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Association of Time in Target Range of Resting Heart Rate With Adverse Clinical Outcomes in Patients With Acute Coronary Syndromes After Percutaneous Coronary Intervention Cover

Association of Time in Target Range of Resting Heart Rate With Adverse Clinical Outcomes in Patients With Acute Coronary Syndromes After Percutaneous Coronary Intervention

Open Access
|Jan 2025

Figures & Tables

Figure 1

Composition chart of cardiovascular disease patients.

Table 1

Characteristics of participants according to TTR-HR.

OBSERVATION ITEM0–50% (n = 269)>50%–75% (n = 279)>75%–100% (n = 907)TOTAL (n = 1455)P
Age60.7 ± 11.160.3 ± 11.663.1 ± 10.562.3 ± 10.9<0.001
Male, n(%)202(75.1)228(81.7)689(76.0)1119(76.9)0.100
Smoking, n(%)114(42.5)150(53.8)409(45.2)673(46.4)0.017
Drinking, n(%)155(57.8)152(54.5)477(52.8)784(54.0)0.339
Hypertension, n(%)24(9.0)29(10.4)90(10.0)143(9.9)0.848
History of Heart disease, n(%)17(6.3)15(5.4)64(7.1)96(6.6)0.586
History of diabetes, n(%)16(6.0)13(4.7)45(5.0)74(5.1)0.762
History of stroke, n(%)4(1.5)2(0.7)11(1.2)17(1.2)0.648
β-blocker, n(%)179(66.8)196(70.3)655(72.3)1030(70.9)0.215
ACEI/ARB, n(%)154(57.5)176(63.1)589(65.0)919(63.2)0.080
Calcium channel blocker, n(%)57(21.3)54(19.4)211(23.3)322(22.2)0.353
Diuretic, n(%)86(32.1)73(26.2)199(22.0)358(24.6)0.003
Statins, n(%)267(99.6)271(97.1)896(98.9)1434(98.7)0.032
PCSK9, n(%)17(6.3)20(7.2)68(7.5)105(7.2)0.812
Ezetimibe, n(%)71(26.5)72(25.8)207(22.8)350(24.1)0.358
Aspirin, n(%)201(77.5)232(83.2)796(87.9)1229(84.6)<0.001
P2Y12 inhibitor, n(%)267(99.6)276(98.9)903(99.8)1446(99.6)0.169
Antianginal drugs, n(%)35(13.1)37(13.3)115(12.7)187(12.9)0.968
PPI, n(%)132(49.3)116(41.6)425(46.9)673(46.3)0.169
Hypoglycemic drug, n(%)129(48.1)102(36.6)274(30.2)505(34.8)<0.001
Hypertension, n(%)166(61.7)162(58.1)563(62.1)891(61.2)0.482
Hyperlipidemia, n(%)108(40.1)103(36.9)284(31.3)495(34)0.015
Diabetes, n(%)112(41.6)95(34.1)254(28.0)461(31.7)<0.001
Hyperuricemia, n(%)30(11.2)36(12.9)84(9.3)150(10.3)0.194
Stroke, n(%)29(10.8)32(11.5)144(15.9)205(14.1)0.041
Heart failure, n(%)79(29.4)48(17.2)129(14.2)256(17.6)<0.001
Anemia, n(%)19(7.1)14(5.0)46(5.1)79(5.4)0.425
Cardiogenic shock, n(%)21(7.8)20(7.2)22(2.4)63(4.3)<0.001
Chronic kidney disease, n(%)15(5.6)25(9.0)52(5.7)92(6.3)0.132
UA, umol/L326.6(274.0, 380.0)358.0(304.0, 430.6)341.7(281.9, 418.0)343(279.0, 420.1)0.608
Ast, u/L23(18.6, 29.0)25(20.8, 31.2)24(19.05, 29.5)24(19.8, 29.6)0.447
Alt, u/L24(16.9, 38.9)29.5(21.0, 41.4)27.9(19.3, 38.0)27.6(19.2, 39.0)0.219
Plt, 109/L215(182.5, 245.5)213(161.5, 245.5)192(171.0, 235.0)199(171.8, 238.0)0.232
Ldlc, mmol/L1.8(1.5, 2.4)1.82(1.2, 2.2)1.655(1.3, 2.0)1.7(1.3, 2.1)0.139
Crea, umol/L74.8(66, 88.6)77.5(69.15, 96)71.9(62.0, 88.0)74(63.0, 88.6)0.180
Hbalc, %7.0(6.6, 7.3)6.0(5.8, 6.0)6.9(6.3, 7.4)6.8(6.0, 7.4)0.337
Hb, g/L136.4 ± 19144.1 ± 14.5139.6 ± 15.6140.0 ± 16.00.090
LVEF, %62.8 ± 6.659.4 ± 11.662.1 ± 7.961.8 ± 8.40.571
Target blood pressure, n(%)209(77.7)210(75.3)662(73.0)1081(74.3)0.279
Systolic pressure, mmHg121(110,134)124(113,137)124(123,138)123(112, 137)0.008
Diastolic pressure, mmHg77(70,84)76(69,85)75(68,82)76(68,83)0.005
Heart rate, per minute85(78,92)79(72,86)72.0(66.0,80.0)76(68,85)<0.001
Weight, kg70(60.5,79)70(64,77.5)71.0(64.0, 80.0)70.(63.7,80.0)0.381
BMI26.6(22.85,30.05)26.7(23.5,29.7)27.1(23.9,30.1)26.8(23.7,30.0)0.289
Table 2

Cox regression analysis of single and multiple factors related to adverse events.

OBSERVATION ITEMSINGLE FACTORSMULTIPLE FACTORS
HR95%CIPHR95%CIP
Age0.990.97–1.010.192
male0.800.44–1.470.470
Smoking1.350.84–2.190.2161.290.79–2.090.307
Drinking1.190.73–1.930.487
History of hypertension2.291.25–4.200.0072.431.31–4.490.005
History of Heart disease1.660.76–3.640.203
History of diabetes1.200.44–3.280.730
Hypertension0.880.54–1.40.596
Hyperlipidemia0.950.57–1.580.841
Diabetes0.990.59–1.660.969
Hyperuricemia1.730.91–3.300.096
Apoplexy0.700.32–1.540.379
Heart failure1.881.11–3.200.0191.160.60–2.240.660
History of stent implantation surgery0.950.57–1.590.856
Anemia1.750.76–4.050.191
Cardiogenic shock2.260.98–5.230.057
Chronic kidney disease1.200.48–2.990.693
β-blocker1.570.87–2.830.1331.560.86–2.820.141
ACEI/ARB0.850.52–1.390.521
CCB1.100.63–1.930.740
Diuretic2.251.38–3.650.0011.991.10–3.580.022
PCSK91.290.56–2.980.555
Ezetimibe1.350.80–2.280.259
Aspirin0.920.48–1.760.810
Antianginal drugs1.200.61–2.340.603
PPI1.200.74–1.940.455
Hypoglycemics1.280.78–2.080.325
arrhythmia0.510.31–0.820.0050.520.32–0.850.010
Target blood pressure1.020.59–1.770.938
Figure 2

Hazard ratio for cardiovascular outcomes.

Table 3

The associations between heart rate response and composite endpoint and MACE.

OBSERVATION ITEM0–50% (n = 269)>50%–75% (n = 279)(>75%–100%) (n = 907)TOTAL (n = 1455)P
Composite endpoint, n(%)18(6.7)19(6.8)30(3.3)67(4.6)0.010
MACE, n(%)16(5.9)15(5.4)27(3.0)58(4.0)0.036
Death events, n(%)3(1.1)4(1.4)3(0.3)10(0.7)0.078
Figure 3

Pre-specified subgroups analyses of the association between heart rate in target range and composite endpoint.

Figure 4

Kaplan–Meier survival curve from the 12-month follow-up under stratification according to heart rate in the target range.

DOI: https://doi.org/10.5334/gh.1384 | Journal eISSN: 2211-8179
Language: English
Submitted on: Jun 18, 2024
Accepted on: Dec 5, 2024
Published on: Jan 17, 2025
Published by: Ubiquity Press
In partnership with: Paradigm Publishing Services
Publication frequency: 1 issue per year

© 2025 Jianmei Zheng, Cen Chen, Zhongcai Fan, Qiang Ye, Yi Zhong, Jinsong Li, Hao Huang, Jianping Deng, Jinghong Zhao, Tinglin Xiong, Wenjie Tian, Xuemei Zhang, published by Ubiquity Press
This work is licensed under the Creative Commons Attribution 4.0 License.