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Last updated: 2022/11/18
NameBGIBMGA000691-TA
JBrowseBomo_Chr1
chromosome_No.
Scaffold_id
Scaffold Length
chromo1
Bm_scaf8
8002931 bp
UniRef
UniRef50_UPI00015B62E1 (30%/977)
Cluster: PREDICTED: similar to ENSANGP00000009498; n=1; Nasonia vitripennis|Rep: PREDICTED: similar to ENSANGP00000009498 - Nasonia vitripennis
Ontology
Orthologue
Sequence
(Amino Acid)
MKLATELSTKKVSTDVCGFSQLKPMGQNRSYVEVYPIDESKPVMRCPIKSLVVKYNKDLL
NLKSIHEIHRVRRQIPYALRGRYRGQTQSQYLAIDHGNGKDDGKAEAQSAADSSRASVSG
TSGMGQAQSQSMYDPTCDDCVGRSTGIDTSKQKPLGDSHGGIPSGLPSGAIGTPGNNLPF
DPTGGSRLTGNGGYGPNENGERYGPGSTGINGAYRPPGAGGTYGPNQIGNGAFNPALNGI
PGIRVQGPNTGYGISPGGGYTGSSPGLGNQYLPPSTSTNYEPVKGSYGPRQNVPDGSING
YLPVPSGSNVYGPNPNSGSGHGIVSNIPGGGYGQNGNYGPNQNGNMPYGTNQVPSQGTKT
PAHGGGPSGINTGLSWPSTGTFTRPGSQNTPNGPSSQGNANEPHNLLAPNAVYGPGGNRP
YQTDGQSNYQTKPNNAYGTTGGYTPGSNGGLGYHPGSQGNQGGSYPGSTNTQQGPAGPFN
PADIGTNNNANKYGQLNPNNQNGLQSPGTYSPTSTGQNHMPGVIGSQNGLQGPGGQYAPT
NTDGQIPGVQYNPGSTVGHNGLPIPGGLYNSGIGGGPNSFPGTPGQYQPGSTDGHNIVTG
PGVQYRPDIVSGQNGLQGPGSQYGGGQSRNQEPGGQYAPGNQNIMQRPSGQYGPDSAVGQ
GIQEPGNMYDSRPNNQSPQYGPGIGIGPNGLQGPTGQYRPGSSGGQNVVSGPGGQYGSSG
TQYGPGGQNGIQGPSSQYGPGGQNGIQVPGTQYGPGGQNGIQVPGTEYGPGGQRGIQGPG
TLYGPNGQNGIQSPGTQYGPGGQIGIQAPGTQYGPGEQNGIQSPGTKTGPEGQLGNQGPG
TQYGPGGQYGIQGPGNQYVPGGQGGIQAPVSQYDNVQGGIRGPGTQYGPSGQSGLQGPGG
QNGIQYPGGSYGTGVQSGLQKPGGVYGSGLNGIQNNGVPGTGDNYVPGGQSNVPGGYGIS
NRPFNLDGTGSQQGPYNPSLPGQNGPYGTNMVGQGSGSISPGTTGLGNTGNQNGQYGPSA
GPYPNQYGNDLSNTGGGSGQYANVPYGYGNNQAGAPQNVVDPNSALLIDGDDSAAEASVS
QASNGTTAIASSKGGNDKGRAQTHVQGAYTGGGSFSAQAEISGENKAANSEVTGDKKGAS
SNAQGSGRNNKSQANVQLGSETGSILTGSQSEGVMHSSNTQVQGSLKGGMADAQARGPGS
TSSQAQIGFTPYTHGDASHDVQKSPFVGGGTAAAQSSGRTGSSQSQLRGTFKYGITL
(1257 a.a.)
Sequence
(Nucleotide)
ATGAAGTTGGCTACAGAATTGAGTACAAAGAAAGTATCAACAGATGTTTGTGGATTCAGC
CAATTGAAGCCTATGGGGCAAAATCGGTCATACGTAGAGGTATACCCGATTGACGAAAGT
AAGCCGGTTATGCGCTGTCCTATAAAAAGTTTGGTGGTGAAGTACAACAAAGATCTGCTT
AATTTGAAGAGCATACATGAAATACACAGAGTCCGTCGTCAAATTCCCTACGCATTACGA
GGACGTTACAGGGGACAGACCCAATCTCAGTATCTGGCCATAGACCATGGAAACGGAAAA
GATGATGGAAAAGCCGAAGCGCAATCAGCTGCTGACTCCTCTAGAGCTAGCGTCAGTGGA
ACGAGCGGAATGGGTCAAGCACAAAGTCAATCCATGTATGACCCGACCTGCGATGACTGT
GTCGGCCGATCTACTGGCATCGATACCTCAAAACAAAAACCGTTGGGAGATTCTCACGGC
GGCATTCCATCAGGATTACCTTCAGGAGCGATCGGCACACCAGGAAACAATTTACCCTTT
GATCCAACAGGGGGAAGTCGATTAACAGGAAATGGAGGTTACGGGCCTAATGAAAATGGC
GAACGTTATGGTCCTGGAAGTACTGGAATCAATGGTGCTTATAGACCACCGGGCGCTGGA
GGAACTTATGGTCCTAATCAAATTGGGAACGGAGCTTTTAATCCAGCTCTAAATGGTATT
CCAGGTATTCGTGTACAGGGACCAAATACAGGTTATGGAATAAGCCCTGGGGGTGGTTAC
ACCGGATCATCTCCTGGGTTGGGTAATCAGTATTTGCCACCTTCAACTAGTACTAATTAC
GAACCAGTAAAAGGCAGCTATGGTCCAAGGCAAAATGTTCCTGATGGGTCTATAAATGGC
TACCTTCCTGTACCTAGTGGTAGTAATGTATACGGGCCAAATCCTAACTCTGGCTCTGGT
CACGGAATCGTTTCCAATATACCAGGAGGTGGCTATGGTCAAAATGGAAACTACGGACCC
AACCAAAATGGAAATATGCCTTATGGTACAAACCAAGTCCCTTCACAAGGTACGAAAACG
CCTGCTCATGGAGGAGGTCCAAGTGGGATCAATACGGGGTTAAGTTGGCCATCCACAGGA
ACATTTACACGTCCGGGATCTCAGAATACACCTAATGGACCAAGTTCTCAAGGCAACGCA
AACGAACCTCATAATTTACTAGCCCCTAATGCTGTTTACGGACCTGGTGGCAATAGACCA
TATCAAACGGATGGCCAAAGTAACTACCAAACAAAACCAAATAACGCGTACGGAACTACT
GGTGGATACACTCCTGGATCGAATGGTGGGTTAGGGTATCATCCTGGAAGTCAAGGTAAT
CAGGGTGGGTCTTACCCGGGTTCGACAAATACTCAACAAGGACCTGCAGGTCCGTTTAAT
CCAGCTGACATAGGTACTAACAATAATGCAAACAAATATGGTCAGTTAAATCCAAATAAT
CAGAACGGCCTACAAAGTCCCGGTACTTACAGCCCTACGAGTACCGGACAAAACCACATG
CCTGGAGTTATCGGTAGCCAAAATGGCCTACAAGGACCTGGAGGACAGTATGCGCCTACA
AATACCGATGGGCAAATACCTGGAGTCCAATATAATCCTGGGAGCACAGTAGGTCATAAT
GGCTTGCCTATTCCTGGAGGTCTGTATAATTCTGGAATTGGAGGAGGTCCAAACAGTTTT
CCTGGAACTCCAGGACAGTACCAACCTGGATCCACAGATGGTCATAATATTGTAACAGGC
CCTGGAGTTCAATACAGACCAGATATCGTTAGTGGTCAAAACGGCTTACAAGGTCCCGGT
AGTCAATATGGAGGTGGTCAAAGTAGGAATCAAGAGCCCGGAGGTCAATATGCTCCTGGA
AATCAAAACATTATGCAAAGGCCAAGTGGACAGTATGGACCCGATAGTGCTGTTGGACAA
GGTATTCAAGAACCAGGAAATATGTATGATTCTAGACCAAATAATCAAAGTCCTCAATAT
GGACCTGGAATCGGAATCGGTCCGAACGGATTACAAGGGCCAACTGGTCAGTATAGGCCT
GGATCTTCCGGAGGTCAAAATGTTGTATCAGGCCCTGGAGGACAATATGGTAGTTCTGGA
ACTCAATATGGTCCAGGTGGTCAAAATGGAATTCAAGGTCCTAGTAGTCAATATGGTCCA
GGTGGTCAAAACGGAATTCAAGTTCCTGGAACTCAATATGGTCCAGGGGGACAAAATGGA
ATACAAGTTCCCGGAACTGAGTATGGTCCAGGAGGTCAAAGAGGAATCCAAGGTCCTGGA
ACTCTGTATGGTCCTAATGGACAAAATGGAATCCAAAGTCCAGGAACTCAGTATGGTCCA
GGGGGACAAATAGGAATTCAAGCACCTGGAACTCAATATGGACCAGGTGAGCAAAATGGA
ATCCAAAGTCCTGGAACTAAGACTGGTCCAGAAGGACAACTTGGAAACCAAGGGCCAGGG
ACACAGTATGGTCCAGGTGGACAATATGGAATCCAAGGGCCAGGAAATCAGTATGTCCCC
GGCGGACAAGGTGGAATCCAAGCTCCTGTAAGTCAATATGATAATGTTCAAGGTGGAATT
CGAGGACCAGGAACTCAGTATGGTCCAAGCGGACAAAGTGGCCTTCAAGGGCCCGGAGGC
CAAAATGGCATACAATATCCAGGAGGAAGTTATGGCACCGGCGTCCAAAGTGGTTTGCAG
AAACCAGGTGGCGTTTATGGTTCTGGGTTAAATGGAATCCAAAACAATGGCGTACCTGGA
ACGGGTGATAATTATGTTCCTGGAGGCCAAAGTAATGTGCCAGGTGGTTACGGCATCTCT
AATAGACCTTTTAATCTTGATGGTACTGGGAGTCAACAAGGTCCATATAACCCATCATTA
CCAGGACAAAATGGACCATATGGGACTAATATGGTAGGTCAAGGATCAGGTTCAATTAGT
CCTGGCACTACTGGCTTAGGGAACACAGGTAATCAAAATGGACAGTACGGACCTAGTGCT
GGACCTTACCCTAACCAATATGGTAATGACTTATCCAACACGGGAGGTGGTTCTGGACAG
TATGCCAATGTTCCTTATGGATACGGTAATAATCAAGCTGGTGCACCACAGAATGTTGTC
GATCCAAATTCAGCTCTTTTGATAGATGGTGACGATTCTGCAGCTGAAGCTAGCGTTTCT
CAAGCTTCAAACGGTACAACGGCTATAGCTTCCTCAAAAGGAGGAAATGATAAAGGACGT
GCTCAAACACATGTGCAAGGAGCTTATACTGGCGGTGGCTCATTTTCTGCTCAAGCCGAA
ATTAGTGGTGAGAATAAAGCAGCTAATAGCGAAGTAACTGGTGACAAAAAAGGAGCTTCT
AGTAATGCTCAAGGAAGTGGACGTAATAATAAATCACAAGCTAATGTTCAATTAGGATCC
GAGACAGGTTCCATCTTGACTGGTTCGCAAAGCGAAGGAGTGATGCATTCTTCCAATACA
CAAGTACAGGGTAGCTTGAAAGGTGGCATGGCGGACGCTCAAGCTCGTGGTCCAGGTAGC
ACTTCGTCTCAAGCTCAGATTGGTTTTACACCGTATACACATGGAGATGCATCTCATGAT
GTACAAAAATCTCCATTTGTGGGCGGGGGAACTGCAGCTGCACAATCAAGTGGTCGAACG
GGCTCCTCACAATCACAATTACGTGGAACATTTAAATATGGAATTACTTTATAA
(3774 bp)

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