001

Model 3

− 0.112(-0.232 - 0.009)

0.070

− 0.550(-0.909 - − 0.191)

0.003

DLCOc/VAN = 2356

No COPD (N = 2033)

COPD (N = 323)

 

Unstandardized coefficient β (95% CI)

P-value

Unstandardized coefficient β (95% CI)

P-value

Model 1

− 0.002(-0.023 - 0.019)

0.849

− 0.075(-0.128 - − 0.023)

0.005

Model 2

− 0.010(-0.031 - 0.011)

0.343

− 0.074(-0.126 - − 0.022)

0.005

Model 3

0.001(-0.020 - 0.021)

0.939

− 0.065(-0.117 - − 0.014)

0.013

  1. Model 1: Age, sex, Rotterdam Study subcohort adjusted
  2. Model 2: Model 1 + diabetes, physical activity, eGFR, BMI, oral and inhaled corticosteroids prescription adjusted
  3. Model 3: Model 2 + smoking status adjusted