<p>Diamond represents transcription factor, and circle represents differentially expressed genes (DEGs). Red represents up-regulated expression, and green represents down-regulated expression.</p
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>Transcription factors are marked in red squares. Significant miRNAs are labeled using diamond, an...
The green circle represents the potential disease-causing module, the diamond represents ncRNA, and ...
<p>(A) presents the transcriptional regulatory network for the control samples, and (B) shows the tr...
<p>The red nodes represent transcription factors and the green nodes represent their target genes.</...
<p>The red represents up-regulate genes, the green represents down-regulate genes, the grey represen...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>The red diamonds represent up-regulated proteins, green diamonds represent down-regulated protein...
<p>Each column represents one sample, and each row represents one gene. Red indicates up-regulation ...
<p>Red color represents up-regulated differentially expressed genes (DEGs) and green represents down...
(A) The heatmap of active regulators in each cell types. Red represents high regulatory activity and...
<p>Orange triangles represent up-regulated DEMIs(32); blue arrows represent the down-regulated DEMIs...
<p>The network was constructed based on data from cDNA microarray analysis to identify differnetiall...
<p>Circled Transcription factors are common among the pathways. The dashed line represents the demar...
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>Transcription factors are marked in red squares. Significant miRNAs are labeled using diamond, an...
The green circle represents the potential disease-causing module, the diamond represents ncRNA, and ...
<p>(A) presents the transcriptional regulatory network for the control samples, and (B) shows the tr...
<p>The red nodes represent transcription factors and the green nodes represent their target genes.</...
<p>The red represents up-regulate genes, the green represents down-regulate genes, the grey represen...
<p>The network includes all the gene regulatory relationships between and within top 10 gene regulat...
<p>The red diamonds represent up-regulated proteins, green diamonds represent down-regulated protein...
<p>Each column represents one sample, and each row represents one gene. Red indicates up-regulation ...
<p>Red color represents up-regulated differentially expressed genes (DEGs) and green represents down...
(A) The heatmap of active regulators in each cell types. Red represents high regulatory activity and...
<p>Orange triangles represent up-regulated DEMIs(32); blue arrows represent the down-regulated DEMIs...
<p>The network was constructed based on data from cDNA microarray analysis to identify differnetiall...
<p>Circled Transcription factors are common among the pathways. The dashed line represents the demar...
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>(A) Scatter plot of betweenness centrality versus degree for nodes obtained in the transcriptiona...
<p>Transcription factors are marked in red squares. Significant miRNAs are labeled using diamond, an...
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