<p>The network of glycogenes was derived from the thirty-three differentially transcribed glycogenes. The grey ones represented they were included in the differentially transcribed glycogenes whereas the white ones represented they were not. There were six types of relationship in the network, A: activation, E: expression, M: modification, PD: protein-DNA interaction, PP: protein-protein interaction, T: transcription. Full lines meant a direct action between two nodes, while the dotted lines meant an indirect relationship between two nodes.</p
<p>In <b>bold</b> are the genes that were represented from our list of differentially expressed gene...
<p>Differentially expressed genes which by functional analysis were associated to (<b>A</b>) prolife...
<p>The 7 genes are shown in red. The top functions of the network are inflammatory response, cellula...
<p>The network is associated with cancer disease. Solid lines correspond to direct protein-to-protei...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>Small circles identify proteins that serve as hubs to interconnect groups of proteins to form pro...
<p>Lipid genes, protease genes and immune-related ‘nodal genes’, controlling several DEGs, are locat...
<p>The network is associated with immunological and inflammatory disease. Solid lines correspond to ...
<p>A) A sub-network of some differentially expressed proteins identified from BEAS-2B cells treated ...
<p>Red symbols are assigned for up-regulated and green for down-regulated genes. Node shape correspo...
<p>The pink or red nodes in the networks indicate genes that are up-regulated in RPS19+p53 MO, and t...
<p>The inter-relationship of DEGs identified as part of a gene network related to organismal injury ...
<p>The network was generated in IPA using triangle connectivity based on focus genes (30 from our di...
<p>The pink or red nodes in the networks indicate a gene that is up-regulated in RPS19 MO, and the g...
<p>The network included genes involved in Cellular Function and Maintenance, Cellular Assembly and O...
<p>In <b>bold</b> are the genes that were represented from our list of differentially expressed gene...
<p>Differentially expressed genes which by functional analysis were associated to (<b>A</b>) prolife...
<p>The 7 genes are shown in red. The top functions of the network are inflammatory response, cellula...
<p>The network is associated with cancer disease. Solid lines correspond to direct protein-to-protei...
<p>A maximum authorized number of 35 genes were used to generate a network. Direct interactions betw...
<p>Small circles identify proteins that serve as hubs to interconnect groups of proteins to form pro...
<p>Lipid genes, protease genes and immune-related ‘nodal genes’, controlling several DEGs, are locat...
<p>The network is associated with immunological and inflammatory disease. Solid lines correspond to ...
<p>A) A sub-network of some differentially expressed proteins identified from BEAS-2B cells treated ...
<p>Red symbols are assigned for up-regulated and green for down-regulated genes. Node shape correspo...
<p>The pink or red nodes in the networks indicate genes that are up-regulated in RPS19+p53 MO, and t...
<p>The inter-relationship of DEGs identified as part of a gene network related to organismal injury ...
<p>The network was generated in IPA using triangle connectivity based on focus genes (30 from our di...
<p>The pink or red nodes in the networks indicate a gene that is up-regulated in RPS19 MO, and the g...
<p>The network included genes involved in Cellular Function and Maintenance, Cellular Assembly and O...
<p>In <b>bold</b> are the genes that were represented from our list of differentially expressed gene...
<p>Differentially expressed genes which by functional analysis were associated to (<b>A</b>) prolife...
<p>The 7 genes are shown in red. The top functions of the network are inflammatory response, cellula...