Table 4. Odds ratios (95% CIs) for environmental risk score (ERS) categorized by quintilea (n = 3847).
Phenotypeb | Single-phenotype Approachc | Multi-phenotype Approachd | ||
ERS1e | ERS2f | ERS1e | ERS2f | |
Total cholesterol | 1.450 (1.112, 1.892) | 1.722 (1.317, 2.252) | 1.781 (1.337, 2.374) | 1.564 (1.191, 2.054) |
HDL | 1.372 (1.077, 1.748) | 1.450 (1.144, 1.838) | 1.471 (1.142, 1.894) | 1.565 (1.230, 1.990) |
LDL | 1.824 (1.394, 2.386) | 1.820 (1.391, 2.381) | 1.357 (1.061, 1.735) | 1.262 (0.973, 1.637) |
Triglyceride | 1.843 (1.366, 2.487) | 1.536 (1.147, 2.056) | 1.758 (1.275, 2.424) | 2.027 (1.521, 2.703) |
Odds ratios for dichotomized phenotype (high vs. low) comparing subjects with ERS in the top 20% to those in the bottom 20%, adjusted for covariates and micronutrients.
Dichotomization thresholds: 200 mg/dL for total cholesterol, 40 mg/dL (male) or 50 mg/dL (female) for HDL, 130 mg/dL for LDL and 150 mg/dL for triglyceride.
Pollutants selected by single-phenotype regression (n = 13, 9, 5 and 27 for total cholesterol, HDL, LDL and triglyceride, respectively) to construct ERS, adjusted for phenotype-specific micronutrients.
Pollutants selected by multi-phenotype regression (n = 45) to construct ERS, adjusted for union of selected micronutrients (n = 14).
ERS constructed with coefficient estimates from single-pollutant models as weights.
ERS constructed with coefficient estimates from multi-pollutant models as weights.