Add to ORKGThe research for durable, non-thrombogenic heart valve prostheses able to overcome the limits of biological and mechanical ones, promoted the development of synthetic valves. Their success has been hampered by lack of durability, due to calcification and thromboembolic complications. The aim of this work was to develop a prototype of a new elastomeric biocompatible valve, durable and free from calcification
The potential of polymeric heart valves (PHV) prostheses is to combine the hemodynamic performances ...
Heart valve replacements are among the most widely used cardiovascular devices and are in rising de...
There are two types of artificial heart valves, namely, (i) biological valves and (ii) mechanical va...
Clinically available prosthetic heart valves are life-saving, but imperfect: mechanical valves requi...
Clinically available prosthetic heart valves are life-saving, but imperfect: mechanical valves requi...
In this thesis a flexible leaflet polymeric prosthetic aortic heart valve was designed, manufactured...
A new prototype of a heart valve prosthesis has been developed and tested. The valve consists of a n...
Background: This work presents a novel artificial prosthetic heart valve designed to be catheter or ...
ABSTRACT OF THE THESISFeasibility Studies on Using a Thermoplastic Polyurethane Scaffold for Hybrid ...
Objective: This study aimed to develop an autologous heart valve without using traditional in vitro ...
The potential of polymeric heart valves (PHV) prostheses is to combine the hemodynamic performances ...
The development of a novel artificial heart valve with outstanding durability and safety has remaine...
Valvular heart disease is an increasing population health problem and, especially in the elderly, a ...
The potential of Polymeric Heart Valves (PHV) is to combine the good haemodynamic performances of bi...
Given the poor durability of bioprosthetic heart valves and thrombogenicity of mechanical valves, r...
The potential of polymeric heart valves (PHV) prostheses is to combine the hemodynamic performances ...
Heart valve replacements are among the most widely used cardiovascular devices and are in rising de...
There are two types of artificial heart valves, namely, (i) biological valves and (ii) mechanical va...
Clinically available prosthetic heart valves are life-saving, but imperfect: mechanical valves requi...
Clinically available prosthetic heart valves are life-saving, but imperfect: mechanical valves requi...
In this thesis a flexible leaflet polymeric prosthetic aortic heart valve was designed, manufactured...
A new prototype of a heart valve prosthesis has been developed and tested. The valve consists of a n...
Background: This work presents a novel artificial prosthetic heart valve designed to be catheter or ...
ABSTRACT OF THE THESISFeasibility Studies on Using a Thermoplastic Polyurethane Scaffold for Hybrid ...
Objective: This study aimed to develop an autologous heart valve without using traditional in vitro ...
The potential of polymeric heart valves (PHV) prostheses is to combine the hemodynamic performances ...
The development of a novel artificial heart valve with outstanding durability and safety has remaine...
Valvular heart disease is an increasing population health problem and, especially in the elderly, a ...
The potential of Polymeric Heart Valves (PHV) is to combine the good haemodynamic performances of bi...
Given the poor durability of bioprosthetic heart valves and thrombogenicity of mechanical valves, r...
The potential of polymeric heart valves (PHV) prostheses is to combine the hemodynamic performances ...
Heart valve replacements are among the most widely used cardiovascular devices and are in rising de...
There are two types of artificial heart valves, namely, (i) biological valves and (ii) mechanical va...