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Table 3 Odds ratio for the top d-ROM or the bottom BAP quartile before and after including CRP levels as one of the covariates

From: Relationship between estimated glomerular filtration rate, albuminuria, and oxidant status in the Japanese population

Dependent variable

Independent variable

Odd ratios

(

95%

)

P value

The top d-ROM quartile

Women

ā€ƒModel 1

The first eGFR quartile

0.83

(

0.66

-

1.04

)

0.100

The fourth UAER quartile

1.34

(

1.04

-

1.75

)

0.023

ā€ƒModel 2

The first eGFR quartile

0.81

(

0.64

-

1.02

)

0.079

The fourth UAER quartile

1.16

(

0.18

-

1.52

)

0.268

Men

ā€ƒModel 1

The first eGFR quartile

0.80

(

0.64

-

1.00

)

0.045

The fourth UAER quartile

1.83

(

1.48

-

2.26

)

<0.001

ā€ƒModel 2

The first eGFR quartile

0.78

(

0.62

-

0.98

)

0.034

The fourth UAER quartile

1.68

(

1.35

-

2.10

)

<0.001

The bottom BAP quartile

Women

ā€ƒModel 1

The first eGFR quartile

0.93

(

0.70

-

1.22

)

0.589

The fourth UAER quartile

0.99

(

0.72

-

1.36

)

0.927

ā€ƒModel 2

The first eGFR quartile

0.93

(

0.71

-

1.23

)

0.617

The fourth UAER quartile

1.00

(

0.73

-

1.38

)

0.994

Men

ā€ƒModel 1

The first eGFR quartile

0.77

(

0.64

-

0.93

)

0.005

The fourth UAER quartile

1.36

(

1.14

-

1.63

)

0.001

ā€ƒModel 2

The first eGFR quartile

0.77

(

0.64

-

0.93

)

0.005

The fourth UAER quartile

1.37

(

1.15

-

1.64

)

<0.001

  1. In model 1, variables used in FiguresĀ 2 and 3 were used as dependent variables (age, high blood pressure, hypertensive drug use, smoking status, eGFR quartiles, UAER quartiles). In model 2, CRP levels were added as one of the independent variables to model 1.