mitral valve interventions

26
Jian Ye, MD, FRCSC Clinical Professor of Surgery Division of Cardiac Surgery, St. Paul’s Hospital University of British Columbia, Vancouver, Canada Mitral Valve Interventions Reality and Future Perspectives in 5 years TCTAP 2018, Seoul

Upload: others

Post on 19-May-2022

3 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Mitral Valve Interventions

Jian Ye, MD, FRCSC Clinical Professor of Surgery

Division of Cardiac Surgery, St. Paul’s Hospital

University of British Columbia, Vancouver, Canada

Mitral Valve Interventions Reality and Future Perspectives in 5 years

TCTAP 2018, Seoul

Page 2: Mitral Valve Interventions

Consultant: Edwards Lifesciences

JC Medical Inc.

Disclosure

Page 3: Mitral Valve Interventions

Etiology of MR

Acute Chronic Primary Chronic Secondary

Chordal rupture Myxomatous Ischemic

Endocarditis Endocarditis Dilated cardiomyopathy

Papillary muscle rupture Mitral annular/leaflet

calcification

Trauma Congenital (claft)

Acute MI Rheumatic

Radiation

Collagen vascular disease

Page 4: Mitral Valve Interventions
Page 5: Mitral Valve Interventions

Transcatheter MV Repair Devices used in humans

Device Target Regurgitation

MitraClip Leaflet Functional/Degenerative

PASCAL Leaflet Functional /Degenerative

Cardioband Annulus Dilated annulus/Functional

Mitralign Annulus Dilated annulus/Functional

Millipede System Annulus Dilated annulus/Functional

Spacer Leaflet coaptation Dilated annulus/Functional

NeoChord Chordae Degenerative

Harpoon TSD-5 Chordae Degenerative

Amend annuloplasty ring Annulus Functional/Degenerative

Page 6: Mitral Valve Interventions

Edge-to-Edge Procedure

MitraClip • FDA approval for degenerative MR in

high-risk patients

• Ongoing clinical trial on the

treatment of functional MR

Page 7: Mitral Valve Interventions

Edge-to-Edge Edwards PASCAL Repair System

Alfieri stich

Page 8: Mitral Valve Interventions

Chordal Replacement NeoChord DS1000 Device

Surgical

chordal

replacement

Page 9: Mitral Valve Interventions

Chordal Replacement

Harpoon TSD-5

Harpoon Medical

Surgical

chordal

replacement

Page 10: Mitral Valve Interventions

High recurrent rate of MR without mitral ring

Page 11: Mitral Valve Interventions

Plication of Annulus Mitralign System

mitralign

Page 12: Mitral Valve Interventions

Plication of Annulus Mitralign System

Page 13: Mitral Valve Interventions

Annuloplasty Band Edwards Cardioband System

Page 14: Mitral Valve Interventions

Annuloplasty Ring Millipede System

Page 15: Mitral Valve Interventions
Page 16: Mitral Valve Interventions

Ongoing Clinical Trials – MV Repair Study Device Type of MR N. of

patient

Country Year of

completio

n

COAPT MitraClip Functional MR 610 2024

Randomized

trial

NeoChord (vs

surgical repair)

Degenerative

MR

585 US 2023

MITRACHORD NeoChord Degenerative

MR

194 EU 2019

SCOUT Mitralign system Functional MR

ALIGN Mitralign 50 30 EU 2017

REPAIR Cardioband

system

Functional MR 50 EU 2019

ACTIVE

(Randomized)

Edwards

Cardioband

(vs medical Tx)

Functional MR 375 US 2023

Safety study Amend

annuloplasty ring

MR 40 EU 2018

Safety study Millipede IRIS MR 10 EU 2017

CLASP Edwards PACAL MR 130 Multi-

countries

2021

Page 17: Mitral Valve Interventions

Future Perspective in 5 Years

Edge-to-edge repair remains the main technology for

percutaneous MV intervention given the low risk procedure.

But it will be offered only in high-risk MR patients.

Transcatheter chordal replacement could be an initial therapy

in selected patients with degenerative MR.

Percutaneous mitral annulus plication or annuloplasty could

be a reasonable choice in the treatment of MR secondary to

annulus dilation in high risk patients.

Development of combined procedures, such as Edge-to-edge

or chordal replacement + annuloplasty/plication, is expected,

which would provide better long-term outcomes.

Randomized clinical trials are needed.

Page 18: Mitral Valve Interventions

Catheter-base therapy will not

replace surgical repair in 10

years!

Surgical repair techniques

- various types of leaflet resection

- suture leaflet repair

- leaflet enlargement

- decalcification of leaflet or MAC

- chordal replacement

- chordal transfer

- sliding and plication of mitral annulus

- various types of mitral rings/bands

Page 19: Mitral Valve Interventions

Transcatheter MVR

Page 20: Mitral Valve Interventions

20

Neovasc Tiara

Jan 2014

24 cases

Feasibility Trial

CE Mark Trial

TMVR First in Human Experience

Edwards Fortis

Feb 2014

23 cases

Program

Discontinued

Medtronic Intrepid

Nov 2014

38 cases

Pivotal Trial

Highlife

Feb 2016

5 cases

Feasibility Trial

Caisson

June 2016

< 10 cases

Feasibility Trial

Edwards CardiAQ

June 2012

12 cases

Feasibility Trial

pending

Abbott Tendyne

Feb 2013

>50 cases

Feasibility Trial

completed

EU CE Mark Trial

Edwards M3

Aug 2017

NaviGate

Oct 2015

>10 cases

Page 21: Mitral Valve Interventions

Early Clinical Outcomes

Page 22: Mitral Valve Interventions

Challenges

Targeting different disease

and etiology

LVOT obstruction

Delivery (transapical, transseptal) Valve thrombosis

Complexity of implantation Valve performance

Anchoring (instability, migration,

embolization)

Stent

fatigue/fracture

Sealing (PVL) Durability

Page 23: Mitral Valve Interventions

Future Perspectives in 5-10 Years

Catheter-based Therapy Surgery TMVR

high risk high risk

Page 24: Mitral Valve Interventions

Interdisciplinary Rounds

Decision-making

Interventional cardiologists

Cardiac surgeons (Valve repair surgeon)

Echocardiologist

Radiologist

Anesthetist

THV nurses

Other specialists

Page 25: Mitral Valve Interventions

Treatment Decision (%) 2016 (Jan – Oct, 110 patients)

9% 3%

8%

36% 13%

13%

18% MitraClip or Pascal

TMVI

Surgery

On-Going Medical Management

Referral for Palliative Approach

No THV Option

Other (e.g., Patient Preference,Referral for Transplant)

Page 26: Mitral Valve Interventions