Tubular heart valves from decellularized engineered tissue

Keyphrases

• Aligned Tubes 50%
• Attractive Potential 50%
• Back Pressure 50%
• Bioreactor System 50%
• Cell Infiltration 50%
• Changes in Mechanical Properties 50%
• Chemical Fixation 50%
• Chemical Utilization 50%
• Collagen Content 50%
• Commercially Available 50%
• Decellularization 50%
• Decellularized 100%
• Decellularized Tissue 50%
• Distension 50%
• Effective Orifice Area 50%
• Engineered Tissue 100%
• Fatigue Testing 50%
• Fibrin Gel 50%
• Fibroblasts 50%
• Heart Valve 100%
• Host Cell 50%
• Mandrel 50%
• Mechanical Anisotropy 50%
• Ovine 50%
• Potential Alternatives 50%
• Pressure Gradient 50%
• Pulmonary Disease 50%
• Pulmonary Pressure 50%
• Pulmonary Valve 50%
• Pulse Duplicator 50%
• Recellularization 50%
• Regurgitant Fraction 50%
• Strut 50%
• Systole 50%
• Tensile Mechanical Properties 50%
• Tissue Engineered Heart Valve 100%
• Tissue Valve 50%
• Transvalvular Pressure Gradient 50%
• Tubular Hearts 100%
• Tubular Tissue 50%
• Valve Leaflet 50%
• Valve Replacement 100%

Engineering

• Backpressure 50%
• Bioreactor System 50%
• Distension 50%
• Engineered Heart Valve 100%
• Fatigue Testing 50%
• Leaflet Valve 50%
• Million Cycle 50%
• Observables 50%
• Orifice 50%
• Pressure Gradient 100%
• Significant Change 50%
• Tensiles 50%