Tensegrity architecture and the mammalian cell cytoskeleton

Engineering

• Living Cell 100%
• Tensegrity Model 100%
• Cellular Biomechanics 100%
• Tensegrity Architecture 100%
• Biopolymer 100%
• Induced Change 50%
• Continuum Model 50%
• Biochemicals 50%
• Mechanical Stress 50%
• Mechanical Signal 50%
• Tensile Stress σ 50%
• Molecular Level 50%
• Neighboring Cell 50%
• Cellular Response 50%
• Structural Integrity 50%
• Subcellular 50%
• Tensiles 50%
• Compression Load 50%
• Tensile Loads 50%
• Prestress 50%
• Tensegrity 50%
• Contractile Force 50%
• Elastic Solid 50%
• Force Balance 50%
• Cellular Tensegrity Model 50%
• Structural System 50%
• Matrix Form 50%
• Engineering Model 50%

Keyphrases

• Cytoskeleton 100%
• Tensegrity 100%
• Mammalian Cells 100%
• Cell Cytoskeleton 100%
• Microtubules 33%
• Intermediate Filaments 33%
• Living Cells 22%
• Biopolymers 22%
• Extracellular Matrix 22%
• Cell Mechanics 22%
• Cellular Tensegrity 22%
• Cell-based 11%
• Continuum Model 11%
• Adhesion 11%
• Material Properties 11%
• Compressive Load 11%
• Deformable 11%
• Mechanotransduction 11%
• Theoretical Formulation 11%
• Cell Shape 11%
• Mechanical Behavior 11%
• Mechanical Stress 11%
• Mechanical Signals 11%
• Tensile Stress 11%
• Structural Integrity 11%
• Stress-induced 11%
• Neighboring Cells 11%
• Cellular Response 11%
• Crawling 11%
• Tensile Loading 11%
• Shape Stability 11%
• Prestress 11%
• Contractile Force 11%
• Elastic Solid 11%
• Subcellular Structure 11%
• Cell Mechanical Properties 11%
• Biochemical Response 11%
• Force Balance 11%
• Living Tissue 11%
• Molecular Network 11%
• Matrix Form 11%
• Biological Basis 11%
• Support Elements 11%
• Integrated Structural System 11%
• Passive Materials 11%
• Structure Component 11%
• Engineering Model 11%
• Molecular Components 11%

Material Science

• Biopolymer 100%
• Ultimate Tensile Strength 50%
• Tensile Loads 50%
• Compression Load 50%
• Mechanical Stress 50%
• Materials Property 50%