<p>Significant relationships between genetic loci (top SNPs), gene-expression in PBMCs and metabolite levels in whole blood are displayed. Line thickness corresponds to amount of explained variance (Lightblue = genetic loci without triangles, darkblue = genetic loci with triangles, lightgreen = cis-regulated genes, darkgreen = trans-regulated genes, light orange = raw metabolites, darkorange = metabolite ratios). An interactive html-document document of the network can be found in the supplement material.</p
We here describe the MetaNetwork protocol to reconstruct metabolic networks using metabolite abundan...
Network analysis can be useful to put the results of genetics analyses into biological context. This...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
We evaluate the shared genetic regulation of mRNA molecules, proteins and metabolites derived from w...
Two representative networks are shown: the C/EBPβ c-jun network and the NF-κB network. A legend for ...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Each hexagon shows the significant genetic locus (p<1.6×10<sup>−10</sup>) and the corresponding m...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
A) gene network of genes found as differentially expressed between AD to control samples. The most h...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
We here describe the MetaNetwork protocol to reconstruct metabolic networks using metabolite abundan...
What are the commonalities between genes, whose expression level is partially controlled by eQTL, es...
<p>Molecular network generated from our microarray <i>Significantly Different Expressed sub-dataset....
<p>In a), coverage of structural and pharmacogenomics information for the human erythrocyte. The met...
We here describe the MetaNetwork protocol to reconstruct metabolic networks using metabolite abundan...
Network analysis can be useful to put the results of genetics analyses into biological context. This...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...
We evaluate the shared genetic regulation of mRNA molecules, proteins and metabolites derived from w...
Two representative networks are shown: the C/EBPβ c-jun network and the NF-κB network. A legend for ...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Each hexagon shows the significant genetic locus (p<1.6×10<sup>−10</sup>) and the corresponding m...
<p>Red and green fill indicate up- and down regulation, respectively in treated animals relative to ...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
A) gene network of genes found as differentially expressed between AD to control samples. The most h...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
We here describe the MetaNetwork protocol to reconstruct metabolic networks using metabolite abundan...
What are the commonalities between genes, whose expression level is partially controlled by eQTL, es...
<p>Molecular network generated from our microarray <i>Significantly Different Expressed sub-dataset....
<p>In a), coverage of structural and pharmacogenomics information for the human erythrocyte. The met...
We here describe the MetaNetwork protocol to reconstruct metabolic networks using metabolite abundan...
Network analysis can be useful to put the results of genetics analyses into biological context. This...
The top network is gene-gene interaction network, the bottom network is disease-disease similarity n...