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. 2022 Aug 12;14(16):3309. doi: 10.3390/nu14163309

Table 2.

Cross-sectional associations between ultra-processed food intake and hsCRP concentration (MCCS, 1990–1994).

Main Analyses
Variable n Estimated Relative Change in hsCRP Concentration (mg/L) for Each Energy-Adjusted 100 (g) Increase in Ultra-Processed Food Intake (95%CIs) p-Value R2
Model 1 a 2018 3.6% (1.7–5.5%) <0.001 6%
Model 2 b 1899 4.2% (2.3–6.0%) <0.001 11.3%
*Model 3 c 1852 4.0% (2.1–5.9%) <0.001 15.1%
**Model 4 d 1850 2.5% (0.8–4.3%) 0.004 27.7%

Regressions performed with hsCRP on a logarithmic scale. a Model 1 = unadjusted. b Model 2 = additionally adjusted for sociodemographic characteristics: sex (men and women), age (continuous), education ((in)complete tertiary degree or diploma, completed high/technical school, (in)complete high/technical school, completed primary school, and (in)complete primary school), country of birth (Australia/New Zealand/Other, United Kingdom/Malta, Italy, and Greece), marital status (married, de facto, divorced, separated, and widow), and SEIFA quintiles (Q1–Q5). Change to n due missing values for confounders marital status and SEIFA quintiles. c *Model 3 = main model additionally adjusted for lifestyle- and health-related behaviours: smoking status (never smoked, current smoker, and former smoker), physical activity over the last 6 months (0 (none), >0 and <4 (low), ≥4 and <6 (moderate), and ≥6 (high)), and alcohol intake (g/day) (lifetime abstainers, ex-drinkers, and up to 19, 20–29, 30–39, and 40+). Change to n due missing values for confounder alcohol intake. d **Model 4 = supplementary analyses additionally adjusted for body mass index (kg/m2). Change to n due missing values for confounders alcohol intake and body mass index. SEIFA—Socio-Economic Indexes for Areas, 95%CIs—95% confidence intervals.