AC dyads_m1 XX ID dyads_m1 XX DE mgGCaTGaawcwkGCCkw P0 a c g t 1 9 14 3 7 2 4 3 19 7 3 1 0 31 1 4 1 30 2 0 5 21 3 6 3 6 1 5 1 26 7 3 1 28 1 8 17 3 5 8 9 12 5 8 8 10 10 5 5 13 11 8 21 0 4 12 19 0 5 9 13 3 4 11 15 14 0 0 33 0 15 0 33 0 0 16 4 27 0 2 17 6 6 11 10 18 11 4 2 16 XX BA 33 sequences XX BS GTTCATGAATCATGCCTT; site_0; 1; 18; 0; p BS TTGCATCCTCATCGCCCA; site_1; 1; 18; 0; p BS CCGCACATAGTGGGCCGG; site_2; 1; 18; 0; p BS CTGAATGTTTCATGCCAC; site_3; 1; 18; 0; p BS GCGGATGATTCATGCCTT; site_4; 1; 18; 0; p BS CGGCATGCTTCGAGCCTT; site_5; 1; 18; 0; p BS AGGCTCGAAGCATGCCGC; site_6; 1; 18; 0; p BS CGGGTTGATAATGGCCGC; site_7; 1; 18; 0; p BS TTGCAGAAAGTGTGCCCT; site_8; 1; 18; 0; p BS AAGCACGAATCAAGCCAT; site_9; 1; 18; 0; p BS ATGCATGAGAATGGCCTT; site_10; 1; 18; 0; p BS ATGCATGAGAATGGCCTT; site_11; 1; 18; 0; p BS TGGCATGTTTCATGCAAA; site_12; 1; 18; 0; p BS TTGCATGAAACATGCCAA; site_13; 1; 18; 0; p BS CGGCCTGTCTCATGCCTT; site_14; 1; 18; 0; p BS AGGCATGAGACAGGCCGA; site_15; 1; 18; 0; p BS TGGCGTGAATATGGCACT; site_16; 1; 18; 0; p BS CAGCATGGGGCAGGCCGA; site_17; 1; 18; 0; p BS TGGCATGTCCTATGCCTT; site_18; 1; 18; 0; p BS AGGCATAGGACATGCCAA; site_19; 1; 18; 0; p BS CGGCGTGAATATGGCACT; site_20; 1; 18; 0; p BS ACACGTGAAATTCGCCTA; site_21; 1; 18; 0; p BS CGGCCTGTCCCATGCCGG; site_22; 1; 18; 0; p BS CGGCATGGGACAGGCCGA; site_23; 1; 18; 0; p BS CGGCATGTCCCATGCCTT; site_24; 1; 18; 0; p BS AGGCATGGGACATGCCGA; site_25; 1; 18; 0; p BS CGGCGTGAATATGGCACT; site_26; 1; 18; 0; p BS CGGCCCGTCCCATGCCTT; site_27; 1; 18; 0; p BS AGGCATGGGACGGGCCGA; site_28; 1; 18; 0; p BS GAGCAATATTCACGCCAA; site_29; 1; 18; 0; p BS TGGCGTGAATATTGCTCT; site_30; 1; 18; 0; p BS CGGCGTGCTTCGAGCTGT; site_31; 1; 18; 0; p BS CAGCTCGAAGCACGCCGC; site_32; 1; 18; 0; p CC residue_type: CC program: transfac CC matrix.nb: 1 CC accession: dyads_m1 CC AC: dyads_m1 CC id: dyads_m1 CC name: dyads_m1 CC version: CC name: dyads_m1 CC description: mgGCaTGaawcwkGCCkw CC statistical_basis: 33 sequences CC transfac_consensus: CC matrix.nb: 1 CC sites: 33 XX //