Table 5.

A multivariate Logistic regression model on the association of the severity of coronary artery disease（ PCI, multivessel lesion and AMI) with ApoE gene polymorphisms after adjustment for sex,age and cardiovascular risk factors.

Variables	Adjusted Odd Ratio (OR) (95 % CI), p Value
	PCI	multivessel lesion	AMI
ε3/ε4 vs ε4/ε4	0.762(0.478–1.214), P = 0.252	0.951(0.581–1.558), P = 0.843	0.626(0.346–1.133), P = 0.122
ε3/ε3 vs ε4/ε4	0.817(0.518–1.287), P = 0.383	0.921(0.568–1.492), P = 0.737	0.651(0.366–1.157), P = 0.144
ε2/ε4 vs ε4/ε4	0.463(0.249–0.859), P = 0.015a	0.539(0.277–1.050), P = 0.069	0.479(0.200–1.147), P = 0.098
ε2/ε3 vs ε4/ε4	0.724(0.451–1.163), P = 0.182	0.691(0.417–1.144), P = 0.151	0.496(0.267–0.920), P = 0.026a
ε2/ε2 vs ε4/ε4	1.206(0.577–2.521), P = 0.618	0.870(0.399–1.897), P = 0.726	0.911(0.334–2.483), P = 0.856
ε3/ε4 vs ε3/ε3	0.933(0.817–1.064), P = 0.298	1.033(0.900–1.186), P = 0.643	0.962(0.796–1.162), P = 0.688
ε2/ε4 vs ε3/ε3	0.566(0.369–0.869), P = 0.009a	0.585(0.366–0.936), P = 0.025a	0.736(0.377–1.436), P = 0.368
ε2/ε3 vs ε3/ε3	0.887(0.759–1.036), P = 0.131	0.750(0.633–0.890), P = 0.001a	0.762(0.591–0.982), P = 0.036a
ε2/ε2 vs ε3/ε3	1.477(0.821–2.657), P = 0.193	0.945(0.508–1.756), P = 0.857	1.400(0.609–3.215), P = 0.428
ε3/ε4 vs ε2/ε2	0.631(0.348–1.147), P = 0.131	1.094(0.582–2.054), P = 0.781	0.687(0.295–1.601), P = 0.385
ε2/ε4 vs ε2/ε2	0.384(0.187–0.788), P = 0.009a	0.620(0.287–1.341), P = 0.224	0.525(0.182–1.515), P = 0.234
ε2/ε3 vs ε2/ε2	0.601(0.331–1.091), P = 0.094	0.794(0.422–1.494), P = 0.475	0.544(0.232–1.279), P = 0.163
ε2/ε4 vs ε3/ε4	0.607(0.391–0.943), P = 0.026a	0.567(0.350–0.917), P = 0.021a	0.765(0.386–1.516), P = 0.442
ε2/ε3 vs ε3/ε4	0.951(0.789–1.147), P = 0.599	0.726(0.594–0.888), P = 0.002a	0.792(0.590–1.063), P = 0.120
ε2/ε3 vs ε2/ε4	1.566(1.002–2.448), P = 0.049a	1.281(0.785–2.093), P = 0.322	1.036(0.512–2.096), P = 0.922

^aIndicates p < 0.05. PCI:Percutaneous coronary intervention; AMI: Acute myocardial infarction.