AC dyads_m2 XX ID dyads_m2 XX DE wwaAAAACAww P0 a c g t 1 45 16 11 35 2 39 22 15 31 3 43 23 23 18 4 107 0 0 0 5 107 0 0 0 6 107 0 0 0 7 107 0 0 0 8 0 107 0 0 9 107 0 0 0 10 49 12 13 33 11 50 11 12 34 XX BA 107 sequences XX BS GTCAAAACAGG; site_0; 1; 11; 0; p BS GAAAAAACAAT; site_1; 1; 11; 0; p BS TCCAAAACATA; site_2; 1; 11; 0; p BS ATGAAAACAAA; site_3; 1; 11; 0; p BS AACAAAACACT; site_4; 1; 11; 0; p BS ACAAAAACAAA; site_5; 1; 11; 0; p BS ACAAAAACAAA; site_6; 1; 11; 0; p BS AAAAAAACAGG; site_7; 1; 11; 0; p BS AGCAAAACATT; site_8; 1; 11; 0; p BS GGTAAAACATT; site_9; 1; 11; 0; p BS AGAAAAACAAA; site_10; 1; 11; 0; p BS CTCAAAACATA; site_11; 1; 11; 0; p BS ACCAAAACAAA; site_12; 1; 11; 0; p BS TCAAAAACAAA; site_13; 1; 11; 0; p BS CAAAAAACACA; site_14; 1; 11; 0; p BS AAGAAAACAAA; site_15; 1; 11; 0; p BS GATAAAACAAA; site_16; 1; 11; 0; p BS AAAAAAACAGT; site_17; 1; 11; 0; p BS AGTAAAACAGT; site_18; 1; 11; 0; p BS TCCAAAACAAT; site_19; 1; 11; 0; p BS TGCAAAACATT; site_20; 1; 11; 0; p BS AAAAAAACACG; site_21; 1; 11; 0; p BS TTCAAAACAAA; site_22; 1; 11; 0; p BS TTTAAAACATA; site_23; 1; 11; 0; p BS CAGAAAACAAA; site_24; 1; 11; 0; p BS AAAAAAACATA; site_25; 1; 11; 0; p BS GTAAAAACAGT; site_26; 1; 11; 0; p BS GGAAAAACATA; site_27; 1; 11; 0; p BS ATCAAAACATT; site_28; 1; 11; 0; p BS TCCAAAACAAT; site_29; 1; 11; 0; p BS CACAAAACAAA; site_30; 1; 11; 0; p BS GAAAAAACACT; site_31; 1; 11; 0; p BS AGGAAAACAAT; site_32; 1; 11; 0; p BS TCGAAAACAAA; site_33; 1; 11; 0; p BS ATGAAAACATA; site_34; 1; 11; 0; p BS CTCAAAACAAA; site_35; 1; 11; 0; p BS TTTAAAACAAA; site_36; 1; 11; 0; p BS TATAAAACACG; site_37; 1; 11; 0; p BS TTGAAAACATG; site_38; 1; 11; 0; p BS GATAAAACAGG; site_39; 1; 11; 0; p BS AAAAAAACATC; site_40; 1; 11; 0; p BS AAAAAAACAGA; site_41; 1; 11; 0; p BS TGTAAAACAAG; site_42; 1; 11; 0; p BS TTAAAAACAAA; site_43; 1; 11; 0; p BS CCAAAAACAGA; site_44; 1; 11; 0; p BS TCCAAAACAGA; site_45; 1; 11; 0; p BS TTAAAAACAGT; site_46; 1; 11; 0; p BS TAAAAAACAAA; site_47; 1; 11; 0; p BS TTGAAAACAAG; site_48; 1; 11; 0; p BS ATGAAAACAAT; site_49; 1; 11; 0; p BS GGAAAAACATT; site_50; 1; 11; 0; p BS AAAAAAACAAT; site_51; 1; 11; 0; p BS AAAAAAACAGT; site_52; 1; 11; 0; p BS TTAAAAACATT; site_53; 1; 11; 0; p BS CTAAAAACAAA; site_54; 1; 11; 0; p BS AACAAAACAAA; site_55; 1; 11; 0; p BS CCTAAAACAAA; site_56; 1; 11; 0; p BS TAAAAAACATA; site_57; 1; 11; 0; p BS CTCAAAACAAA; site_58; 1; 11; 0; p BS TTCAAAACATA; site_59; 1; 11; 0; p BS AATAAAACACT; site_60; 1; 11; 0; p BS AAGAAAACAAT; site_61; 1; 11; 0; p BS TTCAAAACATT; site_62; 1; 11; 0; p BS CAAAAAACAAA; site_63; 1; 11; 0; p BS ACAAAAACAAA; site_64; 1; 11; 0; p BS CAAAAAACATT; site_65; 1; 11; 0; p BS AATAAAACATT; site_66; 1; 11; 0; p BS ATTAAAACAGT; site_67; 1; 11; 0; p BS AAAAAAACATT; site_68; 1; 11; 0; p BS AGAAAAACAAT; site_69; 1; 11; 0; p BS CGAAAAACAAA; site_70; 1; 11; 0; p BS CTCAAAACACT; site_71; 1; 11; 0; p BS ACGAAAACAAG; site_72; 1; 11; 0; p BS AAAAAAACAAT; site_73; 1; 11; 0; p BS ACAAAAACAGT; site_74; 1; 11; 0; p BS GACAAAACAAA; site_75; 1; 11; 0; p BS TAAAAAACATT; site_76; 1; 11; 0; p BS AACAAAACAAC; site_77; 1; 11; 0; p BS CTGAAAACACC; site_78; 1; 11; 0; p BS TGGAAAACAAA; site_79; 1; 11; 0; p BS AATAAAACAAA; site_80; 1; 11; 0; p BS AAGAAAACAAA; site_81; 1; 11; 0; p BS TCAAAAACAAA; site_82; 1; 11; 0; p BS AAGAAAACAAA; site_83; 1; 11; 0; p BS TTGAAAACATT; site_84; 1; 11; 0; p BS ATAAAAACATA; site_85; 1; 11; 0; p BS GGGAAAACAAT; site_86; 1; 11; 0; p BS TAGAAAACAAT; site_87; 1; 11; 0; p BS TTGAAAACATG; site_88; 1; 11; 0; p BS ACGAAAACAAA; site_89; 1; 11; 0; p BS AAAAAAACAAA; site_90; 1; 11; 0; p BS AAAAAAACAAA; site_91; 1; 11; 0; p BS TGGAAAACACC; site_92; 1; 11; 0; p BS TTTAAAACACC; site_93; 1; 11; 0; p BS TTTAAAACACC; site_94; 1; 11; 0; p BS CTTAAAACATC; site_95; 1; 11; 0; p BS TTGAAAACATC; site_96; 1; 11; 0; p BS TGTAAAACATA; site_97; 1; 11; 0; p BS ACAAAAACATG; site_98; 1; 11; 0; p BS ATAAAAACATC; site_99; 1; 11; 0; p BS AAGAAAACACA; site_100; 1; 11; 0; p BS TATAAAACATC; site_101; 1; 11; 0; p BS TCAAAAACATA; site_102; 1; 11; 0; p BS TCAAAAACATG; site_103; 1; 11; 0; p BS CCAAAAACATA; site_104; 1; 11; 0; p BS ACCAAAACAAA; site_105; 1; 11; 0; p BS ACCAAAACAAC; site_106; 1; 11; 0; p CC residue_type: CC program: transfac CC matrix.nb: 2 CC accession: dyads_m2 CC AC: dyads_m2 CC id: dyads_m2 CC name: dyads_m2 CC version: CC name: dyads_m2 CC description: wwaAAAACAww CC statistical_basis: 107 sequences CC transfac_consensus: CC matrix.nb: 2 CC sites: 107 XX //