EMBL-EBI > Goldman Group

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PANDIT
Protein and Associated NucleotideDomains with Inferred Trees

PF02024 alignment
(7 sequences with 438 bp)


OB_MACMU/22-167 GTGCCCATCCAAAAAGTCCAAAGTGACACCAAAACCCTCATCAAGACAATTGTCACCAGGATCAATGACATTTCACACACGCAGTCGGTCTCCTCCAAACAGAGGGTCACTGGTTTGGACTTCATTCCTGGGCTCCACCCCGTCCTGACCTTATCCCAGATGGACCAGACACTGGCAATCTACCAACAGATCCTCATCAATCTGCCTTCCAGAAACGTGATCCAAATATCCAACGACTTGGAGAATCTCCGGGACCTTCTTCACCTGCTGGCCTTCTCTAAGAGCTGCCATTTGCCCTTGGCCAGTGGCCTGGAGACCTTGGAGAGCCTGGGGGATGTCCTGGAAGCTTCACTCTACTCCACGGAGGTGGTGGCCCTGAGCAGGCTGCAGGGGTCTCTGCAGGACATGCTGTGGCAGCTGGACCTCAGCCCTGGGTGC
OB_HUMAN/22-167 GTGCCCATCCAAAAAGTCCAAGATGACACCAAAACCCTCATCAAGACAATTGTCACCAGGATCAATGACATTTCACACACGCAGTCAGTCTCCTCCAAACAGAAAGTCACCGGTTTGGACTTCATTCCTGGGCTCCACCCCATCCTGACCTTATCCAAGATGGACCAGACACTGGCAGTCTACCAACAGATCCTCACCAGTATGCCTTCCAGAAACGTGATCCAAATATCCAACGACCTGGAGAACCTCCGGGATCTTCTTCACGTGCTGGCCTTCTCTAAGAGCTGCCACTTGCCCTGGGCCAGTGGCCTGGAGACCTTGGACAGCCTGGGGGGTGTCCTGGAAGCTTCAGGCTACTCCACAGAGGTGGTGGCCCTGAGCAGGCTGCAGGGGTCTCTGCAGGACATGCTGTGGCAGCTGGACCTCAGCCCTGGGTGC
OB_BOVIN/22-167 GTGCCCATCCGCAAGGTCCAGGATGACACCAAAACCCTCATTAAGACAATTGTCACCAGGATCAATGACATCTCACACACGCAGTCCGTCTCCTCCAAACAGAGGGTCACTGGTTTGGACTTCATCCCTGGGCTCCACCCTCTCCTGAGTTTGTCCAAGATGGACCAGACATTGGCGATCTACCAACAGATCCTCACCAGTCTGCCTTCCAGAAATGTGGTCCAAATATCCAATGACCTGGAGAACCTCCGGGACCTTCTCCACCTGCTGGCCGCCTCCAAGAGCTGCCCCTTGCCGCAGGTCAGGGCCCTGGAGAGCTTGGAGAGCTTGGGCGTTGTCCTGGAAGCTTCCCTCTACTCCACCGAGGTGGTGGCCCTGAGCCGGCTGCAGGGGTCACTACAGGACATGTTGCGGCAGCTGGACCTCAGTCCCGGGTGC
OB_PIG/22-167 GTGCCCATCTGGAGAGTCCAGGATGACACCAAAACCCTCATCAAGACGATTGTCACCAGGATCAGTGACATTTCACACATGCAGTCTGTCTCCTCCAAACAGAGGGTCACCGGTTTGGACTTCATCCCTGGGCTCCATCCTGTCCTGAGTTTGTCCAAGATGGACCAGACCCTGGCGATCTACCAACAGATCCTCACCAGTCTGCCTTCCAGAAATGTGATCCAAATATCGAATGACCTGGAGAACCTCCGGGACCTTCTCCACCTGCTGGCCTCCTCCAAGAGCTGCCCCTTGCCCCAGGCCAGGGCCCTGGAGACCTTGGAGAGCCTGGGCGGCGTCCTGGAAGCCTCCCTCTACTCCACGGAGGTGGTGGCCCTGAGCAGGCTGCAGGGGGCTCTGCAGGACATGCTGCGGCAGCTGGACCTCAGCCCTGGCTGC
OB_CANFA/22-167 GTGCCAATCCGAAAAGTCCAGGATGACACCAAAACCCTCATCAAGACGATTGTCGCCAGGATCAATGACATTTCACACACGCAGTCTGTCTCCTCCAAACAGAGGGTCGCTGGTCTGGACTTCATTCCTGGGCTCCAACCAGTCCTGAGTTTGTCCAGGATGGACCAGACGTTGGCCATCTACCAACAGATCCTCAACAGTCTGCATTCCAGAAATGTGGTCCAAATATCTAATGACCTGGAGAACCTCCGGGACCTTCTCCACCTGCTGGCCTCCTCCAAGAGCTGCCCCTTGCCCCGGGCCAGGGGCCTGGAGACCTTTGAGAGCCTGGGCGGCGTCCTGGAAGCCTCACTCTACTCCACAGAGGTGGTGGCTCTGAACAGACTGCAGGCGGCCCTCCAGGACATGCTTCGGCGGCTGGACCTCAGCCCTGGGTGC
OB_MELGA/1-145 GTGCCGTGTCAGATCTTCCAGGATGACACCAAAACCCTCATCAAGACCATTGTCACCAGGATCAATGACATTTCACACACGTCG---GTATCCGCCAAGCAGAGTGTCACTGGCTTGGACTTCATTCCTGGGCTTCACCCCATTCTGAGTTTGTCCAAGATGGACCAGACTCTGGCAGTCTATCAACAGGTCCTCACCAGCCTGCCTTCCCAAAATGTGCTGCAGATAGCCAATGACCTGGAGAATCTCCGAGACCTCCTCCATCTGCTGGCCTTCTCCAAGAGCTGCTCCCTGCCTCAGACCAGTGGCCTGCACAAGCCAGAGAGCCTGGATGGCGTCCTGGAAGCCTTACTCTACTCCACAGAGGTGGTGGCTTTGAGCAGGCTGCAAGGCTCTCTGCAGGACATTCTTCAACAGTTGGATATTAGCCCGGAATGC
OB_MOUSE/22-167 GTGCCTATCCAGAAAGTCCAGGATGACACCAAAACCCTCATCAAGACCATTGTCACCAGGATCAATGACATTTCACACACGCAGTCGGTATCCGCCAAGCAGAGGGTCACTGGCTTGGACTTCATTCCTGGGCTTCACCCCATTCTGAGTTTGTCCAAGATGGACCAGACTCTGGCAGTCTATCAACAGGTCCTCACCAGCCTGCCTTCCCAAAATGTGCTGCAGATAGCCAATGACCTGGAGAATCTCCGAGACCTCCTCCATCTGCTGGCCTTCTCCAAGAGCTGCTCCCTGCCTCAGACCAGTGGCCTGCAGAAGCCAGAGAGCCTGGATGGCGTCCTGGAAGCCTCACTCTACTCCACAGAGGTGGTGGCTTTGAGCAGGCTGCAGGGCTCTCTGCAGGACATTCTTCAACAGTTGGATGTTAGCCCTGAATGC