DREISS: Using State-Space Models to Infer the Dynamics of Gene Expression Driven by External and Internal Regulatory Networks

Keyphrases

• Gene Expression 100%
• Gene Regulatory Network 100%
• State-space Model 100%
• Transcription Factor 50%
• Regulatory Factors 50%
• Regulatory Effect 50%
• Orthologous Genes 50%
• Computational Methods 25%
• Oscillation 25%
• Embryonic Development 25%
• Caenorhabditis Elegans 25%
• Developmental Processes 25%
• Orthologs 25%
• Gene Expression Level 25%
• Cell-cell Communication 25%
• Combinatorial Effect 25%
• Dimensionality Reduction 25%
• MicroRNA 25%
• Two-species 25%
• Melanogaster 25%
• Expression Pattern 25%
• Gene Expression Data 25%
• Evolutionarily Conserved 25%
• Regulatory System 25%
• Ribosomal Protein 25%
• Temporal Expression 25%
• Time Series Data 25%
• Cellular Factors 25%
• Cross-species 25%
• Morphological Difference 25%
• General Transcription Factor 25%
• Specific Transcription Factor 25%
• Expression Dynamics 25%
• Time-course Gene Expression 25%
• Expression Trajectories 25%
• Divergent Transcription 25%

Biochemistry, Genetics and Molecular Biology

• Dynamics 100%
• Gene Expression 100%
• Regulatory Network 100%
• Transcription Factors 60%
• Cell Growth 20%
• Growth Factor 20%
• Morphology 20%
• Embryogenesis 20%
• Caenorhabditis Elegans 20%
• Gene Expression Level 20%
• MicroRNA 20%
• Cell Communication 20%
• Ribosomal Protein 20%
• Dimensionality Reduction 20%
• General Transcription Factor 20%