Abstract 17080: A 3D Printed Ex Vivo Left Heart Simulator Quantifies and Validates Posterior Ventricular Anchoring Neochordoplasty

Michael J. Paulsen,Jung Hwa Bae,Annabel M. Imbrie-Moore,Hanjay Wang,Justin M. Farry,Michael A. Lin,Camille E. Hironaka,Haley J. Lucian,Bryan B. Edwards,Akshara D Thankore,John W. MacArthur,Amanda N. Steele,Lyndsay M. Stapleton,Kiah M. Williams,Daniela Deschamps,Rohun Kulkarni,Mark R. Cutkosky,Y. Joseph Woo

Abstract 17080: A 3D Printed Ex Vivo Left Heart Simulator Quantifies and Validates Posterior Ventricular Anchoring Neochordoplasty

2018

Michael J. Paulsen
Jung Hwa Bae
Annabel M. Imbrie-Moore
Hanjay Wang
Justin M. Farry
Michael A. Lin
Camille E. Hironaka
Haley J. Lucian
Bryan B. Edwards
Akshara D Thankore
John W. MacArthur
Amanda N. Steele
Lyndsay M. Stapleton
Kiah M. Williams
Daniela Deschamps
Rohun Kulkarni
Mark R. Cutkosky
Y. Joseph Woo

Introduction: The posterior ventricular anchoring neochordal (PVAN) repair is a nonresectional, single-suture technique for correcting posterior leaflet prolapse. While this technique has demonstra...

Keywords:

Anchoring
Ex vivo
Medicine
3d printed
surgical treatment
posterior leaflet
Internal medicine
mitral regurgitation
Cardiology
valvular heart disease
Mitral valve

Correction
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