EMBL-EBI > Goldman Group

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PANDIT
Protein and Associated NucleotideDomains with Inferred Trees

PF04110 alignment
(6 sequences with 321 bp)


APG12_YEAST/87-186 GCACAAACAAGCAAACAAAAAAGCCATAAAGACGAAAAAAACATACAAAAGATACAGATAAAATTTCAGCCCATTGGTTCTATTGGGCAGTTAAAACCATCTGTTTGTAAAATATCAATGTCACAGTCTTTTGCAATGGTTATTTTATTTCTTAAGAGACGGCTGAAA---------ATGGACCATGTTTATTGTTATATAAATAATTCGTTTGCGCCAAGTCCGCAGCAAAATATTGGTGAACTTTGGATGCAATTCAAGACTAATGATGAG------------CTTATTGTAAGTTATTGTGCATCCGTAGCGTTTGGT
Q9US24_SCHPO/36-132 ATCAACACATATAGAGAGAAAGAGAATCGAAGA------------------GTTAATTTACGATTTAAAGCAATTGGAAGAACACCCTTACTTCGAAAGACTGTTTTTTCAATCAATGCTAGTCAAAGATTCGAAAAAGTGACTCGGTTTTTAAAGAAAGAGCTTGGACTACCGATGAACTCTTCCTTGGTACTGTACGTTAATTCATCGTTTGCTCCTTCTCCTGATGAAATTGTGGGTAATCTATACGATAACTTTGCTATAGACAGTCAT------------CTACTTATTAATTATTGTATCAACGTTGCTTTCGGT
Q9LVK3_ARATH/1-94 ATGGCGACCGAATCTCCGAATTCTGTTCAGAAA------------------ATTGTTGTTCATCTGCGAGCTACTGGTGGTGCTCCGATACTGAAACAATCTAAATTCAAGGTTTCAGGGAGTGACAAGTTTGCTAACGTGATTGATTTTCTAAGACGGCAGCTTCAC---------TCTGACTCATTGTTTGTTTATGTGAACAGCGCTTTCTCGCCAAACCCGGATGAATCAGTAATTGATCTATACAATAACTTTGGGTTTGATGGTAAA------------CTGGTGGTGAACTATGCTTGTTCCATGGCATGGGGT
APGB_HUMAN/42-140 CCGGGAACAGAGGAACCTGCTGGCGACACCAAGAAAAAA------------ATTGACATTTTGCTAAAGGCTGTGGGAGACACTCCTATTATGAAAACAAAGAAGTGGGCAGTAGAGCGAACACGAACCATCCAAGGACTCATTGACTTCATCAAAAAGTTTCTTAAACTTGTGGCCTCAGAACAGTTGTTTATTTATGTGAATCAGTCCTTTGCTCCTTCCCCAGACCAAGAAGTTGGAACTCTCTATGAGTGTTTTGGCAGTGATGGTAAA------------CTGGTTTTACATTACTGCAAGTCTCAGGCGTGGGGA
APG12_DROME/19-106 ------TCACAAAGACTTGCTTCATTATCA---------------------GTTTGTATCCTTCTGAACGCCACTGGCAATGTGCCCATCATCAAAAAGCGAACCTGGACCGTAGATCCCAACAAGACAGTCGGCTGGATACAGACGTTCATCCACAAGTTTCTGAAACTCGATGCCAGCGAGCAAATT------------------ACATTTGCACCTGCCCCGGATCAGATAATCAAGAACTTGTACGAGTGCCATGGAACCAATGGGAAA------------CTGGTGCTCTACTACTGCAAGAATCAGGCGTGGGGC
Q10931_CAEEL/19-118 GCTTCCGCCGAACCACCAAAGTCAGATAAG---------------------GTGACCGTAAGGCTGAGGAATATCGCAGATGCGCCAGTTCTTAAAAATAAGAAAATGGTGGTGAATCCAACGGACACTGTTGCTTCCTTCATCTTGAAATTGCGAAAACTGCTGAATATTCAAGCCAACAACTCACTCTTCTTGTACATTGATAACACATTTGCCCCATCTCCTGACACCACGTTTGAGACGCTATCCCGATGTTATTCTGTGAAAATCACCGATAAGGAGATTCTGGAGCTTCAGTACAGCATTACACCGGCCTACGGA