FastDNAml loop
Insert your aligned sequences in interleaved Phylip format here:
5 846 chimpanzeeAAGCTTCACC GGCGCAATTA TCCTCATAAT CGCCCACGGA CTTACATCCT gibbonxxxxAAGCTTTACA GGTGCAACCG TCCTCATAAT CGCCCACGGA CTAACCTCTT gorillaexxAAGCTTCACC GGCGCAGTTG TTCTTATAAT TGCCCACGGA CTTACATCAT homosapienAAGCTTCACC GGCGCAGTCA TTCTCATAAT CGCCCACGGA CTTACATCCT orangutangAAGCTTCACC GGCGCAACCA CCCTCATGAT TGCCCATGGA CTCACATCCT CATTATTATT CTGCCTAGCA AACTCAAATT ATGAACGCAC CCACAGTCGC CCCTGCTATT CTGCCTTGCA AACTCAAACT ACGAACGAAC TCACAGCCGC CATTATTATT CTGCCTAGCA AACTCAAACT ACGAACGAAC CCACAGCCGC CATTACTATT CTGCCTAGCA AACTCAAACT ACGAACGCAC TCACAGTCGC CCCTACTGTT CTGCCTAGCA AACTCAAACT ACGAACGAAC CCACAGCCGC ATCATAATTC TCTCCCAAGG ACTTCAAACT CTACTCCCAC TAATAGCCTT ATCATAATCC TATCTCGAGG GCTCCAAGCC TTACTCCCAC TGATAGCCTT ATCATAATTC TCTCTCAAGG ACTCCAAACC CTACTCCCAC TAATAGCCCT ATCATAATCC TCTCTCAAGG ACTTCAAACT CTACTCCCAC TAATAGCTTT ATCATAATCC TCTCTCAAGG CCTTCAAACT CTACTCCCCC TAATAGCCCT TTGATGACTC CTAGCAAGCC TCGCTAACCT CGCCCTACCC CCTACCATTA CTGATGACTC GCAGCAAGCC TCGCTAACCT CGCCCTACCC CCCACTATTA TTGATGACTT CTGGCAAGCC TCGCCAACCT CGCCTTACCC CCCACCATTA TTGATGACTT CTAGCAAGCC TCGCTAACCT CGCCTTACCC CCCACTATTA CTGATGACTT CTAGCAAGCC TCACTAACCT TGCCCTACCA CCCACCATCA ATCTCCTAGG GGAACTCTCC GTGCTAGTAA CCTCATTCTC CTGATCAAAT ACCTCCTAGG TGAACTCTTC GTACTAATGG CCTCCTTCTC CTGGGCAAAC ACCTACTAGG AGAGCTCTCC GTACTAGTAA CCACATTCTC CTGATCAAAT ACCTACTGGG AGAACTCTCT GTGCTAGTAA CCACATTCTC CTGATCAAAT ACCTTCTAGG AGAACTCTCC GTACTAATAG CCATATTCTC TTGATCTAAC ACCACTCTCC TACTCACAGG ATTCAACATA CTAATCACAG CCCTGTACTC ACTACTATTA CACTCACCGG GCTCAACGTA CTAATCACGG CCCTATACTC ACCACCCTTT TACTTACAGG ATCTAACATA CTAATCACAG CCCTGTACTC ATCACTCTCC TACTTACAGG ACTCAACATA CTAGTCACAG CCCTATACTC ATCACCATCC TACTAACAGG ACTCAACATA CTAATCACAA CCCTATACTC CCTCTACATG TTTACCACAA CACAATGAGG CTCACTCACC CACCACATTA CCTTTACATA TTTATCATAA CACAACGAGG CACACTTACA CACCACATTA CCTTTATATA TTTACCACAA CACAATGAGG CCCACTCACA CACCACATCA CCTCTACATA TTTACCACAA CACAATGAGG CTCACTCACC CACCACATTA TCTCTATATA TTCACCACAA CACAACGAGG TACACCCACA CACCACATCA ATAACATAAA GCCCTCATTC ACACGAGAAA ATACTCTCAT ATTTTTACAC AAAACATAAA ACCCTCACTC ACACGAGAAA ACATATTAAT ACTTATGCAC CCAACATAAA ACCCTCATTT ACACGAGAAA ACATCCTCAT ATTCATGCAC ACAACATAAA ACCCTCATTC ACACGAGAAA ACACCCTCAT GTTCATACAC ACAACATAAA ACCTTCTTTC ACACGCGAAA ATACCCTCAT GCTCATACAC CTATCCCCCA TCCTCCTTCT ATCCCTCAAT CCTGATATCA TCACTGGATT CTCTTCCCCC TCCTCCTCCT AACCCTCAAC CCTAACATCA TTACTGGCTT CTATCCCCCA TCCTCCTCCT ATCCCTCAAC CCCGATATTA TCACCGGGTT CTATCCCCCA TTCTCCTCCT ATCCCTCAAC CCCGACATCA TTACCGGGTT CTATCCCCCA TCCTCCTCTT ATCCCTCAAC CCCAGCATCA TCGCTGGGTT CACCTCCTGT AAATATAGTT TAACCAAAAC ATCAGATTGT GAATCTGACA TACTCCCTGT AAACATAGTT TAATCAAAAC ATTAGATTGT GAATCTAACA CACCTCCTGT AAATATAGTT TAACCAAAAC ATCAGATTGT GAATCTGATA TTCCTCTTGT AAATATAGTT TAACCAAAAC ATCAGATTGT GAATCTGACA CGCCTACTGT AAATATAGTT TAACCAAAAC ATTAGATTGT GAATCTAATA ACAGAGGCTC ACGACCCCTT ATTTACCGAG AAAGCTTATA AGAACTGCTA ATAGAGGCTC GAAACCTCTT GCTTACCGAG AAAGCCCACA AGAACTGCTA ACAGAGGCTC ACAACCCCTT ATTTACCGAG AAAGCTCGTA AGAGCTGCTA ACAGAGGCTT ACGACCCCTT ATTTACCGAG AAAGCTCACA AGAACTGCTA ATAGGGCCCC ACAACCCCTT ATTTACCGAG AAAGCTCACA AGAACTGCTA ATTCATATCC CCATGCCTGA CAACATGGCT TTCTCAACTT TTAAAGGATA ACTCACTATC CCATGTATGA CAACATGGCT TTCTCAACTT TTAAAGGATA ACTCATACCC CCGTGCTTGA CAACATGGCT TTCTCAACTT TTAAAGGATA ACTCATGCCC CCATGTCTAA CAACATGGCT TTCTCAACTT TTAAAGGATA ACTCNTCACT CCATGTGTGA CAACATGGCT TTCTCAGCTT TTAAAGGATA ACAGCCATCC GTTGGTCTTA GGCCCCAAAA ATTTTGGTGC AACTCCAAAT ACAGCTATCC ATTGGTCTTA GGACCCAAAA ATTTTGGTGC AACTCCAAAT ACAGCTATCC ATTGGTCTTA GGACCCAAAA ATTTTGGTGC AACTCCAAAT ACAGCTATCC ATTGGTCTTA GGCCCCAAAA ATTTTGGTGC AACTCCAAAT ACAGCTATCC CTTGGTCTTA GGATCCAAAA ATTTTGGTGC AACTCCAAAT AAAAGTAATA ACCATGTATA CTACCATAAC CACCTTAACC CTAACTCCCT AAAAGTAATA GCAATGTACA CCACCATAGC CATTCTAACG CTAACCTCCC AAAAGTAATA ACTATGTACG CTACCATAAC CACCTTAGCC CTAACTTCCT AAAAGTAATA ACCATGCACA CTACTATAAC CACCCTAACC CTGACTTCCC AAAAGTAACA GCCATGTTTA CCACCATAAC TGCCCTCACC TTAACTTCCC TAATTCTCCC CATCCTCACC ACCCTCATTA ACCCTAACAA AAAAAACTCA TAATTCCCCC CATTACAGCC ACCCTTATTA ACCCCAATAA AAAGAACTTA TAATTCCCCC TATCCTTACC ACCTTCATCA ATCCTAACAA AAAAAGCTCA TAATTCCCCC CATCCTTACC ACCCTCGTTA ACCCTAACAA AAAAAACTCA TAATCCCCCC CATTACCGCT ACCCTCATTA ACCCCAACAA AAAAAACCCA TATCCCCATT ATGTGAAATC CATTATCGCG TCCACCTTTA TCATTAGCCT TACCCGCACT ACGTAAAAAT GACCATTGCC TCTACCTTTA TAATCAGCCT TACCCCCATT ACGTAAAATC TATCGTCGCA TCCACCTTTA TCATCAGCCT TACCCCCATT ATGTAAAATC CATTGTCGCA TCCACCTTTA TTATCAGTCT TACCCCCACT ATGTAAAAAC GGCCATCGCA TCCGCCTTTA CTATCAGCCT TTTCCCCACA ACAATATTCA TATGCCTAGA CCAAGAAGCT ATTATCTCAA ATTTCCCACA ATAATATTCA TGTGCACAGA CCAAGAAACC ATTATTTCAA CTTCCCCACA ACAATATTTC TATGCCTAGA CCAAGAAGCT ATTATCTCAA CTTCCCCACA ACAATATTCA TGTGCCTAGA CCAAGAAGTT ATTATCTCGA TATCCCAACA ACAATATTTA TCTGCCTAGG ACAAGAAACC ATCGTCACAA ACTGGCACTG AGCAACAACC CAAACAACCC AGCTCTCCCT AAGCTT ACTGACACTG AACTGCAACC CAAACGCTAG AACTCTCCCT AAGCTT GCTGACACTG AGCAACAACC CAAACAATTC AACTCTCCCT AAGCTT ACTGACACTG AGCCACAACC CAAACAACCC AGCTCTCCCT AAGCTT ACTGATGCTG AACAACCACC CAGACACTAC AACTCTCACT AAGCTT
Peter Sestoft
(
sestoft@dina.kvl.dk
) 2000-03-22
