Study of protein structural deformations under external mechanical perturbations by a coarse-grained simulation method

Mathematics

• Simulation Methods 100%
• Protein 89%
• Major Histocompatibility Complex 59%
• Perturbation 59%
• T Cell Receptor 56%
• Conformation 27%
• Receptor 27%
• Mechanical Properties 27%
• Unfolding 23%
• Mechanotransduction 22%
• Membrane 21%
• Cell Adhesion 17%
• Biomolecules 16%
• Binding Energy 16%
• Energy Landscape 16%
• Elastic Deformation 14%
• Physical property 13%
• Computational Model 12%
• Free Energy 11%
• Lowest 10%
• Fragment 10%
• Mechanics 10%
• Relevance 10%
• Simulation 6%
• Model 3%

Engineering & Materials Science

• Proteins 78%
• T-cells 47%
• Ligands 28%
• Conformations 27%
• Membranes 18%
• Binding energy 16%
• Cell adhesion 15%
• Biomolecules 15%
• Mechanical properties 13%
• Free energy 12%
• Elastic deformation 12%
• Stretching 11%
• Atoms 11%
• Physical properties 9%
• Mechanics 9%

Medicine & Life Sciences

• Major Histocompatibility Complex 37%
• T-Cell Antigen Receptor 37%
• Proteins 31%
• Ligands 17%
• Protein Conformation 16%
• Adherens Junctions 15%
• Membranes 14%
• Mechanics 12%
• Cadherins 12%
• Cell Adhesion 11%