Coaxially-structured fibres with tailored material properties for vascular graft implant

Keyphrases

• Vascular Graft 100%
• Material Properties 100%
• Polycaprolactone 100%
• Antithrombogenicity 50%
• Kink Resistance 50%
• High Strength 33%
• Two-layer 33%
• Arterial Grafts 33%
• Fibrous Surface 33%
• Lumen 16%
• Blood Flow 16%
• Carotid Artery 16%
• Patency 16%
• Fibrosis 16%
• Cell Adhesion 16%
• Imaging Analysis 16%
• Histological Analysis 16%
• In Vivo Evaluation 16%
• Material Structure 16%
• Material Combination 16%
• Concentration Ratio 16%
• Mechanical Loading 16%
• Wall Thickness 16%
• Cell Infiltration 16%
• Small Diameter 16%
• Platelet Activation 16%
• Mechanical Stability 16%
• Biomechanical Properties 16%
• Kink 16%
• Gelatin 16%
• Platelet Adhesion 16%
• High Compliance 16%
• Resistance Properties 16%
• Ultrasonic Imaging 16%
• Blood Compatibility 16%
• Burst Strength 16%
• Implantation Outcomes 16%
• Gelatin Nanofibers 16%
• Gelatinous Fibers 16%
• Blood Sealing 16%
• Water Sealing 16%

Material Science

• Materials Property 100%
• Mechanical Stability 50%
• Surface (Surface Science) 50%
• Materials Structure 50%
• Nanofiber 50%
• Platelet 50%

Engineering

• Grafts 100%
• Implant 100%
• Platelet 8%
• Biomechanical Property 8%
• Concentration Ratio 8%
• Histological Analysis 8%
• Mechanical Loading 8%
• Resistance Property 8%
• Native Artery 8%
• Nanofibers 8%
• Ultrasonics 8%
• Mechanical Stability 8%