<p>(a) Overview of the experimental design. The transcriptome of the continuously or batch fed D2 (single strain) or KB-1<sup>®</sup> cultures were monitored using microarrays, and the metabolite data was collected through chromatographic techniques. (b) Summary of the REFS<sup>™</sup> gene network inference process. All possible edges are assigned a score based on the data in the enumeration step. Optimized networks and a consensus network are constructed from these enumerated fragments.</p
<p>(A) Genome wide gene expression correlation heatmap between samples. Samples are clustered by the...
<p>A) A flow diagram for analysis of gene expression data from microarray experiment. Pairwise compa...
<p>(<b>A</b>) Genomic analyses. (<b>B</b>) Transcriptional analyses. Individual cohorts are portraye...
<p>A cross between laboratory (BY) and wild (RM) strains of <i>S. cerevisiae </i><a href="http://www...
<p>Genes identified under the main peaks of the genome scan are shown in grey, while the symbols wit...
<p>A. Scheme representing the four experimental conditions and transcriptome comparisons. B. Cross-c...
<p>Phase 1 consists of constructing a scaffold network using a set of chosen genes thought to suffic...
<p>Diagram of experimental design and analytical flow for mRNA and miRNA data.</p
<p>The microarray analysis was performed on 14 cases and 14 controls (Set A) to identify significant...
<p>The upper section lists differentially regulated genes of the generic networks mammary gland deve...
<p>The merged network was generated from the list of transcripts differentially expressed in 4 week-...
<p>The molecular pathways are listed by decreasing order of statistical significance as they appear ...
<p>A: Venn diagram summarizing the overlap between differentially expressed genes from RNA-Seq (<i>l...
<p>The top panels (A–D) represent the algorithm schema and the bottom panels (E–H) represent the cor...
The omics revolution has introduced new challenges when studying interesting phenotypes. High throug...
<p>(A) Genome wide gene expression correlation heatmap between samples. Samples are clustered by the...
<p>A) A flow diagram for analysis of gene expression data from microarray experiment. Pairwise compa...
<p>(<b>A</b>) Genomic analyses. (<b>B</b>) Transcriptional analyses. Individual cohorts are portraye...
<p>A cross between laboratory (BY) and wild (RM) strains of <i>S. cerevisiae </i><a href="http://www...
<p>Genes identified under the main peaks of the genome scan are shown in grey, while the symbols wit...
<p>A. Scheme representing the four experimental conditions and transcriptome comparisons. B. Cross-c...
<p>Phase 1 consists of constructing a scaffold network using a set of chosen genes thought to suffic...
<p>Diagram of experimental design and analytical flow for mRNA and miRNA data.</p
<p>The microarray analysis was performed on 14 cases and 14 controls (Set A) to identify significant...
<p>The upper section lists differentially regulated genes of the generic networks mammary gland deve...
<p>The merged network was generated from the list of transcripts differentially expressed in 4 week-...
<p>The molecular pathways are listed by decreasing order of statistical significance as they appear ...
<p>A: Venn diagram summarizing the overlap between differentially expressed genes from RNA-Seq (<i>l...
<p>The top panels (A–D) represent the algorithm schema and the bottom panels (E–H) represent the cor...
The omics revolution has introduced new challenges when studying interesting phenotypes. High throug...
<p>(A) Genome wide gene expression correlation heatmap between samples. Samples are clustered by the...
<p>A) A flow diagram for analysis of gene expression data from microarray experiment. Pairwise compa...
<p>(<b>A</b>) Genomic analyses. (<b>B</b>) Transcriptional analyses. Individual cohorts are portraye...