A Protein Turnover Signaling Motif Controls the Stimulus-Sensitivity of Stress Response Pathways.
Paul Michael LoriauxAlexander HoffmannPublished in: PLoS Comput. Biol. (2013)
Keyphrases
- stress response
- protein interaction data
- structural motifs
- protein structural
- protein sequences
- signaling pathways
- dna binding
- transcription factors
- information technology
- sequence analysis
- binding sites
- protein structure
- transcription factor binding sites
- biological entities
- regulatory elements
- dna sequences
- finite element model
- sequence alignment
- protein protein interaction networks
- signal transduction
- amino acids
- protein protein interactions
- protein folding
- biological sequences
- contact map
- gene expression
- computational biology
- wire bonding
- regulatory networks
- amino acid sequences
- protein structure prediction
- printed circuit boards
- systems biology
- sequence data
- biological systems
- computational methods
- optimization method
- microarray
- theoretical analysis