<p>Topological properties of the yeast integrated network (All), the allele-specific sub-networks associated with blocks (ASN), and the random sub-networks (Random). The average <i>Z</i>-scores and the <i>p</i>-values for the observed properties of allele-specific sub-networks are also listed, respectively. N.A. not applicable.</p
(A) The number of edges (top) and nodes (bottom) in each genetic network. (B) The distribution of th...
<p>The coefficient of assortativity (<i>r</i>) reflects the assortative mixing topology of a network...
<p>(<b>A</b>) Number of self-loops. (<b>B</b>) Number of two-node feedbacks. (<b>C</b>) Number of th...
<p>(A) The characteristic path length among genes in the same allele-specific sub-networks is signif...
<p>Quality check of the fission yeast PPI network in comparison to earlier published data on the bud...
<p>Density groups consisting of four, five, and six-edge network motifs contain at least one motif i...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
<p>Three different confidence scores: 0.700, 0.800 and 0.900 (black, red and green lines in all grap...
<p>Summary Statistics of Yeast and Human PPI Network obtained from Rito et al.</p
<p>The significance is assessed for each of the sub-networks based on degree preserving graph random...
<p>In comparison to parameters from the randomly generated networks, each parameter from the Mas 5 D...
<p>Out-degree is the number of regulated genes by a TF or miRNA. In-degree is the number of regulati...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
The x-axis represents the percentage of top gene/links used, the y-axis the z-score of observed vs. ...
<p>The network representation of the machinery component SA (specific activity) in panel A shows how...
(A) The number of edges (top) and nodes (bottom) in each genetic network. (B) The distribution of th...
<p>The coefficient of assortativity (<i>r</i>) reflects the assortative mixing topology of a network...
<p>(<b>A</b>) Number of self-loops. (<b>B</b>) Number of two-node feedbacks. (<b>C</b>) Number of th...
<p>(A) The characteristic path length among genes in the same allele-specific sub-networks is signif...
<p>Quality check of the fission yeast PPI network in comparison to earlier published data on the bud...
<p>Density groups consisting of four, five, and six-edge network motifs contain at least one motif i...
<p>The list of biological networks was generated using the Analyze Networks (AN) algorithm with defa...
<p>Three different confidence scores: 0.700, 0.800 and 0.900 (black, red and green lines in all grap...
<p>Summary Statistics of Yeast and Human PPI Network obtained from Rito et al.</p
<p>The significance is assessed for each of the sub-networks based on degree preserving graph random...
<p>In comparison to parameters from the randomly generated networks, each parameter from the Mas 5 D...
<p>Out-degree is the number of regulated genes by a TF or miRNA. In-degree is the number of regulati...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
The x-axis represents the percentage of top gene/links used, the y-axis the z-score of observed vs. ...
<p>The network representation of the machinery component SA (specific activity) in panel A shows how...
(A) The number of edges (top) and nodes (bottom) in each genetic network. (B) The distribution of th...
<p>The coefficient of assortativity (<i>r</i>) reflects the assortative mixing topology of a network...
<p>(<b>A</b>) Number of self-loops. (<b>B</b>) Number of two-node feedbacks. (<b>C</b>) Number of th...