Cell Cycle - Pathway Page
Name Cell Cycle
Resource Reactome
Genes WAPL NSD2 ATM RBBP7 CEP250 EP300 CEP290 PSMC1 RBBP8 ZWINT YWHAB CSNK2B TUBGCP4 PPP2R5B EMD PSMA2 CDK11B MCM3 CENPH RB1 CDKN2A RMI1 TUBG2 NDE1 TPR RBL2 VRK1 PSMB5 CABLES1 PSMD11 CSNK2A2 UBE2N TERF2IP PRKCB CEP63 PPP1CB PIAS4 DKC1 PTTG1 RAD1 HIST2H2AA3 CDC25C TUBB4A DHFR PPP2R1A PRKCA POLD3 PSMB11 ALMS1 PPP2R5E HJURP RSF1 UBE2V2 HSP90AA1 KIF2A H2AFZ ANAPC5 AKT2 UBE2I CENPL FOXM1 ANAPC4 CDC6 PPP2R3B JAK2 TUBB6 LIN54 ORC2 SMC4 SKA2 CKAP5 MDM2 BLZF1 MYBL2 TUBA1C PSMB8 TUBGCP2 MZT2A H2AFJ RHNO1 NEDD1 RNF168 CEP78 GINS3 FKBP6 MAD2L1 KMT5A NSL1 TUBA4A ORC4 MCM2 FBXL7 CCNE1 NUMA1 MAD1L1 SEM1 SPDL1 HIST2H4A MSH4 TUBB8 HIST1H2AB CSNK1E HIST1H2BO PCNA LYN UIMC1 LPIN3 E2F6 BUB1 RAD51C LPIN2 RPA1 ARPP19 TP53 BUB1B UBE2C CHEK1 KNTC1 RAD50 CCNB2 CDC20 CDKN2D SGO2 PSMB2 SET PSMC5 PPP2R2D MND1 PPP2R2A CENPA PCNT HIST1H3A TERF2 PSMA3 PRKAR2B POLE2 CEP76 TUBA3E PRIM1 TFDP1 HAUS4 PSMD10 SMARCA5 CENPM PMF1 TYMS RAB2A PSMC3IP PPP2CA NPM1 FKBPL TUBAL3 PLK1 NUP88 RPA3 BUB3 AAAS RBL1 AHCTF1 DYNC1H1 POLE ZNF385A TK1 PSMA1 POLE3 PHF20 HUS1 FEN1 CCNA1 POLD2 PSMD6 AKT1 CDKN1B H3F3A TEX15 MCPH1 TEX12 NUP98 HIST1H2BD PSMB9 TFDP2 HDAC8 ORC6 GSK3B ATRIP GOLGA2 ABRAXAS1 CDKN2B HIST1H2BK CNTRL CENPI CENPK OFD1 RAD17 SFI1 TUBB3 NBN PSMB7 SPC24 CCND1 ERCC6L SFN RPA4 CTDNEP1 SUMO1 MCM10 CENPW CDK1 CDKN2C HIST3H2BB TMPO USO1 HIST1H2BA PCM1 BLM CLASP1 ESCO1 RPS27A ORC5 NUP153 ANAPC1 MZT2B CDKN1A TUBB1 RANGAP1 MIS18BP1 NINL RAD9A CDC26 POLE4 HAUS5 DYNC1LI2 HSPA2 NUP85 NHP2 MLH1 SKP1 LMNA KIF18A FBXO5 TUBGCP6 PSMC2 GTSE1 SYCE1 PSMB6 PSMD3 HIST1H2BN CDK7 OIP5 CDKN1C DMC1 UBB WRN AURKA RAE1 BORA PPP2R1B ANAPC7 NEK9 LIN9 STAG3 EXO1 NUP37 CDC7 PDS5B ANAPC15 LEMD3 SYNE2 MIS18A RAD9B MCM4 HIST1H2AJ HERC2 MCM5 SYCE2 LIG1 ODF2 CCND2 UBE2D1 CETN2 RCC2 NUP188 CENPP KIF23 RRM2 SYCP3 HMMR NME7 MCM6 YWHAG MAPK1 PPP1R12A PSMC6 KAT5 ANAPC10 DBF4 MDC1 FGFR1OP BIRC5 HIST1H2BJ CUL1 E2F1 CDC45 PPP2CB AJUBA ATR HAUS8 MSH5 PSMB3 CENPT GINS2 OPTN POLD1 ANKLE2 NUDC SUN1 AURKB PSMD5 HIST1H2AD PTK6 CDC25B PSME2 GORASP2 SUN2 PRIM2 MDM4 CENPO PCBP4 CSNK1D NUP43 HIST1H2BM NEK7 UBC KNL1 CEP152 PSMA7 RFC2 NUP133 CENPX TUBB4B MAPK3 PHLDA1 NCAPH2 CEP192 CCNA2 E2F4 PPP2R5A PSMA5 TERT BRCA1 PHF8 MZT1 SMC3 MAX BRIP1 PSMD7 COP1 PSMB1 NUP54 PSMA4 HIST3H3 CENPF TUBA8 MASTL RBX1 DIDO1 SKA1 PRDM9 UBA52 YWHAE HAUS7 SEC13 CLSPN CEP164 BRCC3 HSP90AB1 CENPS CDC25A FBXW11 HIST2H2AC ANAPC2 PRKACA DSN1 SYCP1 MLH3 LIN52 CEP135 RAD51 PDS5A NUP58 CCNE2 NDC80 ESPL1 SMC1A SMC1B KIF2B TUBA1B PSMD9 ANAPC16 TOP2A MRE11 ZW10 NUP93 WEE1 MYC MCM7 H2AFX HIST1H2BH LIN37 CDC16 DCTN3 SYCP2 TUBA1A CEP57 NUP210 RNF8 GMNN CEP131 NUF2 POLA1 SEH1L DYNC1I2 HAUS1 CDCA8 NUP205 PSME4 PPP1R12B NDEL1 RAB1A CENPN E2F3 CENPU TUBA4B RPA2 SRC YWHAZ CENPJ SYNE1 POLD4 POT1 YWHAQ ACD TUBGCP5 VRK2 STAG1 CHEK2 CLIP1 CEP41 CDT1 KIF20A SPO11 CEP70 LEMD2 REC8 H2BFS CENPQ ITGB3BP CEP72 HAUS2 DYNLL2 LCMT1 NCAPD3 DCTN1 PSMB10 DYRK1A CCNH HAUS6 NUP160 PPP2R5D TP53BP1 BRCA2 ABL1 CCP110 SGO1 NUP35 PSMF1 PSMD4 SPC25 CCND3 NIPBL SYCE3 CDCA5 MNAT1 PPP2R5C HAUS3 MCM8 TAOK1 POLA2 RFC5 CENPE LPIN1 SDCCAG8 ESCO2 E2F2 PSME1 NUP155 FZR1 DCTN2 CDK6 LMNB1 CDC27 NCAPG NUP62 PAFAH1B1 TINF2 TERF1 TUBG1 INCENP BARD1 TUBB FBXL18 GORASP1 NEK2 ANAPC11 RUVBL2 STAG2 RFC3 MIS12 POM121C E2F5 AKT3 TUBB2A PPME1 NUP50 UBE2E1 TOP3A TOPBP1 PPP1CC RFC1 BABAM1 AKAP9 H2AFV BABAM2 HIST1H2AC HIST2H3D PSMA8 RBBP4 CDC14A PSMD1 PSMD13 PSMD2 PSMC3 SMC2 CNEP1R1 TUBGCP3 HIST1H2BC TUBB2B XPO1 CDK2 NCAPD2 B9D2 CDK5RAP2 DNA2 DYNC1I1 ORC3 POM121 CCNB1 NUPL2 HIST2H2BE HDAC1 ORC1 SKP2 ZWILCH DYNLL1 RAD21 NEK6 DYNC1LI1 GINS1 HIST1H2BB RPS27 ACTR1A KIF2C H2AFB1 RAB8A PSMC4 CKS1B RANBP2 MAPRE1 SSNA1 CLASP2 HIST1H2BL MAU2 CSNK2A1 GINS4 TPX2 CDK4 CDK11A RFC4 RUVBL1 BTRC PLK4 PSMB4 PKMYT1 PSMA6 NUP107 RAB1B BANF1 NUP214 NDC1 PSMD8 RMI2 PSME3 PSMD12 ENSA PSMD14 YWHAH WRAP53 NCAPG2 CENPC CDC23 NCAPH
Size 611
Hierarchy Landscape

The following plot represents the hierarchical landscape of 'Cell Cycle'. 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.

Equivalent Pathways
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.