Copyright
©The Author(s) 2015.
World J Cardiol. Oct 26, 2015; 7(10): 594-602
Published online Oct 26, 2015. doi: 10.4330/wjc.v7.i10.594
Published online Oct 26, 2015. doi: 10.4330/wjc.v7.i10.594
Resource utilization | Mini | Mean | Max | Tariff |
GP visit | 22 | |||
Specialist visit (cardiologist) | 23 | |||
Lab tests without markers of myocardial damage | 21 | |||
Lab tests with markers of myocardial damage | 39 | |||
ECG at rest | 14 | |||
Stress test ECG | 77 | |||
Stress test echocardiography | 165 | |||
Myocardial scintigraphy | 409 | |||
Coronary angiography | 1954 | |||
Standard combination therapy (1 yr): aspirin + statin + ACE inhibitors | 364 | 743 | ||
GTN (1 yr) | 39.4 | 73.2 | ||
β-Blocker (1 yr) | 52.9 | 210.9 | ||
Calcium Inhibitors (1 yr) | 87.5 | 311 | ||
Hospitalization stay for PCI with BMS (1.6 stent) | 4074 | 4573 | ||
Hospitalization stay for PCI with DES (1.6 stent) | 5284 | 5704 | ||
Hospitalization stay for CABG surgery | 14065 | |||
Hospitalization stay for a clinical failure | 2096 |
Minimum | Maximum | Ref. | |
Probability of success of a CABG surgery following a coronary angiography after a failure of a DES | 90% | - | Sheiban et al[18] |
Probability of success of pharmaceutical treatment after a failure of a DES | 85% | 90% | Sheiban et al[18] |
Probability of success after a first DES | 82.2% | 97.5% | Simsek et al[19] Bakhai et al[20] Meredith et al[21] Morice et al[22] Toutouzas et al[23] Weisz et al[24] Serruys et al[25] Yan et al[26] |
Probability of success after 1 yr of surveillance following a first DES | 86.3% | 98.7% | Simsek et al[19] Meredith et al[21] Park et al[27] |
Probability of undergoing a second PCI following a coronary angiography after a failure of a DES | 50% | 60% | Malenka et al[28] |
Probability of undergoing a surgery following a coronary angiography after a failure of a bare metal stent | 30% | 40% | Malenka et al[28] |
Probability of undergoing a DES after a failure of a first DES | 60% | 70% | Sheiban et al[18] |
Probability of success of a DES after a failure of a first DES | 74.8% | 90% | Steinberg et al[29] Ge et al[30] Lee et al[31] |
Probability of success of a CBA after a failure of a first DES | 60% | 77% | Park et al[32] |
Minimum | Maximum | Ref. | |
Probability of success after a first bare metal stent | 70.9% | 86.4% | Simsek et al[19] Daemen et al[33] Bakhai et al[20] Morice et al[22] Weisz et al[24] |
Probability of success after 1 yr of surveillance following a first bare metal stent | 85% | 96% | Simsek et al[19] |
Probability of undergoing a second PCI following a coronary angiography after a failure of a bare metal stent | 80% | - | Malenka et al[28] |
Probability of undergoing a surgery following a coronary angiography after a failure of a bare metal stent | 10% | 15% | Malenka et al[28] |
Probability of undergoing a DES after a failure of a bare metal stent | 50% | - | Konstance et al[34] |
Probability of success of a DES after a failure of a bare metal stent | 78% | 89% | Steinberg et al[29] |
Probability of success of a second bare metal stent after a failure of a first bare metal stent | 58% | 67.3% | Singh et al[35] |
Probability of success of a CABG surgery following a coronary angiography after a failure of a bare metal stent | 90% | - | Malenka et al[28] Konstance et al[34] |
Probability of success of pharmaceutical treatment after a failure of a bare metal stent | 85% | 90% | Sheiban et al[18] |
- Citation: Beresniak A, Caruba T, Sabatier B, Juillière Y, Dubourg O, Danchin N. Cost-effectiveness modelling of percutaneous coronary interventions in stable coronary artery disease. World J Cardiol 2015; 7(10): 594-602
- URL: https://www.wjgnet.com/1949-8462/full/v7/i10/594.htm
- DOI: https://dx.doi.org/10.4330/wjc.v7.i10.594