One-to-n alignments

Command: compare-matrices  -v 1 -mode matches -format1 transfac -file1 $RSAT/public_html/tmp/www-data/2026/04/21/peak-motifs.2026-04-21.014834_2026-04-21.014834_X2uSrl/results/discovered_motifs/oligos_7nt_mkv2_m1/peak-motifs_oligos_7nt_mkv2_m1.tf -format2 tf -file2 $RSAT/public_html/motif_databases/cisBP2/cisBP_Caenorhabditis_elegans_2019.tf -mode matches -strand DR -uth offset_rank 1 -lth w 5 -lth Wr 0.3 -lth cor 0.7 -lth Ncor 0.4 -return matrix_name,matrix_id,cor,Ncor,width,strand,offset,alignments_1ton -sort Ncor -quick -o $RSAT/public_html/tmp/www-data/2026/04/21/peak-motifs.2026-04-21.014834_2026-04-21.014834_X2uSrl/results/discovered_motifs/oligos_7nt_mkv2_m1/peak-motifs_oligos_7nt_mkv2_m1_vs_db_cisBP_Caenorhabditis_elegans

One-to-n matrix alignment; reference matrix: oligos_7nt_mkv2_m1_shift0 ; 6 matrices ; sort_field=Ncor

Matrix nameAligned logoscor Ncor Aligned matrices
oligos_7nt_mkv2_m1_shift0 (oligos_7nt_mkv2_m1)    
; oligos_7nt_mkv2_m1; m=0 (reference); ncol1=11; shift=0; ncol=11; wAATACTAAwa
; Alignment reference
a	48	118	138	2	162	0	16	169	141	73	86
c	37	17	0	0	0	173	2	2	6	6	35
g	3	6	5	27	0	0	0	2	12	9	25
t	85	32	30	144	11	0	155	0	14	85	27
M00651_2.00_rc_shift0 (mex-6_rc)
; oligos_7nt_mkv2_m1 versus M00651_2.00_rc (mex-6_rc); m=1/5; ncol2=10; w=0; offset=0; strand=R; shift=0; score=0.667066; waATAATAAr-
; cor=; Ncor=
a	29.2863	66.3373	79.0552	17.5069	99.9633	99.9633	12.0422	99.9633	76.2969	39.2485	0
c	20.5145	8.16601	12.1974	0.0122303	0.0122303	0.0122303	0.0122303	0.0122303	4.49775	16.8462	0
g	20.5145	8.16601	0.0122303	0.0122303	0.0122303	0.0122303	0.0122303	0.0122303	14.7076	27.0591	0
t	29.6848	17.3306	8.73512	82.4686	0.0122303	0.0122303	87.9333	0.0122303	4.49775	16.8462	0
M06329_2.00_shift3 (alr-1,ceh-1,ceh-12,ceh-13,ceh-16,ceh-17,ceh-2,ceh-43,ceh-7,ceh-8,ceh-9,mls-2,tab-1,unc-4,unc-42,vab-15)
; oligos_7nt_mkv2_m1 versus M06329_2.00 (alr-1,ceh-1,ceh-12,ceh-13,ceh-16,ceh-17,ceh-2,ceh-43,ceh-7,ceh-8,ceh-9,mls-2,tab-1,unc-4,unc-42,vab-15); m=2/5; ncol2=9; w=0; offset=3; strand=D; shift=3; score=0.477299; ---yryTAATk
; cor=; Ncor=
a	0	0	0	4.7619	42.8571	0	0	100	100	0	0
c	0	0	0	42.8571	19.0476	57.1429	0	0	0	0	0
g	0	0	0	9.52381	28.5714	0	0	0	0	4.7619	38.0952
t	0	0	0	42.8571	9.52381	42.8571	100	0	0	95.2381	61.9048
M02745_2.00_shift3 (mef-2)
; oligos_7nt_mkv2_m1 versus M02745_2.00 (mef-2); m=3/5; ncol2=12; w=0; offset=3; strand=D; shift=3; score=0.464342; ---TaCTAwAA
; cor=; Ncor=
a	0	0	0	2.00391	61.8663	0.100301	0.100301	99.5994	62.6062	97.5478	96.6942
c	0	0	0	0.342131	0.870918	99.7492	0.0501505	0.0500751	0.125905	0	0.194458
g	0	0	0	0.439883	12.4106	0.100301	0.100301	0.2003	0.283286	0.147131	0.0486145
t	0	0	0	97.2141	24.8523	0.0501505	99.7492	0.150225	36.9846	2.30505	3.06271
M00282_2.00_rc_shift4 (alr-1,ceh-1,ceh-10,ceh-12,ceh-14,ceh-16,ceh-17,ceh-2,ceh-43,ceh-8,dsc-1,lim-6,lin-11,mec-3,tab-1,ttx-3,unc-4,unc-42,vab-15_rc)
; oligos_7nt_mkv2_m1 versus M00282_2.00_rc (alr-1,ceh-1,ceh-10,ceh-12,ceh-14,ceh-16,ceh-17,ceh-2,ceh-43,ceh-8,dsc-1,lim-6,lin-11,mec-3,tab-1,ttx-3,unc-4,unc-42,vab-15_rc); m=4/5; ncol2=8; w=0; offset=4; strand=R; shift=4; score=0.425346; ----acYAATT
; cor=; Ncor=
a	0	0	0	0	57.8256	10.7347	0.0285388	99.919	99.919	0.0269978	0.0269978
c	0	0	0	0	10.5567	64.2297	25.7135	0.0269978	0.0269978	0.0269978	2.72678
g	0	0	0	0	21.0609	10.7347	0.0285388	0.0269978	0.0269978	0.0269978	0.0269978
t	0	0	0	0	10.5567	14.301	74.2295	0.0269978	0.0269978	99.919	97.2192
M06350_2.00_shift4 (alr-1,ceh-1,ceh-10,ceh-12,ceh-14,ceh-16,ceh-17,ceh-2,ceh-8,dsc-1,lim-6,lin-11,mec-3,tab-1,ttx-3,unc-4,unc-42,vab-15)
; oligos_7nt_mkv2_m1 versus M06350_2.00 (alr-1,ceh-1,ceh-10,ceh-12,ceh-14,ceh-16,ceh-17,ceh-2,ceh-8,dsc-1,lim-6,lin-11,mec-3,tab-1,ttx-3,unc-4,unc-42,vab-15); m=5/5; ncol2=8; w=0; offset=4; strand=D; shift=4; score=0.410441; ----ayTAATT
; cor=; Ncor=
a	0	0	0	0	55	10	0	90	100	0	0
c	0	0	0	0	10	45	0	0	0	0	0
g	0	0	0	0	20	15	0	0	0	0	5
t	0	0	0	0	15	30	100	10	0	100	95