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Last updated: 2022/11/18

Silkworm GeneModel Entry

NameBGIBMGA004936-TA
JBrowseBomo_Chr25
chromosome_No.
Scaffold_id
Scaffold Length		chromo25
Bm_scaf65
2150616 bp
UniRef
UniRef50_UPI0000DB6F3E (69%/1018)
Cluster: PREDICTED: similar to Gef26 CG9491-PA; n=1; Apis mellifera|Rep: PREDICTED: similar to Gef26 CG9491-PA - Apis mellifera
Ontology
GO:0005085 F guanyl-nucleotide exchange factor activity
GO:0005515 F protein binding
GO:0005622 C intracellular anatomical structure
GO:0007165 P signal transduction
GO:0007264 P small GTPase mediated signal transduction
Orthologue
Sequence
(Amino Acid)
MVRGGRGGRHSPELYPHTLKCSNASDTSSAYSGSDTMTSVHSSLDMDMEVDLSGLLESIV
DSDEEEDMEEEILIVRDAVRECLEKDPSERTDDDIETLLEFTRHLTAFTNMTLTVRRALC
AVMVFAVVEKAGTVVMNDGEEHDSWSVLINGHVGIEHANGEIEHLNIGDSFGMAEATLEK
LYHRGVMTTRCDDCQFVCVTQTDYYRILHQGEENIRRHENDNGVVVLVTEYRGVAGESGR
QHGHVVIRGTPEQLMLQLVEDNSRDSTYVEDFLLTHRTFIESPLVVAKQLLAWFSEPSVR
DKVTRVVLLGVNNHFTDFETDPNMMEFLENFEISLERENMESQLRLLNIACSAKARTRSV
TLSRPSRDEPLYFTILGGYERGYGIFIFKVEKHSKAEDVGFKRGDQILEVNGQSFQHVSH
AKAMEIITGSTHLSITVKSNLLAFKQMLSMPENSPRQRGGANIVRWQTDPRARLSTAELL
TDDPITLTPSFSSPTKKPQQNSTKKETQKNFMTLGPKRKLQKALMKMNLLPKNTISDGLH
TDDSVLSNTESLNRANTSTSFYSSHSNPDLISICYDEYHSSDYPEHVLKVYRPDQTCKYL
LVHKETTAREVVMLSVKEFGISDPSSNFSLCEVSVAQGGIIKQHRLPDQLQNLAERIGLS
SRYYLKTNGISETLVPDDMAPELLRESVVHFLQLNAVEVAVQLTLQDFCIFRQIESTEYV
DDLFELKSRYGTPMLSQFAELVNKEMFWVVTEVVNEQNLVRRSKIIKQFIKVARHCKECK
NFNSMFAIISGLGHGAVSRLRMTWEKLPTKYYKLFTDLQMLMDPSRNMSKYRQLVTSEQG
RSPVIPFYPVVKKDLTFIHLGNDTKVEGMVNFEKLRMIAKEVRTLTNMCSSPYDLLTLLE
LGNQPPSNAMVALNQLTTGVQQGQVTVKRRKKSSNAPNQKKMFEEAQMVRRVKAYLNRMH
VETDEERLHALSIECEGAGPAPTMPRRRHPSPSLSTTSSASSASESKKVLPHYLNLRKRG
PTNQDHRHPPRVRHLVCIAVMDQCLVYAARVQLTKGRTPTHPHPFLLIFLQKAVASRLCK
LAIKENWLGDFE
(1092 a.a.)
Sequence
(Nucleotide)
ATGGTGAGAGGTGGGCGTGGAGGCCGTCACAGTCCGGAGCTGTACCCCCACACACTAAAG
TGCTCCAACGCTAGTGATACTAGCTCCGCATACAGTGGCAGTGACACTATGACTTCAGTA
CATAGCTCCCTTGATATGGATATGGAGGTTGATCTTTCTGGCCTCCTCGAGTCTATTGTT
GATTCTGATGAGGAAGAAGATATGGAAGAGGAAATCCTTATAGTAAGAGATGCAGTGCGT
GAATGTCTGGAAAAAGATCCAAGTGAAAGAACTGATGATGATATTGAGACTTTGTTGGAA
TTTACTCGACACTTAACAGCATTTACTAATATGACTCTTACTGTAAGGCGTGCTCTTTGT
GCTGTAATGGTATTTGCTGTTGTGGAGAAAGCTGGTACTGTTGTAATGAATGATGGAGAA
GAACATGATTCATGGTCAGTACTCATTAATGGTCATGTAGGTATTGAGCATGCCAATGGA
GAAATTGAACATCTTAATATTGGGGACAGCTTTGGAATGGCAGAGGCTACTCTGGAAAAG
TTATACCATCGGGGTGTAATGACAACCAGGTGTGATGACTGTCAGTTCGTATGTGTAACA
CAAACTGATTATTACCGTATACTGCATCAAGGAGAAGAGAATATCAGGAGACATGAGAAT
GACAATGGGGTTGTAGTCTTAGTAACTGAGTATAGAGGAGTAGCAGGTGAGTCTGGACGC
CAACATGGTCATGTAGTAATAAGGGGAACACCTGAACAGTTGATGTTGCAACTTGTGGAA
GACAATTCACGTGATTCTACTTATGTTGAAGATTTTCTCTTAACACATCGAACTTTTATT
GAAAGTCCATTAGTAGTAGCGAAACAGCTACTAGCTTGGTTTTCTGAACCTTCTGTCCGG
GACAAAGTAACCAGAGTGGTATTATTAGGGGTAAATAATCATTTCACAGATTTTGAAACA
GATCCGAATATGATGGAGTTTCTTGAAAATTTTGAAATTTCACTAGAGCGAGAAAATATG
GAAAGCCAGCTGAGACTTTTGAATATAGCTTGTTCTGCAAAGGCTCGTACCAGGAGTGTC
ACATTATCTCGTCCATCTAGGGATGAACCCTTATATTTTACTATTTTGGGTGGTTATGAG
AGAGGTTATGGTATATTTATTTTTAAAGTTGAAAAACACTCTAAAGCAGAGGATGTAGGA
TTTAAAAGAGGAGACCAAATTTTGGAAGTAAATGGGCAATCATTCCAGCATGTCAGTCAT
GCTAAAGCAATGGAAATTATAACAGGATCAACACATCTGAGCATCACAGTTAAAAGTAAT
TTACTAGCCTTTAAACAAATGTTGTCTATGCCTGAAAATTCTCCAAGACAACGAGGTGGT
GCAAATATAGTAAGATGGCAGACAGATCCTAGAGCACGTCTTTCAACTGCTGAGCTGCTC
ACTGATGATCCAATAACTCTGACGCCTAGTTTCTCATCACCAACAAAAAAGCCTCAACAG
AACAGTACTAAAAAAGAAACTCAAAAAAATTTCATGACCCTTGGTCCCAAAAGAAAACTG
CAAAAAGCGTTAATGAAAATGAACCTTCTTCCTAAAAATACAATAAGTGATGGCCTGCAT
ACTGATGACAGTGTACTATCTAATACTGAGTCACTAAATAGGGCCAACACCAGCACATCA
TTCTATAGTTCCCATAGTAACCCTGACCTAATATCCATTTGTTATGATGAATACCACTCC
TCAGATTATCCAGAACATGTACTCAAAGTATATAGACCTGATCAAACCTGTAAATATCTT
TTAGTTCATAAGGAAACAACAGCCAGAGAAGTAGTAATGTTATCAGTAAAAGAATTTGGT
ATCTCTGATCCTAGTTCCAACTTTTCCTTGTGTGAAGTATCTGTTGCGCAAGGCGGAATT
ATCAAGCAACACCGCTTACCTGATCAACTCCAGAATCTTGCTGAACGTATCGGTTTGAGT
TCAAGATATTATTTAAAAACAAATGGCATAAGTGAAACACTAGTTCCAGATGATATGGCT
CCAGAGCTTTTGCGTGAAAGTGTGGTGCATTTTTTGCAGTTGAATGCAGTTGAAGTTGCT
GTACAGTTAACTTTACAAGATTTCTGCATTTTTAGACAAATAGAGAGTACTGAATATGTT
GATGATCTGTTTGAACTGAAGAGTAGATATGGTACTCCAATGTTATCACAATTTGCAGAA
CTTGTAAATAAAGAGATGTTTTGGGTGGTAACTGAGGTTGTCAATGAACAAAATCTTGTC
CGTAGATCCAAAATAATAAAACAATTTATTAAAGTTGCGAGACATTGCAAAGAATGTAAG
AATTTTAATTCCATGTTTGCTATCATATCAGGATTAGGTCATGGAGCAGTATCTAGATTG
AGAATGACTTGGGAAAAATTGCCTACAAAGTATTACAAATTGTTTACTGATCTACAAATG
TTGATGGATCCTTCAAGAAATATGTCAAAATATAGGCAGTTGGTTACATCAGAGCAAGGA
CGTTCGCCTGTAATACCTTTCTACCCTGTTGTCAAAAAAGATTTGACTTTTATTCACCTA
GGTAATGACACCAAAGTGGAAGGCATGGTTAACTTTGAAAAACTTAGAATGATTGCAAAG
GAAGTAAGAACCCTAACAAATATGTGCAGTTCACCATATGATCTCTTGACTCTTTTAGAA
TTGGGAAATCAACCACCTTCTAATGCTATGGTGGCCCTTAACCAACTCACTACTGGAGTA
CAGCAAGGTCAAGTGACTGTTAAAAGAAGAAAAAAATCATCAAATGCACCAAATCAAAAA
AAGATGTTTGAAGAAGCTCAAATGGTCCGTAGAGTTAAAGCCTATTTGAACCGTATGCAT
GTTGAAACGGATGAGGAAAGATTACATGCACTATCGATCGAGTGTGAAGGGGCAGGTCCA
GCTCCTACTATGCCGCGACGACGCCATCCTTCTCCTTCCTTATCCACTACTAGTAGTGCT
TCCTCAGCCAGTGAAAGCAAAAAAGTTTTACCGCATTATCTGAACCTGCGAAAACGAGGC
CCCACCAACCAAGACCACCGCCACCCCCCTCGGGTCCGTCACCTAGTTTGCATCGCCGTG
ATGGACCAATGCCTGGTATATGCTGCCCGCGTTCAGCTCACGAAAGGTCGCACTCCGACA
CACCCACACCCCTTCCTGTTGATCTTTCTGCAGAAAGCAGTAGCGTCACGTCTCTGTAAA
CTTGCCATTAAAGAAAACTGGCTCGGTGACTTCGAGTGA
(3279 bp)

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