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Nick Alp Milton Keynes Hospital NHS FT Oxford Radcliffe NHS Trust Bleeding risks in the major trials – It does matter.

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Presentation on theme: "Nick Alp Milton Keynes Hospital NHS FT Oxford Radcliffe NHS Trust Bleeding risks in the major trials – It does matter."— Presentation transcript:

1 Nick Alp Milton Keynes Hospital NHS FT Oxford Radcliffe NHS Trust Bleeding risks in the major trials – It does matter

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3 Likelihood of bleeding Severity and consequences of bleeding Direct Indirect Death (3-fold increased death risk with major bleed) MI Stroke Prolonged hospitalization Why does bleeding matter? Moscucci et al (GRACE) EHJ 2003;24:1815

4 Thrombosis/bleeding balance Thrombotic events (MACE) Bleeding events Intensity of antiplatelet + antithrombotic therapy Net adverse clinical events

5 TIMI MajorIntracranial >5g/dl Hb drop MinorHaematemesis Haematuria 3-5g/dl Hb drop InsignificantOther bleeding Bleeding definitions GUSTO SevereDeadly; Intracranial BP Compromise ModerateTransfusion needed InsignificantOther bleeding

6 National PCI registries vs Almost all patients included Outcomes not adjudicated Non-uniform bleeding definitions Under-reporting of bleeds likely How common is bleeding? Randomized trials Marked patient selection bias Outcomes adjudicated Agreed bleeding definitions Some important bleeds excluded Most bleeding events reported

7 Bleeding in the real world (USA) US National Cardiovascular Data Registry 2004-2006 440 PCI centres 302,152 procedures Bleeding definitions (CathPCI database): - Transfusion - >3g/dl Hb drop - Prolonged hospital stay Mehta et al Circ Cardiov Int 2009;2:222

8 Incidence of bleeding ‘TIMI major + minor’ = 2.4% Hospital range 0.5%-5.5% NB – no adjudication, under-reporting bias likely Mehta et al Circ Cardiov Int 2009;2:222

9 Site of bleeding Access site Gastrointestinal Retroperitoneal Genitourinary Other/unknown 38% 19% 13% 20% >1 site N=302,152 Mehta et al Circ Cardiov Int 2009;2:222

10 Bleeding in the major trials StrategyStudyMACE (%) Major bleed Minor bleed Clopidogrel vs ASAPCI-CURE (30 d) 4.5 vs 6.41.6 vs 1.43.5 vs 2.1 Prasugrel vs ClopidogrelTRITON-TIMI38 (All) 12.3 vs 14.62.4 vs 1.82.6 vs 2.0 Abciximab vs placebo (+ ASA + clopidogrel) ISAR-REACT 2 8.9 vs 11.91.4 vs 1.44.2 vs 3.3 Bivalirudin vs heparin +/- GPI REPLACE-2 7.6 vs 7.10.6 vs 0.91.3 vs 3.0 Fondaparinax vs Enoxaparin OASIS-5 10.1 vs 10.22.3 vs 4.92.1 vs 5.5 Prasugrel vs ClopidogrelTRITON-TIMI38 (STEMI) 9.7 vs 11.91.3 vs 1.02.0 vs 2.0 ‘Facilitated PCI’ abciximab +/- TPA + PCI FINESSE 9.8 vs 10.5 vs 10.7 2.6 vs 4.1 vs 4.8 4.3 vs 6.0 vs 9.7 Bivalirudin vs heparin + GPI HORIZONS-AMI (1 yr) 11.9 vs 11.93.6 vs 5.53.0 vs 4.8

11 MACE and bleeding in current practice SyndromeMACEMajor bleedMinor bleed Stable CAD<0.5% <1% NSTEMI8%1.5-2.5%2-3% STEMI9-11%2-4%2-5% BCIS CCAD database 2009

12 MACE and bleeding in current practice BCIS CCAD database 2009

13 Bleeding predictors Mehta et al Circ Cardiov Int 2009;2:222

14 Bleeding predictors Mehta et al Circ Cardiov Int 2009;2:222

15 Summary Bleeding is common and it does matter 50% of bleeding is access site related Consider MACE and bleeding risks - Clinical syndrome - Patient specific factors - Access site - Pharmacology Individualize therapy to balance: thrombotic vs. bleeding events


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