Scaffolds with a high surface area-to-volume ratio and cultured under fast flow perfusion result in optimal O₂ delivery to the cells in artificial bone tissues

Keyphrases

• 3D X-ray 50%
• Artificial Bone 100%
• Artificial Tissue 50%
• Bone Tissue 100%
• Cell Culture Media 50%
• Clinically Significant 50%
• Computer-aided Design 50%
• Culture Conditions 50%
• Fast Flow 100%
• Fiber Mesh 50%
• Financial Burden 50%
• Flow Perfusion 100%
• Fluid Dynamics 50%
• High Surface Area 100%
• High-resolution 50%
• Image Simulation 50%
• Lagrangian 50%
• Large Bone Defects 50%
• Lattice Boltzmann Method 50%
• Manufacturing Parameters 50%
• Mass Transfer 50%
• Maximal Surface 50%
• Molecular Collisions 50%
• Molecular Transport 50%
• Non-wood Fibers 50%
• O2 Consumption 50%
• O2 Delivery 100%
• Parametric Sweep 50%
• Public Health 50%
• Scaffold Manufacturing 50%
• Scalar Tracking 50%
• Surface-to-volume Ratio 100%
• Tissue Engineering 50%
• Tissue Scaffolds 100%
• Volume Ratio 50%
• X-ray Images 50%

Engineering

• Computer-Aided Design 33%
• Defects 33%
• Engineering Scaffold 66%
• Fluid Dynamics 33%
• High Resolution 33%
• High Surface Area 100%
• Lattice-Boltzmann Method 33%
• Parametric Sweep 33%
• Tissue Engineering 100%
• Volume Ratio 100%