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Last updated: 2022/11/18

Silkworm GeneModel Entry

NameBGIBMGA002591-TA
JBrowseBomo_Chr5
chromosome_No.
Scaffold_id
Scaffold Length		chromo5
Bm_scaf20
5834375 bp
UniRef
UniRef50_Q95SH0 (50%/393)
Cluster: GH26463p; n=3; Diptera|Rep: GH26463p - Drosophila melanogaster (Fruit fly)
Ontology
GO:0000166 F nucleotide binding
GO:0004672 F protein kinase activity
GO:0004674 F protein serine/threonine kinase activity
GO:0004871 F obsolete signal transducer activity
GO:0005515 F protein binding
Orthologue
Sequence
(Amino Acid)
MELETPTKLKSAVDIVRVDGPNGLRFNSSLVSGDIPGSPAQSQTDRLQQPINLNKAVFTI
ETNSSKVVELQTKEGGTVQVSLWIRQLDSDGPCLVVAEPVNCKNVLLTIDAETAVILSCE
GVDAPALFGAESCDKLVGLPITSLIPSIRLPAVDTPISKSMAKQKVTGRTLEGGCFPVCL
WITKPDNSDGAHWSAIKSQRSILEINLRVTYNVSGLLVVDEAGIITACNHHFAMLTFGKP
HSEVIGHHIDDVIQFFCRESDIVKLPDRARNMTLSPVNNEDNPSASDTDDDSCGAFNGSQ
KSACMSLNVQQSLLSTTREKSSSALCLDKSISMITHTPTPTQDMVSSISTTEQRNDVSAL
PDVTSAMSGISIDDDNFCSSSISKSRSENILRSEQGNPVKPLATKPCDKSESVYYTSQHS
EVTPTGGTPRVRLSDPSLRLSFDSSKYRSLKATLPGQVRDDKSSLSLDYCDSNETSADFL
TPINEMPPPGCEIEDLPKHNGNDSVDSLSNDNDLETQTESAPGKRFDGDIKTHKFIYADA
CLKIVVNTLNWVLHKSRKLIFCSSETNRTYKSCVKWVRCQQYGSRTAHHNYVSEEVPVTP
CVPKRLLRAHVTSTPQNTRDRPADTCAADCRHRDGTYRGVVMHRDGTELNVVYTVSSMQL
AGGRSVRCVWLGVQLEDAPRHNTVASSLTSTADNSLVLGNKSAGSRPQSMSFVSQGGDEQ
VAGEYSKHYVTLKQIGKGAYGCVKMAYRRSDRLLTVTKFILKEKIGPLFLVDGPDGKKVP
LELSLLLTLKHPNIVSLVDVYENEKYFQMVMEKHGAGMDLFEFIERRPRMDEPLLSYIFR
QVGQAVEYLHSLNILHRDIKDENIIIDNKFHVKLIDFGSATFMSKDSLFSTFYGTTEYCS
PEVLAGNKYAGPELEMWSMGITLYVLTFFVDPFSDIEDTIQGPLTFPHLVSEDLEQLLRW
MLCKDPANRCTITQLMSHPWIKQHVAIANYVFHEIIDCDRDEANPEMYYNGSLSPRSGSP
VDQVDPVAKERSNPSEVAVRSEEKNVSREEPKRSSVALHALSTADRDAHSDNYSLRSSAD
ILDISSKPVSDAALTDISSDATGHAACDIDYDCDQYECDSWDECEQDSFS
(1130 a.a.)
Sequence
(Nucleotide)
ATGGAACTGGAAACACCAACCAAACTAAAGTCAGCTGTTGATATTGTTCGAGTGGATGGG
CCAAATGGTCTACGTTTCAATTCATCGCTAGTGTCTGGTGATATACCTGGATCTCCAGCT
CAATCACAAACTGATCGTTTGCAGCAGCCTATCAACTTGAACAAAGCTGTGTTCACAATC
GAAACCAATTCGTCAAAAGTAGTAGAGCTGCAAACAAAAGAAGGTGGAACTGTTCAGGTA
TCATTATGGATTAGACAACTGGACAGCGACGGCCCTTGTTTAGTAGTTGCAGAACCAGTC
AACTGCAAAAATGTTTTGCTAACCATAGATGCAGAAACTGCAGTCATATTGTCATGTGAA
GGTGTTGACGCACCTGCTCTGTTCGGAGCTGAATCCTGTGATAAATTGGTTGGTCTACCC
ATCACTTCACTCATACCTTCAATAAGGCTGCCAGCTGTAGACACACCTATATCCAAAAGT
ATGGCCAAGCAGAAAGTTACTGGGAGAACACTTGAAGGTGGCTGTTTTCCAGTTTGTTTA
TGGATAACGAAACCCGATAATTCGGATGGTGCACATTGGTCAGCTATAAAATCTCAACGA
TCCATACTCGAAATTAACCTTAGGGTGACATACAATGTTAGCGGCCTTCTAGTCGTCGAC
GAGGCTGGAATTATAACCGCTTGCAATCACCACTTTGCCATGTTGACGTTCGGAAAGCCG
CATTCAGAAGTGATCGGTCATCACATCGATGACGTCATACAGTTCTTCTGCCGCGAATCT
GATATAGTAAAATTGCCCGACAGAGCTCGCAATATGACTCTGTCTCCTGTTAATAACGAA
GATAATCCTTCTGCATCGGACACGGACGACGATTCGTGCGGCGCGTTCAACGGCAGCCAG
AAGTCAGCTTGTATGTCTCTTAACGTCCAGCAATCCTTACTTTCGACAACTCGAGAGAAA
TCATCCAGCGCATTATGCCTTGACAAGTCGATCAGCATGATCACTCACACTCCGACGCCC
ACCCAGGACATGGTGTCCAGTATCAGCACTACGGAACAGCGGAACGACGTGTCCGCGCTG
CCGGACGTGACGTCAGCGATGTCGGGTATATCTATTGACGACGACAACTTCTGCTCGAGT
AGTATTTCGAAATCAAGATCCGAGAACATATTGAGATCGGAACAGGGAAACCCTGTTAAA
CCGCTGGCAACAAAACCTTGTGATAAATCGGAATCCGTATATTACACATCTCAGCACTCC
GAAGTGACGCCTACTGGAGGGACGCCTCGAGTCCGACTTAGCGATCCTTCCTTGCGACTG
TCGTTTGATTCCAGTAAATACAGATCTCTAAAAGCCACCTTGCCCGGACAAGTTCGGGAC
GATAAGAGCAGTCTCTCCCTGGATTATTGTGATTCGAATGAAACGAGTGCAGATTTTCTC
ACTCCGATAAATGAGATGCCGCCCCCGGGATGTGAAATCGAGGATCTACCAAAACACAAC
GGAAACGATAGCGTCGACAGTTTGAGCAACGACAACGATTTGGAGACACAGACCGAGTCA
GCACCGGGGAAAAGATTTGACGGTGACATCAAGACTCATAAGTTTATCTATGCTGATGCA
TGCTTAAAAATAGTAGTTAACACTCTAAATTGGGTGTTACACAAGTCTCGTAAGCTTATT
TTTTGTTCATCTGAAACCAACCGTACTTACAAGTCTTGCGTCAAGTGGGTGCGGTGCCAA
CAATACGGCTCACGTACGGCTCACCATAATTACGTTTCAGAGGAGGTTCCCGTGACTCCG
TGCGTCCCCAAACGTTTGCTGCGCGCGCACGTGACGTCGACGCCGCAGAACACGCGCGAC
CGGCCCGCCGACACGTGCGCCGCCGACTGTCGGCACCGCGACGGCACCTACAGGGGCGTC
GTCATGCACCGAGACGGGACCGAACTCAACGTGGTGTACACGGTGTCGAGCATGCAGTTG
GCGGGCGGGCGGAGCGTGCGCTGCGTGTGGCTCGGCGTGCAGCTGGAGGACGCGCCGCGA
CACAACACGGTCGCCTCCAGCCTCACGTCCACGGCCGACAACTCGCTCGTACTTGGCAAC
AAATCGGCTGGCAGCAGACCACAGTCCATGTCCTTTGTGAGCCAGGGTGGAGACGAACAA
GTTGCAGGAGAATACAGCAAACATTATGTTACTTTGAAACAGATTGGTAAAGGCGCCTAC
GGCTGCGTAAAGATGGCGTATCGTCGTTCCGATCGTTTGCTGACCGTGACCAAGTTTATA
CTGAAAGAGAAGATCGGTCCACTGTTCCTGGTCGACGGGCCGGACGGGAAGAAAGTACCA
TTGGAGCTAAGTCTCTTGCTCACATTGAAGCACCCTAATATTGTTAGTTTAGTGGACGTA
TATGAAAACGAGAAATATTTCCAAATGGTCATGGAGAAACACGGTGCCGGCATGGATTTG
TTCGAGTTCATAGAACGACGTCCGAGAATGGATGAACCCTTGTTGAGCTACATATTTAGA
CAGGTCGGACAGGCGGTCGAGTACCTCCACTCGCTGAACATTCTGCACCGAGACATAAAA
GACGAGAACATTATAATCGATAACAAGTTTCACGTGAAGTTAATCGATTTCGGTTCAGCA
ACTTTTATGAGCAAGGATTCTCTCTTCTCTACTTTCTACGGAACCACTGAATACTGCAGT
CCTGAAGTGTTGGCGGGAAATAAGTACGCCGGTCCGGAACTAGAGATGTGGTCAATGGGC
ATAACGTTGTACGTTCTAACGTTTTTCGTTGATCCGTTCTCTGACATCGAAGACACTATC
CAAGGGCCGCTCACCTTTCCGCACTTGGTATCAGAAGACTTAGAGCAGCTCCTCCGATGG
ATGCTGTGCAAGGATCCCGCGAACAGATGCACAATAACGCAGCTGATGTCTCACCCGTGG
ATAAAACAGCATGTCGCCATTGCTAATTACGTCTTCCACGAGATCATTGACTGCGATCGT
GACGAAGCGAATCCTGAAATGTACTATAACGGGAGCTTATCACCAAGAAGTGGATCACCC
GTAGACCAAGTCGATCCCGTGGCTAAAGAACGTTCGAACCCATCCGAAGTGGCCGTCCGT
TCAGAGGAAAAGAACGTTTCTCGAGAAGAACCTAAGCGAAGTTCCGTGGCTCTGCACGCT
CTGTCGACTGCCGACCGAGACGCTCACTCAGATAACTACAGTCTGCGATCTTCAGCTGAC
ATACTAGACATATCGTCGAAGCCGGTGTCGGACGCGGCGCTCACGGACATCAGCTCGGAC
GCGACCGGCCACGCCGCCTGCGACATCGACTACGACTGCGACCAGTACGAGTGCGACAGC
TGGGACGAGTGCGAACAGGACAGCTTCTCCTAG
(3393 bp)

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