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Last updated: 2022/11/18

Silkworm GeneModel Entry

NameBGIBMGA003648-TA
JBrowseBomo_Chr5
chromosome_No.
Scaffold_id
Scaffold Length		chromo5
Bm_scaf9
8107424 bp
UniRef
UniRef50_UPI00015B4541 (45%/1126)
Cluster: PREDICTED: similar to ubiquitin protein ligase; n=1; Nasonia vitripennis|Rep: PREDICTED: similar to ubiquitin protein ligase - Nasonia vitripennis
Ontology
GO:0004842 F ubiquitin-protein transferase activity
GO:0005622 C intracellular anatomical structure
GO:0006464 P cellular protein modification process
GO:0006512 P obsolete ubiquitin cycle
GO:0016874 F ligase activity
Orthologue
Sequence
(Amino Acid)
MYSFEGDFRRKPQQNLAGASAARKTDRDSLIQQTQLQRQKREEHRKRLNSVIKIQAYFRS
YLTRKKCKQVERDQFDDMFPRINVEDQTTISALLAKIFFFYDDKADVSRLVSISQLLLKQ
WKKVFHNSGSSIQIRRLLALHLRLLKYNTEVPLAVPLRMFEVFTSTSTVEAAMNCDEALR
FVANTFLYLIKRGYFMDLCKLICEKTPPMYGPSPNPPTPLSGALLELIQRPLSLILRVNI
PQYEDTVTTEFTAAFLCNPYPEPVEMFILPSLAQDTTKKLSFLALIKCLQDDNKYHSKKI
INDSWLLHSVLVLEPKQFISEIKNIDNTRLPSNRIVIEYLKVIARLTENVCNKQITYEFE
DSLYSQETAADKDDESDSETEPNPTSIREQMLLTRCIELLNDPERCIMVTISQITDNDLS
EEFLEYMSEICHNLLLSHRMALHKYRLLYTLAFKPIFLRGLWRWLSNMNHASSFGGSSTS
LLSALSRGMGAETSVIGVHRLLAPLAVFCALFSLLIGTLHDTEFCKDMDDDEKMSVLNAG
GGGGRIHAFEFSELGGLCRTLRQVCLGLIELAYPESRLTACGLYKDAVGYTDVEMSGKNR
TPAWSHLFKVCTHLLRALYVRDSRLQFCGSAAWPVEGAIPEGGGAALVTHAVHSRPFPTH
LRQLNLSQEEGPPLTIKELRTVTILKEIPFVVPFSTRVLIFQALLAKEKHDNWYEMTNFS
EGPFINISVRRTHLYEDAFDKLSPDNEPNMKLKLRVQLINQAGAEEAGVDGGGLFREFIS
ELLKSAFDPNRGLFRLTKDNMLYPNPGVNLLYDDFPMHYYFVGRMLGKALYENLLVELPL
AEFFLAKLCSSREPDVHALASLDPGLYRGLLMLKSHRRQDVPELGLDFTILSDELGEQRI
DELKPGGANIPVTAENRIEYIHLVADYKLNRQIRSQCIAFKRGLASVVNADWLRMFSCRE
LQLLVSGAEVPIDVRDLRQHTLYSGTTLVSLAARWSWRVVDGGRSAIRGFSDSHPTVQCF
WKVVENLTDDQRRQLLKFVTSCSRPPLLGFKDLQPPFCIQSAGASDRLPSSSTCMNLLKL
PEFHSEEQLAEKLLYAIQAGAGFELS
(1106 a.a.)
Sequence
(Nucleotide)
ATGTATTCATTCGAGGGAGACTTTAGGCGAAAACCCCAACAAAATTTAGCAGGTGCAAGC
GCGGCACGAAAGACCGATAGAGACTCTTTGATTCAACAAACACAGTTACAAAGACAAAAA
CGAGAGGAACACCGAAAACGTTTAAACAGTGTTATAAAAATTCAAGCATATTTTAGAAGC
TACTTAACCAGAAAAAAATGTAAACAAGTAGAAAGGGACCAATTTGATGATATGTTTCCT
AGAATTAATGTAGAAGATCAAACAACAATCTCAGCACTGTTAGCAAAAATATTTTTCTTC
TATGATGACAAAGCTGATGTTTCTAGATTGGTATCAATATCACAATTGTTGTTAAAACAA
TGGAAAAAGGTCTTCCACAACAGTGGCTCTAGTATACAGATAAGAAGATTACTAGCATTA
CATTTGCGACTATTGAAGTATAACACAGAGGTGCCTTTAGCAGTTCCACTCAGAATGTTT
GAAGTATTCACATCCACTAGTACAGTAGAAGCAGCAATGAACTGTGATGAGGCACTGAGA
TTTGTTGCCAATACATTCTTGTATTTAATTAAAAGAGGCTATTTCATGGATCTGTGTAAA
TTAATATGTGAAAAGACCCCACCAATGTATGGTCCATCACCAAACCCACCCACCCCATTA
AGCGGAGCACTTTTAGAGTTAATTCAGCGCCCTCTGTCACTGATCCTGCGAGTGAACATT
CCTCAGTATGAAGATACAGTAACAACAGAGTTTACTGCGGCATTTTTGTGCAATCCGTAT
CCAGAACCAGTAGAAATGTTTATATTACCATCTCTAGCACAGGATACCACAAAGAAACTA
TCATTCTTAGCATTAATAAAGTGTTTACAAGACGACAACAAATATCATAGTAAAAAGATT
ATAAACGATTCTTGGTTATTGCATTCGGTTTTGGTTTTAGAGCCAAAGCAATTTATAAGT
GAAATAAAAAATATTGACAATACAAGATTGCCAAGCAATAGAATAGTAATAGAATACCTT
AAGGTAATAGCTAGATTGACTGAGAATGTGTGCAACAAACAAATCACCTACGAATTTGAA
GACTCACTGTACAGTCAAGAAACTGCAGCGGACAAAGATGATGAAAGTGACAGCGAAACC
GAACCGAATCCCACCTCTATTCGTGAACAGATGCTGCTGACGCGGTGTATTGAATTATTG
AATGATCCAGAAAGATGCATTATGGTCACCATATCTCAAATAACAGATAATGATTTAAGT
GAAGAATTTTTAGAGTACATGTCTGAGATCTGTCACAATTTGCTTTTGAGTCATCGTATG
GCTTTGCATAAGTACAGGTTATTGTATACGCTAGCATTTAAACCGATATTCTTACGAGGT
CTATGGCGCTGGTTGAGTAATATGAACCACGCTTCCTCGTTCGGTGGTTCGTCCACGTCT
CTCCTGTCTGCGTTGTCCCGCGGTATGGGTGCCGAAACTTCTGTGATAGGTGTTCATAGA
CTACTGGCACCTTTGGCTGTCTTCTGCGCCTTGTTCTCGCTATTAATCGGAACCTTACAC
GATACGGAGTTCTGCAAAGATATGGACGATGATGAGAAAATGAGCGTGTTGAACGCCGGC
GGTGGGGGTGGCAGGATTCACGCGTTTGAGTTCTCGGAACTTGGCGGTCTCTGCAGAACG
TTACGCCAAGTCTGTCTCGGTCTCATAGAACTGGCCTACCCTGAGTCGAGGCTCACTGCC
TGTGGACTGTACAAAGATGCTGTGGGTTACACTGACGTCGAAATGTCTGGCAAGAATAGG
ACGCCAGCGTGGTCACATCTATTTAAAGTGTGCACGCACCTGCTGCGTGCGCTGTACGTG
CGCGACTCGCGGCTGCAGTTCTGCGGCAGCGCGGCGTGGCCGGTGGAGGGCGCCATCCCC
GAGGGGGGCGGGGCCGCGCTCGTCACGCACGCTGTGCACTCGCGACCCTTCCCCACGCAT
CTGCGGCAGCTGAACCTCTCGCAAGAAGAGGGCCCGCCGCTGACAATCAAGGAGCTGAGA
ACAGTCACGATACTCAAAGAAATACCATTCGTGGTGCCGTTCTCAACGCGAGTCCTGATA
TTCCAAGCGCTACTCGCAAAAGAAAAACACGACAATTGGTATGAGATGACTAATTTCAGT
GAAGGTCCGTTTATAAACATTAGCGTCCGACGCACGCATTTGTATGAAGACGCTTTCGAC
AAACTCAGTCCCGATAATGAACCAAATATGAAATTAAAGTTACGAGTACAACTGATCAAT
CAAGCCGGCGCCGAAGAGGCTGGCGTCGACGGTGGAGGCCTATTCCGAGAATTCATATCC
GAATTACTTAAATCAGCGTTTGATCCAAACAGAGGGTTGTTTCGTTTAACGAAAGATAAT
ATGCTGTACCCGAATCCTGGCGTTAACTTGTTGTACGATGATTTTCCCATGCACTATTAC
TTCGTCGGCAGGATGCTTGGAAAGGCACTGTACGAAAATTTACTGGTAGAACTTCCACTA
GCGGAGTTTTTCCTCGCCAAGCTGTGCTCGTCTCGGGAGCCGGACGTTCACGCCTTGGCC
TCTTTGGATCCAGGCTTGTACCGGGGGCTATTGATGCTGAAGTCTCATCGAAGGCAAGAC
GTTCCGGAGCTGGGACTCGACTTCACGATACTCAGCGATGAACTGGGCGAGCAAAGGATA
GATGAACTGAAACCCGGCGGTGCCAACATTCCAGTGACCGCTGAAAATAGGATAGAATAT
ATTCATCTAGTCGCCGATTATAAATTGAACAGACAAATAAGGTCTCAGTGCATCGCGTTC
AAGCGCGGGCTGGCGTCGGTCGTGAACGCGGACTGGCTGCGGATGTTCTCGTGCCGGGAG
CTGCAGCTGCTGGTGTCGGGCGCCGAGGTGCCCATCGACGTGCGCGACCTCCGACAACAC
ACGCTCTACTCCGGTACGACGCTTGTGTCCCTCGCCGCGAGATGGAGCTGGCGCGTTGTT
GACGGTGGACGTAGTGCTATCCGAGGCTTTTCGGATTCGCATCCCACCGTGCAGTGCTTC
TGGAAGGTGGTCGAGAACCTCACGGATGACCAGAGACGACAGCTGCTGAAATTCGTCACG
AGCTGTTCGCGGCCTCCCTTGTTGGGTTTTAAGGACCTGCAGCCCCCGTTCTGCATACAG
TCTGCGGGTGCGTCGGATCGACTCCCGTCGTCGTCGACCTGCATGAACCTGCTGAAGCTG
CCGGAGTTCCACAGCGAGGAGCAGCTCGCGGAGAAGTTACTGTACGCGATACAGGCCGGG
GCCGGATTCGAGCTCAGCTAA
(3321 bp)

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