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STOML2 Entrez Description Chrom. Strand Promoter (Start - Stop) TSS 30968 stomatin (EPB72)-like 2 chr9 - 35102654 - 35108154 35103154 Transcription Factor Binding Sites   Download all TFBS in the STOML2 promoter   Motif Source Strand Start Stop PValue Match Sequence Overlap w/ Footprints Rxrb_nuclearreceptor_DBD_dimeric_14_1 SELEX - 35102940 35102953 0.0E+00 GGGGTCAGAGGTCA 14 LHX6_homeodomain_full_dimeric_16_1 SELEX + 35103233 35103248 3.0E-06 CAATCAGCGTTACTTG 16 LHX6_homeodomain_full_dimeric_16_1 SELEX - 35103233 35103248 3.0E-06 CAAGTAACGCTGATTG 16 RFX4_RFX_DBD_dimeric_16_1 SELEX + 35103472 35103487 8.0E-06 TGTCACCATAGCGACT 16 RFX4_RFX_DBD_dimeric_16_1 SELEX - 35103472 35103487 4.0E-06 AGTCGCTATGGTGACA 16 RFX4_RFX_DBD_dimeric_16_1 SELEX + 35103506 35103521 5.0E-06 CGTTGCCATGGTTGCC 16 RFX4_RFX_DBD_dimeric_16_1 SELEX - 35103506 35103521 3.0E-06 GGCAACCATGGCAACG 16 RFX4_RFX_DBD_dimeric_16_1 SELEX - 35103515 35103530 3.0E-06 TATCACTATGGCAACC 16 RFX4_RFX_DBD_dimeric_16_1 SELEX + 35103590 35103605 0.0E+00 CGTTGCCATGGAAACT 16 RFX4_RFX_DBD_dimeric_16_1 SELEX - 35103590 35103605 0.0E+00 AGTTTCCATGGCAACG 16 RXRG_nuclearreceptor_full_dimeric_14_1 SELEX - 35102940 35102953 0.0E+00 GGGGTCAGAGGTCA 14 NR2F6_nuclearreceptor_full_dimeric_14_1 SELEX - 35102940 35102953 0.0E+00 GGGGTCAGAGGTCA 14 NFYA_MA0060.1 JASPAR + 35103227 35103242 8.0E-06 CTCACCCAATCAGCGT 16 NR2F1_MA0017.1 JASPAR + 35102940 35102953 2.0E-06 TGACCTCTGACCCC 14 RFX2_RFX_DBD_dimeric_15_1 SELEX + 35103590 35103604 5.0E-06 CGTTGCCATGGAAAC 15 NFATC1_NFAT_full_dimeric_14_1 SELEX + 35103591 35103604 3.0E-06 GTTGCCATGGAAAC 14 NFATC1_NFAT_full_dimeric_14_1 SELEX - 35103591 35103604 4.0E-06 GTTTCCATGGCAAC 14 NR2F1_nuclearreceptor_DBD_dimeric_15_1 SELEX - 35102939 35102953 0.0E+00 GGGGTCAGAGGTCAT 15 NR2C2_nuclearreceptor_DBD_dimeric_14_1 SELEX - 35102940 35102953 0.0E+00 GGGGTCAGAGGTCA 14 RFX2_RFX_DBD_dimeric_16_1 SELEX + 35103472 35103487 4.0E-06 TGTCACCATAGCGACT 16 RFX2_RFX_DBD_dimeric_16_1 SELEX - 35103472 35103487 4.0E-06 AGTCGCTATGGTGACA 16 RFX2_RFX_DBD_dimeric_16_1 SELEX + 35103506 35103521 6.0E-06 CGTTGCCATGGTTGCC 16 RFX2_RFX_DBD_dimeric_16_1 SELEX - 35103506 35103521 4.0E-06 GGCAACCATGGCAACG 16 RFX2_RFX_DBD_dimeric_16_1 SELEX + 35103515 35103530 4.0E-06 GGTTGCCATAGTGATA 16 RFX2_RFX_DBD_dimeric_16_1 SELEX - 35103515 35103530 5.0E-06 TATCACTATGGCAACC 16 RFX2_RFX_DBD_dimeric_16_1 SELEX + 35103590 35103605 0.0E+00 CGTTGCCATGGAAACT 16 RFX2_RFX_DBD_dimeric_16_1 SELEX - 35103590 35103605 0.0E+00 AGTTTCCATGGCAACG 16 RFX5_RFX_DBD_dimeric_16_3 SELEX + 35103472 35103487 4.0E-06 TGTCACCATAGCGACT 16 RFX5_RFX_DBD_dimeric_16_3 SELEX - 35103506 35103521 4.0E-06 GGCAACCATGGCAACG 16 RFX5_RFX_DBD_dimeric_16_3 SELEX + 35103515 35103530 8.0E-06 GGTTGCCATAGTGATA 16 RFX5_RFX_DBD_dimeric_16_3 SELEX - 35103515 35103530 4.0E-06 TATCACTATGGCAACC 16 RFX5_RFX_DBD_dimeric_16_3 SELEX + 35103590 35103605 0.0E+00 CGTTGCCATGGAAACT 16 RFX5_RFX_DBD_dimeric_16_3 SELEX - 35103590 35103605 0.0E+00 AGTTTCCATGGCAACG 16 ELK1_ETS_full_monomeric_10_1 SELEX - 35103195 35103204 7.0E-06 GCCGGAAGTA 10 POU3F1_POU_DBD_monomeric_12_2 SELEX - 35103411 35103422 8.0E-06 ACGAATAATTCA 12 HNF4A_MA0114.1 JASPAR - 35102940 35102952 4.0E-06 GGGTCAGAGGTCA 13 GABPA_ETS_full_monomeric_10_1 SELEX - 35103195 35103204 5.0E-06 GCCGGAAGTA 10 ETS1_ETS_full_dimeric_18_1 SELEX - 35103187 35103204 0.0E+00 GCCGGAAGTACATCCGGG 18 HNF4A_nuclearreceptor_full_dimeric_14_1 SELEX - 35102940 35102953 1.0E-06 GGGGTCAGAGGTCA 14 Elk3_ETS_DBD_monomeric_10_1 SELEX - 35103195 35103204 6.0E-06 GCCGGAAGTA 10 RXRA_nuclearreceptor_full_dimeric_14_1 SELEX - 35102940 35102953 0.0E+00 GGGGTCAGAGGTCA 14 RREB1_MA0073.1 JASPAR - 35103306 35103325 6.0E-06 ACCCAGAACAACCACAGCCT 20 ZIC1_C2H2_full_monomeric_14_1 SELEX + 35102728 35102741 7.0E-06 GGCCTCCTGCTGCG 14 V_ZFP410_04_M02936 TRANSFAC + 35103639 35103655 3.0E-06 TTTCCCCTCCCCTCTTT 17 V_RFX4_03_M02789 TRANSFAC - 35103504 35103518 4.0E-06 AACCATGGCAACGAG 15 V_RFX4_03_M02789 TRANSFAC - 35103588 35103602 2.0E-06 TTCCATGGCAACGGG 15 V_HNF4A_03_M02220 TRANSFAC - 35102940 35102952 4.0E-06 GGGTCAGAGGTCA 13 V_PPAR_DR1_Q2_M00763 TRANSFAC + 35102940 35102952 1.0E-06 TGACCTCTGACCC 13 V_LHX8_01_M01440 TRANSFAC + 35103228 35103244 4.0E-06 TCACCCAATCAGCGTTA 17 V_PEA3_01_M01991 TRANSFAC - 35103195 35103204 8.0E-06 GCCGGAAGTA 10 V_PPARGRXRA_01_M02262 TRANSFAC - 35102940 35102954 3.0E-06 TGGGGTCAGAGGTCA 15 V_PDEF_02_M02075 TRANSFAC + 35103187 35103196 4.0E-06 CCCGGATGTA 10 V_COUP_01_M00158 TRANSFAC + 35102940 35102953 2.0E-06 TGACCTCTGACCCC 14 V_ER81_02_M02065 TRANSFAC - 35103195 35103204 8.0E-06 GCCGGAAGTA 10 V_RFXDC2_03_M02790 TRANSFAC - 35103588 35103602 7.0E-06 TTCCATGGCAACGGG 15 V_YY1_Q6_02_M01035 TRANSFAC - 35103363 35103373 1.0E-06 GCCTCCATTTT 11 V_MUSCLE_INI_B_M00321 TRANSFAC + 35102713 35102733 1.0E-06 TCGCTCCACCACCCAGGCCTC 21 V_ZIC3_05_M02941 TRANSFAC - 35103540 35103554 5.0E-06 CAACACAGCGGGACT 15 V_PNR_01_M01650 TRANSFAC - 35102940 35102953 1.0E-06 GGGGTCAGAGGTCA 14 V_HNF4_DR1_Q3_M00764 TRANSFAC + 35102940 35102952 3.0E-06 TGACCTCTGACCC 13 V_PEA3_02_M02066 TRANSFAC - 35103195 35103204 8.0E-06 GCCGGAAGTA 10 V_NET_01_M01982 TRANSFAC - 35103195 35103204 7.0E-06 GCCGGAAGTA 10 V_YY1_03_M02044 TRANSFAC - 35103362 35103373 5.0E-06 GCCTCCATTTTG 12 V_MAZR_01_M00491 TRANSFAC - 35103639 35103651 7.0E-06 AGGGGAGGGGAAA 13 V_NFYC_Q5_M02107 TRANSFAC + 35103229 35103242 0.0E+00 CACCCAATCAGCGT 14 V_EHF_06_M02745 TRANSFAC - 35103194 35103208 8.0E-06 AGCTGCCGGAAGTAC 15 V_E2F_Q6_01_M00920 TRANSFAC - 35103377 35103388 8.0E-06 TGCCCGCGAAAA 12 V_DR1_Q3_M00762 TRANSFAC - 35102940 35102952 1.0E-06 GGGTCAGAGGTCA 13 V_PDEF_01_M02040 TRANSFAC + 35103187 35103196 3.0E-06 CCCGGATGTA 10 NR1H2_RXRA_MA0115.1 JASPAR - 35102938 35102954 1.0E-06 TGGGGTCAGAGGTCATG 17 V_HNF4_Q6_01_M01031 TRANSFAC - 35102939 35102952 3.0E-06 GGGTCAGAGGTCAT 14 V_ESRRA_04_M02852 TRANSFAC - 35102935 35102951 6.0E-06 GGTCAGAGGTCATGGTC 17 V_NFY_01_M00287 TRANSFAC + 35103227 35103242 9.0E-06 CTCACCCAATCAGCGT 16 V_NFAT2_02_M01749 TRANSFAC - 35103592 35103602 8.0E-06 TTCCATGGCAA 11 V_NFAT2_02_M01749 TRANSFAC + 35103593 35103603 4.0E-06 TGCCATGGAAA 11 V_SMAD_Q6_01_M00974 TRANSFAC + 35102856 35102866 7.0E-06 TGGCCAGACAC 11 V_LHX61_02_M01422 TRANSFAC + 35103228 35103244 1.0E-05 TCACCCAATCAGCGTTA 17 V_SAP1A_03_M02058 TRANSFAC - 35103195 35103204 9.0E-06 GCCGGAAGTA 10 V_E2F_01_M00024 TRANSFAC - 35103374 35103388 3.0E-06 TGCCCGCGAAAAATA 15 V_SOX18_04_M02905 TRANSFAC - 35103712 35103727 8.0E-06 GGACTGTATTTAAGAC 16 V_EFC_Q6_M00626 TRANSFAC + 35103590 35103603 2.0E-06 CGTTGCCATGGAAA 14 V_PR_02_M00957 TRANSFAC + 35103301 35103327 9.0E-06 GGCGAAGGCTGTGGTTGTTCTGGGTTT 27 V_RFX3_04_M02788 TRANSFAC - 35103500 35103522 3.0E-06 TGGCAACCATGGCAACGAGTCAG 23 V_RFX3_04_M02788 TRANSFAC - 35103584 35103606 9.0E-06 CAGTTTCCATGGCAACGGGATTG 23 V_MEF2_01_M00006 TRANSFAC - 35103369 35103384 4.0E-06 CGCGAAAAATAGCCTC 16 V_RXRLXRB_01_M01198 TRANSFAC - 35102940 35102952 1.0E-06 GGGTCAGAGGTCA 13 V_CP2_01_M00072 TRANSFAC - 35103320 35103330 6.0E-06 GCTAAACCCAG 11 V_NFYA_Q5_M02106 TRANSFAC + 35103229 35103242 1.0E-05 CACCCAATCAGCGT 14 V_COUP_DR1_Q6_M00765 TRANSFAC + 35102940 35102952 0.0E+00 TGACCTCTGACCC 13 V_MIF1_01_M00279 TRANSFAC - 35103588 35103605 8.0E-06 AGTTTCCATGGCAACGGG 18 V_RFX1_02_M00281 TRANSFAC - 35103505 35103522 1.0E-06 TGGCAACCATGGCAACGA 18 V_RFX1_02_M00281 TRANSFAC - 35103514 35103531 0.0E+00 ATATCACTATGGCAACCA 18 V_RFX1_02_M00281 TRANSFAC - 35103589 35103606 7.0E-06 CAGTTTCCATGGCAACGG 18 PPARG_RXRA_MA0065.2 JASPAR - 35102940 35102954 3.0E-06 TGGGGTCAGAGGTCA 15 V_ZIC1_05_M02939 TRANSFAC - 35103540 35103554 6.0E-06 CAACACAGCGGGACT 15 V_TR4_03_M01782 TRANSFAC - 35102940 35102952 0.0E+00 GGGTCAGAGGTCA 13 V_PPARG_01_M00512 TRANSFAC - 35102936 35102956 0.0E+00 ACTGGGGTCAGAGGTCATGGT 21

Need help? Please contact cplaisier(at)systemsbiology.org if you have any questions, comments or concerns. Developed at the Institute for Systems Biology in the Baliga Lab.