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Last updated: 2022/11/18

Silkworm GeneModel Entry

NameBGIBMGA002286-TA
JBrowseBomo_Chr26
chromosome_No.
Scaffold_id
Scaffold Length		chromo26
Bm_scaf34
4438494 bp
UniRef
UniRef50_UPI00015B448E (51%/387)
Cluster: PREDICTED: similar to conserved hypothetical protein; n=1; Nasonia vitripennis|Rep: PREDICTED: similar to conserved hypothetical protein - Nasonia vitripennis
Ontology
GO:0005216 F ion channel activity
GO:0005267 F potassium channel activity
GO:0006810 P transport
GO:0006811 P ion transport
GO:0006813 P potassium ion transport
Orthologue
Sequence
(Amino Acid)
MRQVSEDKTGKYGDSTLDFLKTIEVDLKEYEDNYTECMKHLNNKEKKTWTFWNAMFYAGT
IYTTIGVLKKQCVVMSEERNDRKKLTLKIPTIKAESEVQTVEQLVPKTTDITLTEMESGQ
ENQGTSIRKRRNLSKNRGQAARQREKTPEPSRTPVPHEDTTTSDDEEMKAPPSPREIEAD
DTYEEMRRLVQEQANTKDPVYDLDMEKLLEERAIAANERRRRSISPFALPDKDDLNKLQR
KGSFIDPSNKLLSSNYIVSPKDEDKGRRGSVETPKEIFLSSGSSSPKIDSDSLQSVPTTP
KKLQEIVYPDDKMFEDMSKKPKTPVKAENIFSFDGKQGNVSTKSSSPIRSELPSPSETGA
KVVQVERSSSKKLLQEKKPVVEVRERIVRTPSRKTSAENKPIVVKQIHKHGKDEHGKVPP
VKPARSKSVSRLGNKTSESEMSEDQGNQRNLAASSKRRAVPPPRRFVKHSPRANRSQSIH
KVEDLRADKSEIGMSQTSREIMELMQKARARSLSIPKDDPRLPVEYRKFNRNLKTPNKTP
SETPKSTRGISCPKTIQIISDKEILAGLYTKQNDNLSNGGYSRQSSGYIDASQSEVTSSC
YSSSPSGNEFDFDLSERTAELTRKLNILSQEVDQRQDKNNIILSRDDNYFRENEIEQRSG
LRKRSLVGTKTDEKKDKSRITQQRKSKQKSSPDSKKTRSKWNVIGNWRQFKHEQRIEYEK
IKLLRNRCFCDMLLVVMLCGSGAMMFRYFEASFENTFKCGSRSVKRDFLESLWRGTQYLR
EDDWKSMARKKLYEFENQLHTAYEVGVTSYSGQRSWNFMNSFIYCFTLMTTIGYGHIAPK
TSYGRAATIVYAIIGIPLFLIVLADFGKLFTRIIKFFWSFIRRFYYTRSCRKVRRTVPVQ
EVMKGLNIVYDVVRRPSQIFSEEEILPDQPPPIERRSSDVPPPLPPKPGTTRDPENETEP
ETPAPSVFEIDDEFNLPISVAIIILIIYIIMGATIYYTWETWSFFESFYFIFISMSTIGL
GDLVPDNPMFMMASILYLIFGLALTSMCINVVQVKLSDTFKQASAKLGATIGLKVAEEDG
SLVPITPPPTEIVPVHKSKTKIEDNCKGDDQNDDKNR
(1117 a.a.)
Sequence
(Nucleotide)
ATGCGGCAAGTTTCGGAAGATAAAACAGGAAAATACGGTGATTCAACGTTAGATTTCCTA
AAAACAATCGAAGTGGATCTGAAGGAGTACGAGGACAACTACACGGAGTGTATGAAGCAT
TTGAACAACAAGGAAAAGAAGACTTGGACGTTTTGGAATGCAATGTTTTACGCGGGAACT
ATTTATACGACTATAGGTGTTTTGAAGAAACAGTGTGTGGTAATGAGTGAGGAACGAAAC
GATAGAAAAAAACTTACATTGAAAATACCAACAATAAAAGCAGAATCCGAAGTTCAAACT
GTTGAACAATTAGTTCCTAAAACGACAGATATAACATTGACCGAAATGGAATCGGGACAA
GAAAACCAAGGCACGTCGATAAGAAAAAGAAGAAATTTATCAAAAAACAGGGGCCAAGCA
GCTAGACAACGTGAAAAAACACCAGAACCCAGCAGAACTCCCGTACCTCATGAAGATACA
ACTACTTCAGACGATGAAGAAATGAAAGCACCTCCGAGTCCTAGAGAAATAGAAGCTGAT
GATACGTATGAAGAGATGAGGCGTCTTGTTCAAGAACAAGCAAACACGAAAGATCCTGTT
TACGATTTAGACATGGAGAAGTTACTTGAAGAGAGAGCAATAGCAGCAAACGAAAGAAGG
CGCAGAAGTATTTCACCGTTTGCATTACCGGACAAAGATGATTTGAATAAACTACAACGT
AAAGGAAGCTTTATTGACCCTAGTAATAAGTTGCTATCTTCAAATTATATAGTAAGCCCA
AAGGATGAAGACAAAGGAAGACGAGGATCCGTCGAAACTCCTAAGGAAATCTTTCTTTCA
TCAGGAAGCAGTTCACCAAAAATAGATAGTGATAGTCTACAGTCTGTGCCCACAACACCC
AAGAAACTACAAGAAATTGTTTATCCAGATGACAAAATGTTTGAAGATATGTCCAAGAAA
CCAAAAACCCCGGTGAAAGCCGAAAATATATTTTCATTTGATGGTAAGCAGGGCAATGTG
AGTACCAAGTCGTCTTCGCCTATCAGGTCAGAACTGCCATCTCCAAGCGAGACAGGCGCC
AAAGTTGTTCAAGTCGAACGATCATCAAGCAAGAAGCTATTACAGGAGAAAAAGCCTGTT
GTCGAAGTCAGAGAAAGAATCGTAAGAACTCCGAGTAGAAAAACATCAGCTGAAAATAAG
CCAATCGTGGTAAAGCAAATACACAAACATGGTAAAGATGAACATGGCAAAGTCCCTCCA
GTGAAACCTGCTCGGAGCAAATCAGTATCAAGATTAGGGAATAAAACTAGTGAGAGTGAA
ATGAGTGAAGATCAAGGAAACCAACGAAATCTTGCAGCTTCATCAAAACGTAGAGCTGTA
CCACCACCGCGACGGTTTGTAAAGCATTCACCAAGAGCTAACCGTTCGCAGTCAATACAT
AAAGTTGAAGACTTACGAGCAGACAAATCAGAAATAGGAATGAGTCAAACGAGTCGGGAA
ATAATGGAGTTAATGCAGAAAGCCAGAGCTAGAAGTCTATCGATCCCTAAAGATGACCCA
AGATTACCGGTTGAATATAGAAAATTTAACAGAAATTTGAAAACCCCAAACAAAACGCCT
TCAGAGACTCCTAAGAGTACTAGAGGAATTTCTTGTCCGAAAACAATTCAAATAATTAGT
GACAAAGAGATACTCGCGGGACTTTATACAAAACAGAATGATAACTTAAGTAATGGTGGA
TATAGTAGACAAAGTTCTGGATATATAGACGCAAGTCAGTCTGAGGTAACTTCCAGTTGT
TATTCATCTTCACCAAGTGGAAATGAATTCGATTTTGATTTGTCTGAACGGACTGCTGAA
CTAACTCGCAAGCTAAATATACTGAGCCAAGAAGTAGACCAAAGACAAGATAAGAACAAT
ATTATTTTATCACGAGATGACAACTATTTTAGGGAAAACGAAATCGAACAAAGGTCAGGT
CTAAGAAAAAGATCGCTGGTTGGCACAAAAACCGATGAAAAGAAAGATAAATCTAGAATT
ACACAACAGAGGAAGAGTAAACAAAAATCGTCACCTGATAGTAAAAAAACGAGATCAAAG
TGGAATGTGATCGGGAATTGGCGGCAGTTCAAACACGAGCAAAGAATTGAATATGAAAAG
ATAAAATTGTTGAGGAATAGGTGTTTCTGTGACATGCTTTTGGTAGTTATGCTGTGTGGT
TCAGGTGCGATGATGTTCAGGTATTTTGAGGCATCGTTTGAGAATACCTTTAAATGTGGA
AGTCGGAGTGTTAAAAGAGACTTCCTCGAAAGTCTGTGGCGGGGCACTCAGTATTTACGT
GAAGACGACTGGAAATCTATGGCACGAAAGAAATTATATGAATTCGAAAATCAGTTGCAT
ACCGCGTACGAAGTAGGTGTTACGTCTTACAGTGGGCAGAGGTCTTGGAATTTCATGAAC
TCTTTCATCTACTGCTTTACGTTAATGACAACGATTGGTTACGGTCACATAGCTCCGAAG
ACGAGTTACGGTCGGGCAGCGACTATTGTATACGCCATCATCGGAATTCCACTATTCCTG
ATTGTCCTCGCCGACTTCGGCAAACTGTTCACGAGGATTATCAAATTCTTCTGGTCATTC
ATTAGAAGATTCTACTACACCAGAAGCTGCAGGAAAGTTAGGAGAACGGTGCCAGTACAA
GAAGTTATGAAAGGTCTCAACATAGTTTACGACGTGGTTCGACGTCCGTCTCAAATATTT
TCCGAAGAAGAAATTTTACCAGACCAGCCACCGCCAATCGAAAGAAGATCTAGTGATGTC
CCCCCACCACTACCACCAAAGCCTGGAACAACTCGAGATCCTGAAAATGAAACTGAACCA
GAAACACCAGCACCATCAGTTTTCGAAATAGACGATGAATTTAATTTACCTATATCAGTT
GCCATTATCATTCTAATTATTTACATAATTATGGGCGCCACCATATACTATACTTGGGAA
ACCTGGAGTTTCTTTGAATCATTCTATTTTATCTTCATATCGATGTCGACTATTGGTCTC
GGAGATCTAGTTCCCGATAACCCAATGTTCATGATGGCTTCCATTTTGTACCTTATCTTT
GGATTGGCTTTGACATCAATGTGTATTAACGTAGTACAAGTAAAGCTATCTGACACGTTC
AAACAAGCTAGTGCCAAATTAGGGGCTACGATAGGTCTGAAAGTAGCTGAAGAAGATGGT
AGTTTGGTCCCCATTACTCCTCCTCCGACAGAAATTGTACCAGTACATAAATCTAAAACT
AAAATTGAGGACAACTGTAAAGGCGATGATCAAAATGACGATAAGAATAGATAA
(3354 bp)

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