| New model in OGS2.0 | DPOGS215447 |
|---|---|
| Genomic Position | scaffold1017:+ 45028-54610 |
| See gene structure | |
| CDS Length | 4446 |
| Paired RNAseq reads | 19168 |
| Single RNAseq reads | 43472 |
| Migratory profiles | Query via corresponding ESTs |
| Best Bmobyx hit | BGIBMGA005738 (2e-84) |
| Best Drosophila hit | Ank2, isoform J (2e-106) |
| Best Human hit | ankyrin-3 isoform 1 (2e-86) |
| Best NR hit (blastp) | PREDICTED: similar to Ank2 CG7462-PB, isoform B [Apis mellifera] (4e-116) |
| Best NR hit (blastx) | PREDICTED: similar to Ank2 CG7462-PB, isoform B [Apis mellifera] (4e-108) |
| GeneOntology terms | GO:0045170 spectrosome GO:0045169 fusome GO:0007016 cytoskeletal anchoring at plasma membrane GO:0005886 plasma membrane GO:0005200 structural constituent of cytoskeleton GO:0008092 cytoskeletal protein binding GO:0005515 protein binding GO:0007165 signal transduction |
| InterPro families | IPR013326 Apolipoprotein/apolipophorin |
| Orthology group | MCL39993 |
Nucleotide sequence:
ATGAATAATTATGAGGCGCTAACTCGTGAAAAACAAGAACACGGTCCAGGCGGAGAGAGA
CTCGGAGAGAATGGAGAGAGAGTCACGCGTATCATAACATGCGACTTCCCTCACTATCTG
GCGGTAGTGTCACGTGTGAGGCAGGAGGTGCACGTCATAGGTCCCGAGGGCGGGACCGTG
TCATCGGCACACATACCACAAGTACAGGCCTTATTCCCGCCGTCGGCCCTCACGAAGAGG
ATCCGGGTGGGGTTGCAGGCTCACGGCGCGGATAAGGCGCTCTGCTCGCGACTCCTGCCT
CGTCACGCGGCCGTGTCCCCCGTACTAACTGTGGAGCCCCGGAGAAGGAAGTTCCATCGC
ACTATAACGCTGACGGCGCCATTGCCGCAGCCGCACGACCATAAGCTGAACAGTCACGAC
AAGCAGTCAACAGCAAACCTTCGTCTTTTATGTTCAATTATGGGCGGTCAAGCGCGAGCG
GTTTGGGAGGACGTGACCGGGTCCACTCCGCTCACCATCACCGACGACTGCGCCTCCTTC
ACCACCACTGTATCAGCCAGATTCTGGTTGATGAACTGTCAAAATGTCAGTGACGCGACC
AAACTGGCCACGGAACTATACAGAGAGATGTTACTGGTGCCTTTCGAGATACGTATAGTT
GTTCTTGGTAAACGTTTGGATTCGCTGGAAGGTCGCCTCTTGGTGCTGTACATCACGGAC
AGATACGCCTATGACACGCTGCTACATCAGGAGCACTATACTGAAGTGGCTCATTCCACG
TCCGTCCGTCTATTGGACGGTCGTCCTGTATATCTGGAGTTCTCTGGTAACCTGGTTCCC
GTCACCAAGTCCGGTACTCAACCAACTCTGGTCTTCGAGGCCTTCAAAGACAACCGCGTT
GAGTTTCCTGTGAGAGTGAAGCATCACGAAGAAAGTCCCTCGGGAAGGATTTACTTCATG
AATGAACCAAAGGTCGCTAAAGGCGAACCGTCCGCCAGTCCTACCTGTGTGCTTGATGTG
TCGCTTCCTGAACGCGTTGCACCCCGACCAGCCAAGAGTCATTTGGACTGCCTCAACTTG
GATCAAAGCGGTTTCGACGCACTGAAGGATGAGTTGAGTTTCAACTGGGAACACAACCAC
AGCGTCGGACCGCCCACAGTGCCCATAGACCACGCTACTACACAACTCAACGGCCACGAT
AAATCAGTAGCTAACGGTGACGTGAAGTACGAGACCAAAGAGGATGACAGAAAAGATATG
CCGCGTATCAATGGTGACGCGACGCATGATTCAAATAAGGCTAAAGCAACATTTGATTCC
GATGAAGACAAAACACCAATGAACACTTTGGAAAAGGGTAAAAAGAAAGCTGAAGGCGGT
TCATTTTTGGGCGGTCTAGCTGATAAAGTCAAGAACGTATTCAGTCACAGCGAAGACAAA
GAGGAAAGCAAAGAATCGTCTCCCAAACCGCAACCGAAACCGAGGGAATCTAAAGAGAAG
TCTCCACCGAAACCAGCGCCAAGGATTATTAACGAAGATTTGTTGGAAAAGGTCGAAGAT
ATGTTCAAAGACGTCCGCACAAAACCACATCTCAAGGACGAGGATGATGTTAACAGTCAA
GTTTATTCAACAAAACTTATAGTTGATGAAGGAAATCCTGATGAAGTTCGTCTGAAAACT
GAAGAAGTGTACCATCAGTATGAAAACATGCAGCCCGTAGACACCCCACTATATTCGAGA
AAGAGCGATCCTTTCCAATTCTTTACCGGATGTTGTGAAGACAAATATAAGAAAGGTGAA
AAACACCGTCACGACGAAACATCAACCTTAGCTGATAGAATCGAACAAGTCAAATTTTCT
GCAAATGAACAGATCCAAGAAATCGAAGATAAGTATCAGAAGGATTTACAAAAAGATCTC
AAAGAAGCGGAAAGAGAGAAAGATAATATCAAACAAGAACTCAGCGAAATCAAGGAAGAT
ATTATTGTAAAGTCCGAGAACATTAAAAACAATTTAATTGATAAAGAGGATAAATTGAAA
GCAGGTTTTGAAGATAAAGTTCAAGAGTTCAGTGACGTTGTTAACAAAAAGAAGAATGAA
CTGTCAGAGTCGGGAGAAAAGATTCAATCTGATATTGGAGCTAAAGTCGTTGACATGCAA
ACTAAAGTATCTTTGACTTTAGACAACGCGAACGATGATGTAAATAATTTATTTGACACT
GTTGACAACACTAAACAAAATATAAATAATAAATTTGTTGCACTCGATCTCGCTGCTATG
GAAAGAGCTGAAGAAATGAAGCTTAGGGGTCATAATAAATTATCTCAAATGGGAAAAACT
TTTGAAAATGCAGCCGACGATGTCAGTCATAAAACAGAAGAAAGTATCAATGAAGCGTCA
AATAAAATAAATAATTTAAAAACTGACATTGAAAACAACGCTGAAAACGTAAAAGATAAA
GCGAATGAAAAGGTGAATAATGTAAAAGTAAATATTAACGACAAAGTAAGTGCCATTAAA
GCTGAAGCCGAAGAAATTGTAGATGAAGTAGAAGAGAAAAGCAAAAAAGCTGTAGCTGAA
GTCAAATCTAAGAGTAAAGATAAAAAGAATGCAGCAAAAAAGAAAGCAAAGGAGGGTAAA
AATTTCTTTACGGGGCTTGTCCACAATATTTTCGGGGAAAAGGAAAAAATTGAGGATGAA
GTTAAAGGTAAAATAGCTGAAGGCAAGGAATCTGCGAGCAAATTATCAGAACAAGCGTCG
GCTGCTAAAGAAAAATTAGAAGAAAACATTGCTAAAGAGCAAGATAAGTTAAAACAAAAT
ACAGAACAAATTATGCAACGCACAGAGAATACGGCTGAGGATGTTGTTAAAAATGTGAAG
GATGCCAAGGATGATTTATTGGAAAGTGCACAAGAAAAAGCAGCGCAAGCTGTCAACGGC
TTAAACAAGAAGAAAGAGGAAGTAATACAGAACGTAGAAGGTAGAGCTAACGAAATATCT
ACAAGTATACAAGATAAAAAAGATGAGTTATTGCTGAGTGCCCAAGAAAAGAAAGGTGAA
ATCTTACAAAATGTACAAGACAATACTGAACTGGTAGTTACAAATATCAAGGCAAAGAAA
GATGAACTAGTACACAAAAAAGATGAATTAATACAAAGTGCGGAAAATAAAAAAGACCAA
CTATTGCACAGTGCTCAAGAAAAAGGTGAAGAAATATTCGCAACCATGGAATCAAAAAAG
AATGAAGCGGTGCAAAAGAAAGATGAACTACTACAGAGTGCAGAAGACAAGAAAAATGAT
ATATTGGAAATGACCAACAAAGAAACTGAAAGAATAGTAACAGCTGTTAAAGAAAAGAAA
AATGAAGTGTTACAAACCATCGACGATAAAAGTTCGGAAGCTGTTCAAAATGCCCGAGCA
AAAAAAGATGAAGTTATATCCGGAATAAGCGATAATATAGACAAAGCTAAACAAACAGTA
GGTGAAACTAAAGACAATCTTATTTCTGGAATAGCGGCAAAAAAAGATGAAATGATAAAT
TTAAAGAACACGATGCAAGATGGCGCCGAAAACAGACTTAATCAAATAAAACAAGAAGCT
GAAGAGACTACTGAAGAAATCAAAAGAACCGCCGAAGAAACTCTGAATGCTGCTGCTGAA
AAGAAAATTGAGTTAAAGAGCAACATTGCTTTGAAATTCAATGACCTTAAAGATGCTGGA
GAAGATAATTTAGAAAGACTACGGGATGCAGCGAAAGATAAAGCAGAGAAAGTGCAGAAA
TCAGCGAAAGTAACGTTCGAAGACGTCGAAGTATCAGCCTCCAGTGCCTTCGACAAAATC
GAAAGTGCCGCGATGGACAAAGCTGGTGACGTTAAGGACATATATGATGACCTTCACAGT
TCAACTCGAGATACATTCGCGGATCTCAAGGACGACGCTCAAGGATACGAAAGCTCAGCC
CAGGATACGTTGCACAGCTTTCAGAGTTCTGCCGGAAATACTTTTGACAGTTTGGACGAA
TCAGCTAAGGAGTTCATCGGTGATGTCCAGAGCACCGCTGCAAGAAGCGAAGAAAGCGCT
GACCAGCTGTTCGGTAATGTCAAGGACAGCTTTGAAGGATTTCAAATAGCGGCTGGCGAT
AAGCTTGAAGATATAAAGGTCTCTACAAAACAACACTTCGAAGAGGGTCAAGATAATTTG
GGTAAAACTAAAGATGAAGTTGTTCAAGGTTTGAAGGAGTCGGAACAAGTTGTGACTGAT
ACTCTAACTAGCGAAGCTGACAAATTCACTAGTAGCCTCAATGACCTAGGGAACTCCGTT
TTTGGGATGTCGGGTAAAGGATTCATGAAGGATTCCAGTACTAAACTGCTTGAATCGGAG
AAATCACAATCGTCGCCACACAAAAAGAGTTCAGGTTTCTTCTCCAAACTTCGACGCAAC
CCGTGA
Protein sequence:
MNNYEALTREKQEHGPGGERLGENGERVTRIITCDFPHYLAVVSRVRQEVHVIGPEGGTV
SSAHIPQVQALFPPSALTKRIRVGLQAHGADKALCSRLLPRHAAVSPVLTVEPRRRKFHR
TITLTAPLPQPHDHKLNSHDKQSTANLRLLCSIMGGQARAVWEDVTGSTPLTITDDCASF
TTTVSARFWLMNCQNVSDATKLATELYREMLLVPFEIRIVVLGKRLDSLEGRLLVLYITD
RYAYDTLLHQEHYTEVAHSTSVRLLDGRPVYLEFSGNLVPVTKSGTQPTLVFEAFKDNRV
EFPVRVKHHEESPSGRIYFMNEPKVAKGEPSASPTCVLDVSLPERVAPRPAKSHLDCLNL
DQSGFDALKDELSFNWEHNHSVGPPTVPIDHATTQLNGHDKSVANGDVKYETKEDDRKDM
PRINGDATHDSNKAKATFDSDEDKTPMNTLEKGKKKAEGGSFLGGLADKVKNVFSHSEDK
EESKESSPKPQPKPRESKEKSPPKPAPRIINEDLLEKVEDMFKDVRTKPHLKDEDDVNSQ
VYSTKLIVDEGNPDEVRLKTEEVYHQYENMQPVDTPLYSRKSDPFQFFTGCCEDKYKKGE
KHRHDETSTLADRIEQVKFSANEQIQEIEDKYQKDLQKDLKEAEREKDNIKQELSEIKED
IIVKSENIKNNLIDKEDKLKAGFEDKVQEFSDVVNKKKNELSESGEKIQSDIGAKVVDMQ
TKVSLTLDNANDDVNNLFDTVDNTKQNINNKFVALDLAAMERAEEMKLRGHNKLSQMGKT
FENAADDVSHKTEESINEASNKINNLKTDIENNAENVKDKANEKVNNVKVNINDKVSAIK
AEAEEIVDEVEEKSKKAVAEVKSKSKDKKNAAKKKAKEGKNFFTGLVHNIFGEKEKIEDE
VKGKIAEGKESASKLSEQASAAKEKLEENIAKEQDKLKQNTEQIMQRTENTAEDVVKNVK
DAKDDLLESAQEKAAQAVNGLNKKKEEVIQNVEGRANEISTSIQDKKDELLLSAQEKKGE
ILQNVQDNTELVVTNIKAKKDELVHKKDELIQSAENKKDQLLHSAQEKGEEIFATMESKK
NEAVQKKDELLQSAEDKKNDILEMTNKETERIVTAVKEKKNEVLQTIDDKSSEAVQNARA
KKDEVISGISDNIDKAKQTVGETKDNLISGIAAKKDEMINLKNTMQDGAENRLNQIKQEA
EETTEEIKRTAEETLNAAAEKKIELKSNIALKFNDLKDAGEDNLERLRDAAKDKAEKVQK
SAKVTFEDVEVSASSAFDKIESAAMDKAGDVKDIYDDLHSSTRDTFADLKDDAQGYESSA
QDTLHSFQSSAGNTFDSLDESAKEFIGDVQSTAARSEESADQLFGNVKDSFEGFQIAAGD
KLEDIKVSTKQHFEEGQDNLGKTKDEVVQGLKESEQVVTDTLTSEADKFTSSLNDLGNSV
FGMSGKGFMKDSSTKLLESEKSQSSPHKKSSGFFSKLRRNP