Searching journal content for articles similar to Gat-Viks and Shamir 17 (3): 358.

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  1. .... The results suggest that targeted gene expression profiling data can be used to refine and expand particular subcomponents of known regulatory networks that are sufficiently decoupled from the rest of the network. Footnotes [Supplemental material is available online at www...
  2. ...that even mild water deficit induced a profound remodeling of the proteome, which affected the structure of the protein coexpression network, and a reprogramming of the genetic control of the abundance of many proteins, including those involved in stress response. Colocalizations between pQTLs and QTLs...
  3. ..., and the affected genes. The signaling and regulatory components of our networks are linked via a set of common transcription factors that serve as targets in the signaling network and as regulators of the transcriptional response network. Detailed case studies of stress responses in budding yeast demonstrate...
  4. ...of each TF is based on the degree to which its NetProphet-predicted targets are enriched for genes associated with the phenotype of interest. We demonstrate the power of combining NetProphet and PhenoProphet by mapping the network that regulates the major virulence factor of a pathogenic yeast...
  5. ...retention of WGD pairs while disfavoring the fixation of TD. Indeed, empirical data in yeast and Arabidopsis demonstrate that genes involved in signal transduction and transcription are more likely to be retained following a WGD but less likely to be retained in tandem (Seoighe and Gehring 2004; Davis...
  6. ...deep sequencing of transcripts from a time course of N. parisii infection. Examination of pathogen gene expression revealed compact transcripts and a dramatic takeover of host cells by Nematocida . We also performed phylogenomic analyses of Nematocida and other microsporidian genomes to refine...
  7. ...yeast species in humans. However, despite both species sharing many phenotypic characteristics, including the ability to form true hyphae, C. dubliniensis is a significantly less virulent and less versatile pathogen. Therefore, to identify C. albicans -specific genes that may be responsible...
  8. ...not possess at the moment a reference set of annotations for the of bacteria thriving in such conditions. The present sequence was therefore carefully annotated manually, and annotation will be, as much as possible, continuously refined. We endeavored to post to the community reference databases, allowing...
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