AC dyads_m3 XX ID dyads_m3 XX DE wagAAAAATATAAATAaww P0 a c g t 1 34 21 12 31 2 43 12 19 24 3 19 15 43 21 4 72 8 8 10 5 73 3 6 16 6 80 4 7 7 7 82 3 1 12 8 80 4 7 7 9 14 8 4 72 10 87 0 6 5 11 15 7 7 69 12 81 4 5 8 13 78 5 2 13 14 86 5 3 4 15 9 8 3 78 16 85 1 2 10 17 56 11 7 24 18 42 13 14 29 19 42 14 13 29 XX BA 98 sequences XX BS ACGTGAAAGATAAATACAT; site_0; 1; 19; 0; p BS CACAACAATGTCAATAAGG; site_1; 1; 19; 0; p BS GGGAAGAAAATAAAAAAAT; site_2; 1; 19; 0; p BS TGGAAAAATATCTGTATAT; site_3; 1; 19; 0; p BS CCAAAAAGAATTAATAATA; site_4; 1; 19; 0; p BS TGAATAATAATAAATAAGA; site_5; 1; 19; 0; p BS CTGAAAATAAGAAATAACG; site_6; 1; 19; 0; p BS TATGTAAATATATATACTG; site_7; 1; 19; 0; p BS TCCCAAAATATGACTAATC; site_8; 1; 19; 0; p BS TCCAAATATAGAAATACAT; site_9; 1; 19; 0; p BS TATACAAGTATATATAGTA; site_10; 1; 19; 0; p BS GGGAAAAATATAAAATTAT; site_11; 1; 19; 0; p BS CCAAAAAATATATATATAC; site_12; 1; 19; 0; p BS AAAAAATATATATATACAT; site_13; 1; 19; 0; p BS AATATATATATACATATAA; site_14; 1; 19; 0; p BS AGGAAAAATATAATAACAA; site_15; 1; 19; 0; p BS ATGGTAAATATAACCAAAA; site_16; 1; 19; 0; p BS AAAAAAAATATGAAGAAAA; site_17; 1; 19; 0; p BS TACAAACATACAAATTATC; site_18; 1; 19; 0; p BS TAGGAAAATAAAAATAAGC; site_19; 1; 19; 0; p BS TGTAATAATAATAATAACG; site_20; 1; 19; 0; p BS GGGTGGAATATAAACAAAA; site_21; 1; 19; 0; p BS CTGAAAAATGTAAACAAAC; site_22; 1; 19; 0; p BS CATAAAAATACAAAAATTA; site_23; 1; 19; 0; p BS ATGAAATAAATAAATATAT; site_24; 1; 19; 0; p BS TTGGAAAATGTAAACAATC; site_25; 1; 19; 0; p BS GAGAAAAGCATAAACAAAA; site_26; 1; 19; 0; p BS TGTTAAAAAATAAACAATA; site_27; 1; 19; 0; p BS TATAACAACATAAATCAAA; site_28; 1; 19; 0; p BS CACATAAATATCAATTAAA; site_29; 1; 19; 0; p BS AACAAAAAAATAAGTAGGA; site_30; 1; 19; 0; p BS TAAATAAATAAAAATAACA; site_31; 1; 19; 0; p BS CAGAAATCAATAAATAACT; site_32; 1; 19; 0; p BS GAAAAAAACATAAATAATG; site_33; 1; 19; 0; p BS GAAAAAATTATAAACAAGT; site_34; 1; 19; 0; p BS AAAAAAACTATAGATAAAA; site_35; 1; 19; 0; p BS TAGTGAATTATAAATACTT; site_36; 1; 19; 0; p BS AAAAAATATAGAAGTAAAT; site_37; 1; 19; 0; p BS AGCACAAATACAAATACAA; site_38; 1; 19; 0; p BS AATAAAATTATAAAAAAAA; site_39; 1; 19; 0; p BS TTATAAAAAAAAAATAATA; site_40; 1; 19; 0; p BS ACGAAAAGTATAATCTACT; site_41; 1; 19; 0; p BS AATAAAAGTAAAAATAAAT; site_42; 1; 19; 0; p BS TACATAAATATATAAAATT; site_43; 1; 19; 0; p BS GACAAAAAAAAAAATAATC; site_44; 1; 19; 0; p BS TCGAACAATATAAATATGG; site_45; 1; 19; 0; p BS CGCAAGTAGATAAATAAAA; site_46; 1; 19; 0; p BS TAGCTAAATGGAAATAACA; site_47; 1; 19; 0; p BS TGTAAAAATTTAAATAATA; site_48; 1; 19; 0; p BS ATAACAAATATAAATTAAA; site_49; 1; 19; 0; p BS TAGTATACTATATATATAA; site_50; 1; 19; 0; p BS ACTATATATATAAAAAATA; site_51; 1; 19; 0; p BS AGGAATAACAGAAATATTT; site_52; 1; 19; 0; p BS ATGAAAAACAAAAATAATA; site_53; 1; 19; 0; p BS TGGTTAAATATACATATGA; site_54; 1; 19; 0; p BS TTAATAAAAATAAATACAC; site_55; 1; 19; 0; p BS TGTATTAATAAAAATAAAT; site_56; 1; 19; 0; p BS CTGAAAAATATATATACGT; site_57; 1; 19; 0; p BS ATAAAATATATTAATAATA; site_58; 1; 19; 0; p BS CAGAAGATTAAAAATATAT; site_59; 1; 19; 0; p BS GATAACAATACATATAAGT; site_60; 1; 19; 0; p BS TATATGTATATAAATATAT; site_61; 1; 19; 0; p BS GTGCAAAATATAAAAGGGG; site_62; 1; 19; 0; p BS CGAAATAATAATAATAACT; site_63; 1; 19; 0; p BS CAGCGAAATAATAATAATA; site_64; 1; 19; 0; p BS AGGTAAAAAATAAATTTAT; site_65; 1; 19; 0; p BS AGGCAAAATATTAATAAGC; site_66; 1; 19; 0; p BS TAGAAATATATATATTTAA; site_67; 1; 19; 0; p BS TATAGAAATATATATATTT; site_68; 1; 19; 0; p BS TCGAATAATATACATATAT; site_69; 1; 19; 0; p BS ATTATAAAAATAAATATTC; site_70; 1; 19; 0; p BS CATAAAAAGTTAAATAAAA; site_71; 1; 19; 0; p BS CTGGAAAATATACTTACAT; site_72; 1; 19; 0; p BS TAGAAATATAAAACTATTG; site_73; 1; 19; 0; p BS GTGGATAACATAAATAGAA; site_74; 1; 19; 0; p BS CCCTAAAACAGAAATAATA; site_75; 1; 19; 0; p BS GATTAAAATATAACTATTT; site_76; 1; 19; 0; p BS ATGCAACCTATAATTAATT; site_77; 1; 19; 0; p BS AAGCAGAATTTAAATACAA; site_78; 1; 19; 0; p BS CCGAAAAATACAAATTTAT; site_79; 1; 19; 0; p BS AAAAAAAGTGTAAATAAAC; site_80; 1; 19; 0; p BS GTAAAACGTATATATAACA; site_81; 1; 19; 0; p BS ATGAGAATTATAAATGGCG; site_82; 1; 19; 0; p BS ATAGAGAATAAAAATAAAA; site_83; 1; 19; 0; p BS AAGAAAAATACAACGAACG; site_84; 1; 19; 0; p BS AGCAAAAATTTAAATTAGG; site_85; 1; 19; 0; p BS ATGGAAAATATACATTAAA; site_86; 1; 19; 0; p BS CTCAAAAATGTGAATATTG; site_87; 1; 19; 0; p BS CACAAAAATATGAAAAGAT; site_88; 1; 19; 0; p BS ATTAAAGATAATAATAATA; site_89; 1; 19; 0; p BS CCGAAAAATTTCAATAGGA; site_90; 1; 19; 0; p BS TGTAAAAACACAAATAATC; site_91; 1; 19; 0; p BS CAGAAAAAGAGGAATATAA; site_92; 1; 19; 0; p BS AAAAAAAATAAAAATAACC; site_93; 1; 19; 0; p BS TTTATAAAAATAAATAACG; site_94; 1; 19; 0; p BS AACATAAATATATATATGC; site_95; 1; 19; 0; p BS TAGCAAAATATAAAGAACA; site_96; 1; 19; 0; p BS ATGAAAAATATTGATATTA; site_97; 1; 19; 0; p CC residue_type: CC program: transfac CC matrix.nb: 3 CC accession: dyads_m3 CC AC: dyads_m3 CC id: dyads_m3 CC name: dyads_m3 CC version: CC name: dyads_m3 CC description: wagAAAAATATAAATAaww CC statistical_basis: 98 sequences CC transfac_consensus: CC matrix.nb: 3 CC sites: 98 XX //