Quantifying Distortion Energy in Collagen Matrices Subjected to Complex Loads Using a Biaxial Bioreactor

Keyphrases

• Collagen Matrix 100%
• Biaxial 100%
• Complex Load 100%
• Distortion Energy 100%
• Bioreactor 100%
• Strain Energy 60%
• Mechanical Load 40%
• Cell Behavior 40%
• Compressive Load 40%
• Tensile Loading 40%
• Strain Energy Density 40%
• Control State 20%
• Ligament 20%
• Volume Change 20%
• Loading Conditions 20%
• Tissue Remodeling 20%
• Tendon 20%
• Connective Tissue 20%
• Musculoskeletal Soft Tissue 20%
• Structure Function 20%
• In Vitro Culture 20%
• Deviatoric 20%
• Material Volume 20%
• Stored Energy 20%
• Experimental Methodology 20%
• Tension-compression 20%
• Tissue Distortion 20%
• Physiological Load 20%
• Mechanical Mechanism 20%
• Matrix Structure 20%
• Culture Time 20%
• Connective Tissue Disease 20%
• Material Distortion 20%
• Constant Strain 20%
• Cellular Construct 20%
• Combined Loading 20%
• Strain Effect 20%
• Mechanical Function 20%
• Mechanobiological Responses 20%
• 3D Collagen 20%
• Shear Tension 20%

Engineering

• Bioreactor 100%
• Distortion Energy 100%
• Collagen Matrix 100%
• Strain Energy 75%
• Compression Load 50%
• Strain Energy Density 50%
• Mechanical Load 50%
• Tensile Loads 50%
• Deviatoric 25%
• Matrix Structure 25%
• Effect of Strain 25%
• Loading Condition 25%
• Stored Energy 25%
• Planar Stress 25%
• Conventional Bioreactors 25%
• Combined Load 25%
• Fluid Statics 25%