<p>A colored node represents a gene and the radius of the node is proportional to the intensity or gene expression level. An edge between two nodes indicates that a gene pair is coexpressed. A red node reflects a periodically expressed gene identified by both Tu et al. and EMD. A yellow node indicates a periodically expressed gene identified by EMD, but not by Tu et al. A blue node indicates a periodically expressed gene identified by neither Tu et al. nor EMD.</p
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Green nodes indicate proteins encoded by the induced genes, while red nodes represent proteins en...
<p>(A) Illustrates a sub-network derived from the MDD group and (B) illustrates a sub-network derive...
<p>Red (green) nodes denote genes over- (under-) expressed in microglia relative to macrophages. Nod...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Genes/proteins are depicted as colored circles, where yellow indicates a DEG in K98 group, green ...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Genes exhibiting upregulation are shown in red, whereas genes exhibiting downregulation are shown...
Square nodes and circular nodes represent miRNAs and mRNAs, respectively. Red color and blue color i...
<p>Edges represented by thicker lines denote stronger associations than thinner lines. Node size ref...
<p>Node A represents a hub gene while node B represents a peripheral gene. Lines connecting nodes re...
<p>The size of each node represents interactive degree, with larger size corresponding to higher deg...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Green nodes indicate proteins encoded by the induced genes, while red nodes represent proteins en...
<p>(A) Illustrates a sub-network derived from the MDD group and (B) illustrates a sub-network derive...
<p>Red (green) nodes denote genes over- (under-) expressed in microglia relative to macrophages. Nod...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Molecules are represented as nodes, and the biological relationship between two nodes is represen...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Genes/proteins are depicted as colored circles, where yellow indicates a DEG in K98 group, green ...
<p>Schematic visualization of shared associations between transcription factors (TFs), miRNAs, and d...
The nodes represent genes and edges represent interaction between genes. The red and blue nodes sign...
<p>Genes exhibiting upregulation are shown in red, whereas genes exhibiting downregulation are shown...
Square nodes and circular nodes represent miRNAs and mRNAs, respectively. Red color and blue color i...
<p>Edges represented by thicker lines denote stronger associations than thinner lines. Node size ref...
<p>Node A represents a hub gene while node B represents a peripheral gene. Lines connecting nodes re...
<p>The size of each node represents interactive degree, with larger size corresponding to higher deg...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p>Green nodes indicate proteins encoded by the induced genes, while red nodes represent proteins en...
<p>(A) Illustrates a sub-network derived from the MDD group and (B) illustrates a sub-network derive...