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. 2019 Dec 10;8(24):e013793. doi: 10.1161/JAHA.119.013793

Table 2.

Association Between Immune Cells and Coronary Artery Atherosclerosis (n=246 Artery Segments)

Immune Cell Density Univariate Model Adjusted Modela
CD68+ macrophages
% of obstruction β 95% CI P Value β 95% CI P Value
PvATp (10−5cells/μm2)b 2.19 0.88 to 3.51 0.001 2.06 0.71 to 3.41 0.003
Difference: PvATp and PvATd (10−5cells/μm2)b 2.30 0.57 to 4.03 0.01 2.85 1.32 to 4.39 <0.001
Unstable plaque composition OR 95% CI P Value OR 95% CI P Value
PvAT (10−5cells/μm2)c 1.12 1.02 to 1.25 0.02 1.15 1.01 to 1.31 0.03
Difference: PvATp and PvATd (10−5cells/μm2)c 1.42 1.14 to 1.78 0.002 1.77 1.28 to 2.47 0.001
CD3+ T lymphocytes
% of obstruction β 95% CI P Value β 95% CI P Value
PvATp (10−5cells/μm2)b 3.12 −1.17 to 7.41 0.15 3.42 −0.85 to 7.69 0.11
Difference: PvATp and PvATd (10−5cells/μm2)b 1.78 −2.18 to 5.74 0.37 2.15 −1.83 to 6.13 0.28
Unstable plaque composition OR 95% CI P Value OR 95% CI P Value
PvATp (10−5cells/μm2)c 1.31 0.92 to 1.87 0.13 1.37 0.94 to 2.00 0.09
Difference: PvATp and PvATd (10−5cells/μm2)c 1.49 0.85 to 2.59 0.15 1.55 0.77 to 3.11 0.21
CD20+ B lymphocytes
% of obstruction β 95% CI P Value β 95% CI P Value
PvAT (10−5cells/μm2)b 40.10 7.02 to 73.19 0.01 36.38 1.83 to 70.93 0.03
Difference: PvATp and PvATd (10−5cells/μm2)b 37.66 3.13 to 72.18 0.03 39.49 1.89 to 77.09 0.04
Unstable plaque composition OR 95% CI P Value OR 95% CI P Value
PvAT (10−5cells/μm2)c 26.91 1.38 to 523.65 0.03 23.44 0.67 to 812.92 0.08
Difference: PvATp and PvATd (10−5cells/μm2)c 13.39 0.54 to 332.03 0.11 8.56 0.16 to 447.22 0.28

OR indicates odds ratio; PvATd, distal perivascular adipose tissue; PvATp, periplaque perivascular adipose tissue.

a

Adjusted for age, hypertension, diabetes mellitus, body mass index, smoking, alcohol use, and physical inactivity.

b

Linear regression with robust SEs to account for repeated measures in the same individual through cluster adjustment.

c

Logistic regression with robust SEs to account for repeated measures in the same individual through cluster adjustment.