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Chapter and Conference Paper
Tissue engineering of heart valve leaflet by self-assembly of tissue spheroids biofabricated from human fat tissue derived stem cells
Bioengineering of living heart valve substitute suitable for implantation into pediatric patients with heart valve diseases is an unsolved challenge in cardiovascular tissue engineering. In order to identify d...
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Chapter and Conference Paper
Biomechanical Properties of Two Synthetic Biomaterials for Ventricular Septal Defect Closure in Infancy
Ventricular septal defect (VSD) is the most common congenital heart disease (15–20%). The traditional treatment is surgical repair — VSD closure using the autologous pericard or synthetic material - polytetraf...
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Chapter and Conference Paper
Biomechanical Properties of Glutaraldehyde Treated Human Pericadium
Autologous pericardium, for repair of congenital heart defects, can be used in its fresh non-treated state, or after chemical fixation with glutaraldehyde solution as a biomaterial for surgical repair of conge...
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Chapter and Conference Paper
Investigation of Biomechanical Properties of Different Elements of Human Mitral Valve
Mitral valvular heart disease is one of the major causes of morbidity and mortality all over the world. The optimal surgical strategy of treatment of valvular heart disease is repair or replacement. There is s...
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Chapter
Perfusion Bioreactors for Cardiovascular Tissue Engineering
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Article
Compliance of a Biocomposite Vascular Tissue in Longitudinal and Circumferential Directions as a Basis for Creating Artificial Substitutes
Experimental studies on the mechanical behavior of 11 human common carotid arteries at different values of internal pressure and axial force were performed on a device allowing us to measure the internal press...
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Article
Biomechanical effects of experimental transluminal angioplasty
Surgical treatment of vertebrobasilar circulation disorders includes percutaneous transluminal angioplasty more often recently. However, the biomechanical aspects of transluminal angioplasty have not been stud...