Observational Study
Copyright ©The Author(s) 2024.
World J Cardiol. Jun 26, 2024; 16(6): 329-338
Published online Jun 26, 2024. doi: 10.4330/wjc.v16.i6.329
Table 1 Characteristics of study subjects and baseline data
Variable
Unit
Value
Ageyr66.6 ± 12.6
Sex (men/women)%196/53 (79.0/21.0)
Medical history
Myocardial infarction%11 (4.4)
Unstable angina pectoris%5 (2.0)
Angina pectoris%30 (12.0)
Atrial fibrillation%14 (5.6)
Cerebral infarction%17 (6.8)
Diabetes mellitus%84 (33.7)
Hypertension%149 (59.8)
Smoking%131 (52.6)
Medication
Calcium channel blocker%107 (43.0)
ACE-I/ARB%81 (32.5)
Beta blocker%22 (8.8)
Loop diuretics%20 (8.0)
Nitrates%37 (14.9)
Statin%67 (26.9)
Fibrate%5 (2.0)
Ezetimibe%1 (0.4)
Insulin%12 (4.8)
SGLT2 inhibitor%2 (0.8)
Biguanide%8 (3.2)
DPP4 Inhibitor%18 (7.2)
BMIkg/m223.8 ± 3.9
Systolic blood pressuremmHg134.0 ± 32.0
Heart ratebpm77.0 ± 22.0
Laboratory data
Hemoglobinmg/dL13.4 ± 2.0
Glucosemg/dL190.2 ± 91.3
Hemoglobin A1c%6.5 ± 1.3
Total cholesterolmg/dL189.0 ± 41.1
Triglyceridemg/dL118.81 ± 76.31
LDL-cholesterolmg/dL122.4 ± 36.6
non-HDL cholesterolmg/dL146.2 ± 40.0
BNPpg/mL278.9 ± 1288.0
CreatinineIU/L1.2 ± 1.6
Alanine aminotransferaseIU/L58.5 ± 306.5
peak CKIU/L2973.0 ± 3257.0
peak CK-MBIU/L300.0 ± 668.0
Table 2 Changes over time in the lipoprotein(a), high-sensitivity C-reactive protein, creatine kinase, and creatine kinase-myocardial isoform from pre-percutaneous coronary intervention to 48 h after percutaneous coronary intervention

Baseline
3 h
6 h
12 h
24 h
48 h
ANOVA2
Lp(a), mg/dL19.0 ± 21.818.0 ± 20.6b18.0 ± 20.7b17.8 ± 20.1b18.2 ± 19.4a19.3 ± 19.2< 0.001
hs-CRP1, ng/mL9584.4 (511.0, 4745.0)9784.1 (405.0, 5668.0)11295.9 (631.0, 7420.0)16680.2 (1730.0, 14700.0)b34628.8 (6720.0, 47200.0)b57233.6 (14400.0, 82600.0)b< 0.001
CK1, IU/L567.1 (112.0, 594.0)2410.3 (478.0, 3403.0)b2606.7 (579.0, 3893.0)b2228.0 (617.0, 3193.0)b1451.6 (454.0, 1918.0)b625.3 (200.0, 711.0)< 0.001
CK-MB1, IU/L53.1 (10.0, 57.0)221.1 (40.0, 309.0)b234.6 (54.0, 360.0)b176.8 (47.0, 261.0)b81.4 (26.0, 104.0)21.8 (10.0, 26.0)a< 0.001
Table 3 Univariate and multivariate analyses to predict major adverse cardiac events
Variable
Univariate cox regression
Multivariate cox regression (model-1)
Multivariate cox regression (model-2)
HR
95%CI
P value
HR
95%CI
P value
HR
95%CI
P value
Lp(a)Δ0-120.960.93 to 0.990.024a0.950.91 to 0.990.022a0.960.92 to 0.990.019a
Lp(a) 0 h (baseline)1.000.99 to 1.010.9601.000.99 to 1.010.5031.000.98 to 1.010.956
Age0.990.98 to 1.010.4811.000.98 to 1.010.8331.000.98 to 1.010.721
Sex1.500.97 to 2.330.0681.460.89 to 2.370.1311.500.94 to 2.400.091
Smoking1.190.85 to 1.650.3051.050.71 to 1.550.803
Diabetes mellitus1.280.91 to 1.790.1551.090.72 to 1.650.676
Systolic blood pressure1.000.99 to 1.000.5761.000.99 to 1.000.774
Pulse rate1.070.97 to 1.190.1921.060.93 to 1.210.388
Hemoglobin A1c0.990.97 to 1.010.1840.990.98 to 1.010.359
HDL cholesterol1.000.99 to 1.000.5611.000.99 to 1.000.795
LDL cholesterol1.011.00 to 1.010.054
Peak CK-MB1.000.99 to 1.000.0561.001.00 to 1.000.447
Creatinine1.161.09 to 1.24< 0.001b1.131.05 to 1.22< 0.01b
Killip classification1.501.06 to 2.130.021a1.390.96 to 2.020.078
Table 4 Number of types of major adverse cardiac events during the follow-up period
Event
Total
Within 1 wk
1 wk to 1 month
1-6 months
6-12 months
After 12 months
Cardiac death1324412
Other death420101
Nonfatal STEMI210001
Unstable angina500302
TLR or new PCI10205423619
New lesion with ischemia901215
Nonfatal stroke710114
EVT for PAD200020