<p>Legend to network analysis: enzyme (diamond), transmembrane receptor (vertical oval), transcriptional regulator (horizontal oval), phosphatase (triangle), transporter (trapezoid), kinase(triangle), growth factor (square), and other (circle). Relationships: interaction (line), activation (arrow).</p
<p>Symbols in the figure represent the following: <b>Rectangle:</b> Nuclear receptor. <b>Oval:</b> T...
<p>Dynamic pathway/network modeling of the microglial proteome was afforded by integration of protei...
A. Global enrichment network for UC-critical genes. i. KEGG pathways depicting the possible signalin...
<p>Legend to network analysis: enzyme (diamond), transmembrane receptor (vertical oval), transcripti...
<p>The network with highest score (<i>67</i>) is shown. The main network associated functions are: <...
<p><i>A</i>. Network of common genes found in CHIP-seq and microarray datasets. Ubiquitin C (UBC) sh...
<p>Graphical representation of the protein network retrieved using the Ingenuity Pathway Analysis To...
<p>(A and B) Top network functions of DNA replication, molecular transport, cell growth, and cell pr...
<p>Proteins symbols in red were up-regulated, while green were down-regulated. Hub proteins not sign...
<p>(a) The highest score network generated by IPA comprised 23 differentially expressed proteins (up...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>The genes shaded reds are substrates selected in our strategy. Solid lines represent direct inter...
<p>The majority of clearance markers belong to one of four networks. Network A centers on CD44 and C...
<p>(A) The complete data set was used to create the 69 node (largest discovered by our analysis) int...
<p>The network analysis was performed using Ingenuity Pathway Analysis software. <b>a</b>) Mechanist...
<p>Symbols in the figure represent the following: <b>Rectangle:</b> Nuclear receptor. <b>Oval:</b> T...
<p>Dynamic pathway/network modeling of the microglial proteome was afforded by integration of protei...
A. Global enrichment network for UC-critical genes. i. KEGG pathways depicting the possible signalin...
<p>Legend to network analysis: enzyme (diamond), transmembrane receptor (vertical oval), transcripti...
<p>The network with highest score (<i>67</i>) is shown. The main network associated functions are: <...
<p><i>A</i>. Network of common genes found in CHIP-seq and microarray datasets. Ubiquitin C (UBC) sh...
<p>Graphical representation of the protein network retrieved using the Ingenuity Pathway Analysis To...
<p>(A and B) Top network functions of DNA replication, molecular transport, cell growth, and cell pr...
<p>Proteins symbols in red were up-regulated, while green were down-regulated. Hub proteins not sign...
<p>(a) The highest score network generated by IPA comprised 23 differentially expressed proteins (up...
<p>A: For genes that are associated with human diseases and immune pathways, larger dots correspond ...
<p>The genes shaded reds are substrates selected in our strategy. Solid lines represent direct inter...
<p>The majority of clearance markers belong to one of four networks. Network A centers on CD44 and C...
<p>(A) The complete data set was used to create the 69 node (largest discovered by our analysis) int...
<p>The network analysis was performed using Ingenuity Pathway Analysis software. <b>a</b>) Mechanist...
<p>Symbols in the figure represent the following: <b>Rectangle:</b> Nuclear receptor. <b>Oval:</b> T...
<p>Dynamic pathway/network modeling of the microglial proteome was afforded by integration of protei...
A. Global enrichment network for UC-critical genes. i. KEGG pathways depicting the possible signalin...