Transcather Pulmonary Valve Replacement Using The Melody Valve: Indications, Techniques, Outcomes
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1 Transcather Pulmonary Valve Replacement Using The Melody Valve: Indications, Techniques, Outcomes Matthew J. Gillespie MD The Children s Hospital of Philadelphia SCAI Fall Fellows Course 2014 December 7, 2014
2 Disclosures Consultant to Medtronic Inc. Research Support (supplies) from Medtronic Inc.
3 Goals Discuss Indications, Techniques and outcomes of TPV using the Melody valve Go through typical cases (2) Briefly discuss off-label use of Melody valve in pulmonary position
4 PPVI: a brief history Percutaneous Pulmonary valve implantation (PPVI) Melody Valve (Medtronic, Inc.) Sapien valve (Edwards, Inc.)
5 Melody TPV Historical Overview 2000 September: First Melody TPV implant Necker Hospital, Paris France, Prof. Philipp Bonhoeffer 2003 April: First implant with revised Melody TPV Great Ormond Street Hospital, London UK 2005 May: Data closure for CE and IDE submissions 89 patients implanted: w/ original TPV, 68 w/ revised Melody TPV September: 100 th patient receives a Melody TPV 2006 September: CE Mark received; first transcatheter valve commercially available December: Melody TPV receives Health Canada approval; first commercially available TCV in North America 2007 January: First U.S. implant Children s Hospital Boston 2009 July: 1, January: FDA Approval of Melody TPV under HDE designation; first transcatheter valve approved for commercial use in the U.S. th patient receives a Melody TPV **Chart courtesy of Medtronic Inc.** 21
6 Melody valve Global Clinical Experience through November 2014 Geography Patient s # Implanting Centers Rest of world ish US 3, TOTAL 7, ish **Chart courtesy of Medtronic Inc.**
7 Who is eligible for PPVI? (With current technology) (patient population?) Anomalies of the RVOT Tetralogy of Fallot With Pulmonary Stenosis With Pulmonary Atresia What about these patients???? Surgical correction of outflow tract non-conduit Truncus Arteriosus Transposition Great Arteries Others RV PA Conduit RV PA Conduit RV PA Conduit RV PA conduit ~ 85% of all RVOT Pts. **Chart courtesy of Medtronic Inc.** Estimated at 20% of all CHD Patients PPVI = RV-PA conduit Virtually all patient will require future procedure(s) to replace the conduit rehabilitation and / or pulmonary valve ~ 15% of RVOT Patients
8 PPVI: Just for conduits? (mostly) Medtronic Melody Valve Max diameter 22 mm Max diameter 26 mm Edwards SAPIEN Valve
9 Dilated / Distorted RVOT RVOT = 3 cm (at least)
10 Melody valve specs Melody Valve (22) (18mm) Bovine jugular vein CP stent (platinum-iridium) Functional range: 16 22mm Delivery system = 22Fr Ensemble sheath (18, 20 or 22mm) Super-stiff guidewire New Melody Valve mm
11 Indications for PPVI?
12 Entry Criteria Inclusion Criteria Age 5 years Weight 30 kg Conduit 16 mm Conduit dysfunction (for US trial) Exclusion Criteria Active endocarditis Contra-indication to MRI (initially was removed as an exclusion) NYHA II,III,IV - Mean RVOT gradient 35 mmhg, or - Moderate or Severe PR NYHA I - Mean RVOT gradient 40 mmhg, or - Severe PR with RV dilation or dysfunction
13 Indications for Meldoy Valve Melody Valve Instructions for use (IFU) under HDE approval (mirror the US IDE entry criteria) Existence of a full circumferential RVOT conduit 16mm or greater Dysfunctional RVOT conduit with clinical indication for intervention and either: Regurgitation: > moderate (ECHO) Stenosis: Mean RVOT gradient > 35mmHg
14 Melody Valve Outcomes (short term) no patient had more than mild pulmonary Before implantation, regurgitation early after implantation or during follow-up (1 year in 65 patients). Freedom from diagnosis of stent fracture was 77.8"4.3% at 14 months. Freedom from Melody valve dysfunction or reintervention was % at 1 year. A higher right ventricular outflow tract gradient at discharge (P=0.003) and younger age (P=0.01) were associated with shorter freedom from dysfunction. Conclusions In this updated report from the multicenter US Melody valve trial, we demonstrated an ongoing high rate of procedural success and encouraging short-term valve function. All reinterventions in this series were for right ventricular outflow tract obstruction, highlighting the importance of patient selection, adequate relief of obstruction, and measures to prevent and manage stent fracture.
15 Serious Adverse Events N= = 391 SAEs: N= = 17 (4.3%)
16 Deaths related to PPVI? N= = 391 Overall Mortaility: N= 7 (1.7%) Procedural related Deaths = 2 (0.5%)(coronary)
17 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
18 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
19 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
20 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
21 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
22 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
23 Melody Valve Outcomes (longer term) Presented on behalf of the IDE investigative team at the AHA Scientific Sessions, November 2014
24 Durability of PPVI: Melody Valve Outcomes? Gillespie MJ, McElhinney DB. Current Pediatric Reports 2014
25 Melody Valve cases
26 Pre-procedural imaging ECHO is good, but MRI is preferred (especially in adult patients with poor acoustic windows) Detailed information on RVOT dimensions Branch PA anatomy, coronary anatomy RV volumes, Ejection fractions, regurgitant fractions
27 Supplies Vascular Access Venous: up to 22Fr (+/- Preclosure?) Arterial (BP monitoring, coronary angiography) Wires Stiff guidewire Lunderquist Balloons and stents Conduit preparation Predilate, prestent and check coronaries Be prepared to deal with conduit fracture /rupture (covered stents)
28 Case #1: Summary: indication = Severe PI 21-year-old male ToF pulmonary atresia, MAPCAS Infancy - ToF repair = Unifolcalization + RV-PA conduit 6 years - RV-PA conduit revision - 20 mm pulmonary numerous Pulmonary hypertension catheterizations 11 years RV-PA conduitfor revision (obstruction) branch PA 24mm pulmonary homograft interventions homograft 13 years RPA stent 21 years presents to cathlab after ECHO and MRI show severe PI
29 Case #1: PI and dilated RV MRI data: RVEDV = 150cc/m2 PRF% = 35%
30 Case #1: Baseline Angiography AP-cranial view Lateral view
31 Case #1: Balloon sizing / predilation AP-cranial view Lateral view
32 Case #1: Sighting Injection Melody valve AP-cranial view Lateral view
33 Case #1: Melody Valve Deployment AP-cranial view Lateral view
34 Case #1: Post implant angiography Residual leak?? RAO-cranial view LAO view
35 Case #1: Post implant ICE Residual leak?? RV Melody valve MPA Intracardiac ECHO (ICE) images
36 Case #1: ICE with color doppler catheter through valve Residual leak, but.. Intracardiac ECHO (ICE) images
37 Case #1 Trivial central PI Intracardiac ECHO (ICE) images
38 Case #1: 1-year Follow up Stable device position. No fractures.
39 Case 2
40 Case 2 Diagnosis Double Outlet Right Ventricle with subpulmonic VSD Surgical Repair Pulmonary artery banding (9 days) Rastelli repair with DKS anastomosis (6 mo) revision of DKS with 17mm pulmonary allograft (3 yo) Interventional Catheterizations Balloon atrial septostomy (2 days old) RPA dilation;*rv-pa conduit gradient ~40mmHg* (5yo)
41 Case #2: Summary 9-year-old PMHx significant for 3 prior conduit revisions Moderate PS and PI 17 mm homograft
42 Case #2: Baseline angiography AP-cranial view Lateral view
43 Case #2: Baseline angiography AP-cranial view Lateral view
44 Case #2: Pre-stenting of RV-PA conduit AP-cranial view pre-stenting x2 Lateral view
45 Case #2: Melody Deployment AP-cranial view Lateral view
46 Case #2: High pressure balloon dilation AP-cranial view Lateral view
47 Case #2: post implant angiography Post intervention AP-cranial view Lateral view
48 Case #2: No PI and improved diameter of conduit AP-cranial view Lateral view
49 Case #2: Follow up Multiple fractures in Melody stent 9-month follow-up
50 Case #2: follow up front-to-back compression of Melody valve 9-month follow-up
51 Case #2 Competent valve despite fractures 9-month follow-up
52 Coronary Compression
53 Coronary Compression
54 Coronary Compression
55 Off Label Melody Valve in pulmonary position
56 Melody in BPV
57 BPV types (USA) CE SAV porcine CE aortic porcine CE perimount magna aortic Edwards Prima stentless SJM Biocor SJM Epic Sorin Mitroflow Edwards Lifesciences Medtronic MDT Hancock 2 MDT Mosaic MDT Freestyle St. Jude Medical Sorin Group
58 Meldoy-in-BPV
59 Who is eligible for PPVI? (patient population?) (With current technology) Anomalies of the RVOT Tetralogy of Fallot With Pulmonary Stenosis With Pulmonary Atresia What about these patients???? Surgical correction of outflow tract non-conduit Truncus Arteriosus Transposition Great Arteries Others RV PA Conduit RV PA Conduit RV PA Conduit RV PA conduit ~ 85% of all RVOT Pts. **Chart courtesy of Medtronic Inc.** Virtually all patient will require future procedure(s) to replace the conduit and / or pulmonary valve ~ 15% of RVOT Patients
60 Dilated RVOTs: potential Percutaneous solutions device designed to fill dilated RVOT
61 Other potential strategies Proximal Branch PA Stenosis Hypothesis: Implantation of Melody Valves into the proximal right and left branch pulmonary arteries would reduce pulmonary regurgitation fraction (PRF) in patients s/p TAP repair for ToF
62 Preclinical study: Aims 1. Develop and animal model that reproducibly mimicks postoperative ToF with dilated RVOT 2. Demonstrate that bilateral branch PA valve implantation was feasible 3. Evaluate the impact of bilateral Melody valve implantation on Pulmonary Regurgitant Fraction (PRF) Right (and left) ventricular size and function
63 Results: Angiography RUL MPA RPA Melody Valve LPA Melody Valve sheep
64 Results: Angiography sheep RPA Melody Valve LPA Melody Valve
65 Results: MRI RUL RPA Melody Valve LPA Melody Valve sheep
66
67 Conclusions from preclinical study 1. Postoperative RVOT dysfunction and distortion can be modeled Platform for novel device development and testing? 2. Branch PA Melody Valve implantation is feasible and potentially beneficial 3. This may be an alternative approach to PPVI in anatomically complex patients
68 Bilateral Branch PA Melody Valve Implantation: 1st case 27-year-old With multiple comorbidities and right heart failure - High risk surgical candidate
69 Bilateral Branch PA Melody Valve Implantation: 1st case
70 Bilateral Branch PA Melody Valve Implantation: 1st case
71 Bilateral Branch PA Melody Valve Implantation: 1st case
72 Bilateral Branch PA Melody Valve Implantation: 1st case
73 Bilateral Branch PA Melody Valve Implantation: 1st case sheep human
74 Conclusions PPVI with the Melody Valve is one of the most exciting developments in cardiology in the last decade PPVI has the potential to profoundly change the management of patients with RVOT dysfunction Will this technology lead to earlier and earlier interventions? If so, will this translate into improved heart health/function in the longterm? 7-year outcome data is encouraging Currently limited to conduit rehabilitation (mostly) Novel devices and approaches are needed for dilated/distorted RVOTs Native outflow tract device coming soon. Bilateral branch PA melody valve implantation (select cases)
75 Thank you
76 Case #2: PI + PS Lateral view Post intervention Pre intervention
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