Hierarchical structure controls nanomechanical properties of vimentin intermediate filaments

Agriculture & Biology

• cell biology 11%
• cells 6%
• cytoskeleton 11%
• eukaryotic cells 9%
• extensibility 13%
• intermediate filaments 100%
• mechanical properties 31%
• mechanics 23%
• mechanotransduction 16%
• microfilaments 11%
• microtubules 10%
• proteins 7%
• strength (mechanics) 10%
• structure-activity relationships 11%
• vimentin 98%

Medicine & Life Sciences

• Actin Cytoskeleton 10%
• alpha-Helical Protein Conformation 12%
• beta-Strand Protein Conformation 12%
• Cell Biology 9%
• Cytoskeleton 10%
• Eukaryotic Cells 11%
• Intermediate Filaments 83%
• Mechanical Stress 13%
• Mechanics 22%
• Microtubules 10%
• Proteins 7%
• Vimentin 78%

Chemical Compounds

• Alpha-Helix 9%
• Biological Property 9%
• Biomaterial 8%
• Deformation (Mechanical) 13%
• Filament 75%
• Mechanics 21%
• Molecule 3%
• Protein 7%
• Strain 6%
• Strength 6%
• Tetramer 9%