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aortic valve replacement (3) 3
calcification (3) 3
durability (3) 3
resilia (3) 3
cardiac & cardiovascular systems (2) 2
index medicus (2) 2
long-term outcomes (2) 2
preservation technology (2) 2
respiratory system (2) 2
tissue (2) 2
acellular matrix (1) 1
american-college (1) 1
association task-force (1) 1
bioprostheses (1) 1
bioprosthetic valves (1) 1
efficacy (1) 1
follow-up (1) 1
heart valve prosthesis (1) 1
heart-valve replacement (1) 1
hemodynamics (1) 1
introduction (1) 1
management (1) 1
multicenter (1) 1
new technology (1) 1
original article (1) 1
performance (1) 1
pericardial bioprosthesis (1) 1
perimount magna (1) 1
position (1) 1
practice guidelines (1) 1
prosthesis (1) 1
resiliatm (1) 1
surgery (1) 1
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1. Full Text Intermediate-term outcomes after aortic valve replacement with a novel RESILIA (TM) tissue bioprosthesis
by Bartus, K and Litwinowicz, R and Bilewska, A and Stapor, M and Bochenek, M and Rozanski, J and Sadowski, J and Filip, G and Kapelak, B and Kusmierczyk, M
JOURNAL OF THORACIC DISEASE, ISSN 2072-1439, 07/2019, Volume 11, Issue 7, pp. 3039 - 3046
Background: The durability of bioprosthetic heart valves is limited by structural valve deterioration (SVD) due to long-term calcification. A novel... 
heart valve prosthesis | MANAGEMENT | EFFICACY | PERFORMANCE | Aortic valve replacement (AVR) | bioprostheses | RESILIA | PRESERVATION TECHNOLOGY | hemodynamics | DURABILITY | RESPIRATORY SYSTEM | CALCIFICATION | PROSTHESIS
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2. Primary safety and effectiveness feasibility study after surgical aortic valve replacement with a new generation bioprosthesis: One-year outcomes
by Bartuś, Krzysztof and Litwinowicz, Radosław and Kuśmierczyk, Mariusz and Bilewska, Agata and Bochenek, Maciej and Stąpór, Maciej and Woźniak, Sebastian and Różański, Jacek and Sadowski, Jerzy and Kapelak, Bogusław
Kardiologia Polska, ISSN 0022-9032, 03/2018, Volume 76, Issue 3, pp. 618 - 624
Background: Structural valve deterioration (SVD) is a major obstacle to lifetime durability for bioprosthetic heart valves. A bioprosthetic valve created with... 
INTRODUCTION | Aortic valve replacement | New technology | RESILIA | CARDIAC & CARDIOVASCULAR SYSTEMS | new technology | PRACTICE GUIDELINES | aortic valve replacement | LONG-TERM OUTCOMES | TISSUE | AMERICAN-COLLEGE | VALVULAR HEART-DISEASE | PERIMOUNT MAGNA | DURABILITY | ASSOCIATION TASK-FORCE | CALCIFICATION | TECHNOLOGY
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3. Full Text The COMMENCE trial: 2-year outcomes with an aortic bioprosthesis with RESILIA tissue
by Puskas, John D and Bavaria, Joseph E and Svensson, Lars G and Blackstone, Eugene H and Griffith, Bartley and Gammie, James S and Heimansohn, David A and Sadowski, Jerzy and Bartus, Krzysztof and Johnston, Douglas R and Rozanski, Jacek and Rosengart, Todd and Girardi, Leonard N and Klodell, Charles T and Mumtaz, Mubashir A and Takayama, Hiroo and Halkos, Michael and Starnes, Vaughn and Boateng, Percy and Timek, Tomasz A and Ryan, William and Omer, Shuab and Smith, Craig R and COMMENCE Trial Investigators and on behalf of The COMMENCE Trial Investigators
European Journal of Cardio-Thoracic Surgery, ISSN 1010-7940, 09/2017, Volume 52, Issue 3, pp. 432 - 439
Abstract OBJECTIVES The COMMENCE trial was conducted to evaluate the safety and effectiveness of a novel bioprosthetic tissue for surgical aortic valve... 
RESILIATM | Aortic valve replacement | RESILIA | tissue | Bioprosthetic valves | SURGERY | MULTICENTER | CARDIAC & CARDIOVASCULAR SYSTEMS | HEART-VALVE REPLACEMENT | LONG-TERM OUTCOMES | FOLLOW-UP | RESILIA (TM) | PRESERVATION TECHNOLOGY | POSITION | DURABILITY | ACELLULAR MATRIX | RESPIRATORY SYSTEM | PERICARDIAL BIOPROSTHESIS | CALCIFICATION
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