Action Study group DCLARATION DE LIENS D'INTRT AVEC LA PRSENTATION - - PowerPoint PPT Presentation

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Action Study group DCLARATION DE LIENS D'INTRT AVEC LA PRSENTATION - - PowerPoint PPT Presentation

Michel Zeitouni on behalf of the Action Study group DCLARATION DE LIENS D'INTRT AVEC LA PRSENTATION Speaker's name : Michel ZEITOUNI, Paris Je dclare les liens d'intrt potentiel suivants : Bourse de Recherche : FFC, Institut


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Michel Zeitouni

  • n behalf of the

Action Study group

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DÉCLARATION DE LIENS D'INTÉRÊT AVEC LA PRÉSENTATION

Speaker's name : Michel ZEITOUNI, Paris ☑ Je déclare les liens d'intérêt potentiel suivants : Bourse de Recherche : FFC, Institut Servier Honoraires : BMS / pfizer

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  • Increasing rate of MI

among young patients

  • Spectacular increase

among young women

Premature coronary artery ry dis isease

Arora Sameer et al. Twenty Year Trends and Sex Differences in Young Adults Hospitalized with Acute Myocardial Infarction: The ARIC Community Surveillance Study. Circulation [Internet] [cited 2018 Dec 10]

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PROSPECT DAPT PEGASUS PLATO TIMI-TRITON 38 COMPASS - CAD Population ACS/PCI CAD/PCI Post-MI ACS/PCI ACS/PCI High-risk CAD Mean age (years)

58

62 65 62 61 68

  • Rare retrospective registries
  • Historically under-represented in clinical trials
  • Prognosis sought to be good at short-term but

unknown at long-term

Premature coronary artery ry dis isease

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Scientific Ju Justification Objective

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Consecutive patients since January 1996 from eight centers  Patients 18 – 45 years-old  Myocardial infarction or stable angina  At least one coronary lesion > 70 %  Oral and written consent Prospective follow-up until July 31st, 2017

 Inclusion one Month after MI for exhaustive work-up (biobank, imaging)  Yearly : data collection by consultation and phone

AFIJI prospective registry

Appraisal of risk factors in young ischemic patients Justifying aggressive intervention

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The primary composite endpoint was ischemic recurrences defined by :  all-cause death  myocardial infarction  Refractory angina requiring PCI or CABG  Ischemic stroke

Endpoints Statistical analysis

 Kaplan Meier analysis survival without events according to lesion site  Cox logistic regression with time-dependent co-variates

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Scientif ific Ju Justification Objective Methods Results

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Baseline characteristics

N= 880 patients between 1996 et 2017 Median follow-up = 9.6 years Complete vital and cardiovascular status except for 5 patients

Baseline characteristics n =880 Age - year (mean) 40∙1 ± 5∙7 Age < 35 % 160 (18∙1) Female gender 117 (13∙3) Myocardial infarction 693 (78∙8) Stable angina 187 (21∙2) Familial history of CAD 359 (40∙8) Active cigarette smoking 680 (77∙3%) Dyslipidaemia 443 (50∙3) LDL-Cholesterol (g/L) 1∙69±1∙30 Arterial hypertension 178 (20∙2) Diabetes 94 (10∙7) Chronic inflammatory disease 87 (9∙9) Angiographic characteristics (n=880) One vessel 529 (60.1) Two vessel 179 (20.3) Three vessel 172 (19.5) Spontaneous coronary artery dissection 10 (1.1) Effort-related thrombosis 11(1.3) Revascularization 803 (91∙2) Drug eluting stent 478 (54.4) Bare metal stent 304 (34.7) Thrombus aspiration only 11 (1.3) Coronary artery bypass graft 57 (6.5) Medical treatment 30 (3.4)

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1st recurrence Time 2nd recurrence Recurrences ≥ 3 Total Events (n=264) (year, median) (n=81) (n=54) Primary endpoint 264 (29∙9) 4∙2 399 All-cause Death 39 (4∙4) 8∙4 11 (1∙3) 5 (0∙6) 55 (6∙3) Myocardial Infarction 131 (14∙9) 3∙7 40 (4∙5) 38 (4∙3) 209 (23∙8) STEMI 47 (5∙3) 4∙1 10 (1∙1) 12 (1∙4) 69 (7∙8) NSTEMI 84 (9∙5) 3∙5 30 (3∙4) 26 (3∙0) 140 (15∙9) Refractory Ischemia requiring revascularization 88 (10∙0) 5∙1 28 (3∙2) 11 (1∙3) 127 (14∙4) PCI 66 (7∙5) 6∙3 18 (2∙0) 2 (0∙2) 85 (9∙7) CABG 22(2∙5) 2∙8 10 (1∙1) 9 (1∙0) 41 (4∙7) Ischemic Stroke 6(0∙7) 5∙4 2 (0∙2) 0 (0) 8 (0∙9)

Clinical outcomes

Ischemic recurrences occurred in 1/3 of the patients within a median time of 4 years (4.2 per 100 patient-years)

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Recurrences according to disease progression

Ischemic recurrences were mainly related to new lesions 15.4 % vs 7.5 %, p<0.001, HR = 1.45

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Evolution of risk factors : diabetes

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Evolution of risk factors : Active smoking

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Risk Factors of poor prognosis

First ischemic recurrence

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Risk Factors of poor prognosis

First ischemic recurrence

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Scie ientific Justification Objective Methods Results Conclusion & Dis iscussion

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 A STEMI before 45 is always shocking  Short-term prognosis is good. Coronaries are back to normal after PCI!  Premature CAD is an aggressive chronic affection starting 20 years in advance  Disconnect between what we see and long-term evolution  Most of the recurrent events occured before comorbidities  Smoking is the killer as well as chronic inflammation

Conclusion

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Conclusion

AFIJI PROSPECT DAPT STUDY PEGASUS TIMI 54 COMPASS-CAD CAD<45 ACS/PCI CAD/PCI Post-MI High-risk CAD Mean age 40 58 62 65 68 Active smokers 77% 48% 21% 17% 20% Diabetes 11% 17% 31% 32% 37% Multi-vessel disease 39% 79% NA 59% 63% Inflammatory disease 10% NA NA NA NA Events rate per 100 patient-years* 2.2 1.48 1.56 1.79 1.39

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Discussion & Perspectives

Limitations Different follow-up durations, different therapeutic eras Perspectives Ethnic and genetic analysis (DNA-tech) Hypercholesterolemia analysis Socio-professional status (ESC 2018) Vascular age with Cardiac MRI (FARMACOPE study) Collaboration with Duke Clinical Research Center Impact of inflammation and collaboration with CANTOS investigators

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Merci de votre attention