Trajectory-based energy landscapes of gene regulatory networks

Keyphrases

• Gene Regulatory Network 100%
• Trajectory Basis 100%
• Inducer 100%
• Energy Landscape 100%
• Landscape Generation 100%
• Cell Fate Transition 100%
• Cell Behavior 66%
• Probability Distribution 33%
• Cell Fate 33%
• Stochasticity 33%
• Landscape Position 33%
• Biologically Relevant 33%
• Cell Population 33%
• Generation Approach 33%
• Cellular Dynamics 33%
• Cell Phenotype 33%
• Multistability 33%
• Cellular Response 33%
• Energy Barrier 33%
• Network Topology 33%
• Transcription-translation 33%
• System of Ordinary Differential Equations 33%
• Phase Space 33%
• Biological Variability 33%
• Quantitative Correlation 33%
• External Cues 33%
• Degradation Rate 33%
• Quantitative Features 33%
• System Properties 33%
• Intrinsic Cues 33%
• Extrinsic Cues 33%
• Kinetic Monte Carlo 33%
• Population Heterogeneity 33%
• Trajectory Simulation 33%
• Periodic Unit Cell 33%
• Directional Movement 33%
• Valley Width 33%
• Intrinsic Noise 33%
• Input Frequency 33%
• Permissivity 33%
• Intuitive Visualization 33%
• Intrinsic Degradation 33%
• Genetic Toggle Switch 33%

Biochemistry, Genetics and Molecular Biology

• Energy Landscape 100%
• Cell Fate 100%
• Gene Regulatory Network 100%
• Dynamics 50%
• Cell Function 50%
• Genetics 25%
• Transcription 25%
• Probability Distribution 25%
• Decision Making 25%
• Cell Cycle 25%

Immunology and Microbiology

• Cell Fate 100%
• Energy Landscape 100%
• Gene Regulatory Network 100%
• Dynamics 50%
• Cell Function 50%
• Decision Making 25%
• Cell Population 25%
• Cell Cycle 25%