Table 2—

Univariate and backward multivariate regression analyses

β95% CIP value
Univariate analysis    
    Log-transformed insulin −0.83 −1.18 to −0.47 <0.001 
    Log-transformed BMI −2.24 −3.69 to −1.19 <0.001 
    Log-transformed HDL cholesterol 0.69 0.14–1.24 0.01 
    Log-transformed triglycerides −0.55 −0.90 to −0.19 0.003 
    Waist circumference (cm) −0.02 −0.04 to −0.01 0.004 
Multivariate analysis    
    Log-transformed insulin −0.59 −0.96 to −0.22 0.002 
    Log-transformed triglycerides −0.33 −0.64 to −0.01 0.04 
    Log-transformed BMI −1.22 −2.27 to 0.00 0.05 
β95% CIP value
Univariate analysis    
    Log-transformed insulin −0.83 −1.18 to −0.47 <0.001 
    Log-transformed BMI −2.24 −3.69 to −1.19 <0.001 
    Log-transformed HDL cholesterol 0.69 0.14–1.24 0.01 
    Log-transformed triglycerides −0.55 −0.90 to −0.19 0.003 
    Waist circumference (cm) −0.02 −0.04 to −0.01 0.004 
Multivariate analysis    
    Log-transformed insulin −0.59 −0.96 to −0.22 0.002 
    Log-transformed triglycerides −0.33 −0.64 to −0.01 0.04 
    Log-transformed BMI −1.22 −2.27 to 0.00 0.05 

Log-transformed M/I values were entered as the dependent variable in univariate and backward multivariate regression analysis. In univariate analysis only variables at P < 0.10 are shown. R2 = 0.44, F = 12.2, total df = 47, P < 0.001.

Close Modal

or Create an Account

Close Modal
Close Modal