<p><b>A.</b> Each node on the top row of this bipartite graph represents a phenotype. Each square on the bottom row represents a pathway. Autoimmune diseases tend to associate with the same pathways while other classes of phenotypes associate with different pathways <b>B.</b> Nodes represent phenotypes. An edge indicates that both phenotypes are significantly associated with at least 3 common pathways. Blue nodes are autoimmune phenotypes while red nodes are non-autoimmune. Solid lined links are between two autoimmune phenotypes while dotted lines show links to other phenotypes.</p
<p>The large circle corresponds to disease, and the smaller circle in a different color corresponds ...
Biological pathways play important roles in the development of complex diseases, such as cancers, wh...
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...
<p>X-axis presents phenotypes grouped by categories, while Y-axis represents what fraction of the co...
<p>On the Y-axis is the number of pathways and on the X-axis are the classes of phenotypes. In most ...
<p>In this network, green squares represent phenotype; red triangles represent genes; and blue circl...
<p>All known genes for the different disease groups were concurrently analyzed for matching terms in...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>This network was created by all 391 phenotype-phenotype associations based on significantly assoc...
The bipartite network has two sets of vertices, i.e., genes and diseases, represented by rectangle a...
<p>(a) Representation of the protein interaction network obtained by prioritisation. The network pre...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
AbstractSystems approaches to analyzing disease phenotype networks in combination with protein funct...
<p>The large circle corresponds to disease, and the smaller circle in a different color corresponds ...
Biological pathways play important roles in the development of complex diseases, such as cancers, wh...
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...
<p>X-axis presents phenotypes grouped by categories, while Y-axis represents what fraction of the co...
<p>On the Y-axis is the number of pathways and on the X-axis are the classes of phenotypes. In most ...
<p>In this network, green squares represent phenotype; red triangles represent genes; and blue circl...
<p>All known genes for the different disease groups were concurrently analyzed for matching terms in...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
<p>This network was created by all 391 phenotype-phenotype associations based on significantly assoc...
The bipartite network has two sets of vertices, i.e., genes and diseases, represented by rectangle a...
<p>(a) Representation of the protein interaction network obtained by prioritisation. The network pre...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
A plethora of network-based approaches within the Systems Biology universe have been applied, to dat...
AbstractSystems approaches to analyzing disease phenotype networks in combination with protein funct...
<p>The large circle corresponds to disease, and the smaller circle in a different color corresponds ...
Biological pathways play important roles in the development of complex diseases, such as cancers, wh...
<p>Frequency distribution of path lengths for all interactions in the network. (B) <b>Bottlenecks.</...