Elasticity, strength and resilience: A comparative study on mechanical signatures of α-Helix, β-sheet and tropocollagen domains

Keyphrases

• Resilience 100%
• Helix 100%
• Tropocollagen 100%
• Mechanical Signatures 100%
• Protein Domain 50%
• Beta Sheet 50%
• Material Engineering 25%
• Atomistic Simulation 25%
• Novel Nanostructure 25%
• Nanotechnology 25%
• Biological Mechanisms 25%
• Engineering Design 25%
• Structural Proteins 25%
• Molecule Structure 25%
• Bio-inspired 25%
• Structural Materials 25%
• Energy Dissipation 25%
• Molecular Building Blocks 25%
• Mutually Exclusive 25%
• High Protein 25%
• Material Behavior 25%
• Signature-based 25%
• Atomic Resolution 25%
• Simulation Study 25%
• Protein Building Blocks 25%
• Structural Design 25%
• Shear Loading 25%
• Large Deformation 25%
• Low Force 25%
• Force Level 25%
• Helical Peptides 25%
• Rupture Mechanism 25%
• β-sheet Proteins 25%
• Hierarchical Features 25%
• Deformation Recovery 25%
• Nanoengineered Materials 25%

Material Science

• Elasticity 100%
• Alpha Helix 100%
• Protein Domain 66%
• Nanostructure 33%
• Large Deformation 33%
• Materials Engineering 33%
• Structural Protein 33%

Engineering

• Building Block 100%
• Nanomaterial 33%
• Energy Dissipation 33%
• Material Behavior 33%
• Large Deformation 33%
• Force Level 33%
• Structural Design 33%
• Engineering 33%
• Atomistic Simulation 33%