Altered mechanical properties in aortic elastic tissue using glutaraldehyde/solvent solutions of various dielectric constant

Engineering & Materials Science

• Aldehydes 28%
• Amino acids 23%
• Butenes 72%
• Composite structures 20%
• Crosslinking 48%
• Elastic moduli 16%
• Elastin 99%
• Ethanol 19%
• Experiments 13%
• Mechanical properties 63%
• Methanol 19%
• Permittivity 98%
• Phosphates 22%
• Propanol 57%
• Proteins 53%
• Purification 22%
• Residual stresses 34%
• Stiffness 13%
• Strain relaxation 33%
• Stress relaxation 23%
• Tissue 83%

Chemical Compounds

• Acid 4%
• Aldehyde 8%
• Buffer Solution 23%
• Butene 11%
• Composite Material 6%
• Crosslinking 20%
• Dielectric Constant 89%
• Elastin 32%
• Ethanol 7%
• Glutaraldehyde 100%
• Methanol 7%
• Phosphate 8%
• Protein 15%
• Purification 8%
• Residual Stress 32%
• Solvent 45%
• Stress Relaxation 16%