For more information consult the page for scaffold_19 (Scaffold)
The following genes have been identified as possible orthologs in this organism.
>bmy_01011 ATGCTACCTCAGGACAGTTCTTGGGAAGCGTGGCAGGTACCCTGGTGTCATAGTGATGACCAGACTCACCTGATTTGCAAGCCACTGCCCCCTGCCCTGGACATGTGCCAAAGGACGGAGCAGCTGTTGGTCCACTCCCCGGAAGAACTGGTACCACTGGAGCATATTGTCGGCATGAGATGCCACCCCACCTCCATGGCCTCTCTCCCAAACCTCCCATCAGCCCAGAGGTTGCAGTTCTGTTCCAGAGAGTTCCTACCTGTTCCTTCCAACCAACAAGTGGGAATGCCCATCTGGAAGTCCTGGCGCTGCCCACGAGAGGCCTGGGCACCAGGGAGGGAAAACCGGACACTAGGCAGAGAGGATAGTAGAGAGACCCAGGCTCCAGGGTGGGTGAACCAGAGAGAGAGCAGAGGAGAGGATGCTTGGGAAATTCAGGCATCTGGAAGGCAACTCCCAATAAACTTTGGGATGGAGGACAAGGCAGAGCCTAAGGTCCTGGAGTGGGGAAGACAGAGACTAGTAATAAGTAAAGCTGTTGGAGAGATCTTGAYACCATGGTGGGAGAATCAAGACCAGGCGGGAGTTGAGAATAGAGCTGAAAGTCAGAAACTACAGAAGAGAAATCAGAGGGATGCTGGAGGTGAGAATCTTCCTGAAAGCCAGGCACGAAGAGGAGAGAAACAGGAACAGTTAAGATGTAAAATTGATGCAGAGACCCAAACGCCAATGTGGGAGACCCAGGATAGGAGTAGGAATAAGGATGCTATAGAGACCCAGTCTTTTGAGAAGAATAAGAAAGAAGCCAGAGGAGAGGATGAAGGAGAGACCCAGGCCCAACRGTTGAGGAAGCAGGGCCAGACTGGAACTGAGAATGGTGGGGAGACCCAGCTGCCACGGTGGGGAAAACAAGACCAGATTAAAGGTGATACTAGTATAGAAATTCAGGCAGAAGAGAGGAGAAGAAAGGGCCACGTTGGAGGTGAGAATGCTGTGCAAATCCAGATATCTGGGAGGGAGAACTTGGGGGAAGTGAAAAAAGAGCATGGCCTAGAGACCCAAGCCCTGGGGTGGGGAAAACAGGAATGCGTTCAAAGTGAGAATGTTACAGAGATCCAGACACCAGGGTGGGAGATGCAGGATCAAAATGGAAGTGAGAAAGCTGGGAAGGTCCAAGTATTTAGGGTAGAGATCCAGAAACAACTAAGACATGAACTTCAAGTGGGGTGGGGAAATCAAGGCCTGAAAACAGGTGAGGATGCTGGGGAAAGCCAGATATCTAGAAGGAAGAACCTCAGGGAGATAAGAGAGGAGGATTGGGTGGTGATCCAGGCACGATTTTGGGGAGACCAGAAACCAGTAGCAAGTGAAATTGGCAGAGAATTCAAGATACCATGTTGGGGGAATCAGGACCAGATTGGAGGTGAACATAGAGCAGAAATTCAGGCACTGGAGAAGAGAGACCAGAGAAAGAACGGATATGAAAATGGTACAAATATCCTGGCACCCGAGGCAGAGAACCAGAGACAATTAAGAGGTGTAACTCATGTAGAGACCCATCTACCAGGAAGGAGGAACCAGGAGCGGTTTGTTGATGAGAATAGTACAGACATCCAGGCAACAGGGAAGAGAAACCTGAGAGGCGTTAAAGGTGAACATGGTAAAGAGACTCAGGAACTTGGGGAAGAAAACCAGCATCAGTTAAACAGTGAAATTAATGGAAGGATTCACATACCAAAGTGGAAAAATCAGGAACACATTAGAGGCAAGGATGGTGCAAATACCCAGGCATCTGAGGCAGAGAATTGGGGAGAATTAGCAAGTAAAATTGATGTAGAAACTCATTCAGCAGAATGGAAGAAAGAGGAGCAGATGGGAGGTGAGAATGGTGCAGAAATTCCAGCTCCAGAGAAGAGAAACCAGAGAGAAGCTGGAGCTGAGAATGGTACAGAGACCTGGGCACCTGGGGAAGAAAACCAGAGTCAGTTAAGAGGTGACACTGATGGAAAGACTCATTTGTCAGATGGGAAGAACCAGGAGCAGATGGGAGGTGAGAATGAAACAGAAATTCAGGCACCAGAGAAGAGACCCCAGAGAGAAGCTGGAGGTGAGGATGGTACAGAGACCCAGAGACCTGAGAGACAGAATGAGGGACAGTTAGACAGTGAAATTGGAGAGAGCCACTCACTAGGGAGAAGGAACTGGGAGCAGACTAGAGGAATGAACGATGCAGAAAATCCAACACTGGAGAAGAAAAGCCAGAGAGAGTTTGGAAGCGAGGATGGTAGAAAGATCCAGAGACTTAGGGGAGGGAAGCAAAGACTGTTAAAAAGTAAGATTAATGGAAATGTCTGTACATCAGAGTGGAAGAACCAGGAACAGATTGGAGGTGAGAATGGCGCAGAATTTCAAATCCAAGAGAAGAGAAACCTGAGAGGGACCACAGGTGATGATCATAAAGAGATCCAGGCTCCTGGGGGAGATTTTCAGGGAGAGTTAAGGAGTGAAATCAATGGAGAGATCCAGATACAAGGGCAAGGAAGCCAGAATAAGGGTGAAGATGAGGATGCTGCAGAAATCCAGGATGTAGGGAGCCAGAGAAAGTGCAGAGCTGAGGATGCTGGAAGGCTTCGAGTACTAAGGGGAAGAAACAATGGCCAAGTCAGAGGAAAGGATGCTGCTAAAGGCAATCTCCAAGTTGACTGTTCTGGGGGTGAGGGGCCCCCAGCCCTCACTGGCTCTGGATATGGGGCCATGGACCAGGAACAGGCTGTGGCCTCTGCTCCCTGTCCTGAGATGAAGCCTCTCCCCCACCAGAATGAACTCTTCCTGCTTGCCAGTGGGGAGGGAGAGCATTTGGCCAGCCAGAGCACGGCCACTGCCAGGAAGCACAGTGTCATTCCAGCTTCCTGGCAGGCCCAACCTAAACTCCAGAGAAGCCGACAAAGGGACAAAGGAGTGGTTCCAGGGAAGACCTCTGGCCTGACTCGACAGCTCCGGAACCCACAGTCTTTGGCTGCTCCCCTGGGCCTACCCTCTGCCTGCCCCTCTGTCTCATGTGGCCAAGCCCCCCAAGCCGCCACAGCTCTGGTGGATTTTCCCACTGCCCTCACCATCCTGCCCAAGTGGCCAGTCCTCGAGAAGAGCCAGCTGCTGCTCCTGGAGTCCCTTATGCAGCGGAAGATTGCACACCTGAAGTGGGGCCTCCCCCAGCAGATCCTAGAGTCCTACTTGTGCTTCAACTTCTTAGCACCATGCCCACTGCCCCTTGCGGGGGTGAGGCTCCCTGGGTTACACAAGGCCTGTGAGCTGCAGGGGCAGCAGGAAAGGCATTGTGGGGCCCAGCACCCCAGGCCAGGCCCTAAGTCCCCAGAGAGGTCCCAGAGCGTTCGGCCCCCAGAAAGGAAAAGCTCAAAACCTCCTACGCAGGCCAGAGCTCTGGAGAAGTGTAGACCACACCAGACAGAGCCAATGGGCATTTCTATACATCCTGAAAAGCCTAAGAGAGTCAGACCACCAGGGGGCCTCAGAGAACGGCAGGATGTCCAGAAAGAGGCTCCTCCTAGGGCCAAGCTCACTGCTCCCAGGAACCCCAGGCCTGCAGCAGAATCTAGTAACTGGTGTGGCCAAGAAAGGGTCCAAGAACCCTCCAGTGAGAACAGCGGGGGCAGGAAAATGGTCAGGCCAGGGGTCTCCCAGATGGCAGAGAGGGCTCCCGGCATAGTGAAGATCTCATACTCCGGGGCAGACCACTGGAGGAAGGAGCATGCATCTCAGGAGCCGCCCAGATTCAAATGTCAGCCGCCCACACACAGGAGAAGAGGAAGCCTGGAGCCGGAGGAAGGCAGAGGGGCTGGGCAGCAGCCTTCCTCCTGTTCCACAGACACCTTCAGCTCCAAAAGGAGTCTGCACTCTGCTGCAGCAAGGCTGAGCATGAGCTTTTTGAACAGGATTTCCTGGTGCCCACACTCAGCCAAGCCCCAGCACTTAGCCCCCAACCTGAGTGTGAGGGCTCCTGAGCCTATCCTGCTTCCCAAAGTGGGTGACCCACATGCAAGGGAGGACAGCATCAGAGTCCACGCTTCTTTGAAGAGGGACCTTCAGCCACCAGGTCACTGCAGTGCTGGGGTTGCTCTTCCCAAAACAGAAGAACTTGAGGAAATTGAGAACCCACATGGGGCCCCAAGGAATCCACCAGCCCCCCAAAAGTTTGGTCTTATGAAGCATTTGAGCGGTTTCCTGCTCCAGCATGGCTTTAGGAAGTAG
>bmy_01011T0 MLPQDSSWEAWQVPWCHSDDQTHLICKPLPPALDMCQRTEQLLVHSPEELVPLEHIVGMRCHPTSMASLPNLPSAQRLQFCSREFLPVPSNQQVGMPIWKSWRCPREAWAPGRENRTLGREDSRETQAPGWVNQRESRGEDAWEIQASGRQLPINFGMEDKAEPKVLEWGRQRLVISKAVGEILXPWWENQDQAGVENRAESQKLQKRNQRDAGGENLPESQARRGEKQEQLRCKIDAETQTPMWETQDRSRNKDAIETQSFEKNKKEARGEDEGETQAQXLRKQGQTGTENGGETQLPRWGKQDQIKGDTSIEIQAEERRRKGHVGGENAVQIQISGRENLGEVKKEHGLETQALGWGKQECVQSENVTEIQTPGWEMQDQNGSEKAGKVQVFRVEIQKQLRHELQVGWGNQGLKTGEDAGESQISRRKNLREIREEDWVVIQARFWGDQKPVASEIGREFKIPCWGNQDQIGGEHRAEIQALEKRDQRKNGYENGTNILAPEAENQRQLRGVTHVETHLPGRRNQERFVDENSTDIQATGKRNLRGVKGEHGKETQELGEENQHQLNSEINGRIHIPKWKNQEHIRGKDGANTQASEAENWGELASKIDVETHSAEWKKEEQMGGENGAEIPAPEKRNQREAGAENGTETWAPGEENQSQLRGDTDGKTHLSDGKNQEQMGGENETEIQAPEKRPQREAGGEDGTETQRPERQNEGQLDSEIGESHSLGRRNWEQTRGMNDAENPTLEKKSQREFGSEDGRKIQRLRGGKQRLLKSKINGNVCTSEWKNQEQIGGENGAEFQIQEKRNLRGTTGDDHKEIQAPGGDFQGELRSEINGEIQIQGQGSQNKGEDEDAAEIQDVGSQRKCRAEDAGRLRVLRGRNNGQVRGKDAAKGNLQVDCSGGEGPPALTGSGYGAMDQEQAVASAPCPEMKPLPHQNELFLLASGEGEHLASQSTATARKHSVIPASWQAQPKLQRSRQRDKGVVPGKTSGLTRQLRNPQSLAAPLGLPSACPSVSCGQAPQAATALVDFPTALTILPKWPVLEKSQLLLLESLMQRKIAHLKWGLPQQILESYLCFNFLAPCPLPLAGVRLPGLHKACELQGQQERHCGAQHPRPGPKSPERSQSVRPPERKSSKPPTQARALEKCRPHQTEPMGISIHPEKPKRVRPPGGLRERQDVQKEAPPRAKLTAPRNPRPAAESSNWCGQERVQEPSSENSGGRKMVRPGVSQMAERAPGIVKISYSGADHWRKEHASQEPPRFKCQPPTHRRRGSLEPEEGRGAGQQPSSCSTDTFSSKRSLHSAAARLSMSFLNRISWCPHSAKPQHLAPNLSVRAPEPILLPKVGDPHAREDSIRVHASLKRDLQPPGHCSAGVALPKTEELEEIENPHGAPRNPPAPQKFGLMKHLSGFLLQHGFRK*