Extracellular matrix organization - Pathway Page
Name Extracellular matrix organization
Resource Reactome
Genes ICAM2 PTPRS MMP9 SDC2 COL19A1 COL8A1 ITGA3 SH3PXD2A COL3A1 CRTAP TNXB PCOLCE2 LUM ITGA2B COL17A1 CAPN15 CAPN11 CAPN5 NID1 MMP7 SERPINH1 BCAN NCSTN MFAP3 ADAMTS8 COL24A1 PCOLCE ADAM9 ITGA4 TMPRSS6 DSPP COL12A1 BMP1 SPARC CDH1 CASP3 CTSG ADAMTS5 COL27A1 ITGAV TGFB3 CAPN7 SDC4 LTBP2 COL6A1 ITGB2 CAPN1 CTRB2 CAPN13 COL15A1 LAMA2 COL21A1 SCUBE1 DCN EFEMP1 PPIB COL28A1 ADAMTS14 CEACAM1 TNN MMP17 ADAMTS16 TRAPPC4 COL4A1 TIMP2 EFEMP2 COL5A1 BMP7 FBN3 ITGA10 MMP16 COLGALT1 SDC3 COL5A3 ELANE KLK7 SDC1 ITGB8 NCAN COL10A1 BGN COL22A1 LAMB3 ELN CTSS CMA1 COL14A1 P4HB COL8A2 CD47 LTBP4 FBN1 CAPNS1 MATN1 ADAM17 TIMP1 P3H2 DAG1 LAMA3 ITGA9 F11R CTSD VCAM1 ICAM5 COL5A2 ADAMTS4 LTBP3 EMILIN3 ASPN COL13A1 P3H1 TTR LAMC1 PHYKPL TGFB1 JAM3 ADAMTS1 COL11A1 PDGFB CAPN2 ITGA11 EMILIN2 MMP13 EMILIN1 ICAM3 BMP2 ITGAD MFAP5 TNR CAPN14 PECAM1 COMP COL4A5 COL25A1 ITGB5 ITGB4 COL18A1 CAPN6 CTRB1 FURIN COL9A2 ICAM4 CAPN10 PRSS2 TNC ACTN1 FGF2 ADAM12 LOXL1 COL2A1 P3H3 LOXL2 ITGA2 KDR ADAMTS2 MFAP2 VCAN ADAM15 ITGA8 PLOD3 MMP24 CTSB AGRN COL6A6 JAM2 COL7A1 COL1A2 LAMA1 COLGALT2 MMP1 COL9A1 MMP14 ITGB6 PXDN COL6A3 VWF ACAN CEACAM6 COL1A1 FBLN2 COL26A1 COL4A2 COL4A4 TPSAB1 MATN3 MFAP4 ITGB1 MMP20 BMP10 OPTC FMOD COL6A2 ITGAE PLOD2 TGFB2 MUSK HTRA1 ADAMTS18 BMP4 PLEC MMP11 P4HA3 NCAM1 LAMA5 CTSL LAMC2 ICAM1 CAPN3 MMP25 ITGAL LAMA4 SCUBE3 FBLN1 ITGB7 SPP1 FBN2 COL20A1 BSG DMP1 MATN4 P4HA1 CTSK ITGAM COL23A1 KLKB1 SPOCK3 HAPLN1 LAMB2 COL11A2 LAMB1 CAPNS2 MMP12 PLG PLOD1 PSEN1 MMP15 ADAMTS9 CD151 DMD TLL1 COL9A3 FGB CASK FN1 ITGB3 ITGA7 GDF5 NID2 PRKCA APP CTSV COL6A5 LTBP1 P4HA2 ITGA5 ITGA6 COL16A1 SERPINE1 DST ITGA1 COL4A6 FGA LOX PRSS1 LRP4 MMP3 ADAM8 CAST ADAM10 MMP8 KLK2 FGG ADAM19 CEACAM8 ITGAX MMP19 CAPN12 MMP10 A2M CAPN8 LOXL4 MADCAM1 CAPN9 LAMC3 MMP2 THBS1 HSPG2 DDR2 COL4A3 NRXN1 NTN4 ADAMTS3 LOXL3 TLL2 MFAP1 FBLN5 IBSP DDR1 PDGFA VTN CD44
Size 301
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Extracellular matrix organization'. The hierarchical tree allows to click on the pathways with children (black border) and continue the exploration. All nodes are colored by their source (click on the map for the legend) and cross-link to the original pathway page.

Sub-Pathways

About

ComPath is developed and maintained in an academic capacity by Daniel Domingo-Fernández and Charles Tapley Hoyt at the Fraunhofer SCAI Department of Bioinformatics. This web application relies on data loaded from KEGG, Reactome, and WikiPathways Restful APIs, as well as MSigDB. More information here.