<p>The change of gene expression in Fzf1p response clusters, <i>FZF1</i> and galactose utilization genes in response to galactose. (a) Wild type and gal promoter driven <i>FZF1</i> over-expression strains in response to the change from glucose to galactose (experiment E2). (b) Wild type and <i>fzf1</i>Δ strains in response to the change from glucose to galactose (experiment E3). (c) Wild type and <i>fzf1</i>Δ strains in response to the change from raffinose to galactose (experiment E4). Color unit is fold change of gene expression. Gene expression too low to be detected is colored in blue.</p
<p>The rate of lactose synthesis is an important driver of milk production level. <b>Panel A</b>: St...
<p>Solid lines represent the paths analyzed in this Fig and in Fig 4; blue triangles indicate the si...
<p>The <i>x</i>-axis represents the log<sub>2</sub> values of the fold of change in expression (gala...
<p>(A) Strains S288C (WT) and S288C-GEV, a congenic strain expressing the GEV protein, were used. Bo...
(A) Venn diagram of genes upregulated in galactose samples and downregulated in any of the HAT inhib...
<p>Graphical conventions and abbreviations are the same as in <a href="http://www.plosone.org/articl...
<p>Histograms represent mean relative expression levels from three replicate experiments. Error bars...
<p>Diagrams show the patterns of expression of genes in clusters based on time course changes (20-mi...
(A) Heatmap showing gene expression changes between six galactose samples and the control sample. We...
<p>Mutations that may affect glycolysis and fermentation are restricted to the glucose-scavenger CV1...
Genes (shown in Fig 4) whose expression levels changed significantly in each treatment sample are in...
(a) Boxplots show log2-transformed fold changes (LFC) of gene expression on glucose (instead of malt...
<p>β-galactosidase assays of <i>lacZ</i> gene expression under the control of WT (open bars), Class ...
<p>White bars indicate the number of glucose-regulated genes in the wild-type strain; black bars ind...
<p>(<b>A</b>) Dynamic range of YFP levels of library strains at different galactose induction levels...
<p>The rate of lactose synthesis is an important driver of milk production level. <b>Panel A</b>: St...
<p>Solid lines represent the paths analyzed in this Fig and in Fig 4; blue triangles indicate the si...
<p>The <i>x</i>-axis represents the log<sub>2</sub> values of the fold of change in expression (gala...
<p>(A) Strains S288C (WT) and S288C-GEV, a congenic strain expressing the GEV protein, were used. Bo...
(A) Venn diagram of genes upregulated in galactose samples and downregulated in any of the HAT inhib...
<p>Graphical conventions and abbreviations are the same as in <a href="http://www.plosone.org/articl...
<p>Histograms represent mean relative expression levels from three replicate experiments. Error bars...
<p>Diagrams show the patterns of expression of genes in clusters based on time course changes (20-mi...
(A) Heatmap showing gene expression changes between six galactose samples and the control sample. We...
<p>Mutations that may affect glycolysis and fermentation are restricted to the glucose-scavenger CV1...
Genes (shown in Fig 4) whose expression levels changed significantly in each treatment sample are in...
(a) Boxplots show log2-transformed fold changes (LFC) of gene expression on glucose (instead of malt...
<p>β-galactosidase assays of <i>lacZ</i> gene expression under the control of WT (open bars), Class ...
<p>White bars indicate the number of glucose-regulated genes in the wild-type strain; black bars ind...
<p>(<b>A</b>) Dynamic range of YFP levels of library strains at different galactose induction levels...
<p>The rate of lactose synthesis is an important driver of milk production level. <b>Panel A</b>: St...
<p>Solid lines represent the paths analyzed in this Fig and in Fig 4; blue triangles indicate the si...
<p>The <i>x</i>-axis represents the log<sub>2</sub> values of the fold of change in expression (gala...