Chromatin modifying enzymes - Pathway Page
Name Chromatin modifying enzymes
Resource Reactome
Genes HIST1H2BJ NSD2 DNMT3A SMARCA4 ASH1L RBBP7 SETD1A MRGBP TADA1 EP300 TAF10 KDM4A SAP30L ASH2L PADI6 NCOA1 PHF2 SMARCC2 KMT2A KMT5C HIST1H2AD MSL3 PADI4 PHF20 TADA2A HDAC2 NSD1 DOT1L MEAF6 PRMT1 PAX3 KDM7A WDR77 BRPF3 HIST1H2BM TBL1XR1 HIST1H2BD KDM1B ELP2 WDR5 HDAC8 ARID1A KDM4B MTA2 DPY30 HIST2H2AA3 HIST1H2BK KMT2E DMAP1 MSL1 ARID4B HIST3H2A TBL1X COPRS H2AFZ EHMT1 EHMT2 KANSL3 CCND1 SUDS3 SETDB2 EPC1 NFKB2 PHF8 HDAC3 SUZ12 UTY JAK2 CHD4 HIST1H2AA KDM5B KANSL1 MORF4L2 ELP4 KDM5C SUPT20H HIST3H2BB SAP130 RBBP5 HIST1H2AK KAT8 PRDM16 HIST1H2BA ARID4A NCOR2 REST KAT2A CLOCK NCOA2 RUVBL2 PBRM1 ATF2 SMARCE1 RPS2 SETD2 SAP18 EED NFKB1 KDM6B H2AFJ KAT6A JMJD6 SAP30 PRDM9 CREBBP GATAD2B BRD8 KDM2B KDM3B ING3 KANSL2 KMT5A SETD1B MTA3 BRMS1 H2AFV SUV39H2 MTA1 MORF4L1 SMARCD1 TAF6L SMARCD2 MECOM HIST1H2AC ZZZ3 HIST2H3D KDM1A ING4 KDM6A ACTB KAT7 KAT2B RBBP4 KMT2B SMARCC1 MBIP DR1 ENY2 ELP6 HIST2H2AC HIST2H4A SETDB1 HAT1 MCRS1 KAT6B BRD1 HIST1H2AB RCOR1 NCOR1 HIST1H2BO GATAD2A VPS72 KDM5A ARID1B SMARCB1 KMT2C HIST1H2BC HIST1H2BN KDM3A PADI1 JADE3 TADA3 KAT14 NSD3 SGF29 KDM4D KMT2D EZH2 HDAC10 HIST2H2BE SUPT3H TAF12 ARID2 BRWD1 PRMT6 HDAC1 KDM8 CHD3 MSL2 PRMT7 PHF21A RIOX2 SMYD3 TRRAP HIST1H2BB GPS2 HIST1H2AJ SETD7 H2AFX HIST1H2BH H2AFB1 SMARCA2 SMYD2 HCFC1 BRPF1 CARM1 SETD6 PADI2 KDM4C ELP3 OGT KDM2A HIST1H2AH SUV39H1 AEBP2 ING5 TAF9 RELA JADE2 ACTL6B PRMT3 EP400 ACTL6A HIST1H2BL JADE1 YEATS2 PADI3 HIST1H3A ELP1 HIST2H2AB ATF7IP TADA2B CDK4 RUVBL1 YEATS4 TAF5L HIST2H2BF KDM5D HMG20B ATXN7L3 KMT5B ATXN7 SMARCD3 USP22 MBD3 SUPT7L ARID5B PRMT5 SETD3 KAT5 ELP5
Size 241
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Chromatin modifying enzymes'. 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.

Super-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.