AC  dyads_test_vs_ctrl_m3
XX
ID  dyads_test_vs_ctrl_m3
XX
DE  wwmmagsmmtrkvscmksCcgaww
P0           a         c         g         t
1           16         6         5        11
2           15         4         7        12
3           12        11         6         9
4           11        17         5         5
5           23         9         2         4
6            4         2        24         8
7            4        12        19         3
8           12        20         2         4
9           16        10         3         9
10           8         6         9        15
11          13         1        20         4
12           7         3        16        12
13          11        12        12         3
14           5        16        14         3
15           9        26         3         0
16          20        11         7         0
17           1         0        22        15
18           1        16        21         0
19           1        36         1         0
20           6        17         6         9
21           9         9        12         8
22          15         7         8         8
23          12         5         9        12
24          14         7         5        12
XX
BA  38 sequences
XX
BS  AATCATCCCCGGCCCAGGGCATTG; site_0; 1; 24; 0; p
BS  GAACTTAATAGGGCCCGGCCCACT; site_1; 1; 24; 0; p
BS  TTACCTGTAGATCGAGTGCAGGAC; site_2; 1; 24; 0; p
BS  ACAAAGGCATGAATCATCCGCGCA; site_3; 1; 24; 0; p
BS  ACCAAGGCTCGAAGCATGCCGCTG; site_4; 1; 24; 0; p
BS  CGGGTTGATAATGGCCGCCTCATT; site_5; 1; 24; 0; p
BS  GAGTAGCAAATGAGGCGGCCATTA; site_6; 1; 24; 0; p
BS  AGTCAAGCGAGGAGAATCCCCACA; site_7; 1; 24; 0; p
BS  GGAGTTGATAATGGCGGCCTCATT; site_8; 1; 24; 0; p
BS  AACCAAGCCCTGAGCCGGAGCAGC; site_9; 1; 24; 0; p
BS  TTTGACGATGAACCAAGCCCTGAG; site_10; 1; 24; 0; p
BS  ATACATACACATAGCATCCTTTTT; site_11; 1; 24; 0; p
BS  CACAAGGCCATTCTCATGCATCCG; site_12; 1; 24; 0; p
BS  CTACAACAATGGCGGCTGCTTCTT; site_13; 1; 24; 0; p
BS  ACCCGCCAAGATCGAGGCCAGTAG; site_14; 1; 24; 0; p
BS  TACCCGCCAAGATCGAGGCCAGTA; site_15; 1; 24; 0; p
BS  AAGAATCGAGGTACCCGCCAAGAT; site_16; 1; 24; 0; p
BS  ATCCATTACGAGACCGACCCCCGA; site_17; 1; 24; 0; p
BS  TACGAGACCGACCCCCGACGCGAT; site_18; 1; 24; 0; p
BS  AAAAAGGCATGAGACAGGCCGAGC; site_19; 1; 24; 0; p
BS  AGTCCGCGTTAAGCCATCCTTAGA; site_20; 1; 24; 0; p
BS  TATCCAGCATGGGGCAGGCCGAAA; site_21; 1; 24; 0; p
BS  ATCCAGCATGGGGCAGGCCGAAAA; site_22; 1; 24; 0; p
BS  TTTTCGGCCTGCCCCATGCTGGAT; site_23; 1; 24; 0; p
BS  TTAAAGGCATAGGACATGCCAAGC; site_24; 1; 24; 0; p
BS  AGTAAGTCCACGTTACGCCATCCA; site_25; 1; 24; 0; p
BS  AATCCGGCATGGGACAGGCCGAAT; site_26; 1; 24; 0; p
BS  ATCCGGCATGGGACAGGCCGAATT; site_27; 1; 24; 0; p
BS  AATTCGGCCTGTCCCATGCCGGAT; site_28; 1; 24; 0; p
BS  TTAAAGGCATGGGACATGCCGAGC; site_29; 1; 24; 0; p
BS  TGCTCGGCATGTCCCATGCCTTTA; site_30; 1; 24; 0; p
BS  GTAAAGGCATGGGACGGGCCGAGC; site_31; 1; 24; 0; p
BS  TGCTCGGCCCGTCCCATGCCTTTA; site_32; 1; 24; 0; p
BS  TAAGAGCAATATTCACGCCAAAAT; site_33; 1; 24; 0; p
BS  CAACAGCTCGAAGCACGCCGCTGA; site_34; 1; 24; 0; p
BS  CCGCTGAAGTTGCGCAGCCTGCTA; site_35; 1; 24; 0; p
BS  CTGAAGTTGCGCAGCCTGCTATAA; site_36; 1; 24; 0; p
BS  GAGAAGCTTTATAGCAGGCTGCGC; site_37; 1; 24; 0; p
CC  residue_type: 
CC  program: transfac
CC  matrix.nb: 3
CC  accession: dyads_test_vs_ctrl_m3
CC  AC: dyads_test_vs_ctrl_m3
CC  id: dyads_test_vs_ctrl_m3
CC  name: dyads_test_vs_ctrl_m3
CC  version: 
CC  name: dyads_test_vs_ctrl_m3
CC  description: wwmmagsmmtrkvscmksCcgaww
CC  statistical_basis: 38 sequences
CC  transfac_consensus: 
CC  matrix.nb: 3
CC  sites: 38
XX
//