EMBL-EBI > Goldman Group

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PANDIT
Protein and Associated NucleotideDomains with Inferred Trees

PF02783 alignment
(7 sequences with 558 bp)


Q49601_METKA/3-188 CGCGAGGCCAAGGACACGGTCGATTTGTACGACGATCGCGGTAACTGTGTGGCGGAAGAAGTTCCCATCGAGGTGCTCTCTCCGATGCGCAACGAGGCCATTCAGAGTATCGTGAACGACATCAAGCGTACCGTCGCGATCGACCTCGAGGGTATCGAGAACGCCCTGCAGAACGCGACCGTCGGCGGTAAGGGGATGAAGATCCCGGGCCGCGAGATGGACGTCGACATCGTGGACAACGCCGAGGCGATCGCGGACGAGATCGAGAAGATGATCCGCGTGTACGAGGACGACGACACGAACGTGGAGCCCATGTACGACGGTAAGCGTCTCCTTGTGCAGCTCCCGTCCGAGCGTGTGAAGGTCATGGCCGACCCGTACTCCGGTACCCTGCAGGCCGGTATGGCGGTCGTGCACGCGATCATCGACGTCTGCGAGGTCGACATGTGGGACGCTAACATGGTCAAGGCGGCCGTCTTCGGTCGCTACCCGCAGACGATCGACTACTTCGGCGGTAACGTCGCCTCGATGCTGGACGTGCCGATGAAGCAGGAGGGT
MCRB_METTM/1-186 GCGAAGTTTGAGGATAAGGTCGACTTGTACGACGACAGAGGCAACCTCGTCGAAGAACAGGTGCCATTAGAAGCTCTAAGTCCATTAAGGAACCCCGCCATTAAAAGCATAGTGCAGGGGATTAAAAGGACAGTGGCTGTGAACCTTGAAGGTATAGAAAACGCCCTGAAGACAGCGAAGGTCGGCGGACCTGCCTGTAAGATAATGGGCCGTGAACTCGACCTCGACATTGTCGGGAACGCCGAGTCAATAGCAGCCGCTGCAAAGGAAATGATACAGGTGACTGAGGACGACGACACCAACGTCGAACTCCTTGGCGGAGGTAAAAGGGCACTCGTACAGGTCCCAAGTGCAAGGTTCGATGTTGCAGCAGAATACTCTGCAGCACCACTCGTAACCGCCACAGCATTTGTCCAGGCCATAATCAACGAGTTTGATGTTAGCATGTACGATGCTAACATGGTTAAAGCAGCCGTTCTGGGAAGATATCCACAGTCTGTGGAGTACATGGGGGCAAACATAGCAACAATGCTGGACATTCCACAGAAACTGGAAGGC
MCRY_METJA/2-187 TTACATTATGAAGATAGAATAGATTTGTATGATGAAAGAGGAAAGTTGTTGGAGGAAAATGTTCCATTAGAAGCGATAAGTCCTCTAAAGAACCCAACAATTGAGAAAATAGTCAATGACATTAAGAGGAGCGTTGCTATAAACTTGGCAGGAATAGAAAACGCTTTAAAGACTGGAGCTGTTGGAGGAAAGGCATGTTTCTGTCCAGGGAGAGAGTTAGATTTACCAATTGTAGAAAACGCTGAAATTATTGCTGAAAAGATTAAAAGAATGGTTCAAATTGAAGAAGATGATGACACAGTTGTTAAGTTAATCAACGGAGGTAAGCAATTACTATTACAATTGCCATCAAAGAGGTTGAGAGTAGCTGCTGATTACACAGTATCAGCGCTGATTGGAGGAGGAGCAACTGTTCAGGCAATTGTTGATGCCTTTGATGTAGATATGTTTGACGCTCCTGTAGTAAAAACAGCAGTTATGGGGAGATACCCACAGACAGTAGATTTCCATGGTGCTAATATCGCTACATTATTAGGACCTCCAGTTTTATTGGAAGGA
MCRY_METTH/1-186 CCAATGTATGAAGACAGAATAGATCTCTACGGGGCAGATGGTAAGCTCCTCGAGGAAGATGTTCCTCTTGAAGCCGTAAGCCCCCTTAAAAACCCGACAATAGCAAACTTGGTAAGCGACGTGAAAAGGTCAGTTGCAGTGAACCTGGCCGGGATAGAGGGAAGCCTCAAGAAGGCAGCCCTGGGTGGAAAGTCCAACTTCATCCCGGGAAGGGAAGTTGAACTGCCAATAGTTGAAAACGCAGAGGCAATAGCTGAAAAGGTCAAAAGACTTGTTCAGACATCTGAAGACGACGACACAAACATCCGCCTCATAAACAACGGCCAGCAGATCCTCGTACAGGTCCCAACAACAAGGATGGGCGTGGCTGCAGACTACACAGTCTCAGCCCTGGTCACAGGAGCTGCAGTTGTACAGGCAATAATCGACGAATTCGACGTGGACATGTTCGATGCAAACGCAGTCAAAACCGCTGTCATGGGAAGATACCCACAGACAGTTGACTTCACAGGAGCCAACCTCTCAACACTCCTCGGACCACCAGTACTCCTCGAAGGT
MCRB_METJA/5-190 GTAAAGTACAAAGACACAATAAACTTGTATGATGAAAAAGGTAAATTAGTAGAAGAAAACGTTCCTTTAGAAGCAATCAGCCCATTGCACAACCCAACAATTCAGAAGTTAGTTAAAGATGTTAAGAGAACAGTGGCAGTTAACTTAGCAGGTATTGAGAACGCTTTGAGAACTGGTCAAGTTGGTGGAAAAGGTTGTATGATTAAAGGTAGAGAGTTAGATTTACCAATTGTTGAAAATGCTGAAACAATTGCTGAATACGTTGAAAAAGTTGTTAGAGTTTCAGAAGATGACGACACATCAATTAAATTAATTAACGATGGAAAACAGATGGCTGTTCAAATTCCATCAAAGAGGTTAGATGTTGCAGCAGAATATTCAGTCTCTGTTTTAGTTACAGCTCAAGCATTAAAAGAAGCTATTATTAGAACATTTGATGTTGATATCTTCGATGCTCCAATGGTTCATGCAGCTGTTTTAGGTGGCTACCCACACGAAGTTACAATGAAAGGTTCAAACATCGCTGCATTATTAGGTAGCCCATTATCATTAGAAGGG
MCRB_METVO/2-187 GTAAAGTATGAAGATAAGATATGTCTATTTGATGCGAAAGGAAACCAAGTAGCAGAAGATGTACCATTGGAAGCTATCAGCCCATTAAATAACCCAACTATAATGGGGATGGTTAAAAATATTAAAAGAACCGTTGCTGTTAACTTAGCTGGTATTGAAGAATCATTAGCTAAAGGTAAAATTGGCGGTAAAGGTTGCCAGGTTCCTGGTACAAATATAGAATTAGATGTTATAGGCGATGCAGAAGCTATCGCTGACAAAGTAAAAAGTATATTGCAAGTTTCAGCTGGCGATGATACCGAAGTTAAATTAATTAACGGCGGTAAACAGATGGCTGAGCAAGTACCTTCAAAAAGATTAGATGTTGCTGCAGAATACTCAGTATCAATGTTGTCAACTGGTATGGCTTTAAAAGAAGCTCTTATCACAAACTTCAACATTGACATGTTTGACGGTTCAACAGTACACTCAGCTATCATGGGTCAATATCCACAAGATATGGACTACGCTGGTGGTAACATTGCATCATTATTAGGTGCTCCATCAAAATTAGAAGGT
MCRB_METBA/1-183 ---------TCTGACACAGTAGACATCTACGACGACAGAGGAAAACTGCTCGAGAGCAATGTCGACATTATGAGCCTTGCTCCAACAAGAAACGCAGCAATTCAATCGATCATCATGGACACTAAGAGGTCAGTTGCAGTCAACCTCGCAGGTATTCAGGGTGCACTTGCCAGCGGCAAGATGGGCGGAAAGGGCCGTCAAATCTTAGGCCGCGGACTTAACTATGACATTGTAGGCAATGCTGATGCAATTGCAGAAAATGTTAAAAAACTCGTCCAGGTCGATGAAGGCGACGATACCAATGTTATCAAAGTCAAAGGCGGAAAGAGCCTCTTGATCCAGTCCCCCAAATCCAGGATTATTGCAGGCGCCGACTTCATGTCCGCAACAACAGTTGGTGCAGCAGCAGTCACCCAGACTATTATGGACATGTTTGGAACTGATCCTTATGATGCTCCTATCGTAAAATCAGCTGTCTGGGGAAGCTACCCACAGACAATGGATCTCATGGGAGGTCAGGTTCAGGGTATTCTCAGCATCCCCCAGAACAATGAAGGT