Table 2.
Dependent variable | ||||
---|---|---|---|---|
Usual walking distance | BMI (kg/m2) | Waist circumference (cm) | Chest circumference (cm) | Hip circumference (cm) |
Independent variable: meat (servings/day) | ||||
Females | ||||
<1.5 km/d¶ | 2.37±0.17§ | 5.83±0.42§ | 3.82±0.31§ | 5.55±0.41§ |
1.5–3 km/d | 1.95±0.14§ | 5.12±0.36§ | 2.96±0.26§ | 4.40±0.33§ |
3–4.5 km/d | 1.98±0.18§ | 4.73±0.46§ | 2.89±0.35§ | 4.55±0.42§ |
>4.5 km/d | 1.97±0.16§ | 4.69±0.44§ | 2.92±0.32§ | 4.44±0.40§ |
Interaction (P)# | P<10−5 | P=0.0002 | P=0.0002 | P=0.0005 |
Males | ||||
<1.5 km/d | 1.80±0.25§ | 3.98±0.65§ | 1.48±0.67* | |
1.5–3 km/d | 1.26±0.21§ | 2.71±0.53§ | 2.18±0.57§ | |
3–4.5 km/d | 1.24±0.26§ | 3.55±0.65* | 2.77±0.68§ | |
>4.5 km/d | 1.35±0.23§ | 3.37±0.59 | 3.02±0.67§ | |
Interaction (P) | P=0.14 | P=0.50 | P=0.18 | |
Independent variable: fruit (pieces/day) | ||||
Females | ||||
<1.5 km/d | −0.42±0.07§ | −1.03±0.16§ | −0.51±0.12§ | −0.66±0.16§ |
1.5–3 km/d | −0.18±0.05‡ | −0.38±0.12† | −0.02±0.09 | −0.20±0.12 |
3–4.5 km/d | −0.15±0.06† | −0.14±0.15 | −0.07±0.11 | −0.05±0.14 |
>4.5 km/d | −0.30±0.05§ | −0.70±0.12§ | −0.24±0.09‡ | −0.52±0.11§ |
Interaction (P) | P=0.0001 | P=0.0006 | P=0.01 | P=0.05 |
Males | ||||
<1.5 km/d | −0.38±0.10§ | −1.06±0.25§ | −0.49±0.26 | |
1.5–3 km/d | −0.24±0.08† | −0.81±0.21‡ | −0.58±0.23† | |
3–4.5 km/d | −0.18±0.09* | −0.47±0.24* | −0.29±0.26 | |
>4.5 km/d | −0.27±0.07‡ | −0.44±0.19* | −0.53±0.21† | |
Interaction (P) | P=0.18 | P=0.04 | P=0.69 |
Adjusted for age, education, and alcohol intake. Significance levels coded:
P<0.05,
P<0.01,
P<0.001,
P<0.0001.
The values presented in the table are the effect of meat on BMI within a particular mileage group as obtained from the coefficient “β” in the model: BMI= intercept+βmeat+covariates.
The test for whether distance walked affected the relationship of BMI to meat intake refers to the significance of the test of γ=0 in the model BMI= intercept+βmeat+δdistance+γmeat*distance+covariates.