AC  dyads_m8
XX
ID  dyads_m8
XX
DE  wwATGGGCtw
P0           a         c         g         t
1           25         5        11        20
2           24         7        12        18
3           47         2         4         8
4            4         5         1        51
5            2         4        52         3
6            6         1        53         1
7            0         2        58         1
8            0        61         0         0
9           10        15        11        25
10          24         5         8        24
XX
BA  61 sequences
XX
BS  GAGTGGGCGG; site_0; 1; 10; 0; p
BS  AATTGGGCAA; site_1; 1; 10; 0; p
BS  CAATGAGCTA; site_2; 1; 10; 0; p
BS  ACATGGGCTT; site_3; 1; 10; 0; p
BS  GTATGCGCCA; site_4; 1; 10; 0; p
BS  ACAAGGGCTT; site_5; 1; 10; 0; p
BS  ATATTGGCGA; site_6; 1; 10; 0; p
BS  CTATTGGCGG; site_7; 1; 10; 0; p
BS  TAATGAGCAT; site_8; 1; 10; 0; p
BS  AAACGGGCTA; site_9; 1; 10; 0; p
BS  ACATGGGCCC; site_10; 1; 10; 0; p
BS  GAGTGGGCCC; site_11; 1; 10; 0; p
BS  GATTGGGCTT; site_12; 1; 10; 0; p
BS  TTATGGGCTA; site_13; 1; 10; 0; p
BS  TTTTGGGCAT; site_14; 1; 10; 0; p
BS  AAATGAGCGA; site_15; 1; 10; 0; p
BS  GAATGGGCCG; site_16; 1; 10; 0; p
BS  TTCTGGGCTA; site_17; 1; 10; 0; p
BS  TAATGGGCTT; site_18; 1; 10; 0; p
BS  ATTTGGGCCT; site_19; 1; 10; 0; p
BS  TACTGGGCAT; site_20; 1; 10; 0; p
BS  TTTTGGGCTA; site_21; 1; 10; 0; p
BS  GGAAGGGCTT; site_22; 1; 10; 0; p
BS  AAATGGGCTA; site_23; 1; 10; 0; p
BS  AGTTGGGCCA; site_24; 1; 10; 0; p
BS  GGATGGGCCG; site_25; 1; 10; 0; p
BS  ATATGTGCGT; site_26; 1; 10; 0; p
BS  TAAAGGGCAA; site_27; 1; 10; 0; p
BS  CAATGGGCTT; site_28; 1; 10; 0; p
BS  TAACGGGCCT; site_29; 1; 10; 0; p
BS  CGATGAGCTA; site_30; 1; 10; 0; p
BS  ATATTGGCTT; site_31; 1; 10; 0; p
BS  ATATGGCCGA; site_32; 1; 10; 0; p
BS  TGATGGGCTG; site_33; 1; 10; 0; p
BS  TGGTGGGCTC; site_34; 1; 10; 0; p
BS  TTATGGGCCT; site_35; 1; 10; 0; p
BS  GCTTGGGCTT; site_36; 1; 10; 0; p
BS  AGAGGGGCAT; site_37; 1; 10; 0; p
BS  TAATGGGCTT; site_38; 1; 10; 0; p
BS  AATTGGGCTT; site_39; 1; 10; 0; p
BS  GGATGGGCTA; site_40; 1; 10; 0; p
BS  TGATGGGCCA; site_41; 1; 10; 0; p
BS  AGATGGCCGA; site_42; 1; 10; 0; p
BS  AAACGGGCTT; site_43; 1; 10; 0; p
BS  CTATGGTCTC; site_44; 1; 10; 0; p
BS  ACATCGGCGG; site_45; 1; 10; 0; p
BS  TGATGGGCTG; site_46; 1; 10; 0; p
BS  TAATGGGCCT; site_47; 1; 10; 0; p
BS  TGATGGGCTG; site_48; 1; 10; 0; p
BS  TAATGGGCCT; site_49; 1; 10; 0; p
BS  GAACGGGCCA; site_50; 1; 10; 0; p
BS  TAATCGGCAT; site_51; 1; 10; 0; p
BS  GTGTGGGCGT; site_52; 1; 10; 0; p
BS  ATATCGGCAC; site_53; 1; 10; 0; p
BS  ATATAGGCAA; site_54; 1; 10; 0; p
BS  AAATCGGCGA; site_55; 1; 10; 0; p
BS  ATATGAGCCA; site_56; 1; 10; 0; p
BS  TAATAGGCTA; site_57; 1; 10; 0; p
BS  ACAAGGGCCA; site_58; 1; 10; 0; p
BS  ATATGAGCGA; site_59; 1; 10; 0; p
BS  ACACGGGCAT; site_60; 1; 10; 0; p
CC  residue_type: 
CC  program: transfac
CC  matrix.nb: 8
CC  accession: dyads_m8
CC  AC: dyads_m8
CC  id: dyads_m8
CC  name: dyads_m8
CC  version: 
CC  name: dyads_m8
CC  description: wwATGGGCtw
CC  statistical_basis: 61 sequences
CC  transfac_consensus: 
CC  matrix.nb: 8
CC  sites: 61
XX
//