|
|
|
|
If multiple sequences were submitted, multiple tables are provided.
The threshold applied is indicated for each matrix.
Clicking the button will open a new window with a table comprising all matrix scores referring to that sequence, with no threshold applied.
Clicking the button will open a new window
with a graphic
representation of the high scores.
EXAMPLE
OF
OUTPUT:
Thu Feb 13 17:02:53 2003
Protein: SF2/ASF SC35 SRp40 SRp55
Threshold
applied
SF2/ASF Thr=1.956 |
SC35 Thr=2.383 |
SRp40 Thr=2.67 |
SRp55 Thr=2.676 |
||||||||
Position | Motif | Score | Position | Motif | Score | Position | Motif | Score | Position | Motif | Score |
4 23 50 |
CTGAGTT GACACTG GGGAGGA |
2.142950 2.164970 3.714214 |
22 43 |
GGACACTG GAATTGCG |
4.968561 2.530293 |
36 | TTTCTAG | 4.151518 | 11 13 47 60 |
TGTGTG TGTGTG TGCGGG TGGGTA |
2.820871 2.820871 3.558695 2.708481 |
Threshold
applied
SF2/ASF Thr=1.956 |
SC35 Thr=2.383 |
SRp40 Thr=2.67 |
SRp55 Thr=2.676 |
||||||||
Position | Motif | Score | Position | Motif | Score | Position | Motif | Score | Position | Motif | Score |
23 50 |
GACACTG GGGAGGA |
2.164970 3.714214 |
22 43 |
GGACACTG GAATTGCG |
4.968561 2.530293 |
36 | TTTCTAG | 4.151518 | 2 11 13 47 60 |
TGCTTA TGTGTG TGTGTG TGCGGG TGGGTA |
3.466667 2.820871 2.820871 3.558695 2.708481 |
Thank you for using ESE Finder!
A NEW WINDOW WITH THE ENTIRE SET OF SCORES FOR THE SELECTED SEQUENCE WILL OPEN.
Sequence ID: Seq#1 BRCA1 WT
All
Scores
SF2/ASF | SC35 | SRp40 | SRp55 | ||||||||
Position | Motif | Score | Position | Motif | Score | Position | Motif | Score | Position | Motif | Score |
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 |
ATGCTGA TGCTGAG GCTGAGT CTGAGTT TGAGTTT GAGTTTG AGTTTGT GTTTGTG TTTGTGT TTGTGTG TGTGTGT GTGTGTG TGTGTGA GTGTGAA TGTGAAC GTGAACG TGAACGG GAACGGA AACGGAC ACGGACA CGGACAC GGACACT GACACTG ACACTGA CACTGAA ACTGAAA CTGAAAT TGAAATA GAAATAT AAATATT AATATTT ATATTTT TATTTTC ATTTTCT TTTTCTA TTTCTAG TTCTAGG TCTAGGA CTAGGAA TAGGAAT AGGAATT GGAATTG GAATTGC AATTGCG ATTGCGG TTGCGGG TGCGGGA GCGGGAG CGGGAGG GGGAGGA GGAGGAA GAGGAAA AGGAAAA GGAAAAT GAAAATG AAAATGG AAATGGG AATGGGT ATGGGTA TGGGTAG GGGTAGT GGTAGTT GTAGTTA TAGTTAG AGTTAGC GTTAGCT TTAGCTA TAGCTAT AGCTATT GCTATTT CTATTTC TATTTCT |
-0.802126 -3.168125 -4.809234 2.142950 -7.024210 -3.055857 -4.001171 -4.322554 -5.579483 -3.631949 -4.904181 -2.258769 -4.550941 -1.989695 -9.335317 -2.185219 0.154582 1.104103 -4.213166 -5.897824 1.111260 -4.193708 2.164970 -3.468842 0.956366 -7.961609 -0.234370 -3.762392 -2.752938 -5.673978 -3.223108 -6.796502 -7.972679 -7.254210 -4.364837 -6.615732 -3.185302 -1.000984 -2.933881 -4.970911 -1.606545 -3.115994 -4.479470 -4.585616 -2.983996 -0.054598 -0.321314 -3.777116 -0.263451 3.714214 -3.835886 -3.244491 -1.711013 -3.200160 -2.668772 -1.476621 -2.007879 -2.092045 -2.917573 -5.791675 -1.009508 -0.822840 -5.973092 -4.886745 -5.854570 -1.955850 -4.822545 -3.055881 -3.811185 -4.020685 -6.144716 -6.576988 |
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 |
ATGCTGAG TGCTGAGT GCTGAGTT CTGAGTTT TGAGTTTG GAGTTTGT AGTTTGTG GTTTGTGT TTTGTGTG TTGTGTGT TGTGTGTG GTGTGTGA TGTGTGAA GTGTGAAC TGTGAACG GTGAACGG TGAACGGA GAACGGAC AACGGACA ACGGACAC CGGACACT GGACACTG GACACTGA ACACTGAA CACTGAAA ACTGAAAT CTGAAATA TGAAATAT GAAATATT AAATATTT AATATTTT ATATTTTC TATTTTCT ATTTTCTA TTTTCTAG TTTCTAGG TTCTAGGA TCTAGGAA CTAGGAAT TAGGAATT AGGAATTG GGAATTGC GAATTGCG AATTGCGG ATTGCGGG TTGCGGGA TGCGGGAG GCGGGAGG CGGGAGGA GGGAGGAA GGAGGAAA GAGGAAAA AGGAAAAT GGAAAATG GAAAATGG AAAATGGG AAATGGGT AATGGGTA ATGGGTAG TGGGTAGT GGGTAGTT GGTAGTTA GTAGTTAG TAGTTAGC AGTTAGCT GTTAGCTA TTAGCTAT TAGCTATT AGCTATTT GCTATTTC CTATTTCT |
-0.953327 -2.583471 -2.499387 -6.117111 -1.795063 -3.516036 2.225263 -2.202658 -1.187285 -5.990942 -0.539607 -2.131028 -2.012614 -2.192189 -1.258708 -1.994153 -2.992015 -0.016143 -1.628218 -6.097903 -4.763975 4.968561 -1.106249 -1.494733 0.183969 -5.636057 -3.429356 -4.791516 -1.914222 -1.364387 -3.676763 -1.938039 -2.151473 2.042998 0.202439 -1.170634 -0.634126 -4.187132 -5.391111 -4.973930 -2.507559 -4.325592 2.530293 0.321279 -2.450477 -3.136123 -1.132224 -5.084615 -4.740194 -1.840052 -0.904647 -2.137127 -5.338619 0.993624 -2.139450 -3.364642 -3.295948 -1.191223 -4.603612 -7.219907 0.265351 0.107995 -1.416210 -5.113459 -0.392519 1.189332 -4.966779 -2.562615 0.007147 -3.599919 -2.858921 |
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 |
ATGCTGA TGCTGAG GCTGAGT CTGAGTT TGAGTTT GAGTTTG AGTTTGT GTTTGTG TTTGTGT TTGTGTG TGTGTGT GTGTGTG TGTGTGA GTGTGAA TGTGAAC GTGAACG TGAACGG GAACGGA AACGGAC ACGGACA CGGACAC GGACACT GACACTG ACACTGA CACTGAA ACTGAAA CTGAAAT TGAAATA GAAATAT AAATATT AATATTT ATATTTT TATTTTC ATTTTCT TTTTCTA TTTCTAG TTCTAGG TCTAGGA CTAGGAA TAGGAAT AGGAATT GGAATTG GAATTGC AATTGCG ATTGCGG TTGCGGG TGCGGGA GCGGGAG CGGGAGG GGGAGGA GGAGGAA GAGGAAA AGGAAAA GGAAAAT GAAAATG AAAATGG AAATGGG AATGGGT ATGGGTA TGGGTAG GGGTAGT GGTAGTT GTAGTTA TAGTTAG AGTTAGC GTTAGCT TTAGCTA TAGCTAT AGCTATT GCTATTT CTATTTC TATTTCT |
-0.273530 -2.399717 -1.333269 -5.481014 -0.871477 -5.708351 -1.606131 -4.501006 0.613287 -3.558190 0.103796 -6.062528 0.103796 -6.989545 1.320792 -0.975433 2.196855 -3.382945 -5.076832 -1.745693 -2.179103 0.311162 -6.170750 2.647323 -6.583315 -0.446379 -1.471734 -0.470452 -3.210964 -3.780845 -4.258239 -2.071913 -2.485128 -1.402261 -3.560820 4.151518 1.232164 -1.228193 -1.572797 -3.224996 -4.128868 -0.838780 -1.919643 -3.284018 0.454153 0.848990 -3.553316 -3.635445 0.813041 -6.115600 -4.229931 -5.729334 -2.674149 -1.520071 -2.038221 1.193320 -1.931122 -4.699825 -6.329237 0.356181 -4.376646 -6.576626 -2.866324 -1.749294 0.178694 -4.350208 -1.853237 -1.746398 -4.731230 -3.446244 0.160110 -2.307300 |
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 |
ATGCTG TGCTGA GCTGAG CTGAGT TGAGTT GAGTTT AGTTTG GTTTGT TTTGTG TTGTGT TGTGTG GTGTGT TGTGTG GTGTGA TGTGAA GTGAAC TGAACG GAACGG AACGGA ACGGAC CGGACA GGACAC GACACT ACACTG CACTGA ACTGAA CTGAAA TGAAAT GAAATA AAATAT AATATT ATATTT TATTTT ATTTTC TTTTCT TTTCTA TTCTAG TCTAGG CTAGGA TAGGAA AGGAAT GGAATT GAATTG AATTGC ATTGCG TTGCGG TGCGGG GCGGGA CGGGAG GGGAGG GGAGGA GAGGAA AGGAAA GGAAAA GAAAAT AAAATG AAATGG AATGGG ATGGGT TGGGTA GGGTAG GGTAGT GTAGTT TAGTTA AGTTAG GTTAGC TTAGCT TAGCTA AGCTAT GCTATT CTATTT TATTTC ATTTCT |
-5.184310 2.652795 -4.897574 -4.044608 1.435138 -5.209255 -1.369876 -6.207977 0.516899 -4.909171 2.820871 -7.718439 2.820871 -5.522603 1.613738 -5.253385 -0.980963 -4.302870 2.461332 -3.722232 -1.336133 -3.722232 -3.056990 -4.261817 1.213386 -2.577009 -3.640105 -1.778727 -0.395614 -5.969474 -1.080988 -5.059581 -0.889525 -1.910537 -5.190042 -0.389001 -2.840582 -0.905633 -0.317619 -0.505384 -4.587995 -1.982790 -3.488998 -1.029097 -3.975081 -4.111407 3.558695 -3.218631 -2.125545 -2.921391 0.007834 -3.314652 -2.392159 -2.392159 -5.196655 -0.871193 -3.380377 -0.488436 -4.491974 2.708481 -6.408036 -2.208693 -3.678102 -0.204151 -3.975081 -1.951590 -3.474039 -0.204151 -3.221149 -3.698793 -4.003555 1.671550 -7.076817 |
|
|
Krainer's lab page Zhang's lab page |
|