Yeast Regulatory Selection Network

Partial view of the selection network. Motifs are represented as circles; motifs that have conservation rate > 0.2 at 2 SD are shown by large circles. Motifs with conservation rate > 0.2 at 3 SD are shown as filled circles. Substitutions are shown as color coded arcs. Black: high substitution rate (r>0 and r>-0.5 at 2 SD); cyan: mnegative rates (r<-0.5 at 2 SD). A family in the selection network is a collection of motifs that are interconnected  via high or neutral substitution rate arcs. Families are separated by low rate substitution arcs. We annotated each family by a consensus motif, and by the names of the transcription factors that bind to motifs in the family (if such are known). Numerous known transcription factors are identified as families of motifs, which can be further analyzed for intricate intra-family relations.


Clicking a large circle open the  M otif Specific Substitution M atrix of the corresponding motif.


Database revision : yeast_stricto

CTACCCGG CTATCCGG GTACCCGG TTACCCGG CTACCCAG CTACCCGA ATACCCGG CTACCTGG ATATCCGG ATACTCGG TTATCCGG TGACCCGG TTACTCGG TTCCCCGG TTACCCGT TTGCCCGG TTACCAGG TTACCCAG TTACCCCG TTACCCGA TTACCCGC TTACCCTG TTACCGGG TCACCCGG TTACGCGG TTACCTGG TTTCCCGG TAACCCGG TTAGCCGG TTAACCGG TTACACGG TCACCCAG TCACCCGA TCACCCGC TCACCTGG TCGCCCGG TCATCCGG TCACTCGG CCACCCGG TTACACGC TAACCCGC TTGCCCGC TTAGCCGC TTATCCGC TGACCCGC GTACCCGC TTACTCGC TTCCCCGC TTACCAGC TTACCCAC TTACCCCC TTACCCTC TTACCGGC ATACCCGC TTACGCGC TTACCTGC TTTCCCGC TTAACCGC TTAGCCGA TTAACCGA TTACCCTA TTACACGA TAACCCGA TTGCCCGA TTATCCGA TGACCCGA GTACCCGA TTTCCCGA TTACTCGA TTCCCCGA TTACCAGA TTACCCAA TTACCCCA TTACCGGA ATACCCGA TTACGCGA TTACCTGA TTACCCCT TTACCCAT TTACCCTT TTACTCCT TCACCCCT TTACCTCT TAACCCCT TTATCCCT TTCCCCCT TTTCCCCT TTACCGCT TTACACTT TAACCCTT TCACCCTT TTATCCTT TGACCCTT TTCCCCTT GTACCCTT TTAACCTT TTACTCTT CTACCCTT TTACCATT TTACCGTT ATACCCTT TTACGCTT TTACCTTT TTAGCCTT TTATCCTC TTGCCCTC TTACCATC ATACCCTC TTACTCTC CTACCCTC TCACCCTC TTACCTTC TTTCCCTC TTAACCTC TTACACTC TAACCCTC TTCCCCTC GCACGTGA ACACGTGA GAACGTGA GCACATGA GCACGTAA GCACGTCA GCACGTGC GCACGTGG GCACGTTA GGACGTGA CCACGTGA TCACGTGA GCTCGTGA GCAGGTGA GCAAGTGA GTACGTGA GCATGTGA GCACTTGA GCACGAGA GCACGCGA GCACCTGA TCACGTAA TCTCGTGA TCACATGA TCAGGTGA TCAAGTGA TCGCGTGA TTACGTGA TCACGTGT TCATGTGA TCACTTGA TCACGTGG TCCCGTGA TCACGAGA TCACGCGA TCACCTGA TCACGGGA TCACGTGC TAACGTGA TCACGTCA TCACGTTA TGACGTGA TCTCGTGC TCACATGC TCAGGTGC TCAAGTGC TCGCGTGC TTACGTGC TCATGTGC TCACTTGC TCACGAGC TCACGCGC TCACCTGC TAACGTGC CCACGTGC TCACGTAC TCACGTCC TCACGTTC TGACGTGC TTACGTGG TCATGTGG CCACGTGG TCACATGG TCACGTAG TCATGTGT TTACGTGT TCACATGT TCACGTAT CCACGTGT CCACATGA CTACGTGA CCATGTGA CCACGTAA ACACGTGG ATACGTGA ACATGTGA ACACATGA ACACGTAA GTTCGAGA GTTCGGGA ATTCGAGA GTTTGAGA GTTCAAGA GTTCGAAA GTTCGAGG GCTCGAGA GTGCGAGA CTTCGAGA TTTCGAGA GTCCGAGA GTTCTAGA CTTCGCGA CTTCGGGA CCTCGAGA CTTCGTGA CTGCGAGA CTTCGAAA CTTCAAGA CATCGAGA CTTGGAGA CTTAGAGA CTCCGAGA CTTTGAGA CGTCGAGA CTTCGAGG CTACGAGA CTTCGACA CTTCCAGA CTTCGAGC CTTCGAGT CTTCGATA CCTCGAGT CCCCGAGA CCTTGAGA CCTCTAGA CCTCGAGG CCACGAGA TCTCGAGA CCTCAAGA CCTCGAAA CCTCGATA CCTCGGGA ACTCGAGA CCTCGTGA CCTAGAGA TCTCGAGT TCCCGAGA TGTCGAGA TCTTGAGA TCTCTAGA TCTCGAGG TCTCGACA TCTCGAGC TATCGAGA TCTCAAGA TCTCGAAA TCTCGATA TCTCGGGA TCTAGAGA TTTCGAGG TATCGAGG TCTTGAGG TCTCAAGG TCTCGAAG TCTCGATG TCTCGGGG ACTCGAGG TCTCGTGG TCTAGAGG TCCCGAGG TCTCTAGG TCACGAGG TGTCGAAG TCTTGAAG TCTCTAAG TCACGAAG GCTCGAAG TCTAGAAG TCTCCAAG TTTCGAAG TCCCGAAG TATCGAAG CCTCGAAG TCTCAAAG TCTCGAAC TCTCGAAT TCTCGACG TCTCGCAG ACTCGAAG TCTCGTAG TCGCGAAG TCTGGAAG GCTCGAGG CCTCGAGC CCTTGAGC CCTCGAAC CCTCAAGC TCTTGAGC TTTCGAGC TCCCGAGC TATCGAGC TCTCAAGC TCTCGGGC TGTCGAGC TTTCGAAC TCCCGAAC TCTTGAAC TCTCAAAC TCTCGCAC TCTCGGAC TCTAGAAC TGCCCCTT TACCCCTT TGCTCCTT TGCCTCTT TCCCCCTT CGCCCCTT TGCCCCCT TGCCCGTT TGTCCCTT TGCCCTTT TATCCCTT CACCCCTT TACCCTTT TACCCCTG TACTCCTT TACCTCTT TACCCCCT TACCCCTA TACCGCTT CACCTCTT CATCCCTT CACCCTTT CACCCCTC CACTCCTT GACCCCTT CACCCATT CACCCCAT CACCCCCT CCCCCCCT CACCCCCC CTCCCCCT CCCCTCCT TCCCCCCT CCCCCCTT ACCCCCCT CCTCCCCT CCCCCTCT CCCACCCT CCCCCCCC GCCCCCCT CCCTCCCT ACTCATCG ACTCACCG ATTCATCG CCTCATCG AATCATCG TCTCATCG ACTTATCG ACTCATAG ACTCATCA ACTCATCT ACTCATTG GCTCATCG AGTCATCG ACACATCG ACTAATCG ACCCATCG ACTCGTCG AGTCATCA AGCCATCG AGTTATCG AGTCATTG GGTCATCG AGTCGTCG AGTCACCG TGTCATCG AGTCATCT AGTCATCC GGTCATCA GCGCATCG GCACATCG GCTCATCA GCTGATCG GCTAATCG GCTCTTCG GTTCATCG GCCCATCG GCTCCTCG GCTTATCG GCTCATTG GCTCGTCG GCTCATCT GCTCAACG GCTCACCG GCTCAGCG GATCATCG GCTCATAG GCTCATCC GCTCATGG TCTCATCA TCTGATCG TCTAATCG TCTCATAG TTTCATCG TCCCATCG TCTCCTCG TCTTATCG TCTCATTG TCTCGTCG TCACATCG TCTCACCG TCTCATCT TCTCAACG TCTCAGCG TATCATCG TCTCATCC TCTCATGG TCGCATCG TTTCATCT TCCCATCT TCTCCTCT TGTCATCT TCTTATCT TCTCATTT TCTCAGCT TCTCGTCT TCACATCT TCTCACCT TCTAATCT TCTCAACT TATCATCT CCTCATCT TCTCATAT TCTCATGT TCTCTTCT TCGCATCT TCTGATCT CCTCATCA CTTCATCT CCCCATCT CGTCATCT CCTTATCT CCTCATTT CCTCGTCT CCACATCT CCTCACCT CCTCAACT CATCATCT CCTCATAT CCTCATCC CCTCTTCT CCTAATCT ACCCATAC ACCCATGC ACCCAAAC ACCCACAC ATCCATAC ACCCAGAC AACCATAC TCCCATAC ACCTATAC ACCCATAA ACCCATAT ACCCATTC ACCCGTAC GCCCATAC ACTCATAC ACACATAC ACCAATAC ACCCTTAC ACCCATCC GCCCACAC ACCCACTC ACCAACAC ACACACAC ACCCTCAC ACTCACAC ATCCACAC ACCTACAC ACCCGCAC ACCCACGC CCCCACAC AACCACAC TCCCACAC ACCCACAA ACCCACAT ACCCACCC ACCCGCGC ACACAAAC AACCAAAC ACCAAAAC ACTCAAAC ATCCAAAC ACCTAAAC ACCCAAAT GCCCAAAC ACCCGAAC ACCCAAAG ACCCAAGC AGCCAAAC ACTCATGC ATCCATGC ACCCATGT GCCCATGC TAGCCGCC TAGCAGCC TAACCGCC TTGCCGCC TAGTCGCC TAGCCGCT TAGCCGTC GAGCCGCC TAGCTGCC TATCCGCC CAGCCGCC TAGCCACC TAGCCCCC TAGCCGAC TAGCCGCA TAGCCGCG TAGCCGGC AAGCCGCC TCGCCGCC TAGCCTCC TAGCGGCC TGGCCGCC TAGGCGCC TAGACGCC TACCCGCC TAGCTGCT CAGCCGCT TAGCCACT TAGCCGTT TAACCGCT TGGCCGCT TAGTCGCT AAAAATTT AAAAATTG AGAAATTT AAATATTT AAACATTT AATAATTT AAAAATCT AAAATTTT AAAAATTC AAGAATTT AAAAATTA ATAAATTT AAAACTTT AAAAATGT TAAAATTT AACAATTT CAAAATTT AAAAAGTT AAAGATTT AAAAGTTT AAAAATAT AAAAACTT AAAAAATT ACAAATTT AAAATTAT AAAATCTT AATATTTT AAAATATT ACAATTTT AACATTTT AAAATGTT CAAATTTT TAAATTTT AAGATTTT AAAGTTTT AAAATTCT AAAATTGT AAAATTTA AAAATTTC AAAATTTG AGAATTTT AAATTTTT AAACTTTT ATAATTTT AATTTTTT AAATGTTT AAATTTCT AAATTTTC AGATTTTT AAGTTTTT AAATTTTA ATATTTTT AAATTTGT TAATTTTT AACTTTTT CAATTTTT AAATTGTT AAATTTAT AAATTCTT AAATTATT ACATTTTT AAATCTTT AAATTTTG AAATTGTC CAATTTTC AAATATTC AAATCTTC TAATTTTC AAATGTTC AAGTTTTC AAATTTAC AAATTTCC AAATTTGC AAACTTTC ACATTTTC GAATTTTC AGATTTTC AATTTTTC AAAGTTTC ATATTTTC AACTTTTC AAATTCTC AAATTATC AATTTTTG AATATTTC ACTTTTTC AATTTATC AATTTCTC AATTTGTC CATTTTTC AATTATTC AATTCTTC TATTTTTC AATTGTTC AATTTTAC AATTTTCC AATTTTGC AATTTTTA AATCTTTC GATTTTTC AGTTTTTC AATGTTTC ATTTTTTC TAACGCGT TAATGCGT TAACACGT TAACGCAT TAACGCGC AAACGCGT TAACGTGT TGACGCGT TTACGCGT GAACGCGT TTTCGCGT CTACGCGT TTATGCGT TTACACGT TTGCGCGT TTACGCAT TCACGCGT TGACACGT TGACGCGC TGGCGCGT TGATGCGT CGACGCGT TGACGCAT TGACGTGT AGACGCGT AAGCGCGT AAACGCGA ATACGCGT AAATGCGT AAACTCGT AAACCCGT AAACACGT AAACGAGT AAACGCAT AAACGCCT AAACGCGC AAACGCTT AAACGTGT AAAGGCGT AGACGCAT AGACGCGC AGACGCTT AGACGTGT AGTCGCGT AGACACGT AGAAGCGT AGGCGCGT AGATGCGT GGACGCGT TTGTTTAC TTGTATAC TTGTCTAC CTGTTTAC TTGTGTAC TTGTTTAA TTGTTTAG TTGTTTAT TTGTTTCC TTGTTTGC TTGTTTTC TTATTTAC TTGCTTAC ATGTTTAC TCGTTTAC TAGTTTAC TTCTTTAC TTGGTTAC GTGTTTAC TGGTTTAC TTGTTGAC TTGATTAC TTGTTCAC TTGTTAAC TTTTTTAC TAGTTTAT TTGTGTAT TTCTTTAT TTGCTTAT ATGTTTAT TTGGTTAT GTGTTTAT TCGTTTAT TTATTTAT TTGTTTCT TTGTATAT TGGTTTAT TTGTTGAT TTGATTAT TTGTTCAT TTGTTAAT TTTTTTAT TTGTTTGT TTGTCTAT CTGTTTAT TTGTTTTT TTGGTTGT GTGTTTGT TCGTTTGT TTATTTGT TTGTATGT TGGTTTGT TTCTTTGT TTGTTGGT TTGATTGT TTGTTCGT TTGTTAGT TTGTCTGT CTGTTTGT TTGTGTGT TTGTTTGA TTGTTTGG TTGCTTGT ATGTTTGT TAGTTTGT TTGCCTGT TTGCGTGT TGGCTTGT ATGACTCA ACGACTCA ATGAGTCA ATGAATCA ATGACTCT ATAACTCA ATGACTTA ATGCCTCA GTGACTCA ATGACCCA ATGACACA ATTACTCA ATGATTCA ATGACTCG GCGACTCA GTAACTCA GTGACTTA GTGGCTCA GTGATTCA GTGACCCA GTGACTCG GTGAGTCA CTGAGTCA CCGAGTCA CTAAGTCA CTGAGTTA CTGATTCA CTGAGCCA TTGAGTCA CTGAATCA TCGAGTCA TTGATTCA TTGGGTCA TTGAGCCA TTGAATCA TTGTGTCA TAGAGTCA TAAAGGGA TAAAGTGA TGAAGGGA AAAAGGGA TAAAGGTA TAGAGGGA GAAAGGGA TAAAGGGT TTAAGGGA TAACGGGA TAAATGGA TAAAGGGG TATAGGGA TAAAGGCA TACAGGGA TAAACGGA CAAAGGGA TAAAGAGA TAAAGCGA TAAAAGGA TAAAGGAA TAAAGGGC TCAAGGGA TAATGGGA CAATGGGA CATAGGGA CAAAAGGA CAAAGTGA CGAAGGGA CAGAGGGA CAACGGGA CAAATGGA CAAAGGGG CAAGGGGA CCAAGGGA CACAGGGA CAAACGGA CAAAGAGA CAAAGCGA CAAAGGAA CAAAGGCA CAAAGGGC CAAAGGGT CAAAGGTA TAAAGGCT TAAACGGT TAAAGAGT TAAAGCGT TAAAAGGT TAAAGGAT TAAAGGTT TAAAGTGT TGAAGGGT TAATGGGT TATAGGGT TAGAGGGT GAAAGGGT TTAAGGGT TAAATGGT AACAGGGA AAAACGGA AAAAGAGA AAAAGCGA AAAAAGGA AAGAGGGA AAAGGGGA AAAAGGCA AAAAGGGG AAAAGGTA AAAATGGA ACAAGGGA AAAAGTGA AGAAGGGA AAATGGGA AAACGGGA AATAGGGA ATAAGGGA AGAGGGGA AATGGGGA AAAGAGGA AAAGGTGA AAAGGGTA AAGGGGGA ATAGGGGA GAAGGGGA AAAGTGGA AAAGGGGG AAAGGGCA AACGGGGA AAAGCGGA AAAGGAGA AAAGGCGA ACAGGGGA GGAGGGGA GAGGGGGA GAATGGGA GTAGGGGA GAAGGGGG GAAGGGGC GAAGGAGA GAAGAGGA GAAGGGAA GAAGGCGA GAAGGTGA GAAGGGTA GAGGGGAA GAAGCGAA GAAGGCAA GAAGGGAT
this is an automaticly generated PREVO report
Computational Genomics Lab, Tel-Aviv uniresity