<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</b> Cartoon representation of the top 10 bottleneck proteins. Solid lines signify 1<sup>st</sup> (immediate) neighbor interactions and dotted lines represent 2<sup>nd</sup> and 3<sup>rd</sup> (nearest) neighbor interactions respectively, as labeled in the figure. (C) <b>Network motifs.</b> Representative clusters (1, 2, 3, 4, 5, and 10) with biological themes that were identified in the network. The highest scoring (seed) nodes in the cluster are shown as squares.</p
<p>A) Network diagram showing DRGs as circles with size and color corresponding to number of PPIs. T...
Network theory has been used by researchers for multiple purposes in the past to model biological da...
<p>(A) The complete data set was used to create the 69 node (largest discovered by our analysis) int...
<p>Plot of the frequency of occurrence vs. the confidence scores for the interaction data used to co...
<p>The general characteristics of eight protein-protein interaction networks. For each network we in...
<p>The figure represents the top focus genes. A) Progressive upregulated Pathways, B) Progressive do...
The study of protein interactions from the networks point of view has yielded new insights into syst...
<p>(a) Representation of the protein interaction network obtained by prioritisation. The network pre...
Proteins, the main motors of the cell, are in charge of performing a diverse array of biological fun...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
<p>Association networks capture both physical and regulatory interactions between gene pairs. Networ...
<p>The network with highest score (<i>67</i>) is shown. The main network associated functions are: <...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
Proteins, the main motors of the cell, are in charge of performing a diverse array of biological fun...
Complex networks are studied across many fields of science. To uncover their structural design princ...
<p>A) Network diagram showing DRGs as circles with size and color corresponding to number of PPIs. T...
Network theory has been used by researchers for multiple purposes in the past to model biological da...
<p>(A) The complete data set was used to create the 69 node (largest discovered by our analysis) int...
<p>Plot of the frequency of occurrence vs. the confidence scores for the interaction data used to co...
<p>The general characteristics of eight protein-protein interaction networks. For each network we in...
<p>The figure represents the top focus genes. A) Progressive upregulated Pathways, B) Progressive do...
The study of protein interactions from the networks point of view has yielded new insights into syst...
<p>(a) Representation of the protein interaction network obtained by prioritisation. The network pre...
Proteins, the main motors of the cell, are in charge of performing a diverse array of biological fun...
<p>This table summarizes the classification of subgraphs as network motifs. (1) The number of observ...
<p>Association networks capture both physical and regulatory interactions between gene pairs. Networ...
<p>The network with highest score (<i>67</i>) is shown. The main network associated functions are: <...
<p>Nodes represent individual subgraphs with blue, red or yellow nodes corresponding to subgraphs fr...
Proteins, the main motors of the cell, are in charge of performing a diverse array of biological fun...
Complex networks are studied across many fields of science. To uncover their structural design princ...
<p>A) Network diagram showing DRGs as circles with size and color corresponding to number of PPIs. T...
Network theory has been used by researchers for multiple purposes in the past to model biological da...
<p>(A) The complete data set was used to create the 69 node (largest discovered by our analysis) int...