PH-induced contrast in viscoelasticity imaging of biopolymers

Keyphrases

• Acidic Conditions 33%
• Biopolymers 100%
• Breast Stroma 66%
• Breast Tumor 100%
• Chemotherapy Resistance 33%
• Collagenous 33%
• Complex Modulus 33%
• Contrast Mechanism 33%
• Creep Relaxation 33%
• Dangerous Environments 33%
• Desmoplasia 33%
• Diagnostic Imaging 33%
• Discriminating Features 33%
• Elastic Response 33%
• Elasticity Imaging 100%
• Extracellular Matrix 33%
• Extracellular pH 66%
• Gelatin Hydrogel 33%
• Hydrogel Model 33%
• Hydrogel Phantom 33%
• Matrix Stiffness 33%
• Model Observations 33%
• Modulus Analysis 33%
• PH Effect 33%
• PH Influence 33%
• PH-induced 100%
• Physiological Features 33%
• Polymer Network 66%
• Proteoglycan 33%
• Quasi-static 33%
• Relaxation Measurements 33%
• Stiffness Decrease 33%
• Stress Relaxation 33%
• Time-domain Simulation 33%
• Ultrasonic Elasticity Imaging 33%
• Vascular Network 33%
• Viscoelastic Properties 33%
• Viscous Response 33%

Material Science

• Biopolymer 100%
• Creep 33%
• Elasticity 66%
• Hydrogel 66%
• Polymer Network 66%
• Proteoglycan 33%
• Stress Relaxation 33%
• Tumor 100%
• Viscoelasticity 100%