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Last updated: 2022/11/18

Silkworm GeneModel Entry

NameBGIBMGA001183-TA
JBrowseBomo_Chr13
chromosome_No.
Scaffold_id
Scaffold Length		chromo13
Bm_scaf1
16203812 bp
UniRef
UniRef50_UPI00015B5C00 (42%/709)
Cluster: PREDICTED: similar to VEGFR-A splice form A; n=1; Nasonia vitripennis|Rep: PREDICTED: similar to VEGFR-A splice form A - Nasonia vitripennis
Ontology
GO:0000166 F nucleotide binding
GO:0004672 F protein kinase activity
GO:0004713 F protein tyrosine kinase activity
GO:0004714 F transmembrane receptor protein tyrosine kinase activity
GO:0004872 F signaling receptor activity
Orthologue
Sequence
(Amino Acid)
MREIVVPRDCSKIVIECRPTTPDVNVTLSSEIPDYYYPSFRYSPKIGFVPENSMPSDDQI
ISFVLCEFVRGETRIEKYIYVSKHIKKPPKPKVAGGHKQFLEGETFTIHCRVPNDGLINF
KWKYPPEVTNDSVEVSVVKTEATTTGSIVYQNITIRNATKKHNGVYTCLLTNTCGEEKDE
FRKIFLEKPFLSLRDLAKGKLMGNANKSINIVIEIEAYPPVERTHFLKNDKYLPSNDLKY
NVTTLANGDPKLRINDLKLTDIANYTLVAENKYLTKNYTVDLRVFTKPEAKLLNNRIIKR
LENSEMNFACKVTGYPLPDVTWIFSNDEEHELSSTKSEQESLYAKTDYLKISVQASGVIT
CNAHNSKGEYFDSSTLLVYEINNGFGILQPLENWYSEKDSARKKCLASVYDYDNVSWLGS
DGNILDDIELLAPIIREPDSNKDEEAMEGRSIQLHCEAEGVPRPTIYWYKDDELISNNSG
YKLFVDIVNHTIVNSTFEIENMQEKDNGIYECVALNNASELRRAYTLVLKAEKSYTPYVI
VTAVIILVLLGMVAYLFTWKLKKQRELTKAGLLNFKSGNKKSFNPNLGIDEQADLLPYDE
KFEFPREKLTFGKQLGAGAFGVVYKAEARGIINAEVTTPVAVKMVKRTADNMYIKALASE
LKIMVHLGKHVNIVNLLGACTKHIAKRELIVIVEYCKYGNIHNYMQKHREVFIDQLTDNA
EKNLGKINKGFLNSVGTTGTHSDYFSSGNTKDTDHSLLYSGNSKRSGRKVSEGYIQQEWQ
TKYEGDYIYECHQPRPLTSGHLLGWAFQIARGMEYLANRKVLHGDLAARNVLLADDNVVK
ICDFGLARSMYNNEEYQKKENSPLPVKWLAIECMVDRIFSTQSDVWSYGIVLWEMFSLAK
TPYPNISPTDLLRWLSDGNRLEKPPFADDRLYNVMLRCWHQKPTARPSFTELQEILGNFL
EDNERNRYVDLNAPYNEMNAELMTGEDYLAMVCAPDYNNIVTPSPNYVNMAKSFFPATPT
PKDQEGYLPMSPTSDQTKYMAHGTKFDFDSRKLNPRVSEASNVGSVITPLLDLNNLPARS
GSESDHENNASTYLDKCIDDKKSDEVFEMKQTNTKNPQDNSAVTNPTYYTFDVENEKKPK
EIANPYVNFANGSTVHLK
(1158 a.a.)
Sequence
(Nucleotide)
ATGAGAGAAATTGTTGTACCAAGAGACTGTTCTAAGATTGTAATAGAATGTAGACCGACA
ACACCAGACGTCAATGTCACGCTTTCATCGGAAATTCCAGACTATTACTACCCGTCATTT
CGATACAGTCCAAAAATTGGTTTTGTACCTGAGAACTCTATGCCCTCAGATGATCAAATC
ATTAGCTTTGTACTATGCGAATTTGTAAGAGGAGAAACACGGATTGAGAAATATATTTAT
GTTTCAAAACATATTAAAAAACCTCCAAAACCAAAGGTTGCAGGTGGACATAAACAATTT
TTAGAAGGTGAAACATTTACAATACACTGCCGTGTACCAAATGATGGATTAATTAATTTC
AAATGGAAGTATCCTCCTGAAGTTACCAATGACTCAGTGGAAGTATCTGTGGTCAAGACT
GAAGCTACGACTACTGGTTCAATAGTTTATCAGAATATTACTATCCGAAATGCTACCAAG
AAACACAATGGAGTATACACCTGCCTTTTAACGAATACTTGTGGAGAGGAGAAAGATGAG
TTCAGGAAAATATTTTTAGAAAAACCTTTTTTATCGCTGAGAGATCTAGCGAAAGGTAAA
CTTATGGGAAATGCAAATAAATCCATTAATATTGTCATTGAGATTGAAGCGTATCCCCCA
GTTGAAAGGACACATTTCTTAAAAAACGATAAATATTTACCATCAAATGATTTGAAATAC
AACGTAACCACATTAGCTAATGGAGATCCTAAACTTCGTATTAACGATTTGAAACTGACC
GACATTGCCAACTATACTTTAGTAGCGGAGAATAAATACTTGACGAAGAATTATACCGTG
GATCTTAGAGTTTTCACAAAACCTGAAGCTAAACTGTTAAATAATAGGATCATTAAACGT
CTTGAGAATTCAGAGATGAACTTTGCGTGCAAAGTTACAGGTTATCCTTTACCAGACGTA
ACCTGGATTTTTTCTAATGACGAGGAGCATGAACTGTCATCCACGAAATCAGAGCAAGAG
TCTTTGTATGCGAAAACGGATTATCTCAAAATATCAGTGCAAGCTTCTGGTGTCATAACT
TGTAATGCACACAACTCCAAGGGGGAATATTTTGACAGCAGCACACTTTTAGTTTATGAA
ATAAACAATGGATTTGGTATATTACAGCCATTAGAAAATTGGTATTCAGAAAAAGACAGT
GCCAGAAAGAAATGCTTGGCTTCGGTTTACGATTATGATAATGTTTCTTGGTTGGGAAGC
GACGGTAATATATTGGATGACATAGAGTTGTTGGCGCCAATAATCAGAGAACCGGATTCC
AATAAAGATGAAGAAGCAATGGAGGGTCGTTCAATACAATTGCATTGTGAAGCTGAAGGT
GTTCCTCGACCAACAATCTATTGGTATAAGGATGACGAACTCATTTCTAATAATTCTGGA
TACAAATTATTTGTTGACATAGTAAACCACACGATTGTAAATTCGACATTTGAAATTGAA
AATATGCAGGAAAAAGACAACGGAATATATGAATGTGTGGCTTTGAATAATGCTAGTGAA
TTAAGAAGAGCTTACACACTCGTACTTAAAGCCGAGAAATCCTACACACCCTATGTTATT
GTCACCGCGGTGATTATTTTAGTACTCCTCGGTATGGTGGCGTATCTATTTACGTGGAAA
TTGAAAAAACAAAGGGAATTGACTAAAGCGGGTCTTTTAAATTTCAAAAGTGGTAATAAG
AAATCATTCAATCCCAATTTGGGAATTGATGAACAAGCAGATCTATTACCTTACGATGAA
AAATTCGAGTTTCCCCGCGAAAAATTAACATTTGGGAAGCAATTAGGTGCTGGTGCATTC
GGCGTAGTCTATAAAGCCGAAGCTCGTGGTATAATCAATGCTGAAGTAACAACTCCAGTC
GCCGTGAAGATGGTGAAAAGAACTGCAGATAACATGTATATCAAAGCCTTAGCATCGGAA
CTCAAAATAATGGTGCATCTCGGAAAACACGTCAACATCGTGAATTTACTGGGAGCCTGT
ACGAAACATATTGCAAAGCGCGAGTTGATAGTTATAGTAGAATATTGCAAATACGGAAAC
ATTCACAACTACATGCAGAAGCACAGAGAAGTGTTTATAGATCAGCTAACTGACAACGCA
GAAAAGAATCTCGGGAAAATCAATAAAGGATTCCTCAACAGCGTCGGTACCACGGGAACA
CATTCGGATTACTTCAGCTCCGGCAACACAAAAGATACTGATCATTCGTTGCTATATTCC
GGGAATTCAAAGAGATCTGGTAGGAAAGTTTCGGAAGGGTACATCCAGCAGGAGTGGCAA
ACTAAATATGAAGGCGACTACATCTATGAGTGTCACCAGCCACGGCCGCTTACATCAGGT
CACCTGCTTGGCTGGGCTTTCCAAATAGCACGAGGAATGGAATATCTTGCTAACAGAAAG
GTTCTTCATGGAGATTTGGCGGCAAGAAATGTTTTGTTAGCCGATGATAACGTAGTCAAG
ATATGTGACTTCGGACTCGCAAGAAGTATGTACAATAACGAAGAATATCAAAAGAAGGAA
AACAGCCCTCTACCGGTGAAATGGTTAGCCATCGAATGTATGGTTGACAGGATATTTTCG
ACCCAATCCGATGTTTGGTCCTACGGAATCGTGCTTTGGGAGATGTTTTCTTTAGCAAAG
ACTCCGTACCCTAACATAAGTCCCACTGACTTACTGCGTTGGCTCTCTGATGGTAATCGA
TTGGAGAAACCACCATTTGCGGATGATCGTCTCTACAATGTCATGCTGCGATGTTGGCAT
CAGAAGCCCACCGCGCGACCTTCGTTCACAGAGCTGCAGGAAATATTAGGAAACTTCCTT
GAAGACAACGAACGCAATCGCTACGTTGATCTGAACGCACCGTACAATGAAATGAACGCC
GAACTCATGACGGGGGAAGACTATCTCGCGATGGTTTGTGCACCGGATTACAACAATATC
GTAACACCGAGCCCCAACTACGTCAATATGGCAAAGAGTTTCTTCCCGGCTACACCCACT
CCTAAAGATCAAGAAGGCTATTTACCAATGAGCCCTACATCGGATCAAACGAAGTACATG
GCTCACGGAACTAAGTTTGACTTCGATTCTAGAAAGCTCAATCCTAGAGTATCGGAAGCT
AGTAACGTTGGTTCAGTAATAACCCCCCTGTTAGATTTAAACAACCTTCCAGCGAGAAGC
GGATCAGAATCTGATCATGAAAACAATGCCTCGACGTACCTTGACAAATGTATTGACGAC
AAAAAATCTGACGAAGTGTTTGAAATGAAACAAACAAACACGAAAAATCCACAGGACAAT
AGTGCAGTGACGAATCCTACCTATTATACATTCGACGTTGAAAACGAGAAGAAGCCAAAA
GAAATAGCTAACCCTTATGTTAATTTTGCCAACGGCTCGACTGTTCACTTAAAATAG
(3477 bp)

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