<p>Differentially expressed genes which by functional analysis were associated to (<b>A</b>) proliferation or (<b>B</b>) cell cycle analysis were uploaded into IPA. Genes were overlaid onto a global molecular network developed from information contained in the Ingenuity® Knowledge Base. The obtained networks were algorithmically generated based on the connectivity of differentially expressed genes. The networks also reveal the relationship between different genes and their subcellular distribution according to IPA score from published data. Red symbols denote upregulated genes and green symbols denote downregulated genes.</p
<p><i>A</i>. Network of common genes found in CHIP-seq and microarray datasets. Ubiquitin C (UBC) sh...
<p>Small circles identify proteins that serve as hubs to interconnect groups of proteins to form pro...
<p>To investigate possible interactions of differently regulated genes, datasets representing up reg...
<p>(A) The pathway analysis indicated that a large number of differentially expressed genes belong t...
<p>Ingenuity pathway analysis was used to assemble a network based upon 22 differentially expressed ...
<p>A, Functional network showing the direct and indirect relationships that exist between these mole...
<p>These data were generated by the Ingenuity Pathway Analysis (IPA) software using the 400 genes di...
<p>Ingenuity networks generated by mapping the candidate oncogenes and tumor suppressor genes identi...
<p>The network is associated with hematological system development and function, cancer and cellular...
<p>Ingenuity pathway analysis was used to assemble a network based upon 20 differentially expressed ...
<p>Pathway analysis by IPA software based on the Chemoresistance dataset and gene lists related to A...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
<p>Ingenuity Pathway Analysis (IPA) identified two top-scoring networks from genes with a ≥2 fold in...
<p>Red molecules represent up-regulated and green down-regulated genes among TAM 12 h significant ge...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p><i>A</i>. Network of common genes found in CHIP-seq and microarray datasets. Ubiquitin C (UBC) sh...
<p>Small circles identify proteins that serve as hubs to interconnect groups of proteins to form pro...
<p>To investigate possible interactions of differently regulated genes, datasets representing up reg...
<p>(A) The pathway analysis indicated that a large number of differentially expressed genes belong t...
<p>Ingenuity pathway analysis was used to assemble a network based upon 22 differentially expressed ...
<p>A, Functional network showing the direct and indirect relationships that exist between these mole...
<p>These data were generated by the Ingenuity Pathway Analysis (IPA) software using the 400 genes di...
<p>Ingenuity networks generated by mapping the candidate oncogenes and tumor suppressor genes identi...
<p>The network is associated with hematological system development and function, cancer and cellular...
<p>Ingenuity pathway analysis was used to assemble a network based upon 20 differentially expressed ...
<p>Pathway analysis by IPA software based on the Chemoresistance dataset and gene lists related to A...
<p>The most highly significant gene networks identified in the Ingenuity Pathway analysis of the gen...
<p>Ingenuity Pathway Analysis (IPA) identified two top-scoring networks from genes with a ≥2 fold in...
<p>Red molecules represent up-regulated and green down-regulated genes among TAM 12 h significant ge...
<p>Intensity of the red color indicates the degree of upregulation. Intensity of the green color ind...
<p><i>A</i>. Network of common genes found in CHIP-seq and microarray datasets. Ubiquitin C (UBC) sh...
<p>Small circles identify proteins that serve as hubs to interconnect groups of proteins to form pro...
<p>To investigate possible interactions of differently regulated genes, datasets representing up reg...