Analysis of Common Regulators

platelet-derived growth factorCOL18A1NRCAMCOL7A1SP1cateninthrombinintegrinRAC1TIAM1RAS small monomeric GTPaseTNFRSF6integrinPhosphatidylinositol 3-kinaseEGR1 - MT1Acatenin - CD44TIAM1 - CD44Nodes: integrin - RAC2TGFB1 - SGKplatelet-derived growth factor - CD44TGFB1 - COL7A1Nodes: IL1B - HNMTPKC - DSPTNFRSF6 - CD44TGFB1 - DAFLPA - AKAP12platelet-derived growth factor - AKAP12INS - PFKFB3MAPK1 - HNRPCNodes: IL1B - DAFintegrin - CD44SRC - AKAP12TGFB1 - COMPthrombin - SGKTGFB1 - CD44LPA - GYPCRAC1 - CD44SP1 - CD44TNFRSF6 - RAC2PKC - AKAP12RAS small monomeric GTPase - RAC2SP1 - ADH5integrin - RAC2MMP14 - MT1ASRC - COL18A1MAPK1 - SGKAKT1 - ARK5MAPK1 - NEDD4AKT1 - SGKNode between RAC1 and RAC2SRC - CD44Phosphatidylinositol 3-kinase - CD44Node between TIAM1 and RAC2RAS small monomeric GTPase - CD44Nodes: Phosphatidylinositol 3-kinase - RAC2catenin - NRCAMSGK - NEDD4INS - SGKPKC - CD44MMP14 - CD44EGR1 - CD44integrin - CD44thrombin - RAC2PKCLPAARK5RAC2HNRPCGYPCDSPADH5PFKFB3MAPK1SRCAKAP12MMP14HNMTDAFTGFB1SGKNEDD4CD44COMPMT1AINSIL1BEGR1AKT1

FIGURE 3B. Analysis for common regulators.  First 71 genes differentially expressed during class comparisons was used in this analysis (nominal p=0.006). PathwayAssist (Ariadne Genomics, Rockville, MD) a software tool for biological pathway analysis was used. It relies on ResNet, a database specifically targeted at the extracting data from the language of scientific abstracts from PubMed in order to identify relationships among genes, visualize pathways, gene regulation networks and protein interactions. This analysis used ResNet 3.0 (Medline August, 24,2004). To simplify the network, genes that could not be linked together were removed. Genes that are increased in SSc fibroblasts are colored red, and genes that are decreased colored pink. Genes that  inserted by Pathway Assist to link the genetic networks are colored gray. The boxes on the arrows are hyperlinks indicating relationships of the genes and targets.


Analysis of Common Regulators