% Body fat (from bioelectrical impedance analysis (BIA)) vs. body adiposity index (BAI) for males. Figure 1b. % Body fat (from bioelectrical impedance analysis (BIA)) vs. body adiposity index (BAI) for females.

<p>% Body fat (from bioelectrical impedance analysis (BIA)) vs. body adiposity index (BAI) for males. Figure 1b. % Body fat (from bioelectrical impedance analysis (BIA)) vs. body adiposity index (BAI) for females.</p

Correlation matrix between BAI, BMI, % Fat from BIA, hip and waist circumferences, height, and weight in women.

1<p>% Fat determined by the bioelectrical impedance analysis (BIA). WC: waist circumference.</p><p>The level of significance was ^*p <0.05, ^**p <0.01, ^***p <0.001.</p

ROC curve analysis for BAI in men. Figure 2b. ROC curve analysis for BAI in women.

<p>ROC curve analysis for BAI in men. Figure 2b. ROC curve analysis for BAI in women.</p

ROC curve analysis for BMI in men. Figure 3b. ROC curve analysis for BMI in women.

<p>ROC curve analysis for BMI in men. Figure 3b. ROC curve analysis for BMI in women.</p

Correlation matrix between BAI, BMI, % Fat from BIA, hip and waist circumferences, height, and weight in men.

1<p>% Fat determined by the bioelectrical impedance analysis (BIA). WC: waist circumference.</p><p>The level of significance was ^*p <0.05, ^**p <0.01, ^***p <0.001.</p

Anthropometric characteristics of participants in the study.

<p>Anthropometric characteristics of participants in the study.</p