Heterogeneous flexibility can contribute to chromatin segregation in the cell nucleus

Keyphrases

• Cell nucleus 100%
• Heterochromatin 100%
• Chromatin Segregation 100%
• Chromatin 40%
• Bending Stiffness 30%
• Attractive Interaction 20%
• Spherical Shell 20%
• Euchromatin 20%
• Chromatin Distribution 20%
• Nuclear Shells 20%
• Molecular Dynamics Simulation 10%
• Associated Proteins 10%
• Lamin 10%
• Nuclear Envelope 10%
• Differential Effects 10%
• Nuclear Periphery 10%
• Phase Segregation 10%
• Chromosome number 10%
• Chromosome Organization 10%
• Interaction Potential 10%
• Copolymer 10%
• Diblock 10%
• Interphase Chromosomes 10%
• Rod Cell 10%
• Concentration-number 10%
• Topological Constraints 10%
• Envelope Constraints 10%
• Extruder 10%
• Condensed Form 10%

Biochemistry, Genetics and Molecular Biology

• Heterochromatin 100%
• Rigidity 30%
• Euchromatin 20%
• Chromosome Organization 10%
• Nuclear Membrane 10%
• Nuclear Pore 10%
• Chromosome Number 10%
• Rod Cell 10%
• Lamin 10%
• Interphase 10%
• Computer Simulation 10%