Mammalian pericardia are currently used for the production of percutaneous prosthetic heart valves. The characteristics of biological tissues largely influence the durability of prosthetic devices used in the percutaneous approach and in traditional surgery, too. This paper reviews methodologies employed to assess and compare mechanical properties of pericardial patches from different mammalian species in order to identify the biomaterials adequate for manufacturing prosthetic heart valves
Prosthetic heart valves are commonly used in the treatment of valvular heart disease. Mechanical val...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...
Bovine and porcine pericardia are currently used for manufacturing prosthetic heart valves: their de...
Glutaraldehyde-treated, surgical bioprosthetic heart valves undergo structural degeneration within 1...
Pericarbon, a new generation pericardial valve, is characterized by a single, three cuspal shaped pe...
Bovine pericardium has been widely employed as a xenograft tissue for the manufacture of bioprosthet...
Glutaraldehyde-treated, surgical bioprosthetic heart valves undergo structural degeneration within 1...
Bioprosthetic vardiac valves are constructed from chemically-treated tissue, the most popular valves...
Rheumatic heart disease is a significant clinical entity in young children; especially in the develo...
Glutaraldehyde is a fixing agent for heterologus pericardium used in cardiac surgery. It is known t...
Bovine pericardium is an extensively used biomaterial utilised in a wide range of biomedical devices...
The haemodynamic characteristics and durability of mitral bioprostheses were evaluated and compared ...
Bovine pericardium has been widely used over the last decades as bioprosthetic material due to its e...
Background: This work presents a novel artificial prosthetic heart valve designed to be catheter or ...
Prosthetic heart valves are commonly used in the treatment of valvular heart disease. Mechanical val...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...
Bovine and porcine pericardia are currently used for manufacturing prosthetic heart valves: their de...
Glutaraldehyde-treated, surgical bioprosthetic heart valves undergo structural degeneration within 1...
Pericarbon, a new generation pericardial valve, is characterized by a single, three cuspal shaped pe...
Bovine pericardium has been widely employed as a xenograft tissue for the manufacture of bioprosthet...
Glutaraldehyde-treated, surgical bioprosthetic heart valves undergo structural degeneration within 1...
Bioprosthetic vardiac valves are constructed from chemically-treated tissue, the most popular valves...
Rheumatic heart disease is a significant clinical entity in young children; especially in the develo...
Glutaraldehyde is a fixing agent for heterologus pericardium used in cardiac surgery. It is known t...
Bovine pericardium is an extensively used biomaterial utilised in a wide range of biomedical devices...
The haemodynamic characteristics and durability of mitral bioprostheses were evaluated and compared ...
Bovine pericardium has been widely used over the last decades as bioprosthetic material due to its e...
Background: This work presents a novel artificial prosthetic heart valve designed to be catheter or ...
Prosthetic heart valves are commonly used in the treatment of valvular heart disease. Mechanical val...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...
This study deals with the mechanical characterization of a new vascular prosthesis. The prosthesis, ...