A Computational Model for Kinetic Studies of Cadherin Binding and Clustering

Keyphrases

• Cadherin 100%
• Kinetic Study 100%
• Computational Model 100%
• Cell Adhesion 27%
• Cis-interaction 27%
• Glycosylation 18%
• Micropipette 18%
• Cell-based 9%
• Numerical Simulation 9%
• Cell Membrane 9%
• Extracellular Domain 9%
• Molecular Mechanism 9%
• Coarse-grained Model 9%
• Computational Study 9%
• Binding Kinetics 9%
• Kinetic Model 9%
• Cell-to-cell 9%
• Cell Surface 9%
• Major Components 9%
• Classical Cadherins 9%
• Adhesive Behavior 9%
• Extracellular Region 9%
• Soluble E-cadherin 9%
• Reaction Pathway 9%
• Calcium-dependent 9%
• Membrane Receptors 9%
• Glycosylation Site 9%
• Clustering Process 9%
• Mechanistic Understanding 9%
• Kinetic Profile 9%
• Kinetic Rate 9%
• Adjacent Cell 9%
• Phase Kinetics 9%
• Metastatic Phenotype 9%
• Phase Profile 9%
• Multistep Reactions 9%
• Diffusion-reaction 9%
• Aberrant Glycosylation 9%

Biochemistry, Genetics and Molecular Biology

• Cadherin 100%
• Glycosylation 30%
• Cell Adhesion 23%
• Surface Property 7%
• Cell Membrane 7%
• Facilitated Diffusion 7%
• Kinetics 7%
• Binding Kinetics 7%
• Transmembrane Receptors 7%

Neuroscience

• Cadherin 100%
• Glycosylation 33%
• Cell Adhesion 25%
• Cell Membrane 8%
• Transmembrane Receptors 8%
• Binding Kinetics 8%
• Uvomorulin 8%