Skip to main content
. Author manuscript; available in PMC: 2014 Apr 1.
Published in final edited form as: Nutr Metab Cardiovasc Dis. 2011 Oct 7;23(4):292–299. doi: 10.1016/j.numecd.2011.07.004

Table 4.

Multiple logistic regression analysis of the relation between vegetarian diet, and diabetes in non-Blacks (n = 34,215).

Odds ratio 95% CI
Age 1.033 1.025–1.041
BMI 1.119 1.104–1.134
Female vs. male 0.681 0.554–0.841
Education
Some college vs high school or less 1.145 0.890–1.472
College or higher vs high school or less 1.121 0.847–1.484
Income
$11,000–$30,000 vs <$10,000 0.740 0.578–0.947
$31,000–$50,000 vs <$10,000 0.886 0.663–1.184
≥$51,000 vs <$10,000 0.531 0.370–0.763
Television watching
1–2 h/day vs <1 h/day 1.314 1.000–1.728
≥3 h/day vs <1 h/day 1.412 1.046–1.905
Sleep
7 h/night vs ≤6 h/night 0.767 0.610–0.964
≥8 h/night vs ≤6 h/night 0.719 0.571–0.905
Alcohol use
Ever vs never 0.898 0.710–1.134
Physical activity, frequency/week
1–2×/week vs <1×/week or never 0.958 0.730–1.257
>3×/week vs <1×/week or never 1.053 0.852–1.303
Smoking
Ever vs never 0.940 0.717–1.232
Dietary status
Vegan vs non-vegetarian 0.429 0.249–0.740
Lacto-ovo vegetarian vs non-vegetarian 0.684 0.542–0.862
Pesco-vegetarian vs non-vegetarian 0.868 0.593–1.270
Semi-vegetarian vs non-vegetarian 0.501 0.303–0.827