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. 2017 Mar 8;12(3):e0172253. doi: 10.1371/journal.pone.0172253

Table 2. RR (95%CI) for cardiometabolic risk factors per 60-min/day greater time sleeping, watching TV and PA (n = 5776).

Cardiometabolic risk factors Sleeping P q^ TV-viewing P q^ Light PAa P q^ MVPAa P q^
Obesity
Cases = 4256
Crude model 0.99(0.97,1.01) .462 .038 1.03(1.02,1.04)** < .001 .002 0.99(0.96,1.02) .365 .030 0.94(0.92,0.96)** < .001 .004
Multivariable model 1b 0.99(0.97,1.01) .665 .043 1.03(1.02,1.04)** < .001 .002 0.99(0.96,1.02) .480 .038 0.95(0.93,0.97)** < .001 .004
Multivariable model 2c 0.99(0.98,1.00) .659 .041 1.02(1.01,1.03)** < .001 .002 0.98(0.95,1.01) .144 .029 0.95(0.93,0.97)** < .001 .004
Type 2 diabetes
Cases = 1832
Crude model 1.00(0.97,1.03) .682 .043 1.05(1.03,1.07)** < .001 .005 1.06(0.99,1.13) .075 .021 0.97(0.93,1.02) .321 .029
Multivariable model 1b 1.00(0.97,1.03) .930 .046 1.05(1.03,1.07)** < .001 .005 1.04(0.97,1.11) .214 .030 0.93(0.88,0.98)** .009 .013
Multivariable model 2c 1.00(0.97,1.03) .918 .046 1.04(1.02,1.06)** < .001 .005 1.03(0.96,1.10) .401 .036 0.94(0.90,0.98)* .032 .014
Abdominal obesity
Cases = 5377
Crude model 1.00(0.99,1.01) .842 .050 1.02(1.01,1.03)** < .001 .007 1.00(0.99,1.01) .719 .046 0.96(0.95,0.97)** < .001 .009
Multivariable model 1b 1.00(0.99,1.01) .528 .041 1.01(1.00,1.02)** < .001 .007 1.00(0.99,1.01) .386 .036 0.97(0.96,0.98)** < .001 .009
Multivariable model 2c 1.00(0.99,1.01) .549 .038 1.01(1.00,1.02)** < .001 .007 1.00(1.98,1.02) .988 .048 0.97(0.96,0.98)** < .001 .009
Multivariable model 3d 1.00(0.99,1.01) .567 .036 1.01(1.00,1.02)** < .001 .007 0.99(0.97,1.01) .921 .046 0.97(0.96,0.98)** < .001 .009
High blood pressure
Cases = 4308
Crude model 1.01(0.99,1.03) .111 .023 1.00(0.99,1.01) .601 .039 1.01(0.98,1.04) .449 .036 1.03(1.01,1.05)** < .001 .011
Multivariable model 1b 1.01(0.99,1.03) .308 .032 1.00(0.99,1.01) .669 .045 1.00(0.98,1.02) .964 .048 1.01(0.99,1.03) .143 .025
Multivariable model 2c 1.00(0.99,1.01) .301 .030 1.00(0.99,1.01) .564 .039 1.00(0.97,1.03) .847 .045 1.01(0.99,1.03) .122 .021
Multivariable model 3d 1.00(0.99,1.01) .296 .029 1.00(0.99,1.01) .623 .039 1.00(0.97,1.03) .835 .043 1.01(0.98,1.04) .103 .018
Hyperglycemia
Cases = 3980
Crude model 1.00(0.99,1.01) .768 .048 1.00(0.99,1.01) .428 .034 1.03(1.00,1.06)* .025 .018 0.99(0.97,1.01) .656 .041
Multivariable model 1b 1.00(0.98,1.02) .992 .050 1.01(0.99,1.03) .337 .034 1.02(0.99,1.05) .074 .021 0.98(0.95,1.01) .057 .018
Multivariable model 2c 1.00(0.99,1.01) .992 .050 1.02(0.99,1.05) .127 .023 1.02(0.99,1.05) .127 .025 0.98(0.96,1.01) .101 .019
Multivariable model 3d 1.00(0.98,1.02) .993 .048 1.00(0.99,1.01) .515 .034 1.02(0.99,1.05) .122 .019 0.98(0.96,1.01) .138 .021
Hypertriglyceridemia
Cases = 2525
Crude model 1.02(0.99,1.05) .167 .025 1.02(1.00,1.04) .056 .019 1.01(0.96,1.06) .699 .045 0.94(0.90,0.98)** .001 .014
Multivariable model 1b 1.02(1.00,1.04) .110 .023 1.02(1.00,1.04)* .020 .016 1.02(0.97,1.07) .482 .039 0.95(0.91,0.99)** .009 .014
Multivariable model 2c 1.02(0.99,1.04) .130 .027 1.02(1.01,1.03)* .043 .016 1.01(0.96,1.06) .756 .043 0.95(0.91,0.99)* .022 .013
Multivariable model 3d 1.01(0.99,1.03) .252 .027 1.02(1.01,1.03) .062 .014 1.00(0.95,1.05) .898 .045 0.96(0.92,1.00) .089 .016
Low HDL-c
Cases = 2368
Crude model 1.02(0.99,1.05) .240 .027 1.02(1.00,1.04)** .009 .016 1.03(0.97,1.09) .381 .032 0.89(0.85,0.93)** < .001 .013
Multivariable model 1b 1.02(0.99,1.05) .071 .019 1.01(0.99,1.03) .181 .029 1.04(0.98,1.10) .144 .027 0.93(0.89,0.97)** < .001 .011
Multivariable model 2c 1.02(1.00,1.04) .080 .018 1.01(0.99,1.03) .347 .034 1.03(0.97,1.09) .338 .032 0.93(0.89,0.97)** .001 .011
Multivariable model 3d 1.02(1.00,1.04) .169 .025 1.00(0.98,1.02) .632 .041 1.02(0.96,1.08) .414 .032 0.94(0.90,0.98)** .004 .011

Abbreviations: RR, Relative Risk; CI, confidence interval; PA, physical activity; HDL-c, high density lipoprotein-cholesterol.

aLight PA (<4.0 METs) includes leisurely stroll or walk. Moderate-vigorous PA (≥4.0 METs) includes faster walking, cross country walking, stair climbing, working in the garden, guided exercises and outdoor sports or at home or at the gym.

bModel 1, adjusted for age (continuous), sex, education level (illiterate /primary education, secondary education and academic/graduate), smoking status (never smoker, past smoker and current smoker), marital status (single/divorced, married and widower), familiar history of coronary heart disease (yes or no) and Mediterranean diet adherence (<8 or ≥9 items).

cModel 2, adjusted for variables in model 1 plus time spent in the other three self-reported activities. In addition, when models 1 and 2 were adjusted for obesity in type 2 diabetes, and for type 2 diabetes in obesity the associations remained unchanged.

dModel 3, adjusted for variables in model 2 plus the other four metabolic syndrome individuals components. All models were stratified by recruiting center.

P-value * < .05, ** < .01.

q^ indicates false discovery rate-q value for multiple-testing using Benjamini-Hochberg test across the multiple associations between the exposure variables and the study outcomes.