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. 2024 Dec 6;11:1485428. doi: 10.3389/fnut.2024.1485428

Table 3.

Relationships of OBS, dietary OBS, lifestyle OBS, and the cobalt level stratified by gender.

Outcome Male Female
β (95%CI) P-value β (95%CI) P-value
Model 1
OBS −0.153 (−0.356, 0.051) 0.14243 −0.054 (−0.288, 0.180) 0.65016
Dietary OBS −0.186 (−0.398, 0.027) 0.08746 −0.076 (−0.322, 0.169) 0.54266
Lifestyle OBS 0.479 (−0.600, 1.558) 0.38494 0.442 (−0.822, 1.707) 0.49358
Model 2
OBS −0.124 (−0.328, 0.080) 0.23453 −0.046 (−0.289, 0.197) 0.71257
Dietary OBS −0.154 (−0.368, 0.060) 0.16057 −0.063 (−0.318, 0.192) 0.62932
Lifestyle OBS 0.428 (−0.662, 1.517) 0.44209 0.332 (−0.981, 1.645) 0.62048
Model 3
OBS −0.259 (−0.487, −0.032) 0.02626 −0.102 (−0.376, 0.171) 0.46308
Dietary OBS −0.288 (−0.524, −0.052) 0.01740 −0.122 (−0.403, 0.158) 0.39272
Lifestyle OBS 0.332 (−1.175, 1.839) 0.66641 0.528 (−1.167, 2.222) 0.54214

Model 1: no covariates were adjusted.

Model 2: age, M-HDL, and UACR were adjusted.

Model 3: age, BMI (kg/m2), diabetes, hypertension, smoking, creatinine, urine (mg/dL), blood urea nitrogen (mg/dL), iron (μg/dL), phosphorus (mg/dL), total Protein (g/dL), uric acid (mg/dL), monocyte number (1,000 cells/μL), HDL-Cholesterol (mg/dL), total cholesterol (mg/dL), M-HDL, UACR, NPAR, and SII were adjusted.