AC dyads_m5 XX ID dyads_m5 XX DE cyvCCTCaGCCTCCCrag P0 a c g t 1 15 50 9 15 2 18 25 11 35 3 25 27 30 7 4 3 72 3 11 5 0 82 3 4 6 4 6 4 75 7 2 75 6 6 8 57 13 9 10 9 9 5 73 2 10 3 78 1 7 11 2 82 1 4 12 8 9 1 71 13 2 79 5 3 14 2 76 2 9 15 7 61 4 17 16 32 12 41 4 17 41 19 20 9 18 20 19 39 11 XX BA 89 sequences XX BS CAACCTCCGCCTCTGGGA; site_0; 1; 18; 0; p BS CTGCCTCAGCCTCCTGAG; site_1; 1; 18; 0; p BS CCACCTCAGCCTCCCAAA; site_2; 1; 18; 0; p BS TGGTCTCAGCCTCTTGAG; site_3; 1; 18; 0; p BS ACTCCCCAGCCTCACTGT; site_4; 1; 18; 0; p BS TCGCCTTGGCCTCCCAAA; site_5; 1; 18; 0; p BS GTGCCTAAGCCTCCCAAG; site_6; 1; 18; 0; p BS CAACCTCTGCCTCCTGGT; site_7; 1; 18; 0; p BS CGCGCGCGGCCTCCTCCC; site_8; 1; 18; 0; p BS TCCCCGGTGCCGCGCGCG; site_9; 1; 18; 0; p BS AGGCCTCAGACTCCGCAC; site_10; 1; 18; 0; p BS CGCGCTCGGCGCCCCACC; site_11; 1; 18; 0; p BS CGCCGTCCGGCATCCGCT; site_12; 1; 18; 0; p BS CGCCCACCGCCCACCGCC; site_13; 1; 18; 0; p BS CTGCCTCCTCCTGCCGTT; site_14; 1; 18; 0; p BS CAACCTCCGCTTCCTGGG; site_15; 1; 18; 0; p BS CTGCCTCAGCCTCCTGAG; site_16; 1; 18; 0; p BS CCACCTCGGCTTCCCAAA; site_17; 1; 18; 0; p BS TGACCACAGCCTCCAGCC; site_18; 1; 18; 0; p BS CTGCCTCAGCCTCCTGAA; site_19; 1; 18; 0; p BS CAACCTCAGCCTTCTGGG; site_20; 1; 18; 0; p BS CTGCCTCAACCTCCCAAA; site_21; 1; 18; 0; p BS ATCCGCCCGCCTCGCCTC; site_22; 1; 18; 0; p BS TCGCCTCGGCCTCCCAAA; site_23; 1; 18; 0; p BS TCCCCTCTGCCCCCAGCC; site_24; 1; 18; 0; p BS GCATCTGGGCCTCCCGGG; site_25; 1; 18; 0; p BS TCCCCTTCGCATACCGTC; site_26; 1; 18; 0; p BS GCCCCTGCGCCACCCAGC; site_27; 1; 18; 0; p BS GTTCCTCACACACCCGAG; site_28; 1; 18; 0; p BS ATCACTCACCCTCCGAGC; site_29; 1; 18; 0; p BS CTGCCTTGGTCTCCCGAG; site_30; 1; 18; 0; p BS CAACCTCCGCCTCCCAGG; site_31; 1; 18; 0; p BS CACCCTCACACTCTCTTA; site_32; 1; 18; 0; p BS ATGCCTCAGCCTCCCAAG; site_33; 1; 18; 0; p BS AGCCCTCTGCCTCCTGGG; site_34; 1; 18; 0; p BS CCACGTCAGCCTCCCAAG; site_35; 1; 18; 0; p BS GGTTCACAGCCTCCAGCA; site_36; 1; 18; 0; p BS GTTCCTCAGCCTGCCCCC; site_37; 1; 18; 0; p BS CCCTCTCAGCCTCCCAAA; site_38; 1; 18; 0; p BS CTGCCTCAGCCACCCAAA; site_39; 1; 18; 0; p BS CCACCTCAGCCTCCTGAG; site_40; 1; 18; 0; p BS TCTCCTCAGCTTCCCAAG; site_41; 1; 18; 0; p BS CAACCTCCGCCTCCCGGG; site_42; 1; 18; 0; p BS TACCCGCAGCCACCGGAA; site_43; 1; 18; 0; p BS TGTTCCCAGCCTCCAGAC; site_44; 1; 18; 0; p BS ATACCTTAGCTTCCAGTT; site_45; 1; 18; 0; p BS CAACCTCTGCCTCCCGGG; site_46; 1; 18; 0; p BS CTGCCTCAGCCTTCCGAG; site_47; 1; 18; 0; p BS CAACCTCTGTCTCCCAGT; site_48; 1; 18; 0; p BS CTGCCTCAGCCTCCCAAG; site_49; 1; 18; 0; p BS CAGCCTCGACCTCCCCAG; site_50; 1; 18; 0; p BS CCACTTCAGCCTCCCAAG; site_51; 1; 18; 0; p BS CCCACCCAGCCTCCACGT; site_52; 1; 18; 0; p BS ACCGCTCACCCACCCCCT; site_53; 1; 18; 0; p BS CCGCCTCAACCTCCTACA; site_54; 1; 18; 0; p BS TTCCCACATCCTCCCCAA; site_55; 1; 18; 0; p BS CTCCCCAAGCCTCCCCTT; site_56; 1; 18; 0; p BS TCGCCTTGGCCTCCCAAT; site_57; 1; 18; 0; p BS CTGCCTCAGCCTCCCAAA; site_58; 1; 18; 0; p BS CAATCTCCGCCTCCTGGG; site_59; 1; 18; 0; p BS CCGCTTCAGCCTCCTAAA; site_60; 1; 18; 0; p BS CTGCCTCAGCCTCCCGAG; site_61; 1; 18; 0; p BS CAACCTCCGCCTCCCGGG; site_62; 1; 18; 0; p BS TGACCTCACCCACCCATT; site_63; 1; 18; 0; p BS CAGCCTCTGCCTCCCGGG; site_64; 1; 18; 0; p BS CTGTCTCAGCCTCCTGGG; site_65; 1; 18; 0; p BS CTGCCTCAGCCTGTCAAG; site_66; 1; 18; 0; p BS CTGCCCCAGCCTCCCAAA; site_67; 1; 18; 0; p BS CCACCTTAGCCACCCATA; site_68; 1; 18; 0; p BS CTGCCTCAGCCTCCTGAG; site_69; 1; 18; 0; p BS CAACCTCTGCCTCCCCAG; site_70; 1; 18; 0; p BS CCATCTCAGCCTGCCAAG; site_71; 1; 18; 0; p BS CAACCTCCGCCTCCCAGG; site_72; 1; 18; 0; p BS CTGCCTCAGCCTCCCAAG; site_73; 1; 18; 0; p BS ATATCTCAGCCTCCCTTG; site_74; 1; 18; 0; p BS ATCCCTGTGCATCCAGCG; site_75; 1; 18; 0; p BS CCGCCTCAGCCTCCTAAA; site_76; 1; 18; 0; p BS CTGCCTCAGCCTCCTGAG; site_77; 1; 18; 0; p BS GACCCTGAGCCCCCCCCA; site_78; 1; 18; 0; p BS TCCTCTCTGCCTCACTCC; site_79; 1; 18; 0; p BS TACATGGAGCCTCCCGGC; site_80; 1; 18; 0; p BS ATCCCTCAATCCCTCGCC; site_81; 1; 18; 0; p BS GTGCCTCAACCTCCCAAG; site_82; 1; 18; 0; p BS GTTCTTCAGCCTCCCCAG; site_83; 1; 18; 0; p BS CCATCTCAGCCTGCCAAG; site_84; 1; 18; 0; p BS ATCCCTCAATCCCTCGCC; site_85; 1; 18; 0; p BS ATCCCTCAATCCCTCGCC; site_86; 1; 18; 0; p BS ATCCCTCAATCCCTCGCC; site_87; 1; 18; 0; p BS ATCCCTCAATCCCTCGCC; site_88; 1; 18; 0; p CC residue_type: CC program: transfac CC matrix.nb: 5 CC accession: dyads_m5 CC AC: dyads_m5 CC id: dyads_m5 CC name: dyads_m5 CC version: CC name: dyads_m5 CC description: cyvCCTCaGCCTCCCrag CC statistical_basis: 89 sequences CC transfac_consensus: CC matrix.nb: 5 CC sites: 89 XX //