AC  dyads_m2
XX
ID  dyads_m2
XX
DE  dtCCChdvCTCmc
P0           a         c         g         t
1            7         5         7         7
2            6         6         4        10
3            0        25         0         1
4            0        25         0         1
5            0        25         1         0
6            9         7         3         7
7            7         4         8         7
8            7         7         7         5
9            1        25         0         0
10           4         1         0        21
11           0        26         0         0
12           8         9         3         6
13           5        10         6         5
XX
BA  26 sequences
XX
BS  ACCCCCGACACAT; site_0; 1; 13; 0; p
BS  CCCCCAACCCCCG; site_1; 1; 13; 0; p
BS  ATCCCATGCTCAT; site_2; 1; 13; 0; p
BS  TACCCAAACTCAA; site_3; 1; 13; 0; p
BS  GGCCCAGGCTCCG; site_4; 1; 13; 0; p
BS  GCCCCACACTCTC; site_5; 1; 13; 0; p
BS  CGCCCCTGCACTT; site_6; 1; 13; 0; p
BS  ATCCCCTACTCAG; site_7; 1; 13; 0; p
BS  TCCCCATCCTCCC; site_8; 1; 13; 0; p
BS  CTCCCTGTCTCAC; site_9; 1; 13; 0; p
BS  GTCCCCAGCTCGC; site_10; 1; 13; 0; p
BS  CACCCTCCCTCCC; site_11; 1; 13; 0; p
BS  TCCCCGGCCTCTA; site_12; 1; 13; 0; p
BS  ATCCCATACACAC; site_13; 1; 13; 0; p
BS  TTCCCTTTCTCCA; site_14; 1; 13; 0; p
BS  GTCCCACGATCAG; site_15; 1; 13; 0; p
BS  GCCCCGGACTCCC; site_16; 1; 13; 0; p
BS  GTCTCGAACTCCT; site_17; 1; 13; 0; p
BS  AACCCCATCTCTA; site_18; 1; 13; 0; p
BS  TGCCCTATCTCAC; site_19; 1; 13; 0; p
BS  AACCCCTGCACGC; site_20; 1; 13; 0; p
BS  AGCCGTGCCTCCC; site_21; 1; 13; 0; p
BS  TATCCTCCCTCGG; site_22; 1; 13; 0; p
BS  CACCCAGCCTCTG; site_23; 1; 13; 0; p
BS  TTCCCCAGCTCTT; site_24; 1; 13; 0; p
BS  GTCCCTGTCTCCA; site_25; 1; 13; 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: dtCCChdvCTCmc
CC  statistical_basis: 26 sequences
CC  transfac_consensus: 
CC  matrix.nb: 2
CC  sites: 26
XX
//