<p>The figure illustrates the number of connections per gene in the feed efficiency network and the average number of connections per gene across the ten random networks. Due to the transparent style of the white bars, black bars or parts of black bars that are hidden by a white bar are colored in light grey.</p
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...
<p>Top 13 networks (ranked by size) were shown. The size of each circle represents the relative size...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
<p>Each dot in the network represents a gene putatively relevant for variation in feed efficiency. G...
(A) The number of edges (top) and nodes (bottom) in each genetic network. (B) The distribution of th...
<p>Only the interactions of genes that are involved in more than one network are shown for clarity. ...
<p>Out-degree is the number of regulated genes by a TF or miRNA. In-degree is the number of regulati...
<p><b>a</b>) Comparison of percentage of direct interactions and isolated nodes between proteins sel...
The x-axis represents the percentage of top gene/links used, the y-axis the z-score of observed vs. ...
<div><p>Graph theoretical analysis has played a key role in characterizing global features of the to...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
In panels (A-C) the x-axis labels the kind of network, with the curly braces grouping the mycelia (f...
<p>The number of vertices (genes) and edges (interactions) in each network, the number of interactio...
<p><b>A.</b> Comparison based on fold enrichment of true edges in the inferred network. The cartoon ...
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...
<p>Top 13 networks (ranked by size) were shown. The size of each circle represents the relative size...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
<p>Each dot in the network represents a gene putatively relevant for variation in feed efficiency. G...
(A) The number of edges (top) and nodes (bottom) in each genetic network. (B) The distribution of th...
<p>Only the interactions of genes that are involved in more than one network are shown for clarity. ...
<p>Out-degree is the number of regulated genes by a TF or miRNA. In-degree is the number of regulati...
<p><b>a</b>) Comparison of percentage of direct interactions and isolated nodes between proteins sel...
The x-axis represents the percentage of top gene/links used, the y-axis the z-score of observed vs. ...
<div><p>Graph theoretical analysis has played a key role in characterizing global features of the to...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...
In panels (A-C) the x-axis labels the kind of network, with the curly braces grouping the mycelia (f...
<p>The number of vertices (genes) and edges (interactions) in each network, the number of interactio...
<p><b>A.</b> Comparison based on fold enrichment of true edges in the inferred network. The cartoon ...
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...
<p>Top 13 networks (ranked by size) were shown. The size of each circle represents the relative size...
Graph theoretical analysis has played a key role in characterizing global features of the topology o...